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1 ��zGG �[�tablescopescopeCREATE TABLE scope(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
scope TEXT NOT NULL CHECK (length(scope) >= 1),
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_scope PRIMARY KEY (auth_name, code)
) WITHOUT ROWID�$�#tableextentextentCREATE TABLE extent(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT NOT NULL,
south_lat FLOAT CHECK (south_lat BETWEEN -90 AND 90),
north_lat FLOAT CHECK (north_lat BETWEEN -90 AND 90),
west_lon FLOAT CHECK (west_lon BETWEEN -180 AND 180),
east_lon FLOAT CHECK (east_lon BETWEEN -180 AND 180),
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_extent PRIMARY KEY (auth_name, code),
CONSTRAINT check_extent_lat CHECK (south_lat <= north_lat)
) WITHOUT ROWID� �stableellipsoidellipsoidCREATE TABLE ellipsoid (
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
celestial_body_auth_name TEXT NOT NULL,
celestial_body_code INTEGER_OR_TEXT NOT NULL,
semi_major_axis FLOAT NOT NULL CHECK (semi_major_axis > 0),
uom_auth_name TEXT NOT NULL,
uom_code INTEGER_OR_TEXT NOT NULL,
inv_flattening FLOAT CHECK (inv_flattening = 0 OR inv_flattening >= 1.0),
semi_minor_axis FLOAT CHECK (semi_minor_axis > 0 AND semi_minor_axis <= semi_major_axis),
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_ellipsoid PRIMARY KEY (auth_name, code),
CONSTRAINT fk_ellipsoid_celestial_body FOREIGN KEY (celestial_body_auth_name, celestial_body_code) REFERENCES celestial_body(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_ellipsoid_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT check_ellipsoid_inv_flattening_semi_minor_mutually_exclusive CHECK ((inv_flattening IS NULL AND semi_minor_axis IS NOT NULL) OR (inv_flattening IS NOT NULL AND semi_minor_axis IS NULL))
) WITHOUT ROWID�))�otablecelestial_bodycelestial_bodyCREATE TABLE celestial_body (
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
semi_major_axis FLOAT NOT NULL CHECK (semi_major_axis > 0), -- approximate (in metre)
CONSTRAINT pk_celestial_body PRIMARY KEY (auth_name, code)
) WITHOUT ROWID�2++�tableunit_of_measureunit_of_measureCREATE TABLE unit_of_measure(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
type TEXT NOT NULL CHECK (type IN ('length', 'angle', 'scale', 'time')),
conv_factor FLOAT,
proj_short_name TEXT, -- PROJ string name, like 'm', 'ft'. Might be NULL
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_unit_of_measure PRIMARY KEY (auth_name, code)
) WITHOUT ROWID� �tablemetadatametadataCREATE TABLE metadata(
key TEXT NOT NULL PRIMARY KEY CHECK (length(key) >= 1),
value TEXT NOT NULL
) WITHOUT ROWID
� & �� & �� � �s
))�!tablegeodetic_datumgeodetic_datum
CREATE TABLE geodetic_datum (
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
ellipsoid_auth_name TEXT NOT NULL,
ellipsoid_code INTEGER_OR_TEXT NOT NULL,
prime_meridian_auth_name TEXT NOT NULL,
prime_meridian_code INTEGER_OR_TEXT NOT NULL,
publication_date TEXT, --- YYYY-MM-DD format
frame_reference_epoch FLOAT, --- only set for dynamic datum, and should be set when it is a dynamic datum
ensemble_accuracy FLOAT CHECK (ensemble_accuracy IS NULL OR ensemble_accuracy > 0), --- only for a datum ensemble. and should be set when it is a datum ensemble
anchor TEXT,
anchor_epoch FLOAT,
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_geodetic_datum PRIMARY KEY (auth_name, code),
CONSTRAINT fk_geodetic_datum_ellipsoid FOREIGN KEY (ellipsoid_auth_name, ellipsoid_code) REFERENCES ellipsoid(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_geodetic_datum_prime_meridian FOREIGN KEY (prime_meridian_auth_name, prime_meridian_code) REFERENCES prime_meridian(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID� ))�{tableprime_meridianprime_meridian CREATE TABLE prime_meridian(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
longitude FLOAT NOT NULL CHECK (longitude BETWEEN -180 AND 180),
uom_auth_name TEXT NOT NULL,
uom_code INTEGER_OR_TEXT NOT NULL,
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_prime_meridian PRIMARY KEY (auth_name, code),
CONSTRAINT fk_prime_meridian_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID)= indexsqlite_autoindex_usage_1usage ��{tableusageusageCREATE TABLE usage(
auth_name TEXT CHECK (auth_name IS NULL OR length(auth_name) >= 1),
code INTEGER_OR_TEXT CHECK (code IS NULL OR length(code) >= 1),
object_table_name TEXT NOT NULL CHECK (object_table_name IN (
'geodetic_datum', 'vertical_datum',
'geodetic_crs', 'projected_crs', 'vertical_crs', 'compound_crs',
'conversion', 'grid_transformation',
'helmert_transformation', 'other_transformation', 'concatenated_operation')),
object_auth_name TEXT NOT NULL,
object_code INTEGER_OR_TEXT NOT NULL,
extent_auth_name TEXT NOT NULL,
extent_code INTEGER_OR_TEXT NOT NULL,
scope_auth_name TEXT NOT NULL,
scope_code INTEGER_OR_TEXT NOT NULL,
CONSTRAINT pk_usage PRIMARY KEY (auth_name, code),
CONSTRAINT fk_usage_extent FOREIGN KEY (extent_auth_name, extent_code) REFERENCES extent(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_usage_scope FOREIGN KEY (scope_auth_name, scope_code) REFERENCES scope(auth_name, code) ON DELETE CASCADE
) � �
II�tablegeodetic_datum_ensemble_membergeodetic_datum_ensemble_memberCREATE TABLE geodetic_datum_ensemble_member (
ensemble_auth_name TEXT NOT NULL,
ensemble_code INTEGER_OR_TEXT NOT NULL,
member_auth_name TEXT NOT NULL,
member_code INTEGER_OR_TEXT NOT NULL,
sequence INTEGER NOT NULL CHECK (sequence >= 1),
CONSTRAINT fk_geodetic_datum_ensemble_member_ensemble FOREIGN KEY (ensemble_auth_name, ensemble_code) REFERENCES geodetic_datum(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_geodetic_datum_ensemble_member_ensemble_member FOREIGN KEY (member_auth_name, member_code) REFERENCES geodetic_datum(auth_name, code) ON DELETE CASCADE,
CONSTRAINT unique_geodetic_datum_ensemble_member UNIQUE (ensemble_auth_name, ensemble_code, sequence)
) � !� + 1IAU_2015_,Reference MeridianEPSG#� D >�h ��C
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� � q d Q�� ��etableaxisaxisCREATE TABLE axis(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
abbrev TEXT NOT NULL,
orientation TEXT NOT NULL,
coordinate_system_auth_name TEXT NOT NULL,
coordinate_system_code INTEGER_OR_TEXT NOT NULL,
coordinate_system_order SMALLINT NOT NULL CHECK (coordinate_system_order BETWEEN 1 AND 3),
uom_auth_name TEXT,
uom_code INTEGER_OR_TEXT,
CONSTRAINT pk_axis PRIMARY KEY (auth_name, code),
CONSTRAINT fk_axis_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_axis_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWIDAU/ indexsqlite_autoindex_coordinate_system_1coordinate_system�3//�tablecoordinate_systemcoordinate_systemCREATE TABLE coordinate_system(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
type TEXT NOT NULL CHECK (type IN ('Cartesian', 'vertical', 'ellipsoidal', 'spherical', 'ordinal')),
dimension SMALLINT NOT NULL CHECK (dimension BETWEEN 1 AND 3),
CONSTRAINT pk_coordinate_system PRIMARY KEY (auth_name, code),
CONSTRAINT check_cs_vertical CHECK (type != 'vertical' OR dimension = 1),
CONSTRAINT check_cs_cartesian CHECK (type != 'Cartesian' OR dimension IN (2,3)),
CONSTRAINT check_cs_ellipsoidal CHECK (type != 'ellipsoidal' OR dimension IN (2,3))
)[oI indexsqlite_autoindex_vertical_datum_ensemble_member_1vertical_datum_ensemble_member�
II�tablevertical_datum_ensemble_membervertical_datum_ensemble_memberCREATE TABLE vertical_datum_ensemble_member (
ensemble_auth_name TEXT NOT NULL,
ensemble_code INTEGER_OR_TEXT NOT NULL,
member_auth_name TEXT NOT NULL,
member_code INTEGER_OR_TEXT NOT NULL,
sequence INTEGER NOT NULL CHECK (sequence >= 1),
CONSTRAINT fk_vertical_datum_ensemble_member_ensemble FOREIGN KEY (ensemble_auth_name, ensemble_code) REFERENCES vertical_datum(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_vertical_datum_ensemble_member_ensemble_member FOREIGN KEY (member_auth_name, member_code) REFERENCES vertical_datum(auth_name, code) ON DELETE CASCADE,
CONSTRAINT unique_vertical_datum_ensemble_member UNIQUE (ensemble_auth_name, ensemble_code, sequence)
)�/
))�tablevertical_datumvertical_datumCREATE TABLE vertical_datum (
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
publication_date TEXT CHECK (NULL OR length(publication_date) = 10), --- YYYY-MM-DD format
frame_reference_epoch FLOAT, --- only set for dynamic datum, and should be set when it is a dynamic datum
ensemble_accuracy FLOAT CHECK (ensemble_accuracy IS NULL OR ensemble_accuracy > 0), --- only for a datum ensemble. and should be set when it is a datum ensemble
anchor TEXT,
anchor_epoch FLOAT,
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_vertical_datum PRIMARY KEY (auth_name, code)
) WITHOUT ROWID[ oI indexsqlite_autoindex_geodetic_datum_ensemble_member_1geodetic_datum_ensemble_member
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d }��d\ �H--�Ctableconversion_paramconversion_paramCREATE TABLE conversion_param(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
CONSTRAINT pk_conversion_param PRIMARY KEY (auth_name, code)
) WITHOUT ROWID�L//�Gtableconversion_methodconversion_methodCREATE TABLE conversion_method(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
CONSTRAINT pk_conversion_method PRIMARY KEY (auth_name, code)
) WITHOUT ROWID�|%%�;tablevertical_crsvertical_crsCREATE TABLE vertical_crs(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
coordinate_system_auth_name TEXT NOT NULL,
coordinate_system_code INTEGER_OR_TEXT NOT NULL,
datum_auth_name TEXT NOT NULL,
datum_code INTEGER_OR_TEXT NOT NULL,
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_vertical_crs PRIMARY KEY (auth_name, code),
CONSTRAINT fk_vertical_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_vertical_crs_datum FOREIGN KEY (datum_auth_name, datum_code) REFERENCES vertical_datum(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID� %%�Ctablegeodetic_crsgeodetic_crsCREATE TABLE geodetic_crs(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
type TEXT NOT NULL CHECK (type IN ('geographic 2D', 'geographic 3D', 'geocentric', 'other')),
coordinate_system_auth_name TEXT,
coordinate_system_code INTEGER_OR_TEXT,
datum_auth_name TEXT,
datum_code INTEGER_OR_TEXT,
text_definition TEXT, -- PROJ string or WKT string. Use of this is discouraged as prone to definition ambiguities
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_geodetic_crs PRIMARY KEY (auth_name, code),
CONSTRAINT fk_geodetic_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_geodetic_crs_datum FOREIGN KEY (datum_auth_name, datum_code) REFERENCES geodetic_datum(auth_name, code) ON DELETE CASCADE,
CONSTRAINT check_geodetic_crs_cs CHECK (NOT ((coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL) AND text_definition IS NULL)),
CONSTRAINT check_geodetic_crs_cs_bis CHECK (NOT ((NOT(coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL)) AND text_definition IS NOT NULL)),
CONSTRAINT check_geodetic_crs_datum CHECK (NOT ((datum_auth_name IS NULL OR datum_code IS NULL) AND text_definition IS NULL)),
CONSTRAINT check_geodetic_crs_datum_bis CHECK (NOT ((NOT(datum_auth_name IS NULL OR datum_code IS NULL)) AND text_definition IS NOT NULL))
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Y YQ �$--�{tableconversion_tableconversion_table CREATE TABLE conversion_table(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
method_auth_name TEXT CHECK (method_auth_name IS NULL OR length(method_auth_name) >= 1),
method_code INTEGER_OR_TEXT CHECK (method_code IS NULL OR length(method_code) >= 1),
-- method_name TEXT,
param1_auth_name TEXT,
param1_code INTEGER_OR_TEXT,
-- param1_name TEXT,
param1_value FLOAT,
param1_uom_auth_name TEXT,
param1_uom_code INTEGER_OR_TEXT,
param2_auth_name TEXT,
param2_code INTEGER_OR_TEXT,
--param2_name TEXT,
param2_value FLOAT,
param2_uom_auth_name TEXT,
param2_uom_code INTEGER_OR_TEXT,
param3_auth_name TEXT,
param3_code INTEGER_OR_TEXT,
--param3_name TEXT,
param3_value FLOAT,
param3_uom_auth_name TEXT,
param3_uom_code INTEGER_OR_TEXT,
param4_auth_name TEXT,
param4_code INTEGER_OR_TEXT,
--param4_name TEXT,
param4_value FLOAT,
param4_uom_auth_name TEXT,
param4_uom_code INTEGER_OR_TEXT,
param5_auth_name TEXT,
param5_code INTEGER_OR_TEXT,
--param5_name TEXT,
param5_value FLOAT,
param5_uom_auth_name TEXT,
param5_uom_code INTEGER_OR_TEXT,
param6_auth_name TEXT,
param6_code INTEGER_OR_TEXT,
--param6_name TEXT,
param6_value FLOAT,
param6_uom_auth_name TEXT,
param6_uom_code INTEGER_OR_TEXT,
param7_auth_name TEXT,
param7_code INTEGER_OR_TEXT,
--param7_name TEXT,
param7_value FLOAT,
param7_uom_auth_name TEXT,
param7_uom_code INTEGER_OR_TEXT,
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_conversion PRIMARY KEY (auth_name, code),
CONSTRAINT fk_conversion_method FOREIGN KEY (method_auth_name, method_code) REFERENCES conversion_method(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_conversion_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param1_uom FOREIGN KEY (param1_uom_auth_name, param1_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param2_uom FOREIGN KEY (param2_uom_auth_name, param2_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param3_uom FOREIGN KEY (param3_uom_auth_name, param3_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param4_uom FOREIGN KEY (param4_uom_auth_name, param4_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param5_uom FOREIGN KEY (param5_uom_auth_name, param5_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param6_uom FOREIGN KEY (param6_uom_auth_name, param6_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_conversion_param7_uom FOREIGN KEY (param7_uom_auth_name, param7_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE
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��� �tCC�otablecoordinate_operation_methodcoordinate_operation_method"CREATE TABLE coordinate_operation_method(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
CONSTRAINT pk_coordinate_operation_method PRIMARY KEY (auth_name, code)
) WITHOUT ROWID�I33�9tablecoordinate_metadatacoordinate_metadata!CREATE TABLE coordinate_metadata(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
description TEXT,
crs_auth_name TEXT,
crs_code INTEGER_OR_TEXT,
crs_text_definition TEXT, -- WKT string or PROJJSON string. Mutually exclusive with (crs_auth_name, crs_code)
coordinate_epoch DOUBLE, -- may be NULL
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_coordinate_metadata PRIMARY KEY (auth_name, code)
) WITHOUT ROWID�Y%%�utablecompound_crscompound_crs CREATE TABLE compound_crs(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
horiz_crs_auth_name TEXT NOT NULL,
horiz_crs_code INTEGER_OR_TEXT NOT NULL,
vertical_crs_auth_name TEXT NOT NULL,
vertical_crs_code INTEGER_OR_TEXT NOT NULL,
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_compound_crs PRIMARY KEY (auth_name, code),
CONSTRAINT fk_compound_crs_vertical_crs FOREIGN KEY (vertical_crs_auth_name, vertical_crs_code) REFERENCES vertical_crs(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID�H''�Otableprojected_crsprojected_crs CREATE TABLE projected_crs(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
coordinate_system_auth_name TEXT,
coordinate_system_code INTEGER_OR_TEXT,
geodetic_crs_auth_name TEXT,
geodetic_crs_code INTEGER_OR_TEXT,
conversion_auth_name TEXT,
conversion_code INTEGER_OR_TEXT,
text_definition TEXT, -- PROJ string or WKT string. Use of this is discouraged as prone to definition ambiguities
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_projected_crs PRIMARY KEY (auth_name, code),
CONSTRAINT fk_projected_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_projected_crs_geodetic_crs FOREIGN KEY (geodetic_crs_auth_name, geodetic_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_projected_crs_conversion FOREIGN KEY (conversion_auth_name, conversion_code) REFERENCES conversion_table(auth_name, code) ON DELETE CASCADE,
CONSTRAINT check_projected_crs_cs CHECK (NOT((coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL) AND text_definition IS NULL)),
CONSTRAINT check_projected_crs_cs_bis CHECK (NOT((NOT(coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL)) AND text_definition IS NOT NULL)),
CONSTRAINT check_projected_crs_geodetic_crs CHECK (NOT((geodetic_crs_auth_name IS NULL OR geodetic_crs_code IS NULL) AND text_definition IS NULL)),
CONSTRAINT check_projected_crs_conversion CHECK (NOT((NOT(conversion_auth_name IS NULL OR conversion_code IS NULL)) AND text_definition IS NOT NULL))
) WITHOUT ROWID
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6 6 . �G EE�tablehelmert_transformation_tablehelmert_transformation_table#CREATE TABLE helmert_transformation_table(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1),
method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1),
--method_name TEXT NOT NULL CHECK (length(method_name) >= 2),
source_crs_auth_name TEXT NOT NULL,
source_crs_code INTEGER_OR_TEXT NOT NULL,
target_crs_auth_name TEXT NOT NULL,
target_crs_code INTEGER_OR_TEXT NOT NULL,
accuracy FLOAT CHECK (accuracy >= 0),
tx FLOAT NOT NULL,
ty FLOAT NOT NULL,
tz FLOAT NOT NULL,
translation_uom_auth_name TEXT NOT NULL,
translation_uom_code INTEGER_OR_TEXT NOT NULL,
rx FLOAT,
ry FLOAT,
rz FLOAT,
rotation_uom_auth_name TEXT,
rotation_uom_code INTEGER_OR_TEXT,
scale_difference FLOAT,
scale_difference_uom_auth_name TEXT,
scale_difference_uom_code INTEGER_OR_TEXT,
rate_tx FLOAT,
rate_ty FLOAT,
rate_tz FLOAT,
rate_translation_uom_auth_name TEXT,
rate_translation_uom_code INTEGER_OR_TEXT,
rate_rx FLOAT,
rate_ry FLOAT,
rate_rz FLOAT,
rate_rotation_uom_auth_name TEXT,
rate_rotation_uom_code INTEGER_OR_TEXT,
rate_scale_difference FLOAT,
rate_scale_difference_uom_auth_name TEXT,
rate_scale_difference_uom_code INTEGER_OR_TEXT,
epoch FLOAT,
epoch_uom_auth_name TEXT,
epoch_uom_code INTEGER_OR_TEXT,
px FLOAT, -- Pivot / evaluation point for Molodensky-Badekas
py FLOAT,
pz FLOAT,
pivot_uom_auth_name TEXT,
pivot_uom_code INTEGER_OR_TEXT,
operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_helmert_transformation PRIMARY KEY (auth_name, code),
CONSTRAINT fk_helmert_transformation_source_crs FOREIGN KEY (source_crs_auth_name, source_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_transformation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_transformation_method FOREIGN KEY (method_auth_name, method_code) REFERENCES coordinate_operation_method(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_helmert_transformation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_translation_uom FOREIGN KEY (translation_uom_auth_name, translation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_rotation_uom FOREIGN KEY (rotation_uom_auth_name, rotation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_scale_difference_uom FOREIGN KEY (scale_difference_uom_auth_name, scale_difference_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_rate_translation_uom FOREIGN KEY (rate_translation_uom_auth_name, rate_translation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_rate_rotation_uom FOREIGN KEY (rate_rotation_uom_auth_name, rate_rotation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_rate_scale_difference_uom FOREIGN KEY (rate_scale_difference_uom_auth_name, rate_scale_difference_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_epoch_uom FOREIGN KEY (epoch_uom_auth_name, epoch_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_helmert_pivot_uom FOREIGN KEY (pivot_uom_auth_name, pivot_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID ' ��
Y �o' ��BS�#YG 'EPSG>ZRGNC91-93 to IGN72 Grande Terre (6)Emulation using NTv2 method of tfm IGN72 Grande Terre to RGNC91-93 (4) (code 9329). Note reversal sign of of parameter values in grid file.EPSG%�NTv2EPSG�EPSG6?�������EPSG!�Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre.gsbESRI-Ncl 0.1m ��E�1k U/ +EPSG'zETRS89 to SVD2006 height (1)For reversible alternative see ETRS89 to ETRS89 + SVD2006 height (1) (code 10107).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGIEPSGN EPSG!�Geoid (height correction) model filearcgp-2006-sk.binNMA-Sjm SV 2006 ��EA�mqU/ 5EPSG%�GDA2020 to AVWS height (2)AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20201120.gsb. For reversible alternative to this transformation see GDA2020 to GDA2020 + AVWS height (2) (code 9693).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSG �EPSG$�?�������EPSG!�Geoid (height correction) model fileAGQG_20201120.gsbGA-Aus AGQG 20201120 ��*_�7c5; -EPSG$hNZVD2016 height to Nelson 1955 height (2)Derived at 256 control points. Mean offset 0.329m, standard deviation 0.039m, maximum difference from mean 0.114m. Supersedes NZVD2016 height to Nelson 1955 height (1) (code 7868) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filenelsht1955-nzvd2016.gtxEPSGGLINZ-NZ NELS gtx ��'5�YC 1EPSG �GDA94 to GDA2020 (3)Gives identical results to Helmert transformation GDA94 to GDA2020 (1) (code 8048). See GDA94 to GDA2020 (2) (code 8447) for alternative with local distortion modelling included. GDA2020 Technical Manual and fact sheet T1 give guidance on which to use.EPSG%�NTv2EPSG�EPSG �?�������EPSG!�Latitude and longitude difference fileGDA94_GDA2020_conformal.gsbICSM-Aus NTv2 Conf ��D5�C=!?! #EPSG�NAD83 to WGS 84 (46)Parameter files are from NAD83 to NAD83(HARN) (32) (code 1521) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileinhpgn.lasEPSG!�Longitude difference fileinhpgn.losEPSG-Usa IN
t gtl �p ''� tablegrid_packagesgrid_packages'CREATE TABLE grid_packages(
package_name TEXT NOT NULL NULL PRIMARY KEY, -- package name that contains the file
description TEXT,
url TEXT, -- optional URL where to download the PROJ grid
direct_download BOOLEAN CHECK (direct_download IN (0, 1)), -- whether the URL can be used directly (if 0, authentication etc mightbe needed)
open_license BOOLEAN CHECK (open_license IN (0, 1))
) WITHOUT ROWID� 33�Stablegrid_transformationgrid_transformation%CREATE TABLE grid_transformation(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1),
method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1),
method_name TEXT NOT NULL CHECK (length(method_name) >= 2),
source_crs_auth_name TEXT NOT NULL,
source_crs_code INTEGER_OR_TEXT NOT NULL,
target_crs_auth_name TEXT NOT NULL,
target_crs_code INTEGER_OR_TEXT NOT NULL,
accuracy FLOAT CHECK (accuracy >= 0),
grid_param_auth_name TEXT NOT NULL,
grid_param_code INTEGER_OR_TEXT NOT NULL,
grid_param_name TEXT NOT NULL,
grid_name TEXT NOT NULL,
grid2_param_auth_name TEXT,
grid2_param_code INTEGER_OR_TEXT,
grid2_param_name TEXT,
grid2_name TEXT,
interpolation_crs_auth_name TEXT,
interpolation_crs_code INTEGER_OR_TEXT,
operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_grid_transformation PRIMARY KEY (auth_name, code),
--CONSTRAINT fk_grid_transformation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_grid_transformation_source_crs FOREIGN KEY (source_crs_auth_name, source_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_grid_transformation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_grid_transformation_interpolation_crs FOREIGN KEY (interpolation_crs_auth_name, interpolation_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID
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� ��� � 55�Etableother_transformationother_transformation*CREATE TABLE other_transformation(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
-- if method_auth_name = 'PROJ', method_code can be 'PROJString' for a
-- PROJ string and then method_name is a PROJ string (typically a pipeline)
-- if method_auth_name = 'PROJ', method_code ca +� //�_tablegrid_alternativesgrid_alternatives(CREATE TABLE grid_alternatives(
original_grid_name TEXT NOT NULL PRIMARY KEY, -- original grid name (e.g. Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gz). For LOS/LAS format, the .las files
proj_grid_name TEXT NOT NULL, -- PROJ >= 7 grid name (e.g us_nga_egm08_25.tif)
old_proj_grid_name TEXT, -- PROJ < 7 grid name (e.g egm08_25.gtx)
proj_grid_format TEXT NOT NULL, -- 'GTiff', 'GTX', 'NTv2', JSON
proj_method TEXT NOT NULL, -- gridshift, hgridshift, vgridshift, geoid_like, geocentricoffset, tinshift or velocity_grid
inverse_direction BOOLEAN NOT NULL CHECK (inverse_direction IN (0, 1)), -- whether the PROJ grid direction is reversed w.r.t to the authority one (TRUE in that case)
package_name TEXT, -- no longer used. Must be NULL
url TEXT, -- optional URL where to download the PROJ grid
direct_download BOOLEAN CHECK (direct_download IN (0, 1)), -- whether the URL can be used directly (if 0, authentication etc might be needed)
open_license BOOLEAN CHECK (open_license IN (0, 1)),
directory TEXT, -- optional directory where the file might be located
CONSTRAINT fk_grid_alternatives_grid_packages FOREIGN KEY (package_name) REFERENCES grid_packages(package_name) ON DELETE CASCADE,
CONSTRAINT check_grid_alternatives_grid_fromat CHECK (proj_grid_format IN ('GTiff', 'GTX', 'NTv2', 'JSON')),
CONSTRAINT check_grid_alternatives_proj_method CHECK (proj_method IN ('gridshift', 'hgridshift', 'vgridshift', 'geoid_like', 'geocentricoffset', 'tinshift', 'velocity_grid')),
CONSTRAINT check_grid_alternatives_inverse_direction CHECK (NOT(proj_method = 'geoid_like' AND inverse_direction = 1)),
CONSTRAINT check_grid_alternatives_package_name CHECK (package_name IS NULL),
CONSTRAINT check_grid_alternatives_direct_download_url CHECK (NOT(direct_download IS NULL AND url IS NOT NULL)),
CONSTRAINT check_grid_alternatives_open_license_url CHECK (NOT(open_license IS NULL AND url IS NOT NULL)),
CONSTRAINT check_grid_alternatives_constraint_cdn CHECK (NOT(url LIKE 'https://cdn.proj.org/%' AND (direct_download = 0 OR open_license = 0 OR url != 'https://cdn.proj.org/' || proj_grid_name))),
CONSTRAINT check_grid_alternatives_tinshift CHECK ((proj_grid_format != 'JSON' AND proj_method != 'tinshift') OR (proj_grid_format = 'JSON' AND proj_method = 'tinshift'))
) WITHOUT ROWID �
� � ��<G�M; 9 EPSG yMSL depth to MSL depth (ftUS)Change of unit from metre to US survey foot (ftUS). 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGSEPSG uEPSGUnit conversion scalar@
?%��X�EPSG#� ��~<5�?eeMO !EPSG_D48/GK to D96/TM (7)Information source gives rotation angle of source CRS axes as 359.9989361857° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�KƧ�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~ۍO�;dEPSG#)EPSG%Scale factor for source CRS axes?�
x�EPSG#�EPSG!�Rotation angle of source CRS axes?Qm��)=�EPSG#�GuRS-Svn 7 n be 'WKT' for a
-- PROJ string and then method_name is a WKT string (CoordinateOperation)
method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1),
method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1),
method_name TEXT NOT NULL CHECK (length(method_name) >= 2),
source_crs_auth_name TEXT NOT NULL,
source_crs_code INTEGER_OR_TEXT NOT NULL,
target_crs_auth_name TEXT NOT NULL,
target_crs_code INTEGER_OR_TEXT NOT NULL,
accuracy FLOAT CHECK (accuracy >= 0),
param1_auth_name TEXT,
param1_code INTEGER_OR_TEXT,
param1_name TEXT,
param1_value FLOAT,
param1_uom_auth_name TEXT,
param1_uom_code INTEGER_OR_TEXT,
param2_auth_name TEXT,
param2_code INTEGER_OR_TEXT,
param2_name TEXT,
param2_value FLOAT,
param2_uom_auth_name TEXT,
param2_uom_code INTEGER_OR_TEXT,
param3_auth_name TEXT,
param3_code INTEGER_OR_TEXT,
param3_name TEXT,
param3_value FLOAT,
param3_uom_auth_name TEXT,
param3_uom_code INTEGER_OR_TEXT,
param4_auth_name TEXT,
param4_code INTEGER_OR_TEXT,
param4_name TEXT,
param4_value FLOAT,
param4_uom_auth_name TEXT,
param4_uom_code INTEGER_OR_TEXT,
param5_auth_name TEXT,
param5_code INTEGER_OR_TEXT,
param5_name TEXT,
param5_value FLOAT,
param5_uom_auth_name TEXT,
param5_uom_code INTEGER_OR_TEXT,
param6_auth_name TEXT,
param6_code INTEGER_OR_TEXT,
param6_name TEXT,
param6_value FLOAT,
param6_uom_auth_name TEXT,
param6_uom_code INTEGER_OR_TEXT,
param7_auth_name TEXT,
param7_code INTEGER_OR_TEXT,
param7_name TEXT,
param7_value FLOAT,
param7_uom_auth_name TEXT,
param7_uom_code INTEGER_OR_TEXT,
interpolation_crs_auth_name TEXT,
interpolation_crs_code INTEGER_OR_TEXT,
operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_other_transformation PRIMARY KEY (auth_name, code),
--CONSTRAINT fk_other_transformation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_other_transformation_source_crs FOREIGN1 KEY (source_crs_auth_name, source_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_other_transformation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param1_uom FOREIGN KEY (param1_uom_auth_name, param1_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param2_uom FOREIGN KEY (param2_uom_auth_name, param2_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param3_uom FOREIGN KEY (param3_uom_auth_name, param3_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param4_uom FOREIGN KEY (param4_uom_auth_name, param4_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param5_uom FOREIGN KEY (param5_uom_auth_name, param5_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param6_uom FOREIGN KEY (param6_uom_auth_name, param6_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_param7_uom FOREIGN KEY (param7_uom_auth_name, param7_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE,
CONSTRAINT fk_other_transformation_interpolation_crs FOREIGN KEY (interpolation_crs_auth_name, interpolation_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE,
CONSTRAINT check_other_transformation_method CHECK (NOT (method_auth_name = 'PROJ' AND method_code NOT IN ('PROJString', 'WKT')))
) WITHOUT ROWID
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PROJPUERTO_RICO_TO_NAD83_2011_PRVIPuerto Rico to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG+EPSG�?�p��
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PROJNAD83_HARN_TO_NAD83_2011_CONUSNAD83(HARN) to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?�
=p��
%� )9 NKGITRF2014_TO_DKITRF2014 to ETRS89(DK)Time-dependent transformation from ITRF2014 to ETRS89(DK)EPSG mEPSGH?�z�G�{NKG 2020 $� C IGNFTSG399_NTFPGRAD_TO_WGS84GDDNouvelle Triangulation Francaise Paris grades to WGS84GDDIGNFNTFPGRADIGNFWGS84GDD1.0.0 #�
m�{%EPSG'�INAGeoid2020 v1 height to INAGeoid v2 height (1)In central Java INAGeoid2020 v2 height minus INAGeoid2020 v1 height is approximately +0.2m (v1 surface is above the v2 surface). This difference varies significantly across Indonesia.EPSG$�EPSGND?ə�����BIG-Idn 2022 "�|
?� EPSG!�Manoca 1962 to WGS 84 (1)Derived via WGS72BE. Can be used as a single positon vector transformation with parameter vaues of dX = -56.7 m, dY = -171.8 m, dZ = -40.6 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppmEPSGaEPSG�OGP-Cmr !�f
5�M#EPSG!�NAD27 to WGS 84 (67)Transformation steps are from NAD27 to NAD83(HARN) (21) (code 8480) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa OK �f
5�M#EPSG!�NAD27 to WGS 84 (49)Transformation steps are from NAD27 to NAD83(HARN) (10) (code 8469) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa KY �r
A�Y#EPSG!�Old Hawaiian to WGS 84 (2)Transformation steps are from Old Hawaiian to NAD83(HARN) (1) (code 8508) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG'EPSG�?� EPSG-Usa Hi �
?�#EPSG!TIndian 1960 to WGS 84 (1)May be implemented as a single transformation using position vector 7-parameter geocentric transformation method with parameter values dX=+199m dY=+931m dZ=+318.9m rX=rY=0 sec rZ=+0.814 sec dS=-0.38 ppm.EPSG#EPSG�PV-Vnm �
?�#!EPSG!NAD27 to NAD83(HARN) (16)May be taken as approximate transformation NAD27 to WGS 84 - see code 8613.EPSG�EPSG8?ə�����NGS-Usa NE �B
3� / EPSG �AGD66 to WGS 84 (6)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD66 to WGS 84 (11) (code 8578).EPSGjEPSG�EPSG-Aus Vic 0.1m �
1�+ EPSG RT90 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSG EPSG�EPSG-Swe
% OQ�% �x$!!�;tablealias_namealias_name0CREATE TABLE alias_name(
table_name TEXT NOT NULL CHECK (table_name IN (
'unit_of_measure', 'celestial_body', 'ellipsoid',
'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'geodetic_crs',
'projected_crs', 'vertical_crs', 'compound_crs', 'conversion', 'grid_transformation',
'helmert_transformation', 'other_transformation', 'concatenated_operation')),
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
alt_name TEXT NOT NULL CHECK (length(alt_name) >= 2),
source TEXT
)�.###�#tablegeoid_modelgeoid_model/CREATE TABLE geoid_model(
name TEXT NOT NULL,
operation_auth_name TEXT NOT NULL,
operation_code INTEGER_OR_TEXT NOT NULL,
CONSTRAINT pk_geoid_model PRIMARY KEY (name, operation_auth_name, operation_code)
-- CONSTRAINT fk_geoid_model_operation FOREIGN KEY (operation_auth_name, operation_code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID�{"CC�}tableconcatenated_operation_stepconcatenated_operation_step.CREATE TABLE concatenated_operation_step(
operation_auth_name TEXT NOT NULL CHECK (length(operation_auth_name) >= 1),
operation_code INTEGER_OR_TEXT NOT NULL CHECK (length(operation_code) >= 1),
step_number INTEGER NOT NULL CHECK (step_number >= 1),
step_auth_name TEXT NOT NULL CHECK (length(step_auth_name) >= 1),
step_code INTEGER_OR_TEXT NOT NULL CHECK (length(step_code) >= 1),
CONSTRAINT pk_concatenated_operation_step PRIMARY KEY (operation_auth_name, operation_code, step_number)
--CONSTRAINT fk_concatenated_operation_step_to_operation FOREIGN KEY (step_auth_name, step_code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE
) WITHOUT ROWID�>!99�tableconcatenated_operationconcatenated_operation,CREATE TABLE concatenated_operation(
auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1),
code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1),
name TEXT NOT NULL CHECK (length(name) >= 2),
description TEXT,
source_crs_auth_name TEXT NOT NULL,
source_crs_code INTEGER_OR_TEXT NOT NULL,
target_crs_auth_name TEXT NOT NULL,
target_crs_code INTEGER_OR_TEXT NOT NULL,
accuracy FLOAT CHECK (accuracy >= 0),
operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here
deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)),
CONSTRAINT pk_concatenated_operation PRIMARY KEY (auth_name, code)
--CONSTRAINT fk_concatenated_operation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_concatenated_operation_source_crs FOREIGN KEY (source_crs_auth_name, source_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE,
--CONSTRAINT fk_concatenated_operation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE,
) WITHOUT ROWID � D .���zD -1O PROJOLD_HAWAIIAN_TO_NAD83_HARN_HAWAIIEPSG!q ,*?PROJNAD27_TO_NAD83_2011_CONUSEPSG!o +#% #NKGETRF14_TO_FINKGPAR_2020_FI * EPSG!�EPSG� )EPSG!$EPSG�
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� O �/U/�9indexidx_grid_alternatives_proj_grid_namegrid_alternatives<CREATE INDEX idx_grid_alternatives_proj_grid_name ON grid_alternatives(proj_grid_name)z.-�=indexidx_usage_objectusage;CREATE INDEX idx_usage_object ON usage(object_table_name, object_auth_name, object_code)K-%%[tablesqlite_stat1sqlite_stat1:CREATE TABLE sqlite_stat1(tbl,idx,stat)U,iC indexsqlite_autoindex_versioned_auth_name_mapping_3versioned_auth_name_mapping9U+iC indexsqlite_autoindex_versioned_auth_name_mapping_2versioned_auth_name_mapping8�#'OO�5tableauthority_to_authority_preferenceauthority_to_authority_preference4CREATE TABLE authority_to_authority_preference(
source_auth_name TEXT NOT NULL, -- 'any' for any source
target_auth_name TEXT NOT NULL, -- 'any' for any target
allowed_authorities TEXT NOT NULL, -- for example 'PROJ,EPSG,any'
CONSTRAINT unique_authority_to_authority_preference UNIQUE (source_auth_name, target_auth_name)
)a(uO indexsqlite_autoindex_authority_to_authority_preference_1authority_to_authority_preference5�v&##�3tabledeprecationdeprecation3CREATE TABLE deprecation(
table_name TEXT NOT NULL CHECK (table_name IN (
'unit_of_measure', 'celestial_body', 'ellipsoid',
'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'geodetic_crs',
'projected_crs', 'vertical_crs', 'compound_crs', 'conversion', 'grid_transformation',
'helmert_transformation', 'other_transformation', 'concatenated_operation')),
deprecated_auth_name TEXT NOT NULL,
deprecated_code INTEGER_OR_TEXT NOT NULL,
replacement_auth_name TEXT NOT NULL,
replacement_code INTEGER_OR_TEXT NOT NULL,
source TEXT
)�r%%%�'tablesupersessionsupersession1CREATE TABLE supersession(
superseded_table_name TEXT NOT NULL CHECK (superseded_table_name IN (
'unit_of_measure', 'celestial_body', 'ellipsoid',
'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'geodetic_crs',
'projected_crs', 'vertical_crs', 'compound_crs', 'conversion', 'grid_transformation',
'helmert_transformation', 'other_transformation', 'concatenated_operation')),
superseded_auth_name TEXT NOT NULL,
superseded_code INTEGER_OR_TEXT NOT NULL,
replacement_table_name TEXT NOT NULL CHECK (replacement_table_name IN (
'unit_of_measure', 'celestial_body', 'ellipsoid',
'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'geodetic_crs',
'projected_crs', 'vertical_crs', 'compound_crs', 'conversion', 'grid_transformation',
'helmert_transformation', 'other_transformation', 'concatenated_operation')),
replacement_auth_name TEXT NOT NULL,
replacement_code INTEGER_OR_TEXT NOT NULL,
source TEXT,
same_source_target_crs BOOLEAN NOT NULL CHECK (same_source_target_crs IN (0, 1)) -- for transformations, whether the (source_crs, target_crs) of the replacement transfrm is the same as the superseded one
) . U*iC indexsqlite_autoindex_versioned_auth_name_mapping_1versioned_auth_name_mapping7�0)CC�gtableversioned_auth_name_mappingversioned_auth_name_mapping6CREATE TABLE versioned_auth_name_mapping(
versioned_auth_name TEXT NOT NULL PRIMARY KEY,
auth_name TEXT NOT NULL,
version TEXT NOT NULL,
priority INTEGER NOT NULL,
CONSTRAINT unique_auth_name_version UNIQUE (auth_name, version),
CONSTRAINT unique_auth_name_priority UNIQUE (auth_name, priority)
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AM ESRI��S_GRS_1980_Adj_MN_FreebornGRS 1980 Adj. Minnesota FreebornPROJEARTHAXUC"��EPSG#)@r� ���m
AM ESRI��S_GRS_1980_Adj_MN_FillmoreGRS 1980 Adj. Minnesota FillmorePROJEARTHAXT�*M��EPSG#)@r� ���o
CO ESRI��S_GRS_1980_Adj_MN_FaribaultGRS 1980 Adj. Minnesota FaribaultPROJEARTHAXUC"��EPSG#)@r� ���k
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CO ESRI��S_GRS_1980_Adj_MN_Crow_WingGRS 1980 Adj. Minnesota Crow WingPROJEARTHAXU �?|�EPSG#)@r� ���q
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CO ESRI��S_GRS_1980_Adj_MN_Big_StoneGRS 1980 Adj. Minnesota Big StonePROJEARTHAXT��r�!EPSG#)@r� ���i
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AM ESRI��S_GRS_1980_Adj_MN_Red_LakeGRS 1980 Adj. Minnesota Red LakePROJEARTHAXT�p��EPSG#)@r� ���i
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9E ESRI��S_GRS_1980_Adj_MN_PopeGRS 1980 Adj. Minnesota PopePROJEARTHAXU��9XEPSG#)@r� ���e
9E ESRI��S_GRS_1980_Adj_MN_PolkGRS 1980 Adj. Minnesota PolkPROJEARTHAXT�p��EPSG#)@r� ���o
CO ESRI��S_GRS_1980_Adj_MN_PipestoneGRS 1980 Adj. Minnesota PipestonePROJEARTHAXU+����EPSG#)@r� ���e
9E ESRI��S_GRS_1980_Adj_MN_PineGRS 1980 Adj. Minnesota PinePROJEARTHAXT���mEPSG#)@r� ���q
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CO ESRI��S_GRS_1980_Adj_MN_OttertailGRS 1980 Adj. Minnesota OttertailPROJEARTHAXUg�v�EPSG#)@r� ���k
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AM ESRI��S_GRS_1980_Adj_MN_NicolletGRS 1980 Adj. Minnesota NicolletPROJEARTHAXT���/EPSG#)@r� ���i
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AM ESRI��S_GRS_1980_Adj_MN_MorrisonGRS 1980 Adj. Minnesota MorrisonPROJEARTHAXU��9XEPSG#)@r� ���i
=I ESRI��S_GRS_1980_Adj_MN_MeekerGRS 1980 Adj. Minnesota MeekerPROJEARTHAXU ��uEPSG#)@r� ���i
=I ESRI��S_GRS_1980_Adj_MN_MartinGRS 1980 Adj. Minnesota MartinPROJEARTHAXUC"��EPSG#)@r� ���m
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AM ESRI��S_GRS_1980_Adj_MN_MahnomenGRS 1980 Adj. Minnesota MahnomenPROJEARTHAXU�/�EPSG#)@r� ���i
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1E ESRI�%GRS_1980_Adj_WI_DUGRS 1980 Adj. Wisconsin DunnPROJEARTHAXT�AXbEPSG#)@r�RsSh�d
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AM ESRI�S_GRS_1980_Adj_MN_TraverseGRS 1980 Adj. Minnesota TraversePROJEARTHAXT��v�EPSG#)@r� ���e
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;G ESRI��S_GRS_1980_Adj_MN_ScottGRS 1980 Adj. Minnesota ScottPROJEARTHAXT�KƨEPSG#)@r� ���y
MY ESRI��S_GRS_1980_Adj_MN_St_Louis_SouthGRS 1980 Adj. Minnesota St Louis SouthPROJEARTHAXU 7��EPSG#)@r� ���}
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OEPSGQGibraltarGibraltar - onshore and offshore.$@Bz�G���z�G���\(�R
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OEPSGyLithuaniaLithuania - onshore and offshore.@J�� �R@L9�����@3 �Q�@:�� �RK
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MOEPSG�Vietnam - east of 108°E onshoreVietnam - onshore east of 108°E.@$�(�\@5�\(�l@[a� �Rj
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UWEPSG�Canada - Nova Scotia - west of 63°WCanada - Nova Scotia - west of 63°W.@E�z�G�@G�\(��P�� �R�r
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YsEPSGKArgentina - 64.5°W to 61.5°W onshoreArgentina - between 64°30'W and 61°30'W, onshore.�Ktz�G��5�p��
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YsEPSGJArgentina - 67.5°W to 64.5°W onshoreArgentina - between 67°30'W and 64°30'W, onshore.�K�z�G��5Ǯz�H�P� �P \(��
YsEPSGIArgentina - 70.5°W to 67.5°W onshoreArgentina - between 70°30'W and 67°30'W, onshore.�Ks33333�8z�G��Q� �P�\(�a
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[kEPSGGAngola - Angola proper - 12°E to 18°EAngola - Angola proper between 12°E and 18°E.�1p��
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I]EPSG�India - onshore 84°E to 90°EIndia - onshore between 84°E and 90°E.@2.z�G�@<#�
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35EPSG�Suriname - offshoreSuriname - offshore.@\(�\@"�33333�L� �JTz�G�[
79EPSG�Mozambique - offshoreMozambique - offshore.�;�\(��$.z�G�@@Q� �R@E��
=p��` ?�9EPSG�USA - Michigan - SPCS - SUnited States (USA) - Michigan - counties of Allegan; Barry; Bay; Berrien; Branch; Calhoun; Cass; Clinton; Eaton; Genesee; Gratiot; Hillsdale; Huron; Ingham; Ionia; Isabella; Jackson; Kalamazoo; Kent; Lapeer; Lenawee; Livingston; Macomb; Mecosta; Midland; Monroe; Montcalm; Muskegon; Newaygo; Oakland; Oceana; Ottawa; Saginaw; Sanilac; Shiawassee; St Clair; St Joseph; Tuscola; Van Buren; Washtenaw; Wayne.@D�Q� �@F (�\�U������T�Q� ��s ?�_EPSG�USA - Michigan - SPCS - CUnited States (USA) - Michigan - counties of Alcona; Alpena; Antrim; Arenac; Benzie; Charlevoix; Cheboygan; Clare; Crawford; Emmet; Gladwin; Grand Traverse; Iosco; Kalkaska; Lake; Leelanau; Manistee; Mason; Missaukee; Montmorency; Ogemaw; Osceola; Oscoda; Otsego; Presque Isle; Roscommon; Wexford.@E�fffff@F�\(��U��
=p��T�G�z�" ?�=EPSG�USA - Michigan - SPCS - NUnited States (USA) - Michigan north of approximately 45°45'N - counties of Alger; Baraga; Chippewa; Delta; Dickinson; Gogebic; Houghton; Iron; Keweenaw; Luce; Mackinac; Marquette; Menominee; Ontonagon; Schoolcraft.@F�=p��
@H(�\)�V��G�{�T�(�\�b ?�} EPSG�USA - Michigan - SPCS - WUnited States (USA) - Michigan - counties of Alger; Baraga; Chippewa; Delta; Dickinson; Gogebic; Houghton; Iron; Keweenaw; Luce; Mackinac; Marquette; Menominee; Ontonagon; Schoolcraft.�R S� EPSG�USA - Michigan - SPCS - old centralUnited States (USA) - Michigan - counties of Alger; Allegan; Antrim; Barry; Benzie; Berrien; Branch; Calhoun; Cass; Charlevoix; Clare; Delta; Eaton; Emmet; Grand Traverse; Ionia; Isabella; Kalamazoo; Kalkaska; Kent; Lake; Leelanau; Luce; Mackinac; Manistee; Mason; Mecosta; Missaukee; Montcalm; Muskegon; Newaygo; Oceana; Osceola; Ottawa; St Joseph; Schoolcraft; Van Buren; Wexford.@D� @Gz�G��U�
=p��U&fffff�@ ?�yEPSG�USA - Michigan - SPCS - EUnited States (USA) - Michigan - counties of Alcona; Alpena; Arenac; Bay; Cheboygan; Chippewa; Clinton; Crawford; Genesee; Gladwin; Gratiot; Hillsdale; Huron; Ingham; Iosco; Jackson; Lapeer; Lenawee; Livingston; Macomb; Midland; Monroe; Montmorency; Oakland; Ogemaw; Oscoda; Otsego; Presque Isle; Roscommon; Saginaw; Sanilac; Shiawassee; St Clair; Tuscola; Washtenaw; Wayne.@D�Q� �@G �Q�U7�z�H�T�Q� �� 7�?EPSG�Italy - east of 12°EItaly - onshore and offshore - east of 12°E including San Marino and Vatican City State.@AaG�z�@G������ @2�p��
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7gEPSG�Italy - west of 12°EItaly - onshore and offshore - west of 12°E.@BC�
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GeEPSG�Nigeria - offshore deep waterNigeria - offshore beyond continental shelf.?��Q� �@�\(�@G�z�H@ G�z�H�
eEPSG�Nigeria - offshore deep water - west of 6°ENigeria - offshore beyond continental shelf west of 6°E.?��Q� �@�\(�@G�z�H� =� EPSG�Nigeria - west of 6.5°ENigeria - onshore west of 6°30'E, onshore and offshore shelf.@ �\(�@+������@� �Q�@ �
C�EPSG�Nigeria - 6.5°E to 10.5°ENigeria between 6°30'E and 10°30'E, onshore and offshore shelf.@ �\(�@+\(�@ @% �Q�b
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=q@$��G�{@-L����́! q� EPSG�Europe - former Yugoslavia onshore east of 22.5°ENorth Macedonia - east of 22°30'E; Serbia - east of 22°30'E.@D�z�G�@FY�����@6� @7
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�_ w�EPSG�Europe - former Yugoslavia onshore 19.5°E to 22.5°EBosnia and Herzegovina - east of 19°30'E; Kosovo; Montenegro - east of 19°30'E; Serbia - between 19°30'E and 22°30'E.@D������@GQ� �@3� @6��\(�Á
C{EPSG�Algeria - north of 34°39'NAlgeria - onshore north of 38.5 grads North (34°39'N).@AQ� �R@B�� �R�\(��@!G�z�H
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7]EPSG�Peru - 79°W to 73°WPeru - between 79°W and 73°W, onshore.�0�� �R���Q� ���[
5IEPSG�Peru - east of 73°WPeru - east of 73°W, onshore.�2c�
=p�� �Q� ��Q*�G�{�G 3�!EPSG�UAE - east of 54°EUnited Arab Emirates (UAE) onshore and offshore east of 54°E - Abu Dhabi; Dubai; Sharjah; Ajman; Fujairah; Ras Al Kaimah; Umm Al Qaiwain.@6�G�z�@:E �Q�6@L���
=q�H �IEPSG�Asia - Middle East - Qatar offshore and UAE west of 54°EQatar - offshore. United Arab Emirates (UAE) - Abu Dhabi - onshore and offshore west of 54°E.@6\(��@; �����@IFfffff@KG�z� 1� EPSG�Norway - zone VIIINorway - east of 16°15'E of Oslo (26°58'22.5"E of Greenwich).@QAG�z�@Q�(�\@:�Q� �@?Q� �R� /�IEPSG�Norway - zone VIINorway - between 12°10'E and 16°15'E of Oslo (22°53'22.5"E and 26°58'22.5"E of Greenwich).@Q% �Q�@Q�\(�@6�G�z�@:��G�{� -�GEPSG�Norway - zone VINorway - between 8°10'E and 12°10'E of Oslo (18°53'22.5"E and 22°53'22.5"E of Greenwich).@Q �Q�@Q�� �Q�@2�G�z�@6��
=p�� +�EEPSG�Norway - zone VNorway - between 4°20'E and 8°10'E of Oslo (15°03'22.5"E and 18°53'22.5"E of Greenwich).@P������@Q�G�z�@.�����@2��
=p�� -�EEPSG�Norway - zone IVNorway - between 1°15'E and 4°20'E of Oslo (11°58'22.5"E and 15°03'22.5"E of Greenwich).@M��
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=q@. �Q� � /�CEPSG�Norway - zone IIINorway - between 1°10'W and 1°15'E of Oslo (9°33'22.5"E and 11°58'22.5"E of Greenwich).@Mc�
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IKEPSG�Kuwait - east of 48°E onshoreKuwait - onshore east of 48°E.@<�=p��
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IKEPSG�Kuwait - west of 48°E onshoreKuwait - onshore west of 48°E.@<��z�H@>
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IiEPSG�Algeria - east of 6°E onshoreAlgeria - onshore east of 6°E (of Greenwich).@3������@B�� �R@'��G�{}
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9YEPSG�Algeria - west of 6°WAlgeria - west of 6°W (of Greenwich).@9��G�{@=ٙ�����!W
=p���o ��EPSG�France - mainland 45.45°N to 48.15°N. Also all mainland.France mainland onshore between 50.5 grads and 53.5 grads North (45°27'N to 48°09'N). Also used over all onshore mainland France.@E*=p��
@I�� �R�z�G�{@ u\(�� S� EPSG�France - mainland south of 45.45°NFrance - mainland onshore south of 50.5 grads North (45°27'N).@E*=p��
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=p�ׁ. Y�;EPSG�France - mainland 45.45°N to 48.15°NFrance mainland onshore between 50.5 grads and 53.5 grads North (45°27'N to 48°09'N).@F�Q� �@H33333�333333@ � �Q녁 S�EPSG�France - mainland north of 48.15°NFrance mainland onshore north of 53.5 grads North (48°09'N).@H� �R@I�� �R�z�G�{@ u\(� " �Q ��eEPSG�South America - 78°W to 72°W, S hemisphere and PSAD56 by countrySouth America (Chile - north of 45°S; Ecuador; Peru) between 78°W and 72°W, southern hemisphere, onshore.�E� ��Q�\(��> ��?EPSG�South America - 78°W to 72°W, N hemisphere and PSAD56 by countrySouth America (Ecuador; Venezuela) between 78°W and 72°W, northern hemisphere, onshore.@'=p��
=��Q�\(��< ��;EPSG�South America - 84°W to 78°W, S hemisphere and PSAD56 by countrySouth America (Ecuador and Peru) between 84°W and 78°W, southern hemisphere, onshore.�%\(��TZ=p��
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O}EPSG�Russia - 174°E to 180°E onshoreRussian Federation - onshore between 174°E and 180°E .@N�33333@Q�\(� � �|
O{EPSG�Russia - 162°E to 168°E onshoreRussian Federation - onshore between 162°E and 168°E.@K<(�\@Q�� �R � �|
O{EPSG�Russia - 156°E to 162°E onshoreRussian Federation - onshore between 156°E and 162°E.@I"�\(��@SL����� � �|
O{EPSG�Russia - 150°E to 156°E onshoreRussian Federation - onshore between 150°E and 156°E.@F�\(��@S��
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O{EPSG�Russia - 144°E to 150°E onshoreRussian Federation - onshore between 144°E and 150°E.@E������@S4z�G� � �|
O{EPSG�Russia - 138°E to 144°E onshoreRussian Federation - onshore between 138°E and 144°E.@F� �Q�@SG�z� � �|
O{EPSG�Russia - 132°E to 138°E onshoreRussian Federation - onshore between 132°E and 138°E.@EP��
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O{EPSG�Russia - 126°E to 132°E onshoreRussian Federation - onshore between 126°E and 132°E.@E @Rg
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O{EPSG�Russia - 120°E to 126°E onshoreRussian Federation - onshore between 120°E and 126°E.@I�G�z�Jx~z
O{EPSG�Russia - 114°E to 120°E onshoreRussian Federation - onshore between 114°E and 120°E.@H�G�z�@R�p��
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O{EPSG�Russia - 108°E to 114°E onshoreRussian Federation - onshore between 108°E and 114°E.@H�� �R@S3�
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O{EPSG�Russia - 102°E to 108°E onshoreRussian Federation - onshore between 102°E and 108°E.@H�� �R@SQ� flx
MyEPSG�Russia - 96°E to 102°E onshoreRussian Federation - onshore between 96°E and 102°E.@H�p��
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KwEPSG�Russia - 90°E to 96°E onshoreRussian Federation - onshore between 90°E and 96°E.@H�� �R@TVfffffZ`v
KwEPSG�Russia - 84°E to 90°E onshoreRussian Federation - onshore between 84°E and 90°E.@H��\)@TQG�z�TZv
KwEPSG�Russia - 78°E to 84°E onshoreRussian Federation - onshore between 78°E and 84°E.@IXQ� �@TA� �RNTv
KwEPSG�Russia - 72°E to 78°E onshoreRussian Federation - onshore between 72°E and 78°E.@J�\(�@S�p��
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KyEPSG�Russia - 66°E to 72°E onshoreRussian Federation - onshore between 66°E and 72°E .@K �����@SDz�G�BHv
KwEPSG�Russia - 60°E to 66°E onshoreRussian Federation - onshore between 60°E and 66°E.@ITz�G�@TqG�z�<Bv
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KwEPSG�Russia - 48°E to 54°E onshoreRussian Federation - onshore between 48°E and 54°E.@D�� �R@TY�����06v
KwEPSG�Russia - 42°E to 48°E onshoreRussian Federation - onshore between 42°E and 48°E.@D�Q� �@T:=p��
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KwEPSG�Russia - 36°E to 42°E onshoreRussian Federation - onshore between 36°E and 42°E.@E�
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KwEPSG�Russia - 24°E to 30°E onshoreRussian Federation - onshore between 24°E and 30°E.@K�Q� �@Q^z�G�@:�(�\ �
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=HN�6 O�qEPSG Asia - FSU onshore 66°E to 72°EKazakhstan, Russian Federation onshore and Uzbekistan - 66°E to 72°E; Kyrgyzstan and Tajikistan - west of 72°E.@BU\(�@SDz�G�BH�( O�UEPSGAsia - FSU onshore 60°E to 66°EKazakhstan; Russian Federation - onshore; Uzbekistan - 60°E to 66°E; Turkmenistan - east of 60°E.@A�� �R@TqG�z�<B�( O�UEPSGAsia - FSU onshore 54°E to 60°EKazakhstan; Russian Federation - onshore; Turkmenistan - 54°E to 60°E; Uzbekistan - west of 60°E.@B�fffff@Tz=p��
6<�~ O�EPSGAsia - FSU onshore 48°E to 54°EAzerbaijan - east of 48°E; Kazakhstan - 48°E to 54°E; Russian Federation - 48°E to 54°E; Turkmenistan - west of 54°E. Includes Caspian Sea (considered a lake rather than offshore).@B�� �Q�@TY�����06�c S�9EPSGEurope - FSU onshore 42°E to 48°EArmenia - west of 48°E; Azerbaijan - west of 48°E; Georgia - east of 42°E; Kazakhstan - west of 48°E; Russian Federation - onshore 42°E to 48°E.@Ck� �Q�@T:=p��
*@HG�z�4 S�iEPSGEurope - FSU onshore 36°E to 42°EGeorgia - onshore west of 36°E; Russian Federation - onshore 36°E to 42°E; Ukraine - onshore east of 36°E.@D�
=p��@QN�Q� $*�# S�GEPSGEurope - FSU onshore 30°E to 36°EBelarus and Moldova - east of 30°E; Russian Federation and Ukraine - onshore 30°E to 36°E.@F(�\)@Q�G�z� $�b {�EPSGEurope - FSU onshore 24°E to 30°E and S-42 by countryEstonia; Latvia and Lithuania - onshore east of 24°E; Belarus, Moldova, Russian Federation and Ukraine - onshore 24°E to 30°E.@F�
=p��@Q^z�G�@>�\(�ÁS {�qEPSGEurope - FSU onshore 18°E to 24°E and S-42 by countryBelarus, Estonia, Latvia, Lithuania and Ukraine - onshore west of 24°E. Russian Federation - Kaliningrad onshore.@G������@M�Q� �@3�� �R�V {�EPSG Europe - 12°E to 18°E onshore and S-42(58) by countryGermany (former DDR) - onshore east of 12°E. Poland - onshore west of 18°E. Czechia, Hungary and Slovakia - west of 18°E.@F��
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;MEPSG.Namibia - west of 12°ENamibia - onshore west of 12°E.�2��z�H�1&fffff@'Q� �R � I�3EPSG-South America - 36°W to 30°WSouth America - between 36°W and 30°W, southern hemisphere, onshore and offshore.�4 (�\�� I�3EPSG,South America - 42°W to 36°WSouth America - between 42°W and 36°W, southern hemisphere, onshore and offshore.�:Y������܁ I�3EPSG+South America - 48°W to 42°WSouth America - between 48°W and 42°W, southern hemisphere, onshore and offshore.�@� �ց e�/EPSG*South America - 54°W to 48°W, S hemisphereSouth America between 54°W and 48°W, southern hemisphere, onshore and offshore.�C�������Ё e�/EPSG)South America - 54°W to 48°W, N hemisphereSouth America between 54°W and 48°W, northern hemisphere, onshore and offshore.@"z�G�{�Ё e�-EPSG(South America - 60°W to 54°W, S hemisphereSouth America onshore and offshore, southern hemisphere between 60°W and 54°W.�Fh�\)�ʁ e�/EPSG'South America - 60°W to 54°W, N hemisphereSouth America between 60°W and 54°W, northern hemisphere, onshore and offshore.@%ffffff�ʁ e�/EPSG&South America - 66°W to 60°W, S hemisphereSouth America between 66°W and 60°W, southern hemisphere, onshore and offshore.�M1� �R�ā e�/EPSG%South America - 66°W to 60°W, N hemisphereSouth America between 66°W and 60°W, northern hemisphere, onshore and offshore.@0� �ā e�/EPSG$South America - 72°W to 66°W, S hemisphereSouth America between 72°W and 66°W, southern hemisphere, onshore and offshore.�M�\(���� e�/EPSG#South America - 72°W to 66°W, N hemisphereSouth America between 72°W and 66°W, northern hemisphere, onshore and offshore.@/G�z�H���; ��/EPSG"South America - 78°W to 72°W, S hemisphere and SIRGAS 1995 by countrySouth America between 78°W and 72°W, southern hemisphere, onshore and offshore.�M�z�G���Q�\(�� e�/EPSG!South America - 78°W to 72°W, N hemisphereSouth America between 78°W and 72°W, northern hemisphere, onshore and offshore.@.z�G���� e�/EPSG South America - 84°W to 78°W, S hemisphereSouth America between 84°W and 78°W, southern hemisphere, onshore and offshore.�L9��������9 ��/EPSG South America - 84°W to 78°W, N hemisphere and SIRGAS95 by countrySouth America between 84°W and 78°W, northern hemisphere, onshore and offshore.?�������@/ �Q녬�U
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=QEPSG3Namibia - 20°E to 22°ENamibia - between 20°E and 22°E.�6�\(��1ٙ����@3�p��
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e �# q�GEPSG'World - S hemisphere - 78°E to 84°E - by countryBetween 78°E and 84°E, southern hemisphere between 80°S and equator, onshore and offshore.�NT�# q�GEPSG%World - S hemisphere - 72°E to 78°E - by countryBetween 72°E and 78°E, southern hemisphere between 80°S and equator, onshore and offshore.�HN�} q�{EPSG$World - N hemisphere - 72°E to 78°E - by countryBetween 72°E and 78°E, northern hemisphere between equator and 84°N, onshore and offshore. China. India. Kazakhstan. Kyrgyzstan. Maldives. Pakistan. Russian Federation. Tajikistan.THN�# q�GEPSG#World - S hemisphere - 66°E to 72°E - by countryBetween 66°E and 72°E, southern hemisphere between 80°S and equator, onshore and offshore.�BH� q� EPSG"World - N hemisphere - 66°E to 72°E - by countryBetween 66°E and 72°E, northern hemisphere between equator and 84°N, onshore and offshore. Afghanistan. India. Kazakhstan. Kyrgyzstan. Pakistan. Russian Federation. Tajikistan. Uzbekistan.TBH�# q�GEPSG!World - S hemisphere - 60°E to 66°E - by countryBetween 60°E and 66°E, southern hemisphere between 80°S and equator, onshore and offshore.�<B� q� EPSG World - N hemisphere - 60°E to 66°E - by countryBetween 60°E and 66°E, northern hemisphere between equator and 84°N, onshore and offshore. Afghanistan. Islamic Republic of Iran. kazakhstan. Pakistan. Russian Federation. Turkmenistan. Uzbekistan.T<B�/ q�_EPSG World - S hemisphere - 54°E to 60°E - by countryBetween 54°E and 60°E, southern hemisphere between 80°S and equator, onshore and offshore. Seychelles.�6<�! q�CEPSG World - N hemisphere - 54°E to 60°E - by countryBetween 54°E and 60°E, northern hemisphere between equator and 84°N, onshore and offshore. Islamic Republic of Iran. kazakhstan. Oman. Russian Federation. Saudi Arabia. Turkmenistan. United Arab Emirates. Uzbekistan.T6<�/ q�_EPSG World - S hemisphere - 48°E to 54°E - by countryBetween 48°E and 54°E, southern hemisphere between 80°S and equator, onshore and offshore. Madagascar.�06�O q� EPSG World - N hemisphere - 48°E to 54°E - by countryBetween 48°E and 54°E, northern hemisphere between equator and 84°N, onshore and offshore. Azerbaijan. Bahrain. Islamic Republic of Iran. Iraq. Kazakhstan. Kuwait. Oman. Qatar. Russian Federation. Saudi Arabia. Somalia. Turkmenistan. United Arab Emirates. Yemen.T06�/ q�_EPSGWorld - S hemisphere - 42°E to 48°E - by countryBetween 42°E and 48°E, southern hemisphere between 80°S and equator, onshore and offshore. Madagascar.�*0�W q�/EPSGWorld - N hemisphere - 42°E to 48°E - by countryBetween 42°E and 48°E, northern hemisphere between equator and 84°N, onshore and offshore. Armenia. Azerbaijan. Djibouti. Eritrea. Ethiopia. Georgia. Islamic Republic of Iran. Iraq. kazakhstan. Kuwait. Russian Federation. Saudi Arabia. Somalia. Türkiye (Turkey). Yemen.T*0�@ q�EPSGWorld - S hemisphere - 36°E to 42°E - by countryBetween 36°E and 42°E, southern hemisphere between 80°S and equator, onshore and offshore. Kenya. Mozambique. Tanzania.�$*�C q�EPSGWorld - N hemisphere - 36°E to 42°E - by countryBetween 36°E and 42°E, northern hemisphere between equator and 84°N, onshore and offshore. Djibouti. Egypt. Eritrea. Ethiopia. Georgia. Iraq. Jordan. Kenya. Lebanon. Russian Federation. Saudi Arabia. Somalia. Sudan. Syria. Türkiye (Turkey). Ukraine.T$*� q�/EPSGWorld - S hemisphere - 30°E to 36°E - by countryBetween 30°E and 36°E, southern hemisphere between 80°S and equator, onshore and offshore. Burundi. Eswatini (Swaziland). Kenya. Malawi. Mozambique. Rwanda. South Africa. Tanzania. Uganda. Zambia. Zimbabwe.� $�o q�_EPSG&World - N hemisphere - 78°E to 84°E - by countryBetween 78°E and 84°E, northern hemisphere between equator and 84°N, onshore and offshore. China. India. Kazakhstan. Kyrgyzstan. Nepal. Russian Federation. Sri Lanka.TNT
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i � � � +T/pk��� U: �? u�wEPSG9World - S hemisphere - 132°E to 138°E - by countryBetween 132°E and 138°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Indonesia.� � ��K u�EPSG8World - N hemisphere - 132°E to 138°E - by countryBetween 132°E and 138°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Japan. Russian Federation.T � ��J u�EPSG7World - S hemisphere - 126°E to 132°E - by countryBetween 126°E and 132°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. East Timor. Indonesia.�~ ��o u�YEPSG6World - N hemisphere - 126°E to 132°E - by countryBetween 126°E and 132°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Indonesia. Japan. North Korea. Russian Federation. South Korea.T~ ��I u�EPSG5World - S hemisphere - 120°E to 126°E - by countryBetween 120°E and 126°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. East Timor. Indonesia.�x~� u�EPSG4World - N hemisphere - 120°E to 126°E - by countryBetween 120°E and 126°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Indonesia. Japan. North Korea. Philippines. Russian Federation. South Korea. Taiwan.Tx~�= u�wEPSG3World - S hemisphere - 114°E to 120°E - by countryBetween 114°E and 120°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Indonesia.�rx�# u�CEPSG2World - N hemisphere - 114°E to 120°E - by countryBetween 114°E and 120°E, northern hemisphere between equator and 84°N, onshore and offshore. Brunei. China. Hong Kong. Indonesia. Malaysia - East Malaysia - Sarawak. Mongolia. Philippines. Russian Federation. Taiwan.Trx�= u�wEPSG1World - S hemisphere - 108°E to 114°E - by countryBetween 108°E and 114°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Indonesia.�lr� u�)EPSG0World - N hemisphere - 108°E to 114°E - by countryBetween 108°E and 114°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Hong Kong. Indonesia. Macao. Malaysia - East Malaysia - Sarawak. Mongolia. Russian Federation. Vietnam.Tlr�2 u�aEPSG/World - S hemisphere - 102°E to 108°E - by countryBetween 102°E and 108°E, southern hemisphere between 80°S and equator, onshore and offshore. Indonesia.�fl� u�;EPSG.World - N hemisphere - 102°E to 108°E - by countryBetween 102°E and 108°E, northern hemisphere between equator and 84°N, onshore and offshore. Cambodia. China. Indonesia. Laos. Malaysia - West Malaysia. Mongolia. Russian Federation. Singapore. Thailand. Vietnam.Tfl�0 s�_EPSG-World - S hemisphere - 96°E to 102°E - by countryBetween 96°E and 102°E, southern hemisphere between 80°S and equator, onshore and offshore. Indonesia.�`f� s� EPSG,World - N hemisphere - 96°E to 102°E - by countryBetween 96°E and 102°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Indonesia. Laos. Malaysia - West Malaysia. Mongolia. Myanmar (Burma). Russian Federation. Thailand.T`f�# q�GEPSG+World - S hemisphere - 90°E to 96°E - by countryBetween 90°E and 96°E, southern hemisphere between 80°S and equator, onshore and offshore.�Z`�x q�qEPSG*World - N hemisphere - 90°E to 96°E - by countryBetween 90°E and 96°E, northern hemisphere between equator and 84°N, onshore and offshore. Bangladesh. Bhutan. China. Indonesia. Mongolia. Myanmar (Burma). Russian Federation.TZ`�# q�GEPSG)World - S hemisphere - 84°E to 90°E - by countryBetween 84°E and 90°E, southern hemisphere between 80°S and equator, onshore and offshore.�TZ 2 �D u�EPSG:World - N hemisphere - 138°E to 144°E - by countryBetween 138°E and 144°E, northern hemisphere between equator and 84°N, onshore and offshore. Japan. Russian Federation.T � �
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�x c�SEPSGLEurope - 6°W to 0°W and ETRS89 by countryEurope between 6°W and 0°W: Faroe Islands offshore; Ireland - offshore; Jan Mayen - offshore; Norway including Svalbard - offshore; Spain - onshore and offshore.@A�G�z�@T \(��?�z�G�{�( e�?EPSGKEurope - 12°W to 6°W and ETRS89 by countryEurope between 12°W and 6°W: Faroe Islands - onshore and offshore; Ireland - offshore; Jan Mayen - onshore and offshore; Portugal - onshore and offshore; Spain - onshore and offshore; United Kingdom - UKCS offshore.@Atz�G�@R�Q� �� g� EPSGJEurope - 18°W to 12°W and ETRS89 by countryEurope between 18°W and 12°W: Faroe Islands - offshore; Ireland - offshore; Jan Mayen - offshore; Portugal - offshore mainland; Spain - offshore mainland; United Kingdom (UKCS) - offshore.@Aw
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=p��V\(��6 u�eEPSGGWorld - S hemisphere - 174°E to 180°E - by countryBetween 174°E and 180°E, southern hemisphere between 80°S and equator, onshore and offshore. New Zealand.� � ��` u�9EPSGFWorld - N hemisphere - 174°E to 180°E - by countryBetween 174°E and 180°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation; United States (USA) - Alaska (AK).T � ��6 u�eEPSGEWorld - S hemisphere - 168°E to 174°E - by countryBetween 168°E and 174°E, southern hemisphere between 80°S and equator, onshore and offshore. New Zealand.� � ��[ u�/EPSGDWorld - N hemisphere - 168°E to 174°E - by countryBetween 168°E and 174°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation; United States (USA) - Alaska.T � ��) u�KEPSGCWorld - S hemisphere - 162°E to 168°E - by countryBetween 162°E and 168°E, southern hemisphere between 80°S and equator, onshore and offshore.� � ��= u�sEPSGBWorld - N hemisphere - 162°E to 168°E - by countryBetween 162°E and 168°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation.T � ��) u�KEPSGAWorld - S hemisphere - 156°E to 162°E - by countryBetween 156°E and 162°E, southern hemisphere between 80°S and equator, onshore and offshore.� � ��= u�sEPSG@World - N hemisphere - 156°E to 162°E - by countryBetween 156°E and 162°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation.T � ��F u�EPSG?World - S hemisphere - 150°E to 156°E - by countryBetween 150°E and 156°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Papua New Guinea.� � ��= u�sEPSG>World - N hemisphere - 150°E to 156°E - by countryBetween 150°E and 156°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation.T � ��F u�EPSG=World - S hemisphere - 144°E to 150°E - by countryBetween 144°E and 150°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Papua New Guinea.� � ��D u�EPSG<World - N hemisphere - 144°E to 150°E - by countryBetween 144°E and 150°E, northern hemisphere between equator and 84°N, onshore and offshore. Japan. Russian Federation.T � �
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=p����( � �EPSG]North America - 120°W to 114°W and NAD27 by country - onshoreNorth America - between 120°W and 114°W - onshore. Canada - Alberta; British Columbia; Northwest Territories; Nunavut. Mexico. United States (USA) - California; Idaho; Nevada; Oregon; Washington.@:�z�G�@S�Q� ���� � �eEPSG\North America - 126°W to 120°W and NAD27 by country - onshoreNorth America - between 126°W and 120°W - onshore. Canada - British Columbia; Northwest Territories; Nunavut; Yukon. United States (USA) - California; Oregon; Washington.@A333333@SHQ� ���]�\(��^ � �EPSG[North America - 132°W to 126°W and NAD27 by country - onshoreNorth America - between 132°W and 126°W - onshore. Canada - British Columbia; Northwest Territories; Yukon. United States (USA) - Alaska. Onshore for Canadian British Colombia & Arctic coasts and for the US Pacific coast including Alaska panhandle.@H�
=p��@R� �R�|��U � �mEPSGZNorth America - 138°W to 132°W and NAD27 by country - onshoreNorth America - between 138°W and 132°W - onshore. Canada - British Columbia; Northwest Territiories; Yukon. United States (USA) - Alaska. Onshore for Canadian British Columbia & Arctic and for US Pacific coast including Alaska panhandle.@JJ=p��
@RB�\(��v�|� w�eEPSGYNorth America - 144°W to 138°W and NAD27 by countryNorth America - between 144°W and 138°W. Canada - British Columbia; Yukon. United States (USA) - Alaska. Onshore for western Canada & but onshore and offshore for Alaska.@J�(�\@Re\(��p�v�) M�IEPSGXUSA - 150°W to 144°W - AK, OCSUnited States (USA) - between 150°W and 144°W - Alaska and offshore continental shelf (OCS).@Kfffff@R�Q� ��j�a��z�H�) M�IEPSGWUSA - 156°W to 150°W - AK, OCSUnited States (USA) - between 156°W and 150°W - Alaska and offshore continental shelf (OCS).@J33333@R�p��
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=@U,����� @BG�z�H g�oEPSGQEurope - 24°E to 30°E and ETRS89 by countryEurope between 24°E and 30°E: Finland - onshore and offshore; Norway including Svalbard - onshore and offshore.@M�� �R@U.�Q� @>�\(�ÁO g�oEPSGPEurope - 18°E to 24°E and ETRS89 by countryEurope between 18°E and 24°E: Finland - onshore and offshore; Norway including Svalbard - onshore and offshore.@Mk� �Q�@U"�\(��@1�p��
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=p�@A��\(��V �Q� �U�33333� =�)EPSGjUSA - Alabama - SPCS - EUnited States (USA) - Alabama east of approximately 86°37'W - counties Barbour; Bullock; Calhoun; Chambers; Cherokee; Clay; Cleburne; Coffee; Coosa; Covington; Crenshaw; Dale; De Kalb; Elmore; Etowah; Geneva; Henry; Houston; Jackson; Lee; Macon; Madison; Marshall; Montgomery; Pike; Randolph; Russell; StClair; Talladega; Tallapoosa.@>�p��
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��� s�EPSGcNorth America - 84°W to 78°W and NAD27 by countryNorth America - between 84°W and 78°W. Bahamas. Canada - Nunavut; Ontario; Quebec. Costa Rica. Cuba. Honduras. Nicaragua. United States (USA) - Florida; Georgia; Kentucky; Maryland; Michigan; New York; North Carolina; Ohio; Pennsylvania; South Carolina; Tennessee; Virginia; West Virginia. Onshore for Canadian Arctic. onshore and offshore for US east coast and Cuba, with usage in Bahamas onshore plus offshore over internal continental shelf only.@ � �Q�@T�� �R���5 s�=EPSGbNorth America - 90°W to 84°W and NAD27 by countryNorth America - between 90°W and 84°W. Belize. Canada - Manitoba; Nunavut; Ontario. Costa Rica. Cuba. El Salvador. Guatemala. Honduras. Mexico. Nicaragua. United States (USA) - Alabama; Arkansas; Florida; Georgia; Indiana; Illinois; Kentucky; Louisiana; Michigan; Minnesota; Mississippi; Missouri; North Carolina; Ohio; Tennessee; Wisconsin. Onshore for Canadian Arctic and Central America, onshore and offshore for Cuba and Gulf of Mexico (both US and Mexican sectors).@"�=p��
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=q��N s�}EPSGaNorth America - 96°W to 90°W and NAD27 by countryNorth America - between 96°W and 90°W. Canada - Manitoba; Nunavut; Ontario. Guatemala. Mexico. United States (USA) - Arkansas; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Nebraska; Oklahoma; Tennessee; Texas; Wisconsin. Onshore for Canadian Arctic and Central America, onshore and offshore for Gulf of Mexico (both US and Mexican sectors).@+B�\(��@T}p��
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0 � *��My 7 �@ G�qEPSG~USA - GoM OCS - east of 84°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) east of approximately 84°W - protraction areas Gainesville; Tarpon Springs; St Petersburg; Charlotte Harbor; Pulley Ridge; Dry Tortugas; Tortugas Valley; Miami; Key West.@7�� �R@=��
=q�U\(��TJ�G�{�R I�EPSG}USA - GoM OCS - 90°W to 84°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) between approximately 90°W and 84°W - protraction areas Mobile; Viosca Knoll; Mississippi Canyon; Atwater Valley; Lund; Lund South; Pensacola; Destin Dome; De Soto Canyon; Lloyd Ridge; Henderson; Florida Plain; Campeche Escarpment; Apalachicola; Florida Middle Ground; The Elbow; Vernon Basin; Howell Hook; Rankin.@7�33333@>@ �V���
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�P I� EPSG|USA - GoM OCS - 96°W to 90°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) between approximately 96°W and 90°W - protraction areas East Breaks; Alaminos Canyon; Garden Banks; Keathley Canyon; Sigsbee Escarpment; Ewing Bank; Green Canyon; Walker Ridge; Amery Terrace.@9�(�\@=��G�{��Vw
=p�ׁa G�3EPSG{USA - GoM OCS - west of 96°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) west of approximately 96°W - protraction areas Corpus Christi; Port Isabel.@9�Q� �@<nz�G��XNz�G��W��z�H�& ?�EEPSGzUSA - Arkansas - SPCS - SUnited States (USA) - Arkansas - counties Arkansas; Ashley; Bradley; Calhoun; Chicot; Clark; Cleveland; Columbia; Dallas; Desha; Drew; Garland; Grant; Hempstead; Hot Spring; Howard; Jefferson; Lafayette; Lee; Lincoln; Little River; Lonoke; Miller; Monroe; Montgomery; Nevada; Ouachita; Phillips; Pike; Polk; Prairie; Pulaski; Saline; Sevier; Union.@@�G�z�@A������W��Q� �V�������[ ?�/EPSGyUSA - Arkansas - SPCS - NUnited States (USA) - Arkansas - counties of Baxter; Benton; Boone; Carroll; Clay; Cleburne; Conway; Craighead; Crawford; Crittenden; Cross; Faulkner; Franklin; Fulton; Greene; Independence; Izard; Jackson; Johnson; Lawrence; Logan; Madison; Marion; Mississippi; Newton; Perry; Poinsett; Pope; Randolph; Scott; Searcy; Sebastian; Sharp; St Francis; Stone; Van Buren; Washington; White; Woodruff; Yell.@AU\(�@B@ �W��z�H�Vh�\)� =�EPSGxUSA - Arizona - SPCS - WUnited States (USA) - Arizona - counties of La Paz; Mohave; Yuma.@@fffff%�\��
=p��\!G�z�" =�?EPSGwUSA - Arizona - SPCS - EUnited States (USA) - Arizona - counties Apache; Cochise; Gila; Graham; Greenlee; Navajo.@?Tz�G�@B�G�z�[�p��
=�[B�\(�Á' =�IEPSGvUSA - Arizona - SPCS - CUnited States (USA) - Arizona - counties Coconino; Maricopa; Pima; Pinal; Santa Cruz; Yavapai.@?Tz�G�@B�G�z�\Vfffff�[�(�\�$ k�!EPSGuUSA - Alaska - north of 54.5°N; west of 168°WUnited States (USA) - Alaska onshore north of 54°30'N and west of 168°W.@L>�Q� @Ptz�G��e� �Q�X�1 o�7EPSGtUSA - Alaska - north of 54.5°N; 168°W to 164°WUnited States (USA) - Alaska onshore north of 54°30'N and between 168°W and 164°W.@K+� �Q�@QC33333�eQ� ��\� K�EPSGsUSA - Alaska - 164°W to 160°WUnited States (USA) - Alaska - between 164°W and 160°W, onshore.@K(�\)@Q�\(��d�Q� ��`� K�EPSGrUSA - Alaska - 160°W to 156°WUnited States (USA) - Alaska - between 160°W and 156°W, onshore.@Kq� �R@Qٙ�����`�c�z�H�
KEPSGqUSA - Alaska - 156°W to 152°WUnited States (USA) - Alaska - between 156°W and 152°W.@K�(�\@Q�� �R�d�b�� �Q� K�EPSGpUSA - Alaska - 152°W to 148°WUnited States (USA) - Alaska - between 152°W and 148°W, onshore.@M�z�G�@Q�Q� ��c Q� ��b�z�H|
KEPSGoUSA - Alaska - 148°W to 144°WUnited States (USA) - Alaska - between 148°W and 144°W.@M�(�\@Q�Q� ��l�p� K�EPSGnUSA - Alaska - 144°W to 141°WUnited States (USA) - Alaska - between 144°W and 141°W, onshore.@M�(�\@Q�=p��
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mAsia - FSU - 67.5°E to 70.5°E onshoreKazakhstan, Kyrgyzstan, Russian Federation onshore, Tajikistan and Uzbekistan - between 67°30'E and 70°30'E.@Bw
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UWorld - N hemisphere - 3-degree CM 171°EBetween 169°30'E and 172°30'E, northern hemisphere.T@e0 @e� �}
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_sEPSG World - N hemisphere - 3-degree CM 021°EBetween 19°30'E and 22°30'E, northern hemisphere.T@3� @6� }
_sEPSG World - N hemisphere - 3-degree CM 018°EBetween 16°30'E and 19°30'E, northern hemisphere.T@0� @3� }
_sEPSG�World - N hemisphere - 3-degree CM 015°EBetween 13°30'E and 16°30'E, northern hemisphere.T@+ @0� }
_sEPSG�World - N hemisphere - 3-degree CM 012°EBetween 10°30'E and 13°30'E, northern hemisphere.T@% @+ |
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WGEPSG (Europe - Finland and Norway - onshoreFinland and Norway - onshore.@L�33333@Q�\(�@�\(�@?�
=p�ׁs q�-EPSG 'Europe - British Isles and Channel Islands onshoreChannel islands - onshore. Ireland - onshore. Isle of Man - onshore. United Kingdom (UK) - onshore - England; Scotland; Wales; Northern Ireland.@H�z�G�@Ns33333�% �Q� ?�p��
=q�2 =�_EPSG &Europe - common offshoreDenmark - offshore North Sea; Ireland - offshore; Netherlands - offshore; United Kingdom - UKCS offshore.@G�\(�@O�� �R�0�����@%�Q� �Y
57EPSG %Egypt - Gulf of SuezEgypt - Gulf of Suez.@;0��
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9;EPSG $Italy - Sicily onshoreItaly - Sicily onshore.@BK� �Q�@C,�����@(�Q� �@/k� �Q�a
=?EPSG #Italy - Sardinia onshoreItaly - Sardinia onshore.@Ch�\)@D��z�H@ (�\)@#Ǯz�Hf
CCEPSG "Europe - Portugal and SpainPortugal; Spain - mainland.@A�G�z�@E�\)�# �Q� @ �Q� � A�
EPSG !Spain - mainland northwestSpain - onshore mainland north of 41°30'N and west of 4°30' W.@D� @E�\)�"�p��
=� �$ O�1EPSG Spain - mainland except northwestSpain - onshore mainland except northwest (north of 41°30'N and west of 4°30'W).@A�G�z�@EǮz�H� (�\)@ �Q� a
=?EPSG Spain - Balearic IslandsSpain - Balearic Islands.@CK� �Q�@D33333?�� �Q�@�\(��
egEPSG Norway - North Sea - offshore south of 62°NNorway - offshore south of 62°N - North Sea.@L
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@OG�z�?�� �Q�@%��Q� � o�EPSG Norway - offshore 62°N to 65°N and west of 5°ENorway - offshore between 62°N and 65°N and west of 5°E.>@P@��
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amEPSG Norway - offshore north of 65°N; SvalbardNorway - offshore north of 65°N. Also Svalbard.A@U.�Q� �
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MO EPSG Norway - offshore north of 65°NNorway - offshore north of 65°N.AH�� @@�\(�ÁY 1�9EPSG Europe - North SeaDenmark - North Sea; Germany - North Sea; Netherlands - offshore; Norway - North Sea south of 62°N; United Kingdom (UKCS) - North Sea south of 62°N.@I��
=p�@OG�z�333333@%�Q� �g
/YEPSG Syria - Deir areaSyria - Deir area (35°22'N, 40°06'E)@A>�Q� @A�33333@C�fffff@Dg�z�Hk
9WEPSG Syria - Shaddadeh areaSyria - Shaddadeh area (36°N, 41°E)@A� �Q�@B@ @D@ @D�� �R^
;;EPSG Syria - Al Whaleed areaSyria - Al Whaleed area@A�=p��
@A�33333@C�33333@D4z�G�� O�{EPSG Germany - West Germany all statesGermany - states of former West Germany onshore - Baden-Wurtemberg, Bayern, Bremen, Hamburg, Hessen, Niedersachsen, Nordrhein-Westfalen, Rheinland-Pfalz, Saarland, Schleswig-Holstein.@G��\(��@K�� �Q�@p��
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ioEPSG Argentina - Neuquen province Auca Mahuida areaArgentina - Neuquen province - Auca Mahuida area.�C` �B� �Q` �Q
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AcEPSG LUSA - Texas west of 100°WUnited States (USA) - Texas west of 100°W.@<
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CeEPSG IUSA - Delaware and MarylandUnited States (USA) - Delaware and Maryland.@B�(�\@C������S�\(��R�z�G�C
-/EPSG HCanada - AlbertaCanada - Alberta.@H~�Q� <��[~�Q� M
79EPSG GCanada - SaskatchewanCanada - Saskatchewan.1@NG�z�YU\(��# ?�?EPSG FUSA - CONUS including EEZUnited States (USA) - CONUS including EEZ - onshore and offshore - Alabama; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming. US Gulf of Mexico (GoM) OCS.@7�\(�@H���
=q�`%p��
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AcEPSG EUSA - Alaska including EEZUnited States (USA) - Alaska including EEZ.@G��
=q@R�p��
=@d������`?�z�H~ -�EPSG DItaly - mainlandItaly - mainland including San Marino and Vatican City State.@B�z�G�@G������@z�G�{@2�z�G�W
+=EPSG CNigeria - southNigeria - onshore south.@�G�z�@������@ffffff@"�fffff�H Q�wEPSG BEurope - former Yugoslavia onshoreBosnia and Herzegovina; Croatia - onshore; Kosovo; Montenegro - onshore; North Macedonia; Serbia; Slovenia - onshore.@Dl�����@Gp��
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=?EPSG ASeychelles - Mahe IslandSeychelles - Mahe Island.�p��
=q� @K�fffff@K˅ �Q� A�)EPSG @Spain - mainland southwestSpain - onshore mainland south of the parallel of approximately 41°58'N from approximately 6°35'W to the meridian of 4°W of Greenwich and then a line from 41°58'N, 4°W through 40°N, 0°E of Greenwich.@A������@D�p��
=� (�\)?�� �Q� A�)EPSG ?Spain - mainland northeastSpain - onshore mainland north of the parallel of approximately 41°58'N from approximately 6°35'W to the meridian of 4°W of Greenwich and then a line from 41°58'N, 4°W through 40°N, 0°E of Greenwich.@C��G�{@E�\)�"�p��
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=?EPSG >Spain - mainland onshoreSpain - mainland onshore.@A������@E�\)�"�p��
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IKEPSG =Philippines - Mindanao onshorePhilippines - Mindanao onshore.@�\(�@%
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]_EPSG <Philippines - onshore excluding MindanaoPhilippines - onshore excluding Mindanao.@ @3s33333@]8�\)@_xQ� �� -�'EPSG ;Venezuela - eastVenezuela - east - Delta Amacuro; Anzoategui; Bolivar; Monagas; Sucre states.@ z�G�{@%�������P�\(��M�fffff]
9;EPSG :Iran - Kangan districtIran - Kangan district.@;L�����@<333333@I�fffff@J�G�z�o
KMEPSG 9Myanmar (Burma) - Moattama areaMyanmar (Burma) - Moattama area.@"�\(�@1Q� @W|(�\@X�=p��
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=?EPSG 8Vietnam - Con Son IslandVietnam - Con Son Island.@!#�
=p�@!��\)@Z��Q� @Z�33333s
MaEPSG 7Vietnam - 14°N to 18°N onshoreVietnam - onshore between 14°N and 18°N.@2�\(��@Zg
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=?EPSG 6Thailand - Bongkot fieldThailand - Bongkot field.@�\(�@ Q� �R@Y�=p��
@Y�33333y
UWEPSG 5Argentina - Tierra del Fuego onshoreArgentina - Tierra del Fuego onshore.�K�z�G��JK� �Q�Q(�\)�O�p��
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CYEPSG 4Ecuador - Galapagos onshoreEcuador - Baltra; Galapagos - onshore.���\(�?�
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[sEPSG 3Falkland Islands - East Falkland IslandFalkland Islands (Malvinas) - East Falkland Island.�JAG�z�I�z�G��M�p��
=�L������]
9;EPSG 2Indonesia - KalimantanIndonesia - Kalimantan.��\(�@z�G�{@[2�\(��@]��
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AC EPSG gGreenland - south of 72°NGreenland - south of 72°N.@M� H��Q
-/EPSG fQatar - offshoreQatar - offshore.@8��
=p�@; �����@IFfffff@J� �Q�a
=?EPSG eKazakhstan - Caspian SeaKazakhstan - Caspian Sea.@D�33333@G|(�\@Hs33333@J�33333M
)+EPSG dOman - block 4Oman - block 4.@3�z�G�@5+� �Q�@L@ @M��\(��|
OcEPSG cChile - onshore 39°S to 43°30'SChile - onshore between 39°S and 43°30'S.�E� �C~�Q� �R��Q� �Q�Q� �s
OQEPSG bChile - onshore north of 21°30'SChile - onshore north of 21°30'S.�5��\(��1� �Q�\(��Q � �Q�U
13EPSG aBolivia - Block 20Bolivia - Block 20.�5�\(��5
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-/EPSG `Bolivia - MadidiBolivia - Madidi.�,�(�\�+ �Q� �Q=p��
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� EPSG _South America - Bolivia; Chile; Ecuador; Guyana; Peru; VenezuelaBolivia; Chile - onshore north of 43°30'S; Ecuador - mainland onshore; Guyana - onshore; Peru - onshore; Venezuela - onshore.�E� @(� �TZ=p��
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!UEPSG ^UK - WalesUnited Kingdom (UK) - Wales onshore.@I��
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=�\(�\�333333� '�IEPSG ]UK - ScotlandUnited Kingdom (UK) - Scotland (including Orkney and Shetland Islands), onshore and nearshore.@KH�\)@Ns33333�!z�G�{�������́ S� EPSG \UK - England and Wales, Isle of ManUnited Kingdom (UK) - England and Wales; Isle of Man - onshore.@H�z�H@K������ ?�p��
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%YEPSG [UK - EnglandUnited Kingdom (UK) - England onshore.@H�z�H@K������ ?�p��
=q�% C�M EPSG ZUK - Great Britain and UKCSUnited Kingdom (UKCS) - Great Britain (GB) - England; Scotland; Wales; UKCS including North Sea.@H�33333@O�=p��
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=?EPSG YAlgeria - Hassi MessaoudAlgeria - Hassi Messaoud.@?z�G�{@@ � �Q�@\(�\@ �
9�EPSG XUAE - Abu al Bu KhooshUnited Arab Emirates (UAE) - Abu Dhabi offshore - Abu al Bu Khoosh.@9Tz�G�@9�=p��
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79EPSG WOman - Masirah IslandOman - Masirah Island.@4 �Q� @4�p��
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@M�G�z� k�kEPSG VUSA - CONUS west of Mississippi River - onshoreUnited States (USA) - CONUS west of Mississippi River - onshore - excludes those states covered under Area 2389 - Includes Arizona; Arkansas; California; Colorado; Idaho; Iowa; Kansas; Montana; Nebraska; Nevada; New Mexico; North Dakota; Oklahoma; Oregon; South Dakota; Texas; Utah; Washington; Wyoming.@9�z�G�@H�fffff�_2�\(��Vh�\)� k�cEPSG UUSA - CONUS east of Mississippi River - onshoreUnited States (USA) - CONUS east of Mississippi River - onshore - including entire states of Louisiana; Missouri; Minnesota as well as Alabama; Connecticut; Delaware; Florida; Georgia; Illinois; Indiana; Kentucky; Maine; Maryland; Massachusetts; Michigan; Mississippi; New Hampshire; New Jersey; New York; North Carolina; Ohio; Pennsylvania; Rhode Island; South Carolina; Tennessee; Vermont; Virginia; West Virginia; Wisconsin.@8h�\)@H���
=q�XNz�G��P�=p��
�& i�EPSG TUSA - Alaska - Aleutian Islands west of 180°WUnited States (USA) - Alaska - Aleutian Islands onshore west of 180°W.@I�fffff@J��\)@e�p��
=@f{� �Q�& i�EPSG SUSA - Alaska - Aleutian Islands east of 180°EUnited States (USA) - Alaska - Aleutian Islands onshore east of 180°E.@I� �Q�@K+� �Q�fI������d��G�{g
CEEPSG RGreenland - Hayes PeninsulaGreenland - Hayes Peninsula.@R�
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35EPSG QPanama - Canal ZonePanama - Canal Zone.@!��
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WSEPSG PCanada - Alberta and British ColumbiaCanada - Alberta; British Columbia.@H @NG�z�aaG�z�[~�Q� �
]EPSG OUSA - Idaho and Montana - west of 113°WUnited States (USA) - Idaho and Montana - west of 113°W.@D��Q� @H�G�z�]O\(���
]EPSG NUSA - Idaho and Montana - east of 113°WUnited States (USA) - Idaho and Montana - east of 113°W.@D��Q� @H�G�z�Z�\(�� W
+=EPSG hJapan - OkinawaJapan - onshore Okinawa.@7��G�{@:�\)@^� �Q�@`l(�\
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cuEPSG Japan - 44°N to 44°40'N; 143°E to 144°EJapan - onshore 44°N to 44°40'N; 143°E to 144°E.@E��Q� @FS33333 � �{
ceEPSG ~Japan - 44°N to 44°40'N; 142°E to 143°EJapan - 44°N to 44°40'N; 142°E to 143°E.@E��Q� @FU\(� � �� c�EPSG }Japan - 44°N to 44°40'N; 141°E to 142°EJapan - onshore mainland 44°N to 44°40'N; 141°E to 142°E.@E��Q� @FU\(�@a��\(�� ��
i{EPSG |Japan - 44°40'N to 45°20'N; 142°E to 143°EJapan - onshore 44°40'N to 45°20'N; 142°E to 143°E.@FTz�G�@F�� �Q� �@a�
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EPSG {Japan - 44°40'N to 45°20'N; 141°E to 142°EJapan - onshore mainland 44°40'N to 45°20'N; 141°E to 142°E.@FTz�G�@F�� �Q�@a� ��
cuEPSG zJapan - 45°20'N to 46°N; 142°E to 143°EJapan - onshore 45°20'N to 46°N; 142°E to 143°E.@F�=p��
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=q� c�EPSG yJapan - 45°20'N to 46°N; 141°E to 142°EJapan - onshore mainland 45°20'N to 46°N; 141°E to 142°E.@F�=p��
@F� �Q�@a�� �R ��n !�3 EPSG xUSA - HARNAmerican Samoa; Puerto Rico and the Virgin Islands; United States (USA) - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Hawaii; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming.�' 5�QEPSG wEurope - FSU onshoreArmenia; Azerbaijan; Belarus; Estonia - onshore; Georgia - onshore; Kazakhstan; Kyrgyzstan; Latvia - onshore; Lithuania - onshore; Moldova; Russian Federation - onshore; Tajikistan; Turkmenistan; Ukraine - onshore; Uzbekistan.@A�� �R@Tz=p��
@3�� �R�e
=p�ׁ% I�9EPSG vSlovenia - Gorenjska - centralSlovenia - central Gorenjska (Upper Carniola) with part of the Kamnik or Savinja Alps.@G� �R@G9�����@, �Q�@-8Q� �� Q�EPSG uEurope - west central (by country)Austria; Denmark; France; Germany (west); Netherlands; Switzerland.@E*=p��
@L�fffff�z�G�{@1+� �Q�y G�cEPSG tEurope - west (DMA ED50 mean)Austria; Belgium; Denmark; Finland; Faroe islands; France; Germany (west); Gibraltar; Greece; Italy; Luxembourg; Netherlands; Norway; Portugal; Spain; Sweden; Switzerland.@Ap��
=q@Q�\(��# �Q� @?�
=p�ׁ" Y�#EPSG sCentral America - Belize to Costa RicaOnshore Belize, Costa Rica, El Salvador, Guatemala, Honduras and Nicaragua.@ � �Q�@2}p��
=�W�\(��T�� �R�o G�]EPSG rCaribbean - central (DMA tfm)Antigua; Barbados; Barbuda; Cuba; Dominican Republic; Grand Cayman; Jamaica; Turks and Caicos Islands. Note: does not include other islands within this geographic area.
@7@ �U@��
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)+EPSG qCanada - YukonCanada - Yukon.@M��Q� @Ql�����a�Q� ��^�=p��
�2 A�[EPSG pCanada - eastern provincesCanada - onshore - New Brunswick; Newfoundland and Labrador; Nova Scotia; Prince Edward Island; Quebec.@E�z�G�@OO\(��S�fffff�JE �Q�a
GCEPSG oCanada - Manitoba and OntarioCanada - Manitoba; Ontario.@D�\(�@NG�z�R�fffff
[]EPSG nBahamas (San Salvador Island) - onshoreBahamas (San Salvador Island) - onshore.@7�fffff@80��
=q�R�fffff�R��z�H�> I�kEPSG mBahamas - main islands onshoreBahamas - onshore southwest of a line from 27°30'N, 77°30'W through 23°15'N, 74°30'W to 22°30'N, 72°30'W.@4�(�\@;J=p��
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7YEPSG lUSA - Alaska mainlandUnited States (USA) - Alaska mainland.@K+� �Q�@Qٙ�����eQ� ��`?�z�Ho
KMEPSG kAsia - India mainland and NepalIndia - mainland onshore; Nepal.@
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cuEPSG �Japan - 38°N to 38°40'N; 139°E to 140°EJapan - onshore 38°N to 38°40'N; 139°E to 140°E.@B��Q� @CU\(�@ac� �Q� ��
i{EPSG �Japan - 38°40'N to 39°20'N; 141°E to 142°EJapan - onshore 38°40'N to 39°20'N; 141°E to 142°E.@CTz�G�@C�� �Q� �@a��z�H�
ikEPSG �Japan - 38°40'N to 39°20'N; 140°E to 141°EJapan - 38°40'N to 39°20'N; 140°E to 141°E.@CTz�G�@C�� �Q� � ��
i{EPSG �Japan - 38°40'N to 39°20'N; 139°E to 140°EJapan - onshore 38°40'N to 39°20'N; 139°E to 140°E.@CTz�G�@C�� �Q�@aq����� �~
_qEPSG �Japan - 39°20'N to 40°N; east of 141°EJapan - onshore 39°20'N to 40°N; east of 141°E.@C�=p��
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ceEPSG �Japan - 39°20'N to 40°N; 140°E to 141°EJapan - 39°20'N to 40°N; 140°E to 141°E.@C�=p��
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cuEPSG �Japan - 39°20'N to 40°N; 139°E to 140°EJapan - onshore 39°20'N to 40°N; 139°E to 140°E.@C�=p��
(@at(�\ �{
ceEPSG �Japan - 40°N to 40°40'N; 141°E to 142°EJapan - 40°N to 40°40'N; 141°E to 142°E.@C��Q� @DU\(� � �{
ceEPSG �Japan - 40°N to 40°40'N; 140°E to 141°EJapan - 40°N to 40°40'N; 140°E to 141°E.@C��Q� @DU\(� � ��
cuEPSG �Japan - 40°N to 40°48'N; 139°E to 140°EJapan - onshore 40°N to 40°48'N; 139°E to 140°E.@C��Q� @Dffffff@at(�\ ��
i{EPSG �Japan - 40°40'N to 41°20'N; 141°E to 142°EJapan - onshore 40°40'N to 41°20'N; 141°E to 142°E.@DTz�G�@D�� �Q� �@a��\)�
ikEPSG �Japan - 40°40'N to 41°20'N; 140°E to 141°EJapan - 40°40'N to 41°20'N; 140°E to 141°E.@DTz�G�@D�� �Q� � ��
cuEPSG �Japan - 41°20'N to 42°N; 141°E to 142°EJapan - onshore 41°20'N to 42°N; 141°E to 142°E.@D�=p��
@D��G�{ �@a��\)� _�EPSG �Japan - 41°20'N to 42°N; west of 141°EJapan - onshore mainland 41°20'N to 42°N; west of 141°E.@D�=p��
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cqEPSG �Japan - south of 42°40'N; 143°E to 144°EJapan - onshore south of 42°40'N; east of 143°E.@D�\(�@EU\(� �@a�Q� ��
cuEPSG �Japan - 42°N to 42°40'N; 142°E to 143°EJapan - onshore 42°N to 42°40'N; 142°E to 143°E.@E�\(��@EU\(� � ��
cuEPSG �Japan - 42°N to 42°40'N; 141°E to 142°EJapan - onshore 42°N to 42°40'N; 141°E to 142°E.@E �Q� @EU\(� � �{
ceEPSG �Japan - 42°N to 42°40'N; 140°E to 141°EJapan - 42°N to 42°40'N; 140°E to 141°E.@D��Q� @EU\(� � �� Y�EPSG �Japan - north of 42°N; west of 140°EJapan - onshore mainland north of 42°N and west of 140°E.@Efffff@E]p��
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i{EPSG �Japan - 42°40'N to 43°20'N; 145°E to 146°EJapan - onshore 42°40'N to 43°20'N; 145°E to 146°E.@Ew
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ikEPSG �Japan - 42°40'N to 43°20'N; 143°E to 144°EJapan - 42°40'N to 43°20'N; 143°E to 144°E.@ETz�G�@E�� �Q� � ��
ikEPSG �Japan - 42°40'N to 43°20'N; 142°E to 143°EJapan - 42°40'N to 43°20'N; 142°E to 143°E.@ETz�G�@E�� �Q� � ��
ikEPSG �Japan - 42°40'N to 43°20'N; 141°E to 142°EJapan - 42°40'N to 43°20'N; 141°E to 142°E.@ETz�G�@E�� �Q� � ��
i{EPSG �Japan - 42°40'N to 43°25'N; 140°E to 141°EJapan - onshore 42°40'N to 43°25'N; 140°E to 141°E.@ETz�G�@E�\(� � ��
cwEPSG �Japan - north of 43°20'N; 145°E to 146°EJapan - onshore north of 43°20'N and west of 145°E.@E�=p��
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ceEPSG �Japan - 43°20'N to 44°N; 144°E to 145°EJapan - 43°20'N to 44°N; 144°E to 145°E.@E�=p��
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ceEPSG �Japan - 43°20'N to 44°N; 143°E to 144°EJapan - 43°20'N to 44°N; 143°E to 144°E.@E�=p��
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ceEPSG �Japan - 43°20'N to 44°N; 142°E to 143°EJapan - 43°20'N to 44°N; 142°E to 143°E.@E�=p��
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cuEPSG �Japan - 43°20'N to 44°N; 141°E to 142°EJapan - onshore 43°20'N to 44°N; 141°E to 142°E.@E�=p��
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ikEPSG �Japan - 34°40'N to 35°20'N; 134°E to 135°EJapan - 34°40'N to 35°20'N; 134°E to 135°E.@ATz�G�@A�� �Q� � ��
ikEPSG �Japan - 34°40'N to 35°20'N; 133°E to 134°EJapan - 34°40'N to 35°20'N; 133°E to 134°E.@ATz�G�@A�� �Q� � ��
ikEPSG �Japan - 34°40'N to 35°20'N; 132°E to 133°EJapan - 34°40'N to 35°20'N; 132°E to 133°E.@ATz�G�@A�� �Q� � ��
cuEPSG �Japan - 35°20'N to 36°N; 140°E to 141°EJapan - onshore 35°20'N to 36°N; 140°E to 141°E.@A�=p��
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ceEPSG �Japan - 35°20'N to 36°N; 139°E to 140°EJapan - 35°20'N to 36°N; 139°E to 140°E.@A�=p��
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ceEPSG �Japan - 35°20'N to 36°N; 138°E to 139°EJapan - 35°20'N to 36°N; 138°E to 139°E.@A�=p��
$ � �t
ceEPSG �Japan - 35°20'N to 36°N; 137°E to 138°EJapan - 35°20'N to 36°N; 137°E to 138°E.@A�=p��
$ � �t
ceEPSG �Japan - 35°20'N to 36°N; 136°E to 137°EJapan - 35°20'N to 36°N; 136°E to 137°E.@A�=p��
$ � �t
ceEPSG �Japan - 35°20'N to 36°N; 135°E to 136°EJapan - 35°20'N to 36°N; 135°E to 136°E.@A�=p��
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cuEPSG �Japan - 35°20'N to 36°N; 134°E to 135°EJapan - onshore 35°20'N to 36°N; 134°E to 135°E.@A�=p��
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c�EPSG �Japan - 35°20'N to 36°N; 133°E to 134°EJapan - onshore mainland 35°20'N to 36°N; 133°E to 134°E.@A�=p��
@A�� �R � �� c�EPSG �Japan - 35°20'N to 36°N; 132°E to 133°EJapan - onshore mainland 35°20'N to 36°N; 132°E to 133°E.@A�=p��
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cuEPSG �Japan - 36°N to 36°40'N; 140°E to 141°EJapan - onshore 36°N to 36°40'N; 140°E to 141°E.@A��Q� @BU\(� �@a���
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ceEPSG �Japan - 36°N to 36°40'N; 139°E to 140°EJapan - 36°N to 36°40'N; 139°E to 140°E.@A��Q� @BU\(� � �{
ceEPSG �Japan - 36°N to 36°40'N; 138°E to 139°EJapan - 36°N to 36°40'N; 138°E to 139°E.@A��Q� @BU\(� � �{
ceEPSG �Japan - 36°N to 36°40'N; 137°E to 138°EJapan - 36°N to 36°40'N; 137°E to 138°E.@A��Q� @BU\(� � �� ]�EPSG �Japan - 36°N to 36°40'N; west of137°EJapan - onshore between 36°N and 36°40'N; west of 137°E.@A��Q� @BU\(�@`������ �� e� EPSG �Japan - 36°40'N to 37°20'N; east of 140°EJapan - onshore between 36°40'N and 37°20'N; east of 140°E.@BTz�G�@B�� �Q� �@a�33333�
ikEPSG �Japan - 36°40'N to 37°20'N; 139°E to 140°EJapan - 36°40'N to 37°20'N; 139°E to 140°E.@BTz�G�@B�� �Q� � ��
ikEPSG �Japan - 36°40'N to 37°20'N; 138°E to 139°EJapan - 36°40'N to 37°20'N; 138°E to 139°E.@BTz�G�@B�� �Q� � ��
ikEPSG �Japan - 36°40'N to 37°20'N; 137°E to 138°EJapan - 36°40'N to 37°20'N; 137°E to 138°E.@BTz�G�@B�� �Q� � ��
i{EPSG �Japan - 36°40'N to 37°20'N; 136°E to 137°EJapan - onshore 36°40'N to 37°20'N; 136°E to 137°E.@BTz�G�@B�� �Q�@a�\(�� ��
cuEPSG �Japan - 37°20'N to 38°N; 141°E to 142°EJapan - onshore 37°20'N to 38°N; 141°E to 142°E.@B�=p��
@B�\(� �@a�� �Q�t
ceEPSG �Japan - 37°20'N to 38°N; 140°E to 141°EJapan - 37°20'N to 38°N; 140°E to 141°E.@B�=p��
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ceEPSG �Japan - 37°20'N to 38°N; 139°E to 140°EJapan - 37°20'N to 38°N; 139°E to 140°E.@B�=p��
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@B�(�\@aLz�G� ��
cuEPSG �Japan - 37°20'N to 38°N; 137°E to 138°EJapan - onshore 37°20'N to 38°N; 137°E to 138°E.@B�=p��
@B�=p��
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cuEPSG �Japan - 37°20'N to 38°N; 136°E to 137°EJapan - onshore 37°20'N to 38°N; 136°E to 137°E.@B�=p��
@B�(�\@ap��
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cuEPSG �Japan - 32°N to 32°40'N; 131°E to 132°EJapan - onshore 32°N to 32°40'N; 131°E to 132°E.@?�p��
=@@U\(� �@`} �Q녁
i{EPSG �Japan - 32°N to 32°40'N; 129°54'E to 131°EJapan - onshore 32°N to 32°40'N; 129°54'E to 131°E.@?�p��
=@@U\(�@`<z�G� ��
i{EPSG �Japan - 32°40'N to 33°20'N; 134°E to 135°EJapan - onshore 32°40'N to 33°20'N; 134°E to 135°E.@@�Q� �@@�� �Q� �@`ȣ�
=q�
i{EPSG �Japan - 32°40'N to 33°20'N; 133°E to 134°EJapan - onshore 32°40'N to 33°20'N; 133°E to 134°E.@@Y�����@@�� �Q� � �� i�
EPSG �Japan - 32°40'N to 33°20'N; 132°E to 133°EJapan - onshore mainland 32°40'N to 33°20'N; 132°E to 133°E.@@XQ� �@@�� �Q� � ��
ikEPSG �Japan - 32°40'N to 33°20'N; 131°E to 132°EJapan - 32°40'N to 33°20'N; 131°E to 132°E.@@Tz�G�@@�� �Q� � ��
ikEPSG �Japan - 32°40'N to 33°20'N; 130°E to 131°EJapan - 32°40'N to 33°20'N; 130°E to 131°E.@@Tz�G�@@�� �Q� � �� i�
EPSG �Japan - 32°40'N to 33°20'N; 129°E to 130°EJapan - onshore mainland 32°40'N to 33°20'N; 129°E to 130°E.@@AG�z�@@�� �Q�@`)����� ��
cuEPSG �Japan - 33°20'N to 34°N; 136°E to 137°EJapan - onshore 33°20'N to 34°N; 136°E to 137°E.@@� �Q�" �@a
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cuEPSG �Japan - 33°20'N to 34°N; 135°E to 136°EJapan - onshore 33°20'N to 34°N; 135°E to 136°E.@@�33333" � ��
cuEPSG �Japan - 33°20'N to 34°N; 134°E to 135°EJapan - onshore 33°20'N to 34°N; 134°E to 135°E.@@�=p��
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ceEPSG �Japan - 33°20'N to 34°N; 133°E to 134°EJapan - 33°20'N to 34°N; 133°E to 134°E.@@�=p��
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ceEPSG �Japan - 33°20'N to 34°N; 132°E to 133°EJapan - 33°20'N to 34°N; 132°E to 133°E.@@�=p��
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ceEPSG �Japan - 33°20'N to 34°N; 131°E to 132°EJapan - 33°20'N to 34°N; 131°E to 132°E.@@�=p��
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cuEPSG �Japan - 34°N to 34°40'N; 138°E to 139°EJapan - onshore 34°N to 34°40'N; 138°E to 139°E.@AE �Q�@AU\(� � ��
cuEPSG �Japan - 34°N to 34°40'N; 137°E to 138°EJapan - onshore 34°N to 34°40'N; 137°E to 138°E.@AAG�z�@AU\(� � �{
ceEPSG �Japan - 34°N to 34°40'N; 136°E to 137°EJapan - 34°N to 34°40'N; 136°E to 137°E.@@��Q� @AU\(� � �{
ceEPSG �Japan - 34°N to 34°40'N; 135°E to 136°EJapan - 34°N to 34°40'N; 135°E to 136°E.@@��Q� @AU\(� � �{
ceEPSG �Japan - 34°N to 34°40'N; 134°E to 135°EJapan - 34°N to 34°40'N; 134°E to 135°E.@@��Q� @AU\(� � �{
ceEPSG �Japan - 34°N to 34°40'N; 133°E to 134°EJapan - 34°N to 34°40'N; 133°E to 134°E.@@��Q� @AU\(� � �{
ceEPSG �Japan - 34°N to 34°40'N; 132°E to 133°EJapan - 34°N to 34°40'N; 132°E to 133°E.@@��Q� @AU\(� � �� ]�EPSG �Japan - north of 34°N; 131°E to 132°EJapan - onshore north of 34°N; between 131°E and 132°E.@@��Q� @As33333 � ��
cuEPSG �Japan - 34°N to 34°40'N; 130°E to 131°EJapan - onshore 34°N to 34°40'N; 130°E to 131°E.@@��Q� @A=p��
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i{EPSG �Japan - 34°40'N to 35°20'N; 140°E to 141°EJapan - onshore 34°40'N to 35°20'N; 140°E to 141°E.@Ao\(�@A�� �Q� �@a�\(�� i�
EPSG �Japan - 34°40'N to 35°20'N; 139°E to 140°EJapan - onshore mainland 34°40'N to 35°20'N; 139°E to 140°E.@ATz�G�@A�� �Q� � ��
ikEPSG �Japan - 34°40'N to 35°20'N; 138°E to 139°EJapan - 34°40'N to 35°20'N; 138°E to 139°E.@ATz�G�@A�� �Q� � ��
ikEPSG �Japan - 34°40'N to 35°20'N; 137°E to 138°EJapan - 34°40'N to 35°20'N; 137°E to 138°E.@ATz�G�@A�� �Q� � �
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F � G�c�g�k�o�b�H��G�> � �: E�uEPSG �Africa - AOF 10°W to 3.5°WFrench West Africa between 10°W and 3°30'W - Burkina Faso, Côte d'Ivoire (Ivory Coast), Guinea, Mali, Mauritania.@(�\)@;L������ � �Q� A�'EPSG �Africa - AOF west of 10°WFrench West Africa onshore west of 10°W - Guinea, Mali, Mauritania, Senegal.@ �z�G�@:�\(��1�
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QS EPSG �Serbia and Montenegro - MontenegroSerbia and Montenegro - Montenegro.@D�\)@E��
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13EPSG �Romania - offshoreRomania - offshore.@E�Q� �@F������@<��
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-1EPSG �Germany - SaxonyGermany - Sachsen.@I�����@I�z�G�@'Ǯz�H@.z�G�W
35EPSG �Germany - ThuringenGermany - Thuringen.@I�����@I�� �R@#�
=p��@) �Q� � =�EPSG �Germany - West Germany SGermany - states of former West Germany - south of 50°20'N.@G��\(��@I+� �Q�@p��
=q@+�z�G�� =� EPSG �Germany - West Germany CGermany - states of former West Germany - between 50°20'N and 52°20'N.@I*=p��
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=�EPSG �Germany - West Germany NGermany - states of former West Germany - onshore north of 52°20'N.@J*=p��
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_sEPSG �World - N hemisphere - 3-degree CM 045°EBetween 43°30'E and 46°30'E, northern hemisphere.T@E� @G@ }
_sEPSG �World - N hemisphere - 3-degree CM 042°EBetween 40°30'E and 43°30'E, northern hemisphere.T@D@ @E� }
_sEPSG �World - N hemisphere - 3-degree CM 039°EBetween 37°30'E and 40°30'E, northern hemisphere.T@B� @D@ }
_sEPSG �World - N hemisphere - 3-degree CM 036°EBetween 34°30'E and 37°30'E, northern hemisphere.T@A@ @B� }
_sEPSG �World - N hemisphere - 3-degree CM 033°EBetween 31°30'E and 34°30'E, northern hemisphere.T@?� @A@ }
_sEPSG �World - N hemisphere - 3-degree CM 030°EBetween 28°30'E and 31°30'E, northern hemisphere.T@<� @?� }
_sEPSG �World - N hemisphere - 3-degree CM 027°EBetween 25°30'E and 28°30'E, northern hemisphere.T@9� @<� e
ACEPSG �Denmark - onshore BornholmDenmark - Bornholm onshore.@KxQ� �@K���
=q@-.z�G�@.� }
W]EPSG �Denmark - onshore Zealand and LollandDenmark - Zealand and Lolland (onshore).@KAG�z�@Le �Q�@%�z�G�@)�p��
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SYEPSG �Denmark - onshore Jutland and FunenDenmark - Jutland and Funen - onshore.@KU\(�@L�fffff@&�z�G��
K�EPSG �UK - Northern Ireland - onshoreUnited Kingdom (UK) - Northern Ireland (Ulster) - onshore.@J��G�{@K�z�G�� \(�\�\(�\�" E�7EPSG �USA - Louisiana - SPCS83 - SUnited States (USA) - Louisiana - counties of Acadia; Allen; Ascension; Assumption; Beauregard; Calcasieu; Cameron; East Baton Rouge; East Feliciana; Evangeline; Iberia; Iberville; Jefferson; Jefferson Davis; Lafayette; LaFourche; Livingston; Orleans; Plaquemines; Pointe Coupee; St Bernard; St Charles; St Helena; St James; St John the Baptist; St Landry; St Martin; St Mary; St Tammany; Tangipahoa; Terrebonne; Vermilion; Washington; West Baton Rouge; West Feliciana.@<ٙ����@?� �R�W|(�\�V0 �m =�UEPSG �USA - Texas - SPCS83 - SUnited States (USA) - Texas - counties of Brooks; Cameron; Duval; Hidalgo; Jim Hogg; Jim Wells; Kenedy; Kleberg; Nueces; San Patricio; Starr; Webb; Willacy; Zapata.@9�z�G�@<5\(��Y �����X6fffff� ?�CEPSG �USA - Texas - SPCS83 - SCUnited States (USA) - Texas - counties of Aransas; Atascosa; Austin; Bandera; Bee; Bexar; Brazoria; Brewster; Caldwell; Calhoun; Chambers; Colorado; Comal; De Witt; Dimmit; Edwards; Fayette; Fort Bend; Frio; Galveston; Goliad; Gonzales; Guadalupe; Harris; Hays; Jackson; Jefferson; Karnes; Kendall; Kerr; Kinney; La Salle; Lavaca; Live Oak; Matagorda; Maverick; McMullen; Medina; Presidio; Real; Refugio; Terrell; Uvalde; Val Verde; Victoria; Waller; Wharton; Wilson; Zavala.@;Ǯz�H@>�� �Q�Wp��
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acEPSG �Japan - onshore mainland south of 31°20'NJapan - onshore mainland south of 31°20'N.@>��
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Slovenia - GoricaSlovenia - Gorica region including the Trnovo Forest, Nanos and Idrija Mountains.@F�\(��@G
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Slovenia - upper Soca ValleySlovenia - upper Soca Valley and Julian Alps.@Gz�G�@G>�Q� @*\(��@+�p��
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Indonesia - Java Sea - offshore northwest JavaIndonesia - southern Java Sea offshore northwest Java.��\(��G�z�H@ZqG�z�@[���
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Australia - AGD84Australia - Queensland, South Australia, Western Australia, federal areas offshore west of 129°E.�CC�
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Australia - onshoreAustralia - Australian Capital Territory; New South Wales; Northern Territory; Queensland; South Australia; Tasmania; Western Australia; Victoria.�Eٙ�����#�Q� �@\6fffff@c6z�G�s
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Congo - coastal area and offshoreCongo - coastal area and offshore.���
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Greenland - southwest coast 54°W to 48°WGreenland - southwest coast between 54°W and 48°W.@NP��
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Greenland - southwest coast east of 48°WGreenland - southwest coast east of 48°W.@MQ� @Offfff�EB�\(��o
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Greenland - Ammassalik areaGreenland - Ammassalik area onshore.@PaG�z�@Pz=p��
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Greenland - west - 63°N to 66°NGreenland - west of 46°W and between 63°N and 66°N, onshore.?B�Jٙ�����| O� EPSG
Greenland - west - 66°N to 69°NGreenland - west of 42°W and between 66°N and 69°N, onshore.BE�K � �Q��| O� EPSG
Greenland - west - 69°N to 72°NGreenland - west of 38°W and between 69°N and 72°N, onshore.EH�L�z�H�| O� EPSG
Greenland - west - 72°N to 75°NGreenland - west of 38°W and between 72°N and 75°N, onshore.HK�M�G�{�| O� EPSG
Greenland - west - 75°N to 78°NGreenland - west of 44°W and between 75°N and 78°N, onshore.KN�R2�\(���| O� EPSG
Greenland - west - 78°N to 81°NGreenland - west of 44°W and between 78°N and 81°N, onshore.NQ�RR�\(���u O� EPSG
Greenland - east - 63°N to 66°NGreenland - east of 46°W and between 63°N and 66°N, onshore.?B��| O� EPSG
Greenland - east - 66°N to 69°NGreenland - east of 42°W and between 66°N and 69°N, onshore.BE�9#�
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Greenland - east - 69°N to 72°NGreenland - east of 38°W and between 69°N and 72°N, onshore.EH�5Q� �R| O� EPSG �Greenland - east - 72°N to 75°NGreenland - east of 38°W and between 72°N and 75°N, onshore.HK�15\(�| O� EPSG �Greenland - east - 75°N to 78°NGreenland - east of 44°W and between 75°N and 78°N, onshore.KN�1 �Q� | O� EPSG �Greenland - east - 78°N to 81°NGreenland - east of 44°W and between 78°N and 81°N, onshore.NQ�,��\)f
ASEPSG �Greenland - north of 81°NGreenland - onshore north of 81°N.Q@T��G�{�PC�
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;=EPSG �Cameroon - coastal areaCameroon - coastal area.@G�z�H@�\(�@ �fffff@$�����́ A� EPSG �Africa - AEF east of 21°EFrench Equatorial Africa east of 21°E - Central African Republic, Chad.@z�G�{@5\(�@;u\(��/ C�oEPSG �Africa - AEF 14°E to 21°EFrench Equatorial Africa between 14°E and 21°E - Cameroon, Central African Republic, Chad, Congo, Gabon, Niger.���
=p�@7u\(��2 A�iEPSG �Africa - AEF 9°E to 14°EFrench Equatorial Africa onshore west of 14°E - Cameroon, Chad, Congo, Gabon, Niger - between 9°E and 14°E.�=p��
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3World - N hemisphere - 3-degree CM 069°EBetween 67°30'E and 70°30'E, northern hemisphere.T@P� @Q� }
_sEPSG
2World - N hemisphere - 3-degree CM 066°EBetween 64°30'E and 67°30'E, northern hemisphere.T@P @P� }
_sEPSG
1World - N hemisphere - 3-degree CM 063°EBetween 61°30'E and 64°30'E, northern hemisphere.T@N� @P }
_sEPSG
0World - N hemisphere - 3-degree CM 060°EBetween 58°30'E and 61°30'E, northern hemisphere.T@M@ @N� }
_sEPSG
/World - N hemisphere - 3-degree CM 057°EBetween 55°30'E and 58°30'E, northern hemisphere.T@K� @M@ }
_sEPSG
.World - N hemisphere - 3-degree CM 054°EBetween 52°30'E and 55°30'E, northern hemisphere.T@J@ @K� }
_sEPSG
-World - N hemisphere - 3-degree CM 051°EBetween 49°30'E and 52°30'E, northern hemisphere.T@H� @J@ }
_sEPSG
,World - N hemisphere - 3-degree CM 048°EBetween 46°30'E and 49°30'E, northern hemisphere.T@G@ @H� � �mEPSG
+Asia - Middle East - Israel and Palestine Territory onshoreIsrael - onshore; Palestine Territory - onshore.@=s33333@@��
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)Norway - offshore north of 62°N; SvalbardNorway - offshore north of 62°N. Also Svalbard - onshore and offshore.>@U.�Q� �
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(Algeria - Hassi Bir ReikazAlgeria - Hassi Bir Reikaz.@?� @@5\(�@ ��
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'Algeria - In AmenasAlgeria - In Amenas block.@;� @<L�����@!��\)@#�
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&Algeria - District 3Algeria - District 3 (In Salah). @
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%Argentina - Tierra del Fuego offshore east of 66°WArgentina - Tierra del Fuego offshore Atlantic east of 66°W.�Kw
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$Argentina - Tierra del Fuego offshore west of 66°WArgentina - Tierra del Fuego offshore Atlantic west of 66°W.�KNz�G��I�33333�Q'�z�H�V
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#Egypt - Western DesertEgypt - Western Desert.@9�\(�@?�z�G�@8�33333 �
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"Azerbaijan - coastal area Baku to AstaraAzerbaijan - coastal area Baku to Astara.@C'�z�H@D*=p��
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!Asia - FSU - Azerbaijan and GeorgiaAzerbaijan (including Caspian) and Georgia onshore.@B�� �R@E˅ �Q�@C��Q� @I�p��
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Azerbaijan - offshore and SangachalAzerbaijan - Caspian offshore and onshore Sangachal terminal.@B�� �R@EK� �Q�@HTz�G�@I�p��
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Cameroon - Garoua areaCameroon - Garoua area.@!�
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Indonesia - Bali Sea westIndonesia - offshore Madura Strait and western Bali Sea.� � �Q�333333@\333333@]@��
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Slovenia - Maribor and PtujSlovenia - Maribor and Ptuj with parts of the Kozjak range and the Slovenske Gorice (the Slovene Humpback).@G*=p��
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Slovenia - lower PosavjeSlovenia - lower Posavje (the Sava Basin) with part of the Kozjansko region.@F�z�H@G\(�@.ffffff@/u\(�� 1�EPSG
Slovenia - PohorjeSlovenia - Pohorje with the Paski Kozjak and Konjiska Gora (Mountain).@G#�
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Slovenia - Bela KrajinaSlovenia - Bela Krajina including the broad region of Crnomelj and Metlika.@F�\(�@FQ� @. �Q� @.�Q� ��# C�;EPSG
Slovenia - Littoral onshoreSlovenia - the Slovene Littoral with parts of the Karst and the Brkini Hills - onshore.@F�Q� �@F�p��
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Slovenia - KarstSlovenia - The Karst with part of the Gorica area.@F�� �R@F�33333@+#�
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4World - N hemisphere - 3-degree CM 072°EBetween 70°30'E and 73°30'E, northern hemisphere.T@Q� @R`
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TWorld - N hemisphere - 3-degree CM 168°EBetween 166°30'E and 169°30'E, northern hemisphere.T@d� @e0
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SWorld - N hemisphere - 3-degree CM 165°EBetween 163°30'E and 166°30'E, northern hemisphere.T@dp @d�
_wEPSG
RWorld - N hemisphere - 3-degree CM 162°EBetween 160°30'E and 163°30'E, northern hemisphere.T@d @dp
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QWorld - N hemisphere - 3-degree CM 159°EBetween 157°30'E and 160°30'E, northern hemisphere.T@c� @d
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PWorld - N hemisphere - 3-degree CM 156°EBetween 154°30'E and 157°30'E, northern hemisphere.T@cP @c�
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OWorld - N hemisphere - 3-degree CM 153°EBetween 151°30'E and 154°30'E, northern hemisphere.T@b� @cP
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NWorld - N hemisphere - 3-degree CM 150°EBetween 148°30'E and 151°30'E, northern hemisphere.T@b� @b�
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MWorld - N hemisphere - 3-degree CM 147°EBetween 145°30'E and 148°30'E, northern hemisphere.T@b0 @b�
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LWorld - N hemisphere - 3-degree CM 144°EBetween 142°30'E and 145°30'E, northern hemisphere.T@a� @b0
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KWorld - N hemisphere - 3-degree CM 141°EBetween 139°30'E and 142°30'E, northern hemisphere.T@ap @a�
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JWorld - N hemisphere - 3-degree CM 138°EBetween 136°30'E and 139°30'E, northern hemisphere.T@a @ap
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IWorld - N hemisphere - 3-degree CM 135°EBetween 133°30'E and 136°30'E, northern hemisphere.T@`� @a
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HWorld - N hemisphere - 3-degree CM 132°EBetween 130°30'E and 133°30'E, northern hemisphere.T@`P @`�
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GWorld - N hemisphere - 3-degree CM 129°EBetween 127°30'E and 130°30'E, northern hemisphere.T@_� @`P
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FWorld - N hemisphere - 3-degree CM 126°EBetween 124°30'E and 127°30'E, northern hemisphere.T@_ @_�
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EWorld - N hemisphere - 3-degree CM 123°EBetween 121°30'E and 124°30'E, northern hemisphere.T@^` @_
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DWorld - N hemisphere - 3-degree CM 120°EBetween 118°30'E and 121°30'E, northern hemisphere.T@]� @^`
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CWorld - N hemisphere - 3-degree CM 117°EBetween 115°30'E and 118°30'E, northern hemisphere.T@\� @]�
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BWorld - N hemisphere - 3-degree CM 114°EBetween 112°30'E and 115°30'E, northern hemisphere.T@\ @\� ~
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AWorld - N hemisphere - 3-degree CM 111°EBetween 109°30'Eand 112°30'E, northern hemisphere.T@[` @\
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@World - N hemisphere - 3-degree CM 108°EBetween 106°30'E and 109°30'E, northern hemisphere.T@Z� @[`
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?World - N hemisphere - 3-degree CM 105°EBetween 103°30'E and 106°30'E, northern hemisphere.T@Y� @Z�
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>World - N hemisphere - 3-degree CM 102°EBetween 100°30'E and 103°30'E, northern hemisphere.T@Y @Y� ~
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=World - N hemisphere - 3-degree CM 099°EBetween 97°30'E and 100°30'E, northern hemisphere.T@X` @Y }
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<World - N hemisphere - 3-degree CM 096°EBetween 94°30'E and 97°30'E, northern hemisphere.T@W� @X` }
_sEPSG
;World - N hemisphere - 3-degree CM 093°EBetween 91°30'E and 94°30'E, northern hemisphere.T@V� @W� }
_sEPSG
:World - N hemisphere - 3-degree CM 090°EBetween 88°30'E and 91°30'E, northern hemisphere.T@V @V� }
_sEPSG
9World - N hemisphere - 3-degree CM 087°EBetween 85°30'E and 88°30'E, northern hemisphere.T@U` @V }
_sEPSG
8World - N hemisphere - 3-degree CM 084°EBetween 82°30'E and 85°30'E, northern hemisphere.T@T� @U` }
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7World - N hemisphere - 3-degree CM 081°EBetween 79°30'E and 82°30'E, northern hemisphere.T@S� @T� }
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6World - N hemisphere - 3-degree CM 078°EBetween 76°30'E and 79°30'E, northern hemisphere.T@S @S�
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lAsia - FSU - 64.5°E to 67.5°E onshoreKazakhstan, Russian Federation onshore, Tajikistan, Turkmenistan and Uzbekistan - between 64°30'E and 67°30'E.@B"�\(��@TP @P @P� �< [�UEPSG
kAsia - FSU - 61.5°E to 64.5°E onshoreKazakhstan, Russian Federation onshore, Turkmenistan and Uzbekistan - between 61°30'E and 64°30'E.@A�� �R@TqG�z�@N� @P �< [�UEPSG
jAsia - FSU - 58.5°E to 61.5°E onshoreKazakhstan, Russian Federation onshore, Turkmenistan and Uzbekistan - between 58°30'E and 61°30'E.@A�G�z�@Tz=p��
@M@ @N� �< [�UEPSG
iAsia - FSU - 55.5°E to 58.5°E onshoreKazakhstan, Russian Federation onshore, Turkmenistan and Uzbekistan - between 55°30'E and 58°30'E.@B�� �R@Tx�\)@K� @M@ �0 [�=EPSG
hAsia - FSU - 52.5°E to 55.5°E onshoreKazakhstan, Russian Federation onshore and Turkmenistan - between 52°30'E and 55°30'E.@B�=p��
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gAsia - FSU - 49.5°E to 52.5°E onshoreAzerbaijan, Kazakhstan and Russian Federation onshore - between 49°30'E and 52°30'E.@B�z�G�@TNz�G�@H� @J@ �9 _�KEPSG
fEurope - FSU - 46.5°E to 49.5°E onshoreAzerbaijan, Georgia, Kazakhstan and Russian Federation onshore - between 46°30'E and 49°30'E.@C'�z�H@T:=p��
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eEurope - FSU - 43.5°E to 46.5°E onshoreArmenia, Azerbaijan, Georgia and Russian Federation onshore - between 43°30'E and 46°30'E.@Ck� �Q�@T333333@E� @G@ � _�EPSG
dEurope - FSU - 40.5°E to 43.5°E onshoreGeorgia, Russian Federation - onshore between 40°30'E and 43°30'E.@D�G�z�@Q/\(�@D@ @E�G�z�* _�-EPSG
cEurope - FSU - 37.5°E to 40.5°E onshoreGeorgia, Russian Federation and Ukraine - onshore between 37°30'E and 40°30'E.@E��\)@Q333333@B� @D@ �! _�EPSG
bEurope - FSU - 34.5°E to 37.5°E onshoreRussian Federation and Ukraine - onshore between 34°30'E and 37°30'E.@FNz�G�@QX�\)@A@ @B� �* _�-EPSG
aEurope - FSU - 31.5°E to 34.5°E onshoreBelarus, Russian Federation and Ukraine - onshore between 31°30'E and 34°30'E.@F(�\)@Q�G�z�@?� @A@ �3 _�?EPSG
`Europe - FSU - 28.5°E to 31.5°E onshoreBelarus, Moldova, Russian Federation and Ukraine - onshore between 28°30'E and 31°30'E.@F�
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_Europe - FSU - 25.5°E to 28.5°E onshoreBelarus, Estonia, Latvia, Lithuania, Moldova, Russian Federation and Ukraine - onshore between 25°30'E and 28°30'E.@F�G�z�@Q;� �Q�@9}p��
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^Europe - FSU - 22.5°E to 25.5°E onshoreBelarus, Estonia, Latvia, Lithuania, Russian Federation (Kaliningrad) and Ukraine - onshore between 22°30'E and 25°30'E.@G��G�{@M� @6� @9� �K _�oEPSG
]Europe - FSU - 19.5°E to 22.5°E onshoreEstonia, Latvia, Lithuania, Russian Federation (Kaliningrad) and Ukraine - onshore between 19°30'E and 22°30'E.@H �Q� @M������@3�� �R@6�
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\World - N hemisphere - 3-degree CM 168°WBetween 169°30'W and 166°30'W, northern hemisphere.T�e0 �d�
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[World - N hemisphere - 3-degree CM 171°WBetween 172°30'W and 169°30'W, northern hemisphere.T�e� �e0
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ZWorld - N hemisphere - 3-degree CM 174°WBetween 175°30'W and 172°30'W, northern hemisphere.T�e� �e�
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YWorld - N hemisphere - 3-degree CM 177°WBetween 178°30'W and 175°30'W, northern hemisphere.T�fP �e�
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XWorld - N hemisphere - 3-degree CM 180°EBetween 178°30'E and 178°30'W, northern hemisphere.T@fP �fP
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WWorld - N hemisphere - 3-degree CM 177°EBetween 175°30'E and 178°30'E, northern hemisphere.T@e� @fP
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VWorld - N hemisphere - 3-degree CM 174°EBetween 172°30'E and 175°30'E, northern hemisphere.T@e� @e� �
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�Russia - 139.5°E to 142.5°E onshoreRussian Federation - onshore between 139°30'E and 142°30'E.@F� �Q�@S�Q� @ap @a� � W�EPSG
�Russia - 136.5°E to 139.5°E onshoreRussian Federation - onshore between 136°30'E and 139°30'E.@FaG�z�@SG�z�@a @ap � W�EPSG
�Russia - 133.5°E to 136.5°E onshoreRussian Federation - onshore between 133°30'E and 136°30'E.@E^�Q� @R������@`� @a � W�EPSG
�Russia - 130.5°E to 133.5°E onshoreRussian Federation - onshore between 130°30'E and 133°30'E.@E @Q�\(�@`P @`� � W�EPSG
�Russia - 127.5°E to 130.5°E onshoreRussian Federation - onshore between 127°30'E and 130°30'E.@EU\(�@Re\(�@_� @`P � W�EPSG
�Russia - 124.5°E to 127.5°E onshoreRussian Federation - onshore between 124°30'E and 127°30'E.@H��
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Russia - 121.5°E to 124.5°E onshoreRussian Federation - onshore between 121°30'E and 124°30'E.@J�
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~Russia - 118.5°E to 121.5°E onshoreRussian Federation - onshore between 118°30'E and 121°30'E.@H�\(�@RhQ� �@]� @^` � W�EPSG
}Russia - 115.5°E to 118.5°E onshoreRussian Federation - onshore between 115°30'E and 118°30'E.@H�G�z�@R�� �Q�@\� @]� � W�EPSG
|Russia - 112.5°E to 115.5°E onshoreRussian Federation - onshore between 112°30'E and 115°30'E.@H��Q� @S,�����@\ @\� � W�EPSG
{Russia - 109.5°E to 112.5°E onshoreRussian Federation - onshore between 109°30'E and 112°30'E.@H�� �R@S3�
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zRussia - 106.5°E to 109.5°E onshoreRussian Federation - onshore between 106°30'E and 109°30'E.@H� @S������@Z� @[` � W�EPSG
yRussia - 103.5°E to 106.5°E onshoreRussian Federation - onshore between 103°30'E and 106°30'E.@I��
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xRussia - 100.5°E to 103.5°E onshoreRussian Federation - onshore between 100°30'E and 103°30'E.@I\(�@S�p��
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wRussia - 97.5°E to 100.5°E onshoreRussian Federation - onshore between 97°30'E and 100°30'E.@H� �Q�@T9�����@X` @Y � S�EPSG
vRussia - 94.5°E to 97.5°E onshoreRussian Federation - onshore between 94°30'E and 97°30'E.@H�p��
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uRussia - 91.5°E to 94.5°E onshoreRussian Federation - onshore between 91°30'E and 94°30'E.@Iz�G�@TP��
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tRussia - 88.5°E to 91.5°E onshoreRussian Federation - onshore between 88°30'E and 91°30'E.@H�Q� �@TQ� �R@V @V� �" [�!EPSG
sAsia - FSU - 85.5°E to 88.5°E onshoreKazakhstan and Russian Federation onshore - between 85°30'E and 88°30'E.@G�fffff@SJ=p��
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rAsia - FSU - 82.5°E to 85.5°E onshoreKazakhstan and Russian Federation onshore - between 82°30'E and 85°30'E.@F�z�G�@Sc�
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qAsia - FSU - 79.5°E to 82.5°E onshoreKazakhstan, Kyrgyzstan and Russian Federation onshore - between 79°30'E and 82°30'E.@D�\)@TA� �R@S� @T� �. [�9EPSG
pAsia - FSU - 76.5°E to 79.5°E onshoreKazakhstan, Kyrgyzstan and Russian Federation onshore - between 76°30'E and 79°30'E.@D8Q� �@TA� �R@S @S� �: [�QEPSG
oAsia - FSU - 73.5°E to 76.5°E onshoreKazakhstan, Kyrgyzstan, Russian Federation onshore and Tajikistan - between 73°30'E and 76°30'E.@B�(�\@S�p��
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nAsia - FSU - 70.5°E to 73.5°E onshoreKazakhstan, Kyrgyzstan, Russian Federation onshore, Tajikistan and Uzbekistan - between 70°30'E and 73°30'E.@BU\(�@Rdz�G�@Q� @R` � W�EPSG
�Russia - 142.5°E to 145.5°E onshoreRussian Federation - onshore between 142°30'E and 145°30'E.@E�z�G�@R��Q� @a� @b0
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�China - 112.5°E to 115.5°E onshoreChina - onshore between 112°30'E and 115°30'E.@5� �Q�@F������@\ @\� �
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�China - 109.5°E to 112.5°E onshoreChina - onshore between 109°30'E and 112°30'E.@2 (�\@F�z�G�@[` @\ �
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�China - 106.5°E to 109.5°E onshoreChina - onshore between 106°30'E and 109°30'E.@20��
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�China - 103.5°E to 106.5°EChina - between 103°30'E and 106°30'E.@6� @E�G�{@Y� @Z���
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�China - 100.5°E to 103.5°EChina - between 100°30'E and 103°30'E.@5!G�z�@EXQ� �@Y @Y� r
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�China - 97.5°E to 100.5°EChina - between 97°30'E and 100°30'E.@5nz�G�@EaG�z�@X` @Y p
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�China - 94.5°E to 97.5°EChina - between 94°30'E and 97°30'E.@<:�G�{@F@ @W� @X`��
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�China - 88.5°E to 91.5°EChina - between 88°30'E and 91°30'E.@;Q� �R@H5\(�@V \(�@V��
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�China - 85.5°E to 88.5°EChina - between 85°30'E and 88°30'E.@;������@H�
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�China - 79.5°E to 82.5°EChina - between 79°30'E and 82°30'E.@=�33333@F��
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�Russia - east of 169.5°W onshoreRussian Federation - onshore between 169°30'W and 166°30'W.@Pl�����@Pw
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�Russia - 175.5°W to 172.5°W onshoreRussian Federation - onshore between 175°30'W and 172°30'W.@P �����@P�� �R�e� �e� � W�EPSG
�Russia - 178.5°W to 175.5°W onshoreRussian Federation - onshore between 178°30'W and 175°30'W.@P/\(�@Q�
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�Russia - 178.5°E to 178.5°W onshoreRussian Federation - onshore between 178°30'E and 178°30'W.@O �Q� @Q陙���@fP �fP � W�EPSG
�Russia - 175.5°E to 178.5°E onshoreRussian Federation - onshore between 175°30'E and 178°30'E.@O � �Q�@Q�fffff@e� @fP � W�EPSG
�Russia - 172.5°E to 175.5°E onshoreRussian Federation - onshore between 172°30'E and 175°30'E.@N~�Q� @Q�G�z�@e� @e� � W�EPSG
�Russia - 169.5°E to 172.5°E onshoreRussian Federation - onshore between 169°30'E and 172°30'E.@M�z�G�@Q�(�\@e0 @e� � W�EPSG
�Russia - 166.5°E to 169.5°E onshoreRussian Federation - onshore between 166°30'E and 169°30'E.@K9�����@Q�z�G�@d� @e0 � W�EPSG
�Russia - 163.5°E to 166.5°E onshoreRussian Federation - onshore between 163°30'E and 166°30'E.@KXQ� �@Qtz�G�@dp @d� � W�EPSG
�Russia - 160.5°E to 163.5°E onshoreRussian Federation - onshore between 160°30'E and 163°30'E.@K+� �Q�@Q��Q� @d @dp � W�EPSG
�Russia - 157.5°E to 160.5°E onshoreRussian Federation - onshore between 157°30'E and 160°30'E.@I�z�G�@QǮz�H@c� @d � W�EPSG
�Russia - 154.5°E to 157.5°E onshoreRussian Federation - onshore between 154°30'E and 157°30'E.@H��\(��@SL�����@cP @c� � W�EPSG
�Russia - 151.5°E to 154.5°E onshoreRussian Federation - onshore between 151°30'E and 154°30'E.@G\(�\@S��
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�China - 118.5°E to 121.5°E onshoreChina - onshore between 118°30'E and 121°30'E.@8nz�G�@J�=p��
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�Russia - 64.5°E to 67.5°E onshoreRussian Federation - onshore between 64°30'E and 67°30'E.@K'�z�H@TP @P @P� � S�EPSG
�Russia - 61.5°E to 64.5°E onshoreRussian Federation - onshore between 61°30'E and 64°30'E.@I��
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�Russia - 58.5°E to 61.5°E onshoreRussian Federation - onshore between 58°30'E and 61°30'E.@I<(�\@Tz=p��
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�Russia - 55.5°E to 58.5°E onshoreRussian Federation - onshore between 55°30'E and 58°30'E.@IC�
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�Russia - 52.5°E to 55.5°E onshoreRussian Federation - onshore between 52°30'E and 55°30'E.@IB�\(��@TZ=p��
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�Russia - 49.5°E to 52.5°E onshoreRussian Federation - onshore between 49°30'E and 52°30'E.@E.z�G�@TNz�G�@H� @J@ � S�EPSG
�Russia - 46.5°E to 49.5°E onshoreRussian Federation - onshore between 46°30'E and 49°30'E.@D�Q� �@T:=p��
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�Russia - 43.5°E to 46.5°E onshoreRussian Federation - onshore between 43°30'E and 46°30'E.@D�� �R@T333333@E� @G@ � S�EPSG
�Russia - 40.5°E to 43.5°E onshoreRussian Federation - onshore between 40°30'E and 43°30'E.@Eo\(�@Q/\(�@D@ @E� � S�EPSG
�Russia - 37.5°E to 40.5°E onshoreRussian Federation - onshore between 37°30'E and 40°30'E.@E�=p��
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�Russia - 34.5°E to 37.5°E onshoreRussian Federation - onshore between 34°30'E and 37°30'E.@FNz�G�@QX�\)@A@ @B�G�z� S�EPSG
�Russia - 31.5°E to 34.5°E onshoreRussian Federation - onshore between 31°30'E and 34°30'E.@I��Q� @Q�G�z�@?� @A@ � S�EPSG
�Russia - 28.5°E to 31.5°E onshoreRussian Federation - onshore between 28°30'E and 31°30'E.@Jl�����@Qvfffff@<� @?� � S�EPSG
�Russia - 25.5°E to 28.5°E onshoreRussian Federation - onshore between 25°30'E and 28°30'E.@Lfffff@Q;� �Q�@:�(�\@<��\(�Á S� EPSG
�Russia - 22.5°E to 25.5°E onshoreRussian Federation - onshore between 22°30'E and 25°30'E - Kaliningrad.@K+� �Q�@K��\)@6� @6Q� � S� EPSG
�Russia - 19.5°E to 22.5°E onshoreRussian Federation - Kaliningrad - onshore between 19°30'E and 22°30'E.@K(�\)@K��\)@3�� �R@6� F
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�World - 6-degree CM 033°EBetween 30°E and 36°E.�T $F
A=EPSG
�World - 6-degree CM 027°EBetween 24°E and 30°E.�T F
A=EPSG
�World - 6-degree CM 021°EBetween 18°E and 24°E.�TF
A=EPSG
�World - 6-degree CM 015°EBetween 12°E and 18°E.�T E
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�World - 6-degree CM 009°EBetween 6°E and 12°E.�T F
A=EPSG
�World - 6-degree CM 033°WBetween 36°W and 30°W.�T��F
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�World - 6-degree CM 039°WBetween 42°W and 36°W.�T��F
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�World - 6-degree CM 045°WBetween 48°W and 42°W.�T��F
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�World - 6-degree CM 051°WBetween 54°W and 48°W.�T��F
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�World - 6-degree CM 057°WBetween 60°W and 54°W.�T��F
A=EPSG
�World - 6-degree CM 063°WBetween 66°W and 60°W.�T��F
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�World - 6-degree CM 069°WBetween 72°W and 66°W.�T��F
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�World - 6-degree CM 075°WBetween 78°W and 72°W.�T��F
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�World - 6-degree CM 081°WBetween 84°W and 78°W.�T��b
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�China - east of 133.5°EChina - east of 133°30'E.@F������@H333333@`� @`أ�
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�Russia - 73.5°E to 76.5°E onshoreRussian Federation - onshore between 73°30'E and 76°30'E.@J�(�\@S�p��
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GIEPSG IFrench Guiana - west of 54°WFrench Guiana - west of 54°W.@ �G�z�@\(��KNz�G�� ��Y s�!EPSG ,North America - 84°W to 78°W and NAD83 by countryNorth America - between 84°W and 78°W - onshore and offshore. Canada - Nunavut; Ontario; Quebec. United States (USA) - Florida; Georgia; Kentucky; Maryland; Michigan; New York; North Carolina; Ohio; Pennsylvania; South Carolina; Tennessee; Virginia; West Virginia.@7�\(�T�� ��< K�eEPSG Colombia - 78°35'W to 75°35'WColombia - onshore between 4°30'W and 1°30'W of Bogota (approximately 78°35'W and 75°35'W of Greenwich).?��Q� �@$k� �Q�S�\(��R� �Q� �~
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=q@a�� �R ��A G�EPSG =Slovenia - Slovenska BistricaSlovenia - Slovenska Bistrica with the Dravinja River Basin, area of Boc and parts of the Haloze and the Kozjansko region.@G� �R@G:�G�{@.��Q� �� 1�/EPSG Sweden - 7.5 gon WSweden - communes west of approximately 12°26'E. See information source for map.@L� �Q�@M�p��
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�G )� EPSG Sweden - 15 45Sweden - communes between approximately 15°E and 16°30'E and between approximately 60°30'N and 65°N. See information source for map.@N8Q� �@PHQ� �@+Q� �R@1�\(�Á= )� EPSG Sweden - 14 15Sweden - communes west of approximately 15°E and between approximately 61°35'N and 64°25'N. See information source for map.@N�fffff@P�\)@'�(�\@/������< )�EPSG Sweden - 18 00Sweden - communes east of approximately 17°15'E between approximately 60°40'N and 58°50'N. See information source for map.@MTz�G�@NY�����@1z�G�@3�(�\�A )�EPSG Sweden - 16 30Sweden - communes between approximately 15°45'E and 17°15'E and south of approximately 62°20'N. See information source for map.@L33333@O!G�z�@.�� �R@1�G�z�A )�EPSG Sweden - 15 00Sweden - communes between approximately 14°15'E and 15°45'E and south of approximately 61°30'N. See information source for map.@K������@N�\(�@+z�G�@0&fffff�A )�EPSG Sweden - 13 30Sweden - communes between approximately 12°45'E and 14°15'E and south of approximately 62°10'N. See information source for map.@K��
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=$�A )�EPSG Sweden - 21 45Sweden - communes in Norbotten east of approximately 19°30'E and south of approximately 65°50'N. See information source for map.@P@��
=q@P�� �Q�@3�G�z�@6�\) na Faso, Burundi, Cambodia, Cameroon, Canada, Cape Verde, Cayman Islands, Central African Republic, Chad, Chile, China, Christmas Island, Cocos (Keeling) Islands, Comoros, Congo, Cook Islands, Costa Rica, Côte d'Ivoire (Ivory Coast), Croatia, Cuba, Curacao, Cyprus, Czechia, Denmark, Djibouti, Dominica, Dominican Republic, East Timor, Ecuador, Egypt, El Salvador, Equatorial Guinea, Eritrea, Estonia, Eswatini (Swaziland), Ethiopia, Falkland Islands (Malvinas), Faroe Islands, Fiji, Finland, France, French Guiana, French Polynesia, French Southern Territories, Gabon, Gambia, Georgia, Germany, Ghana, Gibraltar, Greece, Greenland, Grenada, Guadeloupe, Guam, Guatemala, Guinea, Guinea-Bissau, Guyana, Haiti, Heard Island and McDonald Islands, Holy See (Vatican City State), Honduras, China - Hong Kong, Hungary, Iceland, India, Indonesia, Islamic Republic of Iran, Iraq, Ireland, Israel, Italy, Jamaica, Japan, Jordan, Kazakhstan, Kenya, Kiribati, Democratic People's Republic of Korea (North Korea), Republic of Korea (South Korea), Kosovo, Kuwait, Kyrgyzstan, Lao People's Democratic Republic (Laos), Latvia, Lebanon, Lesotho, Liberia, Libyan Arab Jamahiriya, Liechtenstein, Lithuania, Luxembourg, China - Macao, Madagascar, Malawi, Malaysia, Maldives, Mali, Malta, Marshall Islands, Martinique, Mauritania, Mauritius, Mayotte, Mexico, Federated States of Micronesia, Monaco, Mongolia, Montenegro, Montserrat, Morocco, Mozambique, Myanmar (Burma), Namibia, Nauru, Nepal, Netherlands, New Caledonia, New Zealand, Nicaragua, Niger, Nigeria, Niue, Norfolk Island, North Macedonia, Northern Mariana Islands, Norway, Oman, Pakistan, Palau, Panama, Papua New Guinea (PNG), Paraguay, Peru, Philippines, Pitcairn, Poland, Portugal, Puerto Rico, Qatar, Reunion, Romania, Russian Federation, Rwanda, St Barthelemy, St Kitts and Nevis, St Helena, Ascension and Tristan da Cunha, St Lucia, St Martin, St Pierre and Miquelon, Saint Vincent and the Grenadines, Samoa, San Marino, Sao Tome and Principe, Saudi Arabia, Senegal, Serbia, Seychelles, Sierra Leone, Singapore, Slovakia (Slovak Republic), Slovenia, St Maarten, Solomon Islands, Somalia, South Africa, South Georgia and the South Sandwich Islands, South Sudan, Spain, Sri Lanka, Sudan, Suriname, Svalbard and Jan Mayen, Sweden, Switzerland, Syrian Arab Republic, Taiwan, Tajikistan, United Republic of Tanzania, Thailand, The Democratic Republic of the Congo (Zaire), Togo, Tokelau, Tonga, Trinidad and Tobago, Tunisia, Türkiye (Turkey), Turkmenistan, Turks and Caicos Islands, Tuvalu, Uganda, Ukraine, United Arab Emirates (UAE), United Kingdom (UK), United States (USA), United States Minor Outlying Islands, Uruguay, Uzbekistan, Vanuatu, Venezuela, Vietnam, US Virgin Islands, Wallis and Futuna, Western Sahara, Yemen, Zambia, Zimbabwe.�Z�L �
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qsEPSG 6Portugal - Madeira and Porto Santo islands onshorePortugal - Madeira and Porto Santo islands onshore.@@J=p��
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35EPSG 5Jan Mayen - onshoreJan Mayen - onshore.@Q� @Q�\(��"W
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;O EPSG 3Europe - 42°E to 48°EEurope - between 42°E and 48°E.@By�����K*0S
;O EPSG 2Europe - 36°E to 42°EEurope - between 36°E and 42°E.@A� K$*S
;O EPSG 1Europe - 30°E to 36°EEurope - between 30°E and 36°E.@A@ K $S
;O EPSG 0Europe - 24°E to 30°EEurope - between 24°E and 30°E.@AffffffK S
;O EPSG /Europe - 18°E to 24°EEurope - between 18°E and 24°E.@AffffffK� ;�+EPSG .Germany - east of 12°EGermany - onshore and offshore east of 12°E, together with that part of Brandenburg state west of 12°E - Bayern, Berlin, Brandenburg (all state), Mecklenburg-Vorpommern, Sachsen, Sachsen-Anhalt, Thuringen.@G��G�{@K��
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=p�@.z�G��: ;�EPSG -Germany - 6°E to 12°EGermany - onshore and offshore between 6°E and 12°E - Baden-Wurtemberg, Bayern, Bremen, Hamburg, Hessen, Mecklenburg-Vorpommern, Niedersachsen, Nordrhein-Westfalen, Rheinland-Pfalz, Saarland, Sachsen, Sachsen-Anhalt, Schleswig-Holstein, Thuringen.@G��\(��@K�(�\@( �Q�k
9eEPSG ,Germany - west of 6°EGermany - onshore and offshore west of 6°E.@I|(�\@K�\(�@
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7K EPSG +Europe - 6°W to 0°WEurope - between 6°W and 0°W.@A` @O*=p��
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9M EPSG *Europe - 12°W to 6°WEurope - between 12°W and 6°W.$@O*=p��
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;O EPSG )Europe - 18°W to 12°WEurope - between 18°W and 12°W.@;������@P�33333��Z
;O EPSG (Europe - 24°W to 18°WEurope - between 24°W and 18°W.@;������@P� ��Z
;O EPSG 'Europe - 30°W to 24°WEurope - between 30°W and 24°W.@9�����@Ps33333��Z
;O EPSG &Europe - 36°W to 30°WEurope - between 36°W and 30°W.@C�fffff@C��������j
MOEPSG %Iceland - mainland east of 18°WIceland - mainland east of 18°W.@O������@P� �Q��*\(��n
OcEPSG $Iceland - mainland 24°W to 18°WIceland - mainland between 24°W and 18°W.@O�� �Q�@P�G�z���j
MOEPSG #Iceland - mainland west of 24°WIceland - mainland west of 24°W.@P-p��
=@Pvfffff�8��\)� -� EPSG "Sweden - 5 gon ESweden - east of approximately 21°26'E. See information source for map.@PO\(�@Q% �Q�@5W
=p��@8+� �Q�! 1�IEPSG !Sweden - 2.5 gon ESweden - communes between approximately 19°10'E and 21°25'E. See information source for map.@O�\(�@QDz�G�@2ffffff@6333333�& )�[EPSG Sweden - 0 gonSweden - communes between approximately 16°55'E and 19°10'E; Gotland. See information source for map.@Lnz�G�@Q"�\(��@0z�G�@48Q� ��! 1�IEPSG Sweden - 2.5 gon WSweden - communes between approximately 14°40'E and 16°55'E. See information source for map.@K������@P˅ �Q�@+Q� �R@1��G�{� -�IEPSG Sweden - 5 gon WSweden - communes between approximately 12°26'E and 14°40'E. See information source for map.@K��
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-/EPSG RGermany - BerlinGermany - Berlin.@J*=p��
@JS33333@*.z�G�@+� �Q녁* �� EPSG QAsia - Middle East - Israel and Palestine Territory offshoreIsrael and Palestine Territory - offshore Mediterranean Sea.@?Tz�G�@@������@@� @A�����́Y ��UEPSG PAsia - Middle East - Israel, Palestine Territory, Turkey - offshoreIsrael and Palestine Territory - offshore Mediterranean Sea; Türkiye (Turkey) - offshore Black Sea.@?Y�����@E������@<�z�H@D�(�\u
QSEPSG OGuadeloupe - Les Saintes - onshoreGuadeloupe - onshore - Les Saintes.@/������@/�G�z�N�
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QSEPSG MGuadeloupe - La Desirade - onshoreGuadeloupe - onshore - La Desirade.@0B�\(��@0aG�z�N���
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suEPSG LGuadeloupe - Grande-Terre and Basse-Terre - onshoreGuadeloupe - onshore - Basse-Terre and Grande-Terre.@/\(��@0������N������N�33333�
UeEPSG KGuadeloupe - St Barthelemy - onshoreGuadeloupe - onshore - St Barthelemy island.@1�� �R@1��G�{�Ou\(��O]p��
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M]EPSG JGuadeloupe - St Martin - onshoreGuadeloupe - onshore - St Martin island.@2�\(��@2+� �Q�O��G�{�Oz�G�{�
SiEPSG INew Zealand - Chatham Islands groupNew Zealand - Chatham Islands group - onshore.�FQ� �R�E�fffff�f( �e�G�z� S�EPSG HItaly - Sicily Strait west of 13°EItaly - offshore - Strait of Sicily - west of 13°E (of Greenwich).@A��
=p�@C9�����@%\(�\@* �Q녁 S�EPSG GItaly - Sicily Strait east of 13°EItaly - offshore - Strait of Sicily - east of 13°E (of Greenwich).@A�(�\@B�p��
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=p�@/�fffff@2�G�z�! k�EPSG CItaly - Adriatic - South Ancona / North GarganoItaly - offshore - Adriatic Sea - South Ancona and North Gargano.@D������@F �Q�@+8Q� �@0#�
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=q@+� �Q�| 3�}EPSG AEurope - LCC & LAEAEurope - European Union (EU) countries and candidates. Europe - onshore and offshore: Albania; Andorra; Austria; Belgium; Bosnia and Herzegovina; Bulgaria; Croatia; Cyprus; Czechia; Denmark; Estonia; Faroe Islands; Finland; France; Germany; Gibraltar; Greece; Hungary; Iceland; Ireland; Italy; Kosovo; Latvia; Liechtenstein; Lithuania; Luxembourg; Malta; Monaco; Montenegro; Netherlands; North Macedonia; Norway including Svalbard and Jan Mayen; Poland; Portugal including Madeira and Azores; Romania; San Marino; Serbia; Slovakia; Slovenia; Spain including Canary Islands; Sweden; Switzerland; Türkiye (Turkey); United Kingdom (UK) including Channel Islands and Isle of Man; Vatican City State.@8������@U.�Q� �A�=p��
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�Q� �@!\(�Á C�1EPSG >Slovenia - Slovenske GoriceSlovenia - Slovenske Gorice (the Slovene Humpback) with the broad region of Ormoz.@G% �Q�@GaG�z�@/������@0L����� �) ��!EPSG TAustralia - 132°E to 138°E, 8°S to 12°S (SC53) onshoreAustralia - onshore mainland between 8°S and 12°S and 132°E and 138°E.�%�
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=q�@\6fffffr�$ ��#EPSG hAustralia - 150°E to 156°E, 20°S to 24°S (SF56) onshoreAustralia - onshore mainland between 20°S and 24°S and 150°E and 156°E.�� �@b�=p��
� ��#EPSG gAustralia - 144°E to 150°E, 20°S to 24°S (SF55) onshoreAustralia - onshore mainland between 20°S and 24°S and 144°E and 150°E.�� � �� s�EPSG fAustralia - 138°E to 144°E, 20°S to 24°S (SF54)Australia - between 20°S and 24°S and 138°E and 144°E.�� � �� s�EPSG eAustralia - 132°E to 138°E, 20°S to 24°S (SF53)Australia - between 20°S and 24°S and 132°E and 138°E.�� � �� s�EPSG dAustralia - 126°E to 132°E, 20°S to 24°S (SF52)Australia - between 20°S and 24°S and 126°E and 132°E.��~ �� s�EPSG cAustralia - 120°E to 126°E, 20°S to 24°S (SF51)Australia - between 20°S and 24°S and 120°E and 126°E.��x~� ��#EPSG bAustralia - 114°E to 120°E, 20°S to 24°S (SF50) onshoreAustralia - onshore mainland between 20°S and 24°S and 114°E and 120°E.��rx�* ��#EPSG aAustralia - 108°E to 114°E, 20°S to 24°S (SF49) onshoreAustralia - onshore mainland between 20°S and 24°S and 108°E and 114°E.�5������@\X�\)r�$ ��#EPSG `Australia - 144°E to 150°E, 16°S to 20°S (SE55) onshoreAustralia - onshore mainland between 16°S and 20°S and 144°E and 150°E.�� �@b�
=p�ׁ ��#EPSG _Australia - 138°E to 144°E, 16°S to 20°S (SE54) onshoreAustralia - onshore mainland between 16°S and 20°S and 138°E and 144°E.�� � �� ��EPSG ^Australia - 132°E to 138°E, 16°S to 20°S (SE53) onshoreAustralia - onshore between 16°S and 20°S and 132°E and 138°E.�� � �� s�EPSG ]Australia - 126°E to 132°E, 16°S to 20°S (SE52)Australia - between 16°S and 20°S and 126°E and 132°E.��~ �� ��#EPSG \Australia - 120°E to 126°E, 16°S to 20°S (SE51) onshoreAustralia - onshore mainland between 16°S and 20°S and 120°E and 126°E.��x~�* ��#EPSG [Australia - 114°E to 120°E, 16°S to 20°S (SE50) onshoreAustralia - onshore mainland between 16°S and 20°S and 114°E and 120°E.�3�G�z�@]�(�\x�+ ��#EPSG ZAustralia - 144°E to 150°E, 12°S to 16°S (SD55) onshoreAustralia - onshore mainland between 12°S and 16°S and 144°E and 150°E.�, �Q� �@b/�z�H�* ��#EPSG YAustralia - 138°E to 144°E, 12°S to 16°S (SD54) onshoreAustralia - onshore mainland between 12°S and 16°S and 138°E and 144°E.��@a��G�{@b Q� ��$ ��#EPSG XAustralia - 132°E to 138°E, 12°S to 16°S (SD53) onshoreAustralia - onshore mainland between 12°S and 16°S and 132°E and 138°E.�� �@a(�\)� ��#EPSG WAustralia - 126°E to 132°E, 12°S to 16°S (SD52) onshoreAustralia - onshore mainland between 12°S and 16°S and 126°E and 132°E.��~ ��* ��#EPSG VAustralia - 120°E to 126°E, 12°S to 16°S (SD51) onshoreAustralia - onshore mainland between 12°S and 16°S and 120°E and 126°E.�+�p��
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=q���& S�?EPSG �USA - CONUS east of 89°W - onshoreUnited States (USA) - CONUS east of 89°W - onshore - Alabama; Connecticut; Delaware; Florida; Georgia; llinois; Indiana; Kentucky; Maine; Maryland; Massachusetts; Michigan; Mississippi; New Hampshire; New Jersey; New York; North Carolina; Ohio; Pennsylvania; Rhode Island; South Carolina; Tennessee; Vermont; Virginia; West Virginia; Wisconsin.@8h�\)@H(�\)��P�=p��
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W]EPSG �Australia - Tasmania mainland onshoreAustralia - Tasmania mainland - onshore.�Eٙ�����D �Q� @b�����@b�z�G��+ ��#EPSG �Australia - 150°E to 156°E, 36°S to 40°S (SJ56) onshoreAustralia - onshore mainland between 36°S and 40°S and 150°E and 156°E.�B�\)� �@b�
=p�ׁ% ��#EPSG �Australia - 144°E to 150°E, 36°S to 40°S (SJ55) onshoreAustralia - onshore mainland between 36°S and 40°S and 144°E and 150°E.�C������� � ��+ ��#EPSG �Australia - 138°E to 144°E, 36°S to 40°S (SJ54) onshoreAustralia - onshore mainland between 36°S and 40°S and 138°E and 144°E.�Ctz�G��@al(�\ ��8 ��1EPSG Australia - 132°E to 138°E, 36°S to 40°S (SJ53) onshoreAustralia - onshore Kangaroo Island between 36°S and 40°S and 132°E and 138°E.�B� �R�@a=p��
@a5\(��$ ��#EPSG ~Australia - 150°E to 156°E, 32°S to 36°S (SI56) onshoreAustralia - onshore mainland between 32°S and 36°S and 150°E and 156°E.�� �@c �Q녁 s�EPSG }Australia - 144°E to 150°E, 32°S to 36°S (SI55)Australia - between 32°S and 36°S and 144°E and 150°E.�� � �� ��EPSG |Australia - 138°E to 144°E, 32°S to 36°S (SI54) onshoreAustralia - onshore between 32°S and 36°S and 138°E and 144°E.�� � ��8 ��KEPSG {Australia - 132°E to 138°E, 32°S to 36°S (SI53) onshoreAustralia - onshore mainland and Kangaroo Island between 32°S and 36°S and 132°E and 138°E.��@`��\(�� ��# ��#EPSG zAustralia - 120°E to 126°E, 32°S to 36°S (SI51) onshoreAustralia - onshore mainland between 32°S and 36°S and 120°E and 126°E.�Az�G��x~�* ��#EPSG yAustralia - 114°E to 120°E, 32°S to 36°S (SI50) onshoreAustralia - onshore mainland between 32°S and 36°S and 114°E and 120°E.�A�Q� ��@\��\)x�$ ��#EPSG xAustralia - 150°E to 156°E, 28°S to 32°S (SH56) onshoreAustralia - onshore mainland between 28°S and 32°S and 150°E and 156°E.�� �@c6z�G�� s�EPSG wAustralia - 144°E to 150°E, 28°S to 32°S (SH55)Australia - between 28°S and 32°S and 144°E and 150°E.�� � �� s�EPSG vAustralia - 138°E to 144°E, 28°S to 32°S (SH54)Australia - between 28°S and 32°S and 138°E and 144°E.�� � �� ��EPSG uAustralia - 132°E to 138°E, 28°S to 32°S (SH53) onshoreAustralia - onshore between 28°S and 32°S and 132°E and 138°E.�� � ��# ��!EPSG tAustralia - 126°E to 132°E, south of 28°S (SH52) onshoreAustralia - onshore mainland south of 28°S and between 126°E and 132°E.�@/\(��~ �� s�EPSG sAustralia - 120°E to 126°E, 28°S to 32°S (SH51)Australia - between 28°S and 32°S and 120°E and 126°E.��x~�# ��#EPSG rAustralia - 114°E to 120°E, 28°S to 32°S (SH50) onshoreAustralia - onshore mainland between 28°S and 32°S and 114°E and 120°E.��@\�z�G�x� s� EPSG qAustralia - 108°E to 114°E, 28°S to 32°S (SH49)Australia - between 28°S and 32°S and 108°E and 114°E.��lr
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;=EPSG �Mauritania - NouakchuttMauritania - Nouakchutt.@1��
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?AEPSG �Mauritania - east of 6°WMauritania - east of 6°W.@.��G�{@9�p��
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=mEPSG �Mauritania - north coastMauritania - coastal area north of Cape Timiris.@3^�Q� @5W
=p��1z�G��/\(��l
MaEPSG �Brazil - offshore 18°S to 34°SBrazil - offshore between 18°S and 34°S.��J���
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=q�FZ�G�{�
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+OEPSG �Brazil - SantosBrazil - offshore - Santos basin.�<h�\)�6��\)�Hffffff�D�����{
EkEPSG �Ireland - Corrib and ErrigalIreland - offshore - Corrib and Errigal fields.@J� @K�G�z�) �"��G�{� =�EPSG �USA - Maine - CS2000 - EUnited States (USA) - Maine east of approximately 68°25'W. The area is bounded by the following: Beginning at the point determined by the intersection of the Maine State line and the Fort Kent - Frenchville town line, thence continuing easterly and then southerly along the state line to the boundary of the State of Maine as determined by Maritime law, thence following the State boundary westerly to the intersection of the Knox and Hancock County line, thence northerly along the easterly boundary of the Maine 2000 Central Zone, as defined, to the point of beginning.@F
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�! =�=EPSG �USA - Maine - CS2000 - CUnited States (USA) - Maine between approximately 69°40'W and 68°25'W. The area is bounded by the following: Beginning at the point determined by the intersection of the Maine State line and the County Line between Aroostook and Somerset Counties, thence northeasterly along the state line to the intersection of the Fort Kent - Frenchville town line, thence southerly along this town line to the intersection with the New Canada Plantation - T17 ��V =�'EPSG �USA - Maine - CS2000 - WUnited States (USA) - Maine west of approximately 69°40'W. The area is bounded by the following: Beginning at the point determined by the intersection of the Maine State line and the County Line between Aroostook and Somerset Counties, thence following the Somerset County line Easterly to the Northwest corner of the Somerset and Piscataquis county line, thence Southerly along this county line to the northeast corner of the Athens town line, th ��/ A�UEPSG �Kuwait - south of 29.25°NKuwait - onshore south of a line between Al Jahra' and the Kuwait/Iraq/Saudi Arabia border tripoint.@<��z�H@=s33333@GE �Q�@H=p��
=�/ A�UEPSG �Kuwait - north of 29.25°NKuwait - onshore north of a line between Al Jahra' and the Kuwait/Iraq/Saudi Arabia border tripoint.@=�����@>
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MKEPSG �Japan - 144°E to 150°E onshoreJapan - onshore east of 144°E.@Ek� �Q�@F333333 �@b;�
=p�n
MaEPSG �Japan - 138°E to 144°E onshoreJapan - onshore between 138°E and 144°E.@8�� �Q�@F� �Q� � �n
MaEPSG �Japan - 132°E to 138°E onshoreJapan - onshore between 132°E and 138°E.@4^�Q� @B�=p��
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MaEPSG �Japan - 126°E to 132°E onshoreJapan - onshore between 126°E and 132°E.@8ffffff@As33333@_�Q� � � ence westerly along the town line between Brighton Plantation and Athens to the westerly corner of Athens, and continuing southerly to the southwest corner of the town of Athens where it meets the Cornville town line, thence westerly along the Cornville - Solon town line to the intersection of the Cornville - Madison town line, thence southerly and westerly following the Madison town line to the intersection of the Norridgewock - Skowhegan town line, thence southerly along the Skowhegan town line to the Fairfield town line, thence easterly along the Fairfield town line to the Clinton town line (being determined by the Kennebec River), thence southerly along the Kennebec River to the Augusta city line, thence easterly along the city line to the Windsor town line, thence southerly along the Augusta - Windsor town line to the northwest corner of the Lincoln County line, thence southerly along the westerly Lincoln county line to the boundary of the State of Maine as determined by Maritime law, thence following the State boundary on the westerly side of the state to the point of beginning.@E��\)@GJ=p��
�Q�\(��Qffffff R5 WELS town line, thence continuing southerly along town lines to the northeast corner of Penobscot County, thence continuing southerly along the Penobscot County line to the intersection of the Woodville - Mattawamkeag town line (being determined by the Penobscot River), thence along the Penobscot River to the Enfield - Lincoln town line, thence southeasterly along the Enfield - Lincoln town line and the Enfield - Lowell town line to the Passadumkeag - Edinburg town line, thence south-southeasterly along town lines to the intersection of the Hancock County line, thence southerly along the county line to the intersection of the Otis - Mariaville town line, thence southerly along the Otis - Mariaville town line to the Ellsworth city line, thence southerly along the Ellsworth city line to the intersection of the Surry - Trenton town line, thence southerly along the easterly town lines of Surry, Blue Hill, Brooklin, Deer Isle, and Stonington to the Knox County line, thence following the Knox County line to the boundary of the State of Maine as determined by Maritime law, thence following the State boundary westerly to the intersection of the Sagadahoc - Lincoln county line, thence northerly along the easterly boundary of the Maine 2000 West Zone, as defined, to the point of beginning.@E� @G�(�\�Q�� �R�Q �Q�
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l�� � 5�;EPSG �Australia - BrisbaneAustralia - Brisbane and surrounding area. Also applicable in other local authorities in south-east Queensland (Gold Coast, Logan, Ipswich, Scenic Rim, Redland, Moreton Bay, Sunshine Coast, Noosa, eastern part of Gympie, eastern part of Fraser Coast) and north-east New South Wales (Tweed, Byron, Lismore, Kyogle, Ballina and Richmond Valley).�=\(�\�8��
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=p�@c6z�G��< a�OEPSG �Channel Islands - Guernsey, Alderney, SarkChannel Islands - Guernsey, Alderney, Sark, Herm, Brecqhou, Jethou, Lihou - onshore and offshore.@H��G�{@H�Q� ��z�G�{� =p��
=�7 {�+EPSG �Channel Islands - Jersey, Les Ecrehos and Les MinquiersChannel Islands - Jersey, Les Ecrehos and Les Minquiers - onshore and offshore.@Ho\(�@H�Q� ��z�G�{���\(�O
%3EPSG �Libya - AmalLibya - Amal field.@=�����@=������@4������@5ffffffZ
)EEPSG �Australia - SAAustralia - South Australia.�C��
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?IEPSG �Pakistan - offshore IndusPakistan - offshore Indus fan.@5 �����@9c�
=p�@@Q\(�g
CSEPSG �Pakistan - Badin and MehranPakistan - Badin and Mehran blocks.@9��
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57EPSG �Pakistan - East SindPakistan - East Sind.@8(�\)@<�(�\@QG�z�@Q�\)[
1MEPSG �Pakistan - KarachiPakistan - Karachi licence area.@8���
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13EPSG �Nigeria - offshoreNigeria - offshore.?��Q� �@� �Q�@G�z�H@ ��G�{�? s�_EPSG �USA - CONUS north of 41°N, east of 78°W - onshoreUnited States (USA) - CONUS onshore north of 41°N and east of 78°W - Connecticut, Maine, Massachusetts, New Hampshire, Rhode Island and Vermont; New Jersey north of 41°N; New York and Pennsylvania north of 41°N and east of 78°W.)@G�(�\��P�=p��
�_ a�1EPSG �USA - CONUS north of 41°N, 95°W to 78°WUnited States (USA) - CONUS north of 41°N and between 95°W and 78°W - Michigan and Wisconsin; Minnesota east of 95°W; Iowa north of 41°N and east of 95°W; Illinois, Indiana and Ohio north of 41°N; Pennsylvania north of 41°N and west of 78°W; New York west of 78°W.)@H�\(���S\(��[ c�5EPSG �USA - CONUS north of 41°N, 112°W to 95°WUnited States (USA) - CONUS north of 41°N and between 112°W and 95°W - North Dakota, South Dakota and Wyoming; Idaho and Montana east of 112°W; Utah north of 41°N and east of 112°W; Nebraska north of 41°N; Iowa north of 41°N and west of 95°W; Minnesota west of 95°W.)@H���
=q���% u�)EPSG �USA - CONUS north of 41°N, west of 112°W - onshoreUnited States (USA) - CONUS onshore north of 41°N and west of 112°W - Oregon and Washington; California and Nevada north of 41°N; Utah north of 41°N and west of 112°W; Idaho and Montana west of 112°W.)@H�fffff�_2�\(�Ð�J s�gEPSG �USA - CONUS south of 41°N, east of 78°W - onshoreUnited States (USA) - CONUS onshore - south of 41°N and east of 78°W - Delaware; Maryland, North Carolina, Virginia and West Virginia east of 78°W; Pennsylvania south of 41°N and east of 78°W; New Jersey and New York south of 41°N.@@� �Q�@D�G�z�Q������� u�iEPSG �USA - CONUS south of 41°N, 95°W to 78°W - onshoreUnited States (USA) - CONUS onshore south of 41°N and between 95°W and 78°W - Alabama, Arkansas, Florida, Georgia, Kentucky, Louisiana, Mississippi, South Carolina and Tennessee; Kansas, Missouri, Oklahoma and Texas east of 95°W; Iowa south of 41°N and east of 95°W; Illinois, Indiana and Ohio south of 41°N; Pennsylvania south of 41°N and west of 78°W; Maryland, North Carolina, Virginia and West Virginia west of 78°W.@8h�\)@D�G�z�S\(� x
wkEPSG �Antarctica - 60°S to 64°S, 48°W to 36°W (SP23-24)Antarctica - 60°S to 64°S and 48°W to 36°W.����x
wkEPSG �Antarctica - 60°S to 64°S, 60°W to 48°W (SP21-22)Antarctica - 60°S to 64°S and 60°W to 48°W.����x
wkEPSG �Antarctica - 60°S to 64°S, 72°W to 60°W (SP19-20)Antarctica - 60°S to 64°S and 72°W to 60°W.�ĸ�
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{oEPSG �Antarctica - 68°S to 72°S, 132°E to 144°E (SR53-54)Antarctica - 68°S to 72°S and 132°E to 144°E.�� � �}
{oEPSG �Antarctica - 68°S to 72°S, 120°E to 132°E (SR51-52)Antarctica - 68°S to 72°S and 120°E to 132°E.��x �|
{oEPSG �Antarctica - 68°S to 72°S, 108°E to 120°E (SR49-50)Antarctica - 68°S to 72°S and 108°E to 120°E.��lxz
ymEPSG �Antarctica - 68°S to 72°S, 96°E to 108°E (SR47-48)Antarctica - 68°S to 72°S and 96°E to 108°E.��`lx
wkEPSG �Antarctica - 68°S to 72°S, 84°E to 96°E (SR45-46)Antarctica - 68°S to 72°S and 84°E to 96°E.��T`x
wkEPSG �Antarctica - 68°S to 72°S, 72°E to 84°E (SR43-44)Antarctica - 68°S to 72°S and 72°E to 84°E.��HTx
wkEPSG �Antarctica - 68°S to 72°S, 60°E to 72°E (SR41-42)Antarctica - 68°S to 72°S and 60°E to 72°E.��<Hx
wkEPSG �Antarctica - 68°S to 72°S, 48°E to 60°E (SR39-40)Antarctica - 68°S to 72°S and 48°E to 60°E.��0<x
wkEPSG �Antarctica - 68°S to 72°S, 36°E to 48°E (SR37-38)Antarctica - 68°S to 72°S and 36°E to 48°E.��$0x
wkEPSG �Antarctica - 68°S to 72°S, 24°E to 36°E (SR35-36)Antarctica - 68°S to 72°S and 24°E to 36°E.��$x
wkEPSG �Antarctica - 68°S to 72°S, 12°E to 24°E (SR33-34)Antarctica - 68°S to 72°S and 12°E to 24°E.�� u
uiEPSG �Antarctica - 68°S to 72°S, 0°E to 12°E (SR31-32)Antarctica - 68°S to 72°S and 0°E to 12°E.�� u
uiEPSG �Antarctica - 68°S to 72°S, 12°W to 0°W (SR29-30)Antarctica - 68°S to 72°S and 12°W to 0°W.���x
wkEPSG �Antarctica - 68°S to 72°S, 24°W to 12°W (SR27-28)Antarctica - 68°S to 72°S and 24°W to 12°W.����x
wkEPSG �Antarctica - 68°S to 72°S, 72°W to 60°W (SR19-20)Antarctica - 68°S to 72°S and 72°W to 60°W.����x
wkEPSG �Antarctica - 68°S to 72°S, 84°W to 72°W (SR17-18)Antarctica - 68°S to 72°S and 84°W to 72°W.����x
wkEPSG �Antarctica - 68°S to 72°S, 96°W to 84°W (SR15-16)Antarctica - 68°S to 72°S and 96°W to 84°W.����z
ymEPSG �Antarctica - 68°S to 72°S, 108°W to 96°W (SR13-14)Antarctica - 68°S to 72°S and 108°W to 96°W.����~
{oEPSG �Antarctica - 64°S to 68°S, 156°E to 168°E (SQ57-58)Antarctica - 64°S to 68°S and 156°E to 168°E.�� � �~
{oEPSG �Antarctica - 64°S to 68°S, 144°E to 156°E (SQ55-56)Antarctica - 64°S to 68°S and 144°E to 156°E.�� � �~
{oEPSG �Antarctica - 64°S to 68°S, 132°E to 144°E (SQ53-54)Antarctica - 64°S to 68°S and 132°E to 144°E.�� � �}
{oEPSG �Antarctica - 64°S to 68°S, 120°E to 132°E (SQ51-52)Antarctica - 64°S to 68°S and 120°E to 132°E.��x �|
{oEPSG �Antarctica - 64°S to 68°S, 108°E to 120°E (SQ49-50)Antarctica - 64°S to 68°S and 108°E to 120°E.��lxz
ymEPSG �Antarctica - 64°S to 68°S, 96°E to 108°E (SQ47-48)Antarctica - 64°S to 68°S and 96°E to 108°E.��`lx
wkEPSG �Antarctica - 64°S to 68°S, 84°E to 96°E (SQ45-46)Antarctica - 64°S to 68°S and 84°E to 96°E.��T`x
wkEPSG �Antarctica - 64°S to 68°S, 72°E to 84°E (SQ43-44)Antarctica - 64°S to 68°S and 72°E to 84°E.��HTx
wkEPSG �Antarctica - 64°S to 68°S, 60°E to 72°E (SQ41-42)Antarctica - 64°S to 68°S and 60°E to 72°E.��<Hx
wkEPSG �Antarctica - 64°S to 68°S, 48°E to 60°E (SQ39-40)Antarctica - 64°S to 68°S and 48°E to 60°E.��0<x
wkEPSG �Antarctica - 64°S to 68°S, 36°E to 48°E (SQ37-38)Antarctica - 64°S to 68°S and 36°E to 48°E.��$0x
wkEPSG �Antarctica - 64°S to 68°S, 60°W to 48°W (SQ21-22)Antarctica - 64°S to 68°S and 60°W to 48°W.����x
wkEPSG �Antarctica - 64°S to 68°S, 72°W to 60°W (SQ19-20)Antarctica - 64°S to 68°S and 72°W to 60°W.����~
{oEPSG �Antarctica - 68°S to 72°S, 144°E to 156°E (SR55-56)Antarctica - 68°S to 72°S and 144°E to 156°E.�� � �
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ymEPSG �Antarctica - 76°S to 80°S, 84°E to 108°E (ST45-48)Antarctica - 76°S to 80°S and 84°E to 108°E.��Tlx
wkEPSG �Antarctica - 76°S to 80°S, 60°E to 84°E (ST41-44)Antarctica - 76°S to 80°S and 60°E to 84°E.��<Tx
wkEPSG �Antarctica - 76°S to 80°S, 36°E to 60°E (ST37-40)Antarctica - 76°S to 80°S and 36°E to 60°E.��$<x
wkEPSG �Antarctica - 76°S to 80°S, 12°E to 36°E (ST33-36)Antarctica - 76°S to 80°S and 12°E to 36°E.�� $x
wkEPSG �Antarctica - 76°S to 80°S, 12°W to 12°E (ST29-32)Antarctica - 76°S to 80°S and 12°W to 12°E.��� x
wkEPSG �Antarctica - 76°S to 80°S, 36°W to 12°W (ST25-28)Antarctica - 76°S to 80°S and 36°W to 12°W.����x
wkEPSG �Antarctica - 76°S to 80°S, 60°W to 36°W (ST21-24)Antarctica - 76°S to 80°S and 60°W to 36°W.����x
wkEPSG �Antarctica - 76°S to 80°S, 84°W to 60°W (ST17-20)Antarctica - 76°S to 80°S and 84°W to 60°W.����z
ymEPSG �Antarctica - 76°S to 80°S, 108°W to 84°W (ST13-16)Antarctica - 76°S to 80°S and 108°W to 84°W.����}
{oEPSG �Antarctica - 76°S to 80°S, 132°W to 108°W (ST09-12)Antarctica - 76°S to 80°S and 132°W to 108°W.���|�~
{oEPSG �Antarctica - 76°S to 80°S, 156°W to 132°W (ST05-08)Antarctica - 76°S to 80°S and 156°W to 132°W.���d�|~
{oEPSG �Antarctica - 76°S to 80°S, 180°W to 156°W (ST01-04)Antarctica - 76°S to 80°S and 180°W to 156°W.���L�d~
{oEPSG �Antarctica - 72°S to 76°S, 162°E to 180°E (SS58-60)Antarctica - 72°S to 76°S and 162°E to 180°E.�� � �~
{oEPSG �Antarctica - 72°S to 76°S, 144°E to 162°E (SS55-57)Antarctica - 72°S to 76°S and 144°E to 162°E.�� � �}
{oEPSG �Antarctica - 72°S to 76°S, 126°E to 144°E (SS52-54)Antarctica - 72°S to 76°S and 126°E to 144°E.��~ �|
{oEPSG �Antarctica - 72°S to 76°S, 108°E to 126°E (SS49-51)Antarctica - 72°S to 76°S and 108°E to 126°E.��l~z
ymEPSG �Antarctica - 72°S to 76°S, 90°E to 108°E (SS46-48)Antarctica - 72°S to 76°S and 90°E to 108°E.��Zlx
wkEPSG �Antarctica - 72°S to 76°S, 72°E to 90°E (SS43-45)Antarctica - 72°S to 76°S and 72°E to 90°E.��HZx
wkEPSG �Antarctica - 72°S to 76°S, 54°E to 72°E (SS40-42)Antarctica - 72°S to 76°S and 54°E to 72°E.��6Hx
wkEPSG �Antarctica - 72°S to 76°S, 36°E to 54°E (SS37-39)Antarctica - 72°S to 76°S and 36°E to 54°E.��$6x
wkEPSG �Antarctica - 72°S to 76°S, 18°E to 36°E (SS34-36)Antarctica - 72°S to 76°S and 18°E to 36°E.��$u
uiEPSG �Antarctica - 72°S to 76°S, 0°E to 18°E (SS31-33)Antarctica - 72°S to 76°S and 0°E to 18°E.��u
uiEPSG �Antarctica - 72°S to 76°S, 18°W to 0°W (SS28-30)Antarctica - 72°S to 76°S and 18°W to 0°W.���x
wkEPSG �Antarctica - 72°S to 76°S, 36°W to 18°W (SS25-27)Antarctica - 72°S to 76°S and 36°W to 18°W.����x
wkEPSG �Antarctica - 72°S to 76°S, 72°W to 54°W (SS19-21)Antarctica - 72°S to 76°S and 72°W to 54°W.����x
wkEPSG �Antarctica - 72°S to 76°S, 90°W to 72°W (SS16-18)Antarctica - 72°S to 76°S and 90°W to 72°W.����z
ymEPSG �Antarctica - 72°S to 76°S, 108°W to 90°W (SS13-15)Antarctica - 72°S to 76°S and 108°W to 90°W.����|
{oEPSG �Antarctica - 72°S to 76°S, 126°W to 108°W (SS10-12)Antarctica - 72°S to 76°S and 126°W to 108°W.����}
{oEPSG �Antarctica - 72°S to 76°S, 144°W to 126°W (SS07-09)Antarctica - 72°S to 76°S and 144°W to 126°W.���p�~
{oEPSG �Antarctica - 72°S to 76°S, 162°W to 144°W (SS04-06)Antarctica - 72°S to 76°S and 162°W to 144°W.���^�p~
{oEPSG �Antarctica - 68°S to 72°S, 168°E to 180°E (SR59-60)Antarctica - 68°S to 72°S and 168°E to 180°E.�� � �}
{oEPSG �Antarctica - 76°S to 80°S, 108°E to 132°E (ST49-52)Antarctica - 76°S to 80°S and 108°E to 132°E.��l �
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@ � D�S�b�e�G�1� � t � /�;EPSG Colombia region 8Colombia - region VIII (south east). South and east of a line from the intersection of the meridian of 74°W with the southern border, northwards to 3°N, 74°W, westwards to 3°'N, 74°24'W, northwards to 5°N, 74°24'W, eastwards to 5°N, 72°W, and then northwards to the intersection of the meridian of 72°W with the international border.�� �Q�@ ffffff�R�������P��z�H� /�%EPSG Colombia region 7Colombia - region VII (south west). Onshore south of 3°N and west of 74°W.��z�G�@z�G��S�fffff�� /�!EPSG Colombia region 6Colombia - region VI - onshore between 3°N and 5°N and west of 74°24'W.@
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�Sk� �Q�R��\)� /� EPSG Colombia region 5Colombia - region V - onshore between 5°N and 8°N and west of 74°24'W.@ �Q�Sz�G�{�R��\)�
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Colombia region 4Colombia - region IV - between 5°N and 9°24'N and between 74°24'W and 72°W.@"������R�������Q�\(�� /�)EPSG Colombia region 3Colombia - region III - onshore between 8°N and 9°24'N and west of 74°24'W.@"������S^�Q� �R��\)� /�)EPSG Colombia region 2Colombia - region II (north west). Onshore north of 9°24'N and west of 73°W.@"Ǯz�H@'.z�G��S �Q녷� /�'EPSG
Colombia region 1Colombia - region I (north east). Onshore north of 9°48'N and east of 73°W.@#������@)
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uwEPSG Antarctica - Transantarctic mountains north of 80°SAntarctica - Transantarctic mountains north of 80°S.��Q&fffff@b��\(��@e�Q� �~
{oEPSG Antarctica - 88°S to 90°S, 180°W to 180°E (SW01-60)Antarctica - 88°S to 90°S and 180°W to 180°E.���L �}
{oEPSG Antarctica - 84°S to 88°S, 120°E to 180°E (SV51-60)Antarctica - 84°S to 88°S and 120°E to 180°E.��x �z
ymEPSG Antarctica - 84°S to 88°S, 60°E to 120°E (SV41-50)Antarctica - 84°S to 88°S and 60°E to 120°E.��<xu
uiEPSG Antarctica - 84°S to 88°S, 0°E to 60°E (SV31-40)Antarctica - 84°S to 88°S and 0°E to 60°E.��<u
uiEPSG Antarctica - 84°S to 88°S, 60°W to 0°W (SV21-30)Antarctica - 84°S to 88°S and 60°W to 0°W.���z
ymEPSG Antarctica - 84°S to 88°S, 120°W to 60°W (SV11-20)Antarctica - 84°S to 88°S and 120°W to 60°W.����}
{oEPSG Antarctica - 84°S to 88°S, 180°W to 120°W (SV01-10)Antarctica - 84°S to 88°S and 180°W to 120°W.���L�}
yoEPSG Antarctica - 80°S to 84°S, 150°E to 180° (SU56-60)Antarctica - 80°S to 84°S and 150°E to 180°E.�� � �}
{oEPSG Antarctica - 80°S to 84°S, 120°E to 150°E (SU51-55)Antarctica - 80°S to 84°S and 120°E to 150°E.��x �z
ymEPSG �Antarctica - 80°S to 84°S, 90°E to 120°E (SU46-50)Antarctica - 80°S to 84°S and 90°E to 120°E.��Zxx
wkEPSG �Antarctica - 80°S to 84°S, 60°E to 90°E (SU41-45)Antarctica - 80°S to 84°S and 60°E to 90°E.��<Zx
wkEPSG �Antarctica - 80°S to 84°S, 30°E to 60°E (SU36-40)Antarctica - 80°S to 84°S and 30°E to 60°E.�� <u
uiEPSG �Antarctica - 80°S to 84°S, 0°E to 30°E (SU31-35)Antarctica - 80°S to 84°S and 0°E to 30°E.�� u
uiEPSG �Antarctica - 80°S to 84°S, 30°W to 0°W (SU26-30)Antarctica - 80°S to 84°S and 30°W to 0°W.���x
wkEPSG �Antarctica - 80°S to 84°S, 60°W to 30°W (SU21-25)Antarctica - 80°S to 84°S and 60°W to 30°W.����x
wkEPSG �Antarctica - 80°S to 84°S, 90°W to 60°W (SU16-20)Antarctica - 80°S to 84°S and 90°W to 60°W.����z
ymEPSG �Antarctica - 80°S to 84°S, 120°W to 90°W (SU11-15)Antarctica - 80°S to 84°S and 120°W to 90°W.����}
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{oEPSG �Antarctica - 80°S to 84°S, 180°W to 150°W (SU01-05)Antarctica - 80°S to 84°S and 180°W to 150°W.���L�j~
{oEPSG �Antarctica - 76°S to 80°S, 156°E to 180°E (ST57-60)Antarctica - 76°S to 80°S and 156°E to 180°E.�� � �
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y � m�� �Q�h�"���B � �n s�KEPSG +North America - 90°W to 84°W and NAD83 by countryNorth America - between 90°W and 84°W - onshore and offshore. Canada - Manitoba; Nunavut; Ontario. United States (USA) - Alabama; Arkansas; Florida; Georgia; Indiana; Illinois; Kentucky; Louisiana; Michigan; Minnesota; Mississippi; Missouri; North Carolina; Ohio; Tennessee; Wisconsin.@7�Q� �T���S s�EPSG *North America - 96°W to 90°W and NAD83 by countryNorth America - between 96°W and 90°W - onshore and offshore. Canada - Manitoba; Nunavut; Ontario. United States (USA) - Arkansas; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Nebraska; Oklahoma; Tennessee; Texas; Wisconsin.@9�(�\T��W
-;EPSG )Nigeria - OML 58Nigeria - block OML 58.@333333@p��
=q@ �Q� @\(�\�3 ��)EPSG (South America - 84°W to 78°W, N hemisphere and PSAD56 by countrySouth America (Ecuador) between 84°W and 78°W, northern hemisphere, onshore.?�333333�T � �Q�} /� EPSG 'Europe - ED79 tfmAustria; Finland; Netherlands; Norway; Spain; Sweden, Switzerland.$@Q�33333�!�fffff@?�������, w�EPSG &American Samoa - 2 main island groups and Rose IslandAmerican Samoa - Tutuila, Aunu'u, Ofu, Olesega, Ta'u and Rose islands.�-.z�G��,8Q� ��e\(�\�e�G�{� W�
EPSG %American Samoa - 2 main island groupsAmerican Samoa - Tutuila, Aunu'u, Ofu, Olesega and Ta'u islands.�,�(�\�,8Q� ��e\(�\�e,(�\u
=gEPSG $Micronesia - Yap IslandsFederated States of Micronesia - Yap Islands.@"Ǯz�H@#aG�z�@a?�z�H@aH��
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UWEPSG #Saudi Arabia - onshore west of 36°ESaudi Arabia - onshore west of 36°E.@:�� �R@=aG�z�@AAG�z�$b
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EGEPSG !French Guiana - coastal areaFrench Guiana - coastal area.@ p��
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UmEPSG Finland - 26.5°E to 27.5°E onshoreFinland - onshore between 26°30'E and 27°30'E.@N.z�G�@Q�33333@:� @;� �
UmEPSG Finland - 25.5°E to 26.5°E onshoreFinland - onshore between 25°30'E and 26°30'E.@N
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UmEPSG Finland - 24.5°E to 25.5°E onshoreFinland - onshore between 24°30'E and 25°30'E.@M�Q� �@Q9�����@8� @9� �
UmEPSG Finland - 23.5°E to 24.5°E onshoreFinland - onshore between 23°30'E and 24°30'E.@M�z�G�@Q5\(�@7� @8� �
UmEPSG Finland - 22.5°E to 23.5°E onshoreFinland - onshore between 22°30'E and 23°30'E.@M� @Q/\(�@6� @7� �
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OSEPSG Finland - west of 19.5°E onshoreFinland - onshore west of 19°30'E.@N
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;=EPSG EIran - Tombak LNG plantIran - Tombak LNG plant.@;�G�z�@;�\(�@J � �Q�@J!G�z�k
AOEPSG DIran - South Pars block 11Iran - South Pars field phase 11.@:u\(�@:��
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CEEPSG CAustralia - New South WalesAustralia - New South Wales.�B��
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acEPSG BFrench Polynesia - Society Islands - TahaaFrench Polynesia - Society Islands - Tahaa.�0�Q� ��0� �b�(�\�b� �Q�
ikEPSG AFrench Polynesia - Society Islands - Bora BoraFrench Polynesia - Society Islands - Bora Bora.�0��Q� �0c�
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egEPSG @French Polynesia - Society Islands - RaiateaFrench Polynesia - Society Islands - Raiatea.�0�\(��0�z�G��b���b陙����
egEPSG ?French Polynesia - Society Islands - HuahineFrench Polynesia - Society Islands - Huahine.�0Q� �0�G�z�b� �Q�b�z�G��F o�UEPSG >French Polynesia - Society Islands - main islandsFrench Polynesia - Society Islands - Bora Bora, Huahine, Maupiti, Moorea, Raiatea, Tahaa and Tahiti.�1�z�G��0+� �Q�c z�G��b��G�{�
moEPSG =French Polynesia - Marquesas Islands - Fatu HivaFrench Polynesia - Marquesas Islands - Fatu Hiva.�%333333�$�Q� ��aX �aQG�z�
ikEPSG <French Polynesia - Marquesas Islands - TahuataFrench Polynesia - Marquesas Islands - Tahuata.�$(�\)�#�Q� ��afz�G��a_\(��
ikEPSG ;French Polynesia - Marquesas Islands - Hiva OaFrench Polynesia - Marquesas Islands - Hiva Oa.�#Ǯz�H�#G�z�H�ag\(��aX �' ��EPSG :French Polynesia - Marquesas Islands - Hiva Oa and TahuataFrench Polynesia - Marquesas Islands - Hiva Oa and Tahuata.�$(�\)�#G�z�H�ag\(��aX �; ��EPSG 9French Polynesia - Marquesas Islands - Nuku Hiva, Ua Huka and Ua PouFrench Polynesia - Marquesas Islands - Nuku Hiva, Ua Huka and Ua Pou.�##�
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egEPSG 6French Polynesia - Society Islands - MaupitiFrench Polynesia - Society Islands - Maupiti.�0�� �R�0W
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ceEPSG 5French Polynesia - Society Islands - MooreaFrench Polynesia - Society Islands - Moorea.�1�G�z�1h�\)�j�b�\(��
ceEPSG 4French Polynesia - Society Islands - TahitiFrench Polynesia - Society Islands - Tahiti.�1�z�G��1p��
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OQEPSG 3French Polynesia - east of 138°WFrench Polynesia - east of 138°W.�:�z�G��z�G��v�`
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S�EPSG 2French Polynesia - 144°W to 138°WFrench Polynesia - between 144°W and 138°W onshore and offshore.�?=p��
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O{EPSG 0French Polynesia - west of 150°WFrench Polynesia - west of 150°W onshore and offshore.�:�33333�) �c�(�\�jW
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KMEPSG .Grenada - main island - onshoreGrenada - main island - onshore.@'�G�z�@(�z�G��N� �Q�N� �Q녂M s� EPSG -North America - 78°W to 72°W and NAD83 by countryNorth America - between 78°W and 72°W - onshore and offshore. Canada - Nunavut; Ontario; Quebec. United States (USA) - Connecticut; Delaware; Maryland; Massachusetts; New Hampshire; New Jersey; New York; North Carolina; Pennsylvania; Virginia; Vermont.@<G�z�HT���
]_EPSG GTrinidad and Tobago - Trinidad - onshoreTrinidad and Tobago - Trinidad - onshore.@#��G�{@%������N�p��
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=q��\(� �F u�kEPSG ]Congo DR (Zaire) - 6th parallel south 25°E to 27°EThe Democratic Republic of the Congo (Zaire) - adjacent to 6th parallel south traverse between 25°E and 27°E.�
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Q� �R� M�EPSG WCongo DR (Zaire) - east of 29°EThe Democratic Republic of the Congo (Zaire) - east of 29°E.�*� �Q�@\(�� @?O\(�� O�EPSG VCongo DR (Zaire) - 27°E to 29°EThe Democratic Republic of the Congo (Zaire) - between 27°E to 29°E.�*Ǯz�H@�
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;=EPSG JFrench Guiana - onshoreFrench Guiana - onshore.@ �G�z�@=p��
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akEPSG wPacific - Marshall Islands, Wake - onshoreMarshall Islands - onshore. Wake atoll onshore.@!Q� �R@3aG�z�@dH��
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)7EPSG vWake - onshoreWake atoll - onshore.@38Q� �@3aG�z�@dљ����@d�
=p�ׁ! g�EPSG uBritish Indian Ocean Territory - Diego GarciaBritish Indian Ocean Territory - Chagos Archipelago - Diego Garcia.� �\(�� �Q� �@R33333@R#33333k
GIEPSG tChile - Easter Island onshoreChile - Easter Island onshore.�;@ �;�\(��[`��
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y{EPSG sSouth Georgia and the South Sandwich Islands - onshoreSouth Georgia and the South Sandwich Islands - onshore.�M��
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ikEPSG rCayman Islands - Little Cayman and Cayman BracCayman Islands - Little Cayman and Cayman Brac.@3�G�z�@3Ǯz�H�T�\)�S�(�\k
GIEPSG qCayman Islands - Grand CaymanCayman Islands - Grand Cayman.@35\(�@3h�\)�T]p��
=�TB�\(�Á] E�;EPSG pSt Helena - Tristan da CunhaSt Helena, Ascension and Tristan da Cunha - Tristan da Cunha island group including Tristan, Inaccessible, Nightingale, Middle and Stoltenhoff Islands.�D5\(��)� �Q�#������� E�EPSG oSt Helena - St Helena IslandSt Helena, Ascension and Tristan da Cunha - St Helena Island - onshore.�0z�G��/�33333�ffffff�\(�\� E�EPSG nSt Helena - Ascension IslandSt Helena, Ascension and Tristan da Cunha - Ascension Island - onshore.� \(�� Q� �R�,� �Q�,z�G�{� a�EPSG mUSA - Hawaii - Tern Island and Sorel AtollUnited States (USA) - Hawaii - Tern Island and Sorel Atoll.@7���
=q@7�z�G��d˅ �Q�d��\)�? �7EPSG lAfrica - Angola (Cabinda) and DR Congo (Zaire) - offshoreAngola (Cabinda) - offshore; The Democratic Republic of the Congo (Zaire) - offshore.�(�\)�333333@%\(�@(�p��
=�c }�EPSG kAfrica - Angola (Cabinda) and DR Congo (Zaire) - coastalAngola (Cabinda) - onshore and offshore; The Democratic Republic of the Congo (Zaire) - onshore coastal area and offshore.�(�\)�� �Q�@%\(�@*333333g
IMEPSG jBrazil - east of 36°W onshoreBrazil - onshore east of 36°W .�$333333��\(��A^�Q� � a�EPSG iBrazil - 48°W to 42°W and south of 15°SBrazil - onshore between 48°W and 42°W and south of 15°S.�9J=p��
��ց a�EPSG hBrazil - 54°W to 48°W and south of 15°SBrazil - onshore between 54°W and 48°W and south of 15°S.�@��
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CEPSG gEurope - FSU - CS63 zone C2Estonia, Latvia and Lithuania - onshore east of 26°27'E.@K�33333@M�z�G�@:s33333@<=p��
=� C�EPSG fEurope - FSU - CS63 zone C1Estonia, Latvia and Lithuania - onshore between 23°27'E and 26°27'E.@J�� �R@M�(�\@7s33333@:s33333�# C�;EPSG eEurope - FSU - CS63 zone C0Estonia, Latvia and Lithuania - onshore west of 23°27'E. Russia - Kaliningrad onshore.@K\(�@M��\(��@3�� �R@7s33333� '�/EPSG dPacific OceanPacific Ocean - American Samoa, Antarctica, Australia, Brunei Darussalam, Cambodia, Canada, Chile, China, China - Hong Kong, China - Macao, Cook Islands, Ecuador, Fiji, French Polynesia, Guam, Indonesia, Japan, Kiribati, Democratic People's Republic of Korea (North Korea), Republic of Korea (South Korea), Malaysia, Marshall Islands, Federated States of Micronesia, Nauru, New Caledonia, New Zealand, Niue, Norfolk Island, Northern Mariana Islands, Palau, Panama, Papua New Guinea (PNG), Peru, Philippines, Pitcairn, Russian Federation, Samoa, Singapore, Solomon Islands, Taiwan, Thailand, Tokelau, Tonga, Tuvalu, United States (USA), United States Minor Outlying Islands, Vanuatu, Venezuela, Vietnam, Wallis and Futuna.�@P��G�{@X�(�\� �
A�EPSG yVanuatu - southern islandsVanuatu - southern islands - Aneityum, Efate, Erromango and Tanna.�4O\(��1^�Q� @e�G�{@e>fffff
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13EPSG �Cameroon - onshoreCameroon - onshore.?�ffffff@*.z�G�@ �fffff@05\(�U
13EPSG �Cambodia - onshoreCambodia - onshore.@$Ǯz�H@-u\(�@Y�\(�@Z�\)U
13EPSG �Bulgaria - onshoreBulgaria - onshore.@D��Q� @F p��
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-/EPSG �Brazil - onshoreBrazil - onshore.�@��
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57EPSG �Bangladesh - onshoreBangladesh - onshore.@4� �Q�@:��
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+-EPSG �Aruba - onshoreAruba - onshore.@(�Q� �@)\(�\�Q�
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EGEPSG �Argentina - mainland onshoreArgentina - mainland onshore.�J7
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13EPSG �Anguilla - onshoreAnguilla - onshore.@2 (�\@2Tz�G��O�(�\�Ou\(�S
/1EPSG �Algeria - onshoreAlgeria - onshore.@2�Q� �@B�� �R�!W
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)YEPSG �Aaland IslandsÅland Islands - onshore and offshore.@M� �Q�@N=p��
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7g EPSG �Serbia and MontenegroSerbia and Montenegro - onshore and offshore.@D�\)@G p��
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5GEPSG �Mauritius - mainlandMauritius - mainland onshore.�4�� �R�3��
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ACEPSG �Pitcairn - Pitcairn IslandPitcairn - Pitcairn Island.�9#�
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EGEPSG �Cayman Islands - Cayman BracCayman Islands - Cayman Brac.@3��\)@3Ǯz�H�S��G�{�S�(�\� s�EPSG �North America - Bahamas and USA - Florida - onshoreNorth America - onshore - Bahamas and USA - Florida (east).@4�(�\@>�z�G��T� �Q�R+� �Q�|
IiEPSG �Antarctica - Camp McMurdo areaAntarctica - McMurdo Sound, Camp McMurdo area.�S|(�\�SJ�G�{@d�\(�@d�\(��
G{EPSG �Antarctica - Deception IslandAntarctica - South Shetland Islands - Deception Island.�O�=p��
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]_ EPSG �Japan - Minamitori-shima (Marcus Island)Japan - Minamitori-shima (Marcus Island).@8B�\(��@8Q� �R@c>fffff@c@Q� ��1 _�;EPSG �Midway Islands - Sand and Eastern IslandsUnited States Minor Outlying Islands - Midway Islands - Sand Island and Eastern Island.@<!G�z�@<G�z�H�f.fffff�f)� �Rv
+{EPSG �Johnston IslandUnited States Minor Outlying Islands - Johnston Island.@0�� �Q�@0�=p��
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35EPSG �Lithuania - onshoreLithuania - onshore.@J�� �R@L9�����@4�(�\@:�� �RO
+-EPSG �Libya - onshoreLibya - onshore.@3� @@�p��
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+-EPSG �Kenya - onshoreKenya - onshore.��G�z�@� �Q�@@�33333@D�z�G�� =�EPSG �Japan - onshore mainlandJapan - onshore mainland - Hokkaido, Honshu, Shikoku, Kyushu.@>��
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13EPSG �Honduras - onshoreHonduras - onshore.@)�\(�@0}p��
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-/EPSG �Guyana - onshoreGuyana - onshore.?��G�z�@!(�\)�N�� �R�L<(�\_
;=EPSG �Guinea-Bissau - onshoreGuinea-Bissau - onshore.@%�p��
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35EPSG �Guatemala - onshoreGuatemala - onshore.@+aG�z�@1�z�G��W�\(��V (�\M
)+EPSG �Guam - onshoreGuam - onshore.@*\(�\@+ffffff@b�\(��@b Q� �Q
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35EPSG �Gibraltar - onshoreGibraltar - onshore.@B�\)@Bz�G���z�G��z�G�O
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79EPSG �El Salvador - onshoreEl Salvador - onshore.@*333333@,�G�z�V�
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AGEPSG �Ecuador - mainland onshoreEcuador - mainland - onshore.�
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)+EPSG �Cuba - onshoreCuba - onshore.@3� �Q�@7@ �U@��
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13EPSG �Thailand - onshoreThailand - onshore.@� �Q�@4u\(�@XU\(�@Zh�\)U
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13EPSG �Suriname - onshoreSuriname - onshore.?�G�z�H@=p��
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-GEPSG �Russia - onshoreRussian Federation - onshore.@D�Q� �@Tz=p��
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/1EPSG �Nigeria - onshoreNigeria - onshore.@�G�z�@+������@� �Q�@-L�����W
35EPSG �Nicaragua - onshoreNicaragua - onshore.@%ffffff@.\(��U�\(��T� �Q녁% S�/EPSG �New Zealand - onshore and nearshoreNew Zealand - North Island, South Island, Stewart Island - onshore and nearshore.�G�33333�@�� �R@d��
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57EPSG �Mozambique - onshoreMozambique - onshore.�:Q� �$�
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57EPSG �Montserrat - onshoreMontserrat - onshore.@0��Q� @0Q� �O% �Q�O
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Germany - onshoreGermany - onshore - states of Baden-Wurtemberg, Bayern, Berlin, Brandenburg, Bremen, Hamburg, Hessen, Mecklenburg-Vorpommern, Niedersachsen, Nordrhein-Westfalen, Rheinland-Pfalz, Saarland, Sachsen, Sachsen-Anhalt, Schleswig-Holstein, Thuringen.@G��\(��@K�� �Q�@p��
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Iran - onshoreIran - onshore.@9 �Q�@C��
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Virgin Islands, US - onshoreUS Virgin Islands - onshore - St Croix, St John, and St Thomas.@1��Q� @2p��
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Vietnam - onshoreVietnam - onshore.@ ��\)@7ffffff@Y��\)@[a� �RW
35EPSG �Venezuela - onshoreVenezuela - onshore.?�z�G�{@(� �RXQ� ��M�fffffL
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DGermany - Mecklenburg-Vorpommern and Sachsen-AnhaltGermany - Mecklenburg-Vorpommern and Sachsen-Anhalt.@IxQ� �@J�fffff@%z�G�@,�(�\w
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CGermany - Saxony - west of 13.5°EGermany - Sachsen - west of 13°30'E.@I�����@I�z�G�@'Ǯz�H@+ �Q�w
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BGermany - Saxony - east of 13.5°EGermany - Sachsen - east of 13°30'E.@IO\(�@I�=p��
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AGermany - Thuringen - east of 10.5°EGermany - Thuringen - east of 10°30'E.@I�����@I�� �R@% @) �Q� |
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>Asia - Middle East -SE Iraq and SW IranIraq - onshore southeast; Iran - onshore northern Gulf coast and west bordering southeast Iraq.@=\(�@@� @F&fffff@I��z�H[
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9Finland - east of 31.5°EFinland - east of 31°30'E.@Oj=p��
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8Malaysia - West Malaysia - KelantanMalaysia - West Malaysia - Kelantan.@(�\)@(�\)@YU �Q�@Y��G�{j
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7Malaysia - West Malaysia - PerakMalaysia - West Malaysia - Perak.@
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5Malaysia - West Malaysia - Pulau PinangMalaysia - West Malaysia - Pulau Pinang - Pinang (Penang) Island and Seberang Perai (Province Wellesley).@z�G�{@\(�\@Y�z�H@Y#�
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/USA - 174°W to 168°W - AK, OCSUnited States (USA) - between 174°W and 168°W - Alaska and offshore continental shelf (OCS).@HTz�G�@RC33333�R�d��z�H�) M�IEPSG
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KRussia - west of 19.5°ERussian Federation - Kaliningrad - west of 19°30'E.@K(�\)@K�fffff@3333333@3�
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^Latin America - 78°W to 72°West; N hemisphere and SIRGAS by countryLatin America - Central America and South America - between 78°W and 72°W, northern hemisphere, onshore and offshore.@.z�G����X ��{EPSG
]Latin America - 84°W to 78°West; N hemisphere and SIRGAS by countryLatin America - Central America and South America - between 84°W and 78°W, northern hemisphere, onshore and offshore.@3�=p��
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\North America - 66°W to 60°W and NAD83 by countryNorth America - between 66°W and 60°W - onshore and offshore. British Virgin Islands. Canada - New Brunswick; Labrador; Nunavut; Prince Edward Island; Quebec. Puerto Rico. US Virgin Islands. United States (USA) offshore Atlantic.@/B�\(��T�ĂR s�EPSG
[North America - 72°W to 66°W and NAD83 by countryNorth America - between 72°W and 66°W - onshore and offshore. Canada - Labrador; New Brunswick; Nova Scotia; Nunavut; Quebec. Puerto Rico. United States (USA) - Connecticut; Maine; Massachusetts; New Hampshire; New York (Long Island); Rhode Island; Vermont.@-�
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ZLatin America - SIRGAS 2000 by countryLatin America - Central America and South America - onshore and offshore. Brazil - onshore and offshore.�M�\(�@@\(�\�^�(�\�9G�z�H� ;�QEPSG
YCanada - 78°W to 72°WCanada between 78°W and 72°W, onshore and offshore south of 84°N - Nunavut, Ontario and Quebec.@EУ�
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XCanada - 84°W to 78°WCanada between 84°W and 78°W, onshore and offshore south of 84°N - Nunavut, Ontario and Quebec.@D�\(�T��� ;�OEPSG
WCanada - 90°W to 84°WCanada between 90°W and 84°W, onshore and offshore south of 84°N - Manitoba, Nunavut, Ontario.@Gz�G�T��� ;�OEPSG
VCanada - 96°W to 90°WCanada between 96°W and 90°W, onshore and offshore south of 84°N - Manitoba, Nunavut, Ontario.@H�
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UCanada - 102°W to 96°WCanada between 102°W and 96°W, onshore and offshore south of 84°N - Manitoba, Nunavut, Saskatchewan.@H~�Q� T���3 ?�{EPSG
TCanada - 126°W to 120°WCanada between 126°W and 120°W, onshore and offshore south of 84°N - British Columbia, Northwest Territories, Yukon.@H��
=q@Ts33333���6 ?�EPSG
SCanada - 132°W to 126°WCanada - between 132°W and 126°W, onshore and offshore south of 84°N - British Columbia, Northwest Territories, Yukon.@GB�\(��@T;� �Q�|��5 ?�{EPSG
RCanada - 138°W to 132°WCanada between 138°W and 132°W, onshore and offshore south of 84°N - British Columbia, Northwest Territories, Yukon.@H�z�H@S��G�{�v�|� ?�7EPSG
QCanada - 144°W to 138°WCanada west of 138°W, onshore and offshore south of 84°N - British Columbia, Yukon.@Jfffff@R!� �R�a�Q� ��v]
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PSweden - StockholmSweden - Stockholm commune.@M�(�\@M�
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ONorth America - 102°W to 96°W and NAD83 by countryNorth America - between 102°W and 96°W - onshore and offshore. Canada - Manitoba; Nunavut; Saskatchewan. United States (USA) - Iowa; Kansas; Minnesota; Nebraska; North Dakota; Oklahoma; South Dakota; Texas.@9�z�G�T���> w�gEPSG
NNorth America - 108°W to 102°W and NAD83 by countryNorth America - between 108°W and 102°W - onshore and offshore. Canada - Northwest Territories; Nunavut; Saskatchewan. United States (USA) - Colorado; Montana; Nebraska; New Mexico; North Dakota; Oklahoma; South Dakota; Texas; Wyoming.@<��G�{T���& w�7EPSG
MNorth America - 114°W to 108°W and NAD83 by countryNorth America - between 114°W and 108°W - onshore and offshore. Canada - Alberta; Northwest Territories; Nunavut; Saskatchewan. United States (USA) - Arizona; Colorado; Idaho; Montana; New Mexico; Utah; Wyoming.@?Tz�G�T�� D r
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tSouth America - 54°W to 48°W, S hemisphere and SIRGAS 2000 by countryBrazil - between 54°W and 48°W, northern and southern hemispheres, onshore and offshore. In remainder of South America - between 54°W and 48°W, southern hemisphere, onshore and offshore.�K
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sSouth America - 60°W to 54°W, S hemisphere and SIRGAS 2000 by countryBrazil - between 60°W and 54°W, northern and southern hemispheres. In remainder of South America - between 60°W and 54°W, southern hemisphere, onshore and offshore.�Fh�\)@
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rSouth America - 66°W to 60°W, S hemisphere and SIRGAS 2000 by countryBrazil - between 66°W and 60°W, northern and southern hemispheres. In remainder of South America - between 66°W and 60°W, southern hemisphere, onshore and offshore.�M1� �R@ �Q� �Ă ��]EPSG
qSouth America - 72°W to 66°W, S hemisphere and SIRGAS 2000 by countryBrazil - between 72°W and 66°W, northern and southern hemispheres. In remainder of South America - between 72°W and 66°W, southern hemisphere, onshore and offshore.�M�\(�@333333���b ��}EPSG
pSouth America - 78°W to 72°W, S hemisphere and SIRGAS 2000 by countryBrazil west of 72°W. In remainder of South America, between 78°W and 72°W, southern hemisphere, onshore and offshore.�M�z�G���Q�\(��] ��sEPSG
oSouth America - 54°W to 48°W, N hemisphere and SIRGAS 2000 by countrySouth America between 54°W and 48°W, northern hemisphere, onshore and offshore except Brazil where offshore only.@"z�G�{�G��Q� �D ��?EPSG
nSouth America - 60°W to 54°W, N hemisphere and SIRGAS 2000 by countrySouth America between 60°W and 54°W, north of approximately 2°N, onshore and offshore.?��G�z�@(aG�z��ʁK ��?EPSG
mSouth America - 66°W to 60°W, N hemisphere and SIRGAS 2000 by countrySouth America between 66°W and 60°W, north of approximately 4°N, onshore and offshore.?�z�G�{@0� ��M��Q� �? ��EEPSG
lSouth America - 72°W to 66°W, N hemisphere and SIRGAS 2000 by countrySouth America between 72°W and 66°W and north of approximately 2°N, onshore and offshore.@/G�z�H���
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kNew Caledonia - Mare - east of 168°ENew Caledonia - Loyalty Islands - Mare - east of 168°E.�5�\(��5Y����� �@ez�G��
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jNew Caledonia - Mare - west of 168°ENew Caledonia - Loyalty Islands - Mare - west of 168°E.�5�\(��5Q� �R@d� �|
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iNew Caledonia - east of 168°ENew Caledonia - east of 168°E onshore and offshore.�9�33333�3� �@e�\)� M� EPSG
hNew Caledonia - 162°E to 168°ENew Caledonia - between 162°E and 168°E onshore and offshore.�:s33333�-��\) � ��
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gNew Caledonia - west of 162°ENew Caledonia - west of 162°E onshore and offshore.�:�z�H�.�z�G�@c� @d@Q� ��L ��=EPSG
fNew Caledonia - Belep, Grande Terre, Ile des Pins, Loyalty IslandsNew Caledonia - Belep, Grande Terre, Ile des Pins, Loyalty Islands (Lifou, Mare, Ouvea).�6��G�{�3� @dqG�z�@ez�G�� g� EPSG
eSpain - mainland and Balearic Islands onshoreSpain - mainland, Balearic Islands, Ceuta and Melila - onshore.@A�G�z�@E�\)�"�p��
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dLatin America - 90°W to 84°W; N hemisphere and SIRGAS 2000 by countryLatin America - Central America and South America - between 90°W and 84°W, northern hemisphere, onshore and offshore.@9� �Q녦�T�\(��K ��kEPSG
cLatin America - 96°W to 90°W; N hemisphere and SIRGAS 2000 by countryLatin America - Central and South America - between 96°W and 90°W, northern hemisphere, onshore and offshore.��p
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�World - N hemisphere - 12°E to 18°E - by country and WGS 72BEBetween 12°E and 18°E, northern hemisphere between equator and 84°N, onshore and offshore. Chad - west of 18°E.T J
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�Greenland - 12°W to 6°WGreenland - 12°W to 6°W, onshore and offshore south of 84°N.@R� �Q�T� A� EPSG
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�Greenland - 24°W to 18°WGreenland - between 24°W and 18°W, onshore and offshore south of 84°N.@P������T�� A� EPSG
�Greenland - 30°W to 24°WGreenland - between 30°W and 24°W, onshore and offshore south of 84°N.@P=p��
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�Greenland - 36°W to 30°WGreenland - between 36°W and 30°W, onshore and offshore south of 84°N.@Nz�G�T�� A� EPSG
Greenland - 42°W to 36°WGreenland - between 42°W and 36°W, onshore and offshore south of 84°N.@LG�z�HT�� A� EPSG
~Greenland - 48°W to 42°WGreenland - between 48°W and 42°W, onshore and offshore south of 84°N.@L0��
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}Greenland - 54°W to 48°WGreenland - between 54°W and 48°W, onshore and offshore south of 84°N.@Ls33333T�� A� EPSG
|Greenland - 60°W to 54°WGreenland - between 60°W and 54°W, onshore and offshore south of 84°N.@Mtz�G�T��w A�EPSG
{Greenland - 66°W to 60°WGreenland - between 66°W and 60°W, onshore and offshore.@Q:�G�{@T�z�G���w A�EPSG
zGreenland - 72°W to 66°WGreenland - between 72°W and 66°W, onshore and offshore.@RO\(�@T9�������k
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yGreenland - west of 72°WGreenland - west of 72°W, onshore and offshore.@R�G�z�@S\(�õ��. Y�IEPSG
xSouth America - SIRGAS 1995 by countrySouth America - onshore and offshore. Ecuador (mainland and Galapagos) - onshore and offshore.�M�\(�@0� �\Mp��
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wBrazil - 36°W to 30°WBrazil - between 36°W and 30°W, northern and southern hemispheres, onshore and offshore.�7������@\(���=�p��
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5cEPSGtIraq - east of 48°EIraq - east of 48°E, onshore and offshore.@=������ 0@H` ҁ Y�EPSGSFrench Southern Territories - TromelinFrench Southern Territories - Tromelin onshore and offshore.�2���
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�� ˁH [�EPSG�Asia - Korea N and S - 128°E to 130°EDemocratic People's Republic of Korea (North Korea) and Republic of Korea (South Korea) - onshore between 128°E and 130°E.@A>�Q� @E�G�z� � � ʁh o�'EPSGzIraq - 29.7 to 31.4°N, 42°E to 43.9°E (map 19)Iraq - between UTM 3290000mN and 3470000mN (approximately 29°47'N and 31°21'N) and between 42°E and UTM 400000mE (approximately 43°56'E).@=� @?^�Q� *@E�(�\ Ɂ1 W�QEPSG^Portugal - Madeira and EEZ E of 18°WPortugal - Madeira, Porto Santo, Desertas and Selvagens islands and surrounding EEZ east of 18°W.@==p��
=@B:�G�{�(�\(� ȁM ?�EPSGDUSA - Michigan - SPCS - WUnited States (USA) - Michigan - counties of Baraga; Dickinson; Gogebic; Houghton; Iron; Keweenaw; Marquette; Menominee; Ontonagon.@F�� �Q�@H(�\)�V��G�{�T�(�\ �g
;wEPSG1Mexico - 96°W to 90°WMexico between 96°W and 90°W, onshore and offshore.@(333333�� Ƃ ?�EPSGSweden - Stockholm countySweden - Stockholm county. Municipalities of Botkyrka, Danderyd, Ekerö, Haninge, Huddinge, Järfälla, Lidingö, Nacka, Nynäshamn, Salem, Sigtuna, Sollentuna, Solna, Stockholm and Sundbyberg.@MXQ� �@N"�\(��@1@ @3�(�\ �[
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�USA - 120°W to 114°WUnited States (USA) - between 120°W and 114°W onshore and offshore - California, Idaho, Nevada, Oregon, Washington.@>�G�z�@H�G�zሎ�& 9�YEPSG
�USA - 126°W to 120°WUnited States (USA) - between 126°W and 120°W onshore and offshore - California; Oregon; Washington.@>�=p��
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�Canada - 114°W to 108°WCanada between 114°W and 108°W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.@H~�Q� T��� ?�WEPSG
�Canada - 108°W to 102°WCanada between 108°W and 102°W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.@H~�Q� T���5 ;�EPSG
�Canada - 66°W to 60°WCanada between 66°W and 60°W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Prince Edward Island, Quebec.@D �Q�T�ā ;�eEPSG
�Canada - 72°W to 66°WCanada between 72°W and 66°W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.@DffffffT��v
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�USA - 78°W to 72°WUnited States (USA) - between 78°W and 72°W onshore and offshore - Connecticut; Delaware; Maryland; Massachusetts; New Hampshire; New Jersey; New York; North Carolina; Pennsylvania; Virginia; Vermont.@<G�z�H@F��
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�Taiwan - 118°E to 120°ETaiwan, Republic of China - between 118°E and 120°E, onshore and offshore - Penghu (Pescadores) Islands.@2�G�z�@8�fffffvx�& ?�EEPSG
�Taiwan - 120°E to 122°ETaiwan, Republic of China - between 120°E and 122°E, onshore and offshore - Taiwan Island.@4h�\)@:�Q� �@]�\(�@^��
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/1EPSGPakistan - GambatPakistan - Gambat.@9�G�z�@;�� �Q�@Q\(�@QS33333� �mEPSGEurope - 28.5°E to 31.5°E onshore and S-42(58) by countryBulgaria and Romania - onshore east of 28°30'E.@E�� �Q�@F�Q� �@<� @=�p��
=�* ��EPSGEurope - 25.5°E to 28.5°E onshore and S-42(58) by countryBulgaria and Romania - onshore between 25°30'E and 28°30'E.@D��
=p�@H"�\(��@9� @<� � �]EPSGEurope - 22.5°E to 25.5°E onshore and S-42(83) by countryHungary and Slovakia - east of 22°30'E.@G�G�z�@H������@6� @6�fffff�S ��YEPSGEurope - 22.5°E to 25.5°E onshore and S-42(58) by countryBulgaria and Romania - between 22°30'E and 25°30'E. Hungary, Poland and Slovakia - east of 22°30'E.@D��Q� @K4z�G�@6� @9� �! �wEPSG Europe - 19.5°E to 22.5°E onshore and S-42(83) by countryHungary and Slovakia - between 19°30'E and 22°30'E.@G �����@H˅ �Q�@3� @6� �o ��EPSG
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�Europe - 16.5°E to 19.5°E onshore and S-42(58) by countryAlbania - onshore west of 19°30'E. Czechia - east of 16°30'E. Hungary and Poland - onshore between 16°30'E and 19°30'E. Slovakia - west of 19°30'E.@D� �R@Kq� �R@0� @3� �7 ��!EPSG
�Europe - 13.5°E to 16.5°E onshore and S-42(58) by countryCzechia - between 13°30'E and 16°30'E. Germany - states of former East Germany onshore - east of 13°30'E - Brandenburg; Mecklenburg-Vorpommern; Sachsen. Hungary and Poland - onshore west of 16°30'E.@GE �Q�@K\(�\@+ @0� �
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=p�@<� @=� �y e�EEPSGFinland - 27.5°E to 28.5°E onshore nominalFinland - nominally onshore between 27°30'E and 28°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N5\(�@Q�\(�@;� @<� �y e�EEPSGFinland - 26.5°E to 27.5°E onshore nominalFinland - nominally onshore between 26°30'E and 27°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N.z�G�@Q�33333@:� @;� �y e�EEPSGFinland - 25.5°E to 26.5°E onshore nominalFinland - nominally onshore between 25°30'E and 26°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N
=p��@Q|(�\@9� @:� �y e�EEPSGFinland - 24.5°E to 25.5°E onshore nominalFinland - nominally onshore between 24°30'E and 25°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@M�Q� �@Q9�����@8� @9� �y e�EEPSGFinland - 23.5°E to 24.5°E onshore nominalFinland - nominally onshore between 23°30'E and 24°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@M�z�G�@Q5\(�@7� @8� �y e�EEPSGFinland - 22.5°E to 23.5°E onshore nominalFinland - nominally onshore between 22°30'E and 23°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@M� @Q/\(�@6� @7� �y e�EEPSGFinland - 21.5°E to 22.5°E onshore nominalFinland - nominally onshore between 21°30'E and 22°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@M�G�z�@QS�
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)+EPSG)Iraq - onshoreIraq - onshore.@=\(�@B�� �R@Ce �Q�@HNz�G��J c�EPSG(Congo DR (Zaire) - south and 27°E to 29°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 27°E and 29°E.�*Ǯz�H��Q� � �J c�EPSG'Congo DR (Zaire) - south and 25°E to 27°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 25°E and 27°E.�'��G�{��\(��J c�EPSG&Congo DR (Zaire) - south and 23°E to 25°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 23°E and 25°E.�&��
=q�Q� �R�Q c�EPSG%Congo DR (Zaire) - south and 21°E to 23°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 21°E and 23°E.�&z�G�{��Q� �@7�\(�ÁC c�EPSG$Congo DR (Zaire) - south and 19°E to 21°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 19°E and 21°E.��(�\)c
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;=EPSG Moldova - east of 30°EMoldova - east of 30°E.@G/\(�@G<(�\ @>!G�z�X
;=EPSG Moldova - west of 30°EMoldova - west of 30°E.@F�Q� �@H<(�\@:�G�z� �- e�-EPSG Congo DR (Zaire) - Katanga - Lubumbashi areaThe Democratic Republic of the Congo (Zaire) - Katanga - Likasi-Lubumbashi area.�( �Q�&B�\(��@:aG�z�@;� �@ =�{EPSG Congo DR (Zaire) - southThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto - onshore and offshore.�*� �Q� G�z�H@'�z�G�@=�\(��# a� EPSG Congo DR (Zaire) - Katanga east of 28.5°EThe Democratic Republic of the Congo (Zaire) - Katanga east of 28°30'E.�*� �Q��\(�@<� @>Ǯz�H�3 g�7EPSGCongo DR (Zaire) - Katanga 26.5°E to 29.5°EThe Democratic Republic of the Congo (Zaire) - Katanga between 26°30'E and 29°30'E.�*�G�z��\(�@:� @=� �3 g�7EPSGCongo DR (Zaire) - Katanga 24.5°E to 27.5°EThe Democratic Republic of the Congo (Zaire) - Katanga between 24°30'E and 27°30'E.�((�\)��\(�@8� @;� �# a� EPSGCongo DR (Zaire) - Katanga west of 25.5°EThe Democratic Republic of the Congo (Zaire) - Katanga west of 25°30'E.�'p��
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msEPSG0Denmark - onshore Jutland east of 9°E and FunenDenmark - onshore - Jutland east of 9°E and Funen.@KU\(�@L�fffff @&�z�G�q
[]EPSG/Denmark - onshore Jutland west of 10°EDenmark - Jutland onshore west of 10°E.@Kffffff@L�� �R
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OcEPSGCNorway - onshore - 11°E to 12°ENorway - onshore - between 11°E and 12°E.@Mp��
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OcEPSGBNorway - onshore - 10°E to 11°ENorway - onshore - between 10°E and 11°E.@Ms33333@PQG�z�
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K_EPSG?Norway - onshore - 7°E to 8°ENorway - onshore - between 7°E and 8°E.@L�33333@O˅ �Q�@�\(�@ �Q녁
acEPSG>Sao Tome and Principe - onshore - PrincipeSao Tome and Principe - onshore - Principe.?��z�G�?�(�\)@ z�G�@ z�G��
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imEPSG<Germany - Schleswig-Holstein - east of 10.5°EGermany - Schleswig-Holstein - east of 10°30'E.@J�z�G�@KK� �Q�@$��G�{@&������h
EE EPSG;Germany - Schleswig-HolsteinGermany - Schleswig-Holstein@J������@K��z�H@ 333333@&�33333�z M�_EPSG:USA - 84°W to 78°W and GoM OCSUnited States (USA) - between 84°W and 78°W onshore and offshore - Florida; Georgia; Maryland; Michigan; New York; North Carolina; Ohio; Pennsylvania; South Carolina; Tennessee; Virginia; West Virginia; Gulf of Mexico outer continental shelf (GoM OCS) east of approximately 84°W - protraction areas Gainesville; Tarpon Springs; St Petersburg; Charlotte Harbor; Pulley Ridge; Dry Tortugas; Tortugas Valley; Miami; Key West.@7�\(�@G��
=q�U\(��S\(��( M�;EPSG9USA - 90°W to 84°W and GoM OCSUnited States (USA) - between 90°W and 84°W onshore and offshore - Alabama; Arkansas; Florida; Georgia; Indiana; Illinois; Kentucky; Louisiana; Michigan; Minnesota; Mississippi; Missouri; North Carolina; Ohio; Tennessee; Wisconsin; Gulf of Mexico outer continental shelf (GoM OCS) between approximately 90°W and 84°W - protraction areas Mobile; Viosca Knoll; Mississippi Canyon; Atwater Valley; Lund; Lund South; Pensacola; Destin Dome; De Soto Canyon; Lloyd Ridge; Henderson; Florida Plain; Campeche Escarpment; Apalachicola; Florida Middle Ground; The Elbow; Vernon Basin; Howell Hook; Rankin.@7�33333@H(�\)�V���
=q�T�=p��
�} M�eEPSG8USA - 96°W to 90°W and GoM OCSUnited States (USA) - between 96°W and 90°W - Arkansas; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Nebraska; Oklahoma; Tennessee; Texas; Wisconsin; Gulf of Mexico outer continental shelf (GoM OCS) between approximately 96°W and 90°W - protraction areas East Breaks; Alaminos Canyon; Garden Banks; Keathley Canyon; Sigsbee Escarpment; Ewing Bank; Green Canyon; Walker Ridge; Amery Terrace.@9�(�\@H���
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�B ��3EPSG6South America - 84°W to 78°W, S hemisphere and SIRGAS95 by countryEcuador (mainland whole country including areas in northern hemisphere and east of 78°W), onshore and offshore. In remainder of South America, between 84°W and 78°W, southern hemisphere, onshore and offshore.�L9�����?�333333��R�p��
=�H O�EPSG5USA - 102°W to 96°W and GoM OCSUnited States (USA) - between 102°W and 96°W. Iowa; Kansas; Minnesota; Nebraska; North Dakota; Oklahoma; South Dakota; Texas; Gulf of Mexico outer continental shelf (GoM OCS) west of approximately 96°W - protraction areas Corpus Christi; Port Isabel.@9�z�G�@H�G�z�W��z�Ho
KMEPSG4Norway - onshore - west of 6°ENorway - onshore - west of 6°E.@M(�\)@OQ� �R@�\(�@
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�'��g�{k� �6� � �h M�WEPSG]Portugal - Azores 30°W to 24°WPortugal - between 30°W and 24°W - central and eastern Azores - Graciosa, Terceira, Sao Jorge, Pico, Faial; Sao Miguel and Santa Maria islands and surrounding EEZ.@@\(��@Ez�G�{��j
MOEPSG\Norway - onshore - east of 30°ENorway - onshore - east of 30°E.@Q]p��
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OcEPSGZNorway - onshore - 29°E to 30°ENorway - onshore - between 29°E and 30°E.@QAG�z�@Q�(�\ @>�\(��u
OcEPSGYNorway - onshore - 28°E to 29°ENorway - onshore - between 28°E and 29°E.@QA� �R@Qə���� @=�\(��u
OcEPSGXNorway - onshore - 27°E to 28°ENorway - onshore - between 27°E and 28°E.@Qy�����@Q�(�\@<�\(��u
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OcEPSGTNorway - onshore - 24°E to 25°ENorway - onshore - between 24°E and 25°E.@Q% �Q�@Q��G�{@9�\(��u
OcEPSGSNorway - onshore - 23°E to 24°ENorway - onshore - between 23°E and 24°E.@Q'�z�H@Qə����@8�\(�ÁR i�sEPSGRIndonesia - Java, Java Sea and western SumatraIndonesia - Bali, Java and western Sumatra onshore, offshore southern Java Sea, Madura Strait and western Bali Sea.�!�� �R@�G�z�@W�=p��
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OcEPSGNNorway - onshore - 20°E to 21°ENorway - onshore - between 20°E and 21°E.@Q�z�H@Q��z�H@5�\(��u
OcEPSGMNorway - onshore - 19°E to 20°ENorway - onshore - between 19°E and 20°E.@Q �Q�@Q�fffff@4�\(��u
OcEPSGLNorway - onshore - 18°E to 19°ENorway - onshore - between 18°E and 19°E.@Q�\(��@Q��\(��@3�\(�Á$ i�EPSGKGermany - Schleswig-Holstein - west of 10.5°EGermany - Schleswig-Holstein - west of 10°30'E including Heligoland.@J�\(�@K�� �Q�@ 333333@% u
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OcEPSGHNorway - onshore - 15°E to 16°ENorway - onshore - between 15°E and 16°E.@P��\)@QXQ� �@0�\(��u
OcEPSGGNorway - onshore - 14°E to 15°ENorway - onshore - between 14°E and 15°E.@P� �R@QDz�G�@. �Q�u
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=q@% @'.z�G��e o�EPSGxIraq - 31.4°N to 33°N, east of 46.1°E (map 17)Iraq - between UTM 3470000mN and 3650000mN (approximately 31°21'N and 32°58'N) and east of UTM 600000mE (approximately 46°04'E).@?Tz�G�@@~�Q� @Gfffff@G�\(��
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=@HNz�G��f q�EPSGuIraq - 34.6°N to 36.2°N, west of 42.8°E (map 5)Iraq - between UTM 3830000mN and 4010000mN (approximately 34°35'N and 36°13'N) and west of UTM 300000mE (approximately 42°48'E).@AH�\)@B (�\@D�� �Q�@Eh�\)y
CiEPSGtBrazil - Santos and PelotasBrazil - offshore - Santos and Pelotas basins.�A��G�{�6��\)�J���
=q�D������0 y� EPSGsBrazil - Cumuruxatiba, Jequitinhonha and Camamu-AlmadaBrazil - offshore - Cumuruxatiba, Jequitinhonha and Camamu-Almada basins.�1�33333�* �Q�C�(�\�AL����́ _�EPSGrBrazil - Potiguar, Ceara and BarreirinhasBrazil - offshore - Potiguar, Ceara and Barreirinhas basins.� @
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[]EPSGnFrance - onshore - mainland and CorsicaFrance - onshore - mainland and Corsica.@D��z�H@I�� �R�z�G�{@#B�\(�Á A�EPSGmBrazil - Tucano and JatobaBrazil - Tucano North, Tucano Central, Tucano South and Jatoba basins.�(�=p��
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7 ���Q��@Nc _ � u�GEPSG�Iraq - 33°N to 34.6°N, 43.9°E to 46.1°E (map 11)Iraq - between UTM 3650000mN and 3830000mN (approximately 32°58'N and 34°35'N) and between UTM 400000mE and 600000mE (approximately 43°56'E and 46°04'E).@@}p��
=@AO\(�@E�33333@G������i q�'EPSG�Iraq - 33°N to 34.6°N, 42°E to 43.9°E (map 10)Iraq - between UTM 3650000mN and 3830000mN (approximately 32°58'N and 34°35'N) and between 42°E and UTM 400000mE (approximately 43°56'E).@@y�����@ANz�G�*@E�
=p�ׁp o�7EPSG�Iraq - 33°N to 34.6°N, 40.1°E to 42°E (map 9)Iraq - between UTM 3650000mN and 3830000mN (approximately 32°58'N and 34°35'N) and between UTM zone 37 600000mE (approximately 40°04'E) and 42°E.@@y�����@AL�����@D�\)*�R m�oEPSG�Iraq - 33°N to 34.6°N, west of 40.1°E (map 8)Iraq - north of UTM 3650000mN (approximately 32°58'N) and west of UTM zone 37 600000mE (approximately 40°04'E).@@}p��
=@@��Q� @Ce �Q�@D � �Q�; }�1EPSG�Korea, Republic of (South Korea) - 126°E to 128°E JejuRepublic of Korea (South Korea) - between 126°E and 128°E - Jeju island onshore.@@�� �R@@�z�G�@_�\(�@_���
=q�1 ��EPSG�Korea, Republic of (South Korea) - 130°E to 132°E onshoreRepublic of Korea (South Korea) - onshore between 130°E and 132°E.@B�� �R@B�\(�@`V�Q� @``Q� ��K m�aEPSG�Iraq - north of 36.2°N, east of 43.9°E (map 3)Iraq - north of UTM 4010000mN (approximately 36°13'N) and east of UTM 400000mE (approximatrely 43°56'E).@B (�\@B�=p��
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�= m�SEPSG�Iraq - 34.6°N to 36.2°N, east of 45°E (map 7)Iraq - between UTM 3830000mN and 4010000mN (approximately 34°35'N and 36°13'N) and east of 45°E.@AL�����@B �Q� -@G,����́N o�sEPSG�Iraq - north of 36.2°N, 42°E to 43.9°E (map 2)Iraq - north of UTM 4010000mN (approximately 36°13'N) and between 42°E and UTM 400000mE (approximately 43°56'E).@BQ� �@B�� �R*@E�� �R�G [�EPSG�Asia - Korea N and S - 126°E to 128°EDemocratic People's Republic of Korea (North Korea) and Republic of Korea (South Korea) - onshore between 126°E and 128°E.@@�� �R@D�fffff~ ��j s�'EPSG�Iraq - 34.6°N to 36.2°N, 42.8°E to 45°E (map 6)Iraq - between UTM 3830000mN and 4010000mN (approximately 34°35'N and 36°13'N) and between UTM 300000mE (approximately 42°48'E) and 45°E.@AK� �Q�@B �Q� @Eb�\(��-� i� EPSG�Iraq - north of 36.2°N, west of 42°E (map 1)Iraq - north of UTM 4010000mN (approximately 36°13'N and west of 42°E.@BQ� �@B` @D��\(��*�@ W�oEPSG�Asia - Korea N and S - west of 126°EDemocratic People's Republic of Korea (North Korea) and Republic of Korea (South Korea) - onshore west of 126°E.@@��Q� @Ds33333@_G�z�~�K o�_EPSG�Iraq - south of 29.7°N, east of 46.1°E (map 25)Iraq - south of UTM 3290000mN (approximately 29°47'N) and east of UTM 600000mE (approximately 46°04'E).@=\(�@=�p��
=@G�\(��@G��\(�ÁK o�_EPSGIraq - south of 29.7°N, west of 46.1°E (map 24)Iraq - south of UTM 3290000mN (approximately 29°47'N) and west of UTM 600000mE (approximately 46°04'E).@=
=p��@=� @E��Q� @G �Q녁k u�'EPSG~Iraq - 29.7°N to 31.4°N, 46.1°E to 48°E (map 21)Iraq - between UTM 3290000mN and 3470000mN (approximately 29°47'N and 31°21'N) and between UTM 600000mE (approximately 46°04'E) and 48°E.@=�Q� �@?^�Q� @G�
=p�0�i q�'EPSG}Iraq - 31.4°N to 33°N, 42°E to 43.9°E (map 15)Iraq - between UTM 3470000mN and 3650000mN (approximately 31°21'N and 32°58'N) and between 42°E and UTM 400000mE (approximately 43°56'E).@?Q� �R@@~�Q� *@E������� y�GEPSG|Iraq - 29.7°N to 31.4°N, 43.9°E to 46.1°E (map 20)Iraq - between UTM 3290000mN and 3470000mN (approximately 29°47'N and 31°21'N) and between UTM 400000mE and 600000mE (approximately 43°56'E and 46°04'E).@=��G�{@?^�Q� @E�Q� �@G�z�H�
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=?EPSG�Bhutan - Mongar districtBhutan - Mongar district.@:�z�G�@;�(�\@V������@V� �D �A EPSG�Europe - Ireland (Republic and Ulster) - on- and offshoreIreland - onshore. United Kingdom (UK) - Northern Ireland (Ulster) - onshore and offshore.@I�=p��
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=p����s w�?EPSGNorth America - 138°W to 132°W and NAD83 by countryNorth America - between 138°W and 132°W - onshore and offshore. Canada - British Columbia; Northwest Territiories; Yukon. United States (USA) - Alaska.@H�z�H@S��G�{�v�|
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=p�ׁ E� EPSGHUkraine - 34.5°E to 37.5°EUkraine - between 34°30'E and 37°30'E, onshore and offshore.@E��Q� @I� @A@ @B� o
;kEPSGGReunion - east of 54°EReunion - onshore and offshore - east of 54°E.�8�Q� ��2G�z�H6@M �Q� � E� EPSGFUkraine - 31.5°E to 34.5°EUkraine - between 31°30'E and 34°30'E, onshore and offshore.@E�
=p��@J0��
=q@?� @A@ � E� EPSGEUkraine - 28.5°E to 31.5°EUkraine - between 28°30'E and 31°30'E, onshore and offshore.@E�\(�@J\(�@<� @?� t
E]EPSGDUkraine - 25.5°E to 28.5°EUkraine - between 25°30'E and 28°30'E.@F�G�z�@I�Q� �@9� @<� t
E]EPSGCUkraine - 22.5°E to 25.5°EUkraine - between 22°30'E and 25°30'E.@G��G�{@I��G�{@6� @9� d
?CEPSGBUkraine - west of 22.5°EUkraine - west of 22°30'E.@H �Q� @H}p��
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;iEPSGAUkraine - east of 36°EUkraine - east of 36°E, onshore and offshore.@E�
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=}EPSG?Ukraine - 30°E to 36°EUkraine - between 30°E and 36°E, onshore and offshore.@E�
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KMEPSG9France - offshore MediterraneanFrance - offshore Mediterranean.@D�33333@EQ� @Q� �R@$\(��p
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={EPSGlChina - 126°E to 132°EChina - onshore and offshore between 126°E and 132°E.@=�33333@Je �Q�~ �q
={EPSGkChina - 120°E to 126°EChina - onshore and offshore between 120°E and 126°E.@8��
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={EPSGiChina - 108°E to 114°EChina - onshore and offshore between 108°E and 114°E.@0�33333@F�z�G�lrq
={EPSGhChina - 102°E to 108°EChina - onshore and offshore between 102°E and 108°E.@1� @E<(�\flS
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=q@7u\(��� O�1EPSGaCongo DR (Zaire) - 11°E to 13°EThe Democratic Republic of the Congo (Zaire) - west of 13°E onshore and offshore.�(�\)��z�G�@'�z�G�
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=}EPSGzJapan - 138°E to 144°EJapan - between 138°E and 144°E, onshore and offshore.@1�G�z�@Gfffff � �t
=}EPSGyJapan - 132°E to 138°EJapan - between 132°E and 138°E, onshore and offshore.@1
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SkEPSG�Germany - onshore 7.5°E to 10.5°EGermany - onshore between 7°30'E and 10°30'E.@G��\(��@K�� �Q�@ @% �Q�|
[oEPSG�New Zealand - offshore 180°W to 174°WNew Zealand - offshore between 180°W and 174°W.�J|(�\�9�G�z�L�R� q�EPSG�Indonesia - 132°E to 138°E, S hemisphere onshoreIndonesia - onshore south of equator and between 132°E and 138°E.� ��G�{�ҏ\(� � �� q�EPSG�Indonesia - 126°E to 132°E, S hemisphere onshoreIndonesia - onshore south of equator and between 126°E and 132°E.� �� �R~ �� q�EPSG�Indonesia - 120°E to 126°E, S hemisphere onshoreIndonesia - onshore south of equator and between 120°E and 126°E.�%�\(�x~� q�EPSG�Indonesia - 114°E to 120°E, S hemisphere onshoreIndonesia - onshore south of equator and between 114°E and 120°E.�$L�����rx� q�EPSG�Indonesia - 108°E to 114°E, S hemisphere onshoreIndonesia - onshore south of equator and between 108°E and 114°E.�!W
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=q��P _� EPSG�Arctic - 79°N to 67°N, 132°E to 138°WArctic - 79°N to 67°N, approximately 132°E to approximately 138°W. May be extended westwards or eastwards within the latitude limits.C@S���
=q ��v�S ]� EPSG�Arctic - 79°N to 67°N, 60°E to 150°EArctic - 79°N to 67°N, approximately 60°E to approximately 150°E. May be extended westwards or eastwards within the latitude limits.C@S���
=q<@b�Q� ��Y g� EPSG�Arctic - 84°30'N to 79°30'N, 95°W to 55°WArctic - between 84°30'N and 79°30'N, approximately 95°W to approximately 55°W. May be extended westwards within the latitude limits.@S� @U ��
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9IEPSG�Italy - Emilia-RomagnaItaly - Emilia-Romagna region.@E�p��
=@F�� �R@"aG�z�@)� �Q녁Q [�EPSG�Arctic - 79°N to 67°N, 12°W to 78°EArctic - 79°N to 67°N, approximately 12°W to approximately 78°E. May be extended westwards or eastwards within the latitude limits.C@S���
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=q�O Y�EPSG�Arctic - 79°N to 67°N, 84°W to 6°EArctic - 79°N to 67°N, approximately 84°W to approximately 6°E. May be extended westwards or eastwards within the latitude limits.C@S���
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=q�d��P _� EPSG�Arctic - 87°N to 75°N, 132°E to 138°WArctic - 87°N to 75°N, approximately 132°E to approximately 138°W. May be extended westwards or eastwards within the latitude limits.K@U���
=q ��v�\ i�!EPSG�Arctic - 84°30'N to 79°30'N, 135°W to 95°WArctic - between 84°30'N and 79°30'N, approximately 135°W to approximately 95°W. May be extended eastwards within the latitude limits.@S� @U ��
=q�y��S ]� EPSG�Arctic - 87°N to 75°N, 60°E to 150°EArctic - 87°N to 75°N, approximately 60°E to approximately 150°E. May be extended westwards or eastwards within the latitude limits.K@U���
=q<@b�Q� ��Q [�EPSG�Arctic - 87°N to 75°N, 12°W to 78°EArctic - 87°N to 75°N, approximately 12°W to approximately 78°E. May be extended westwards or eastwards within the latitude limits.K@U���
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=q�O Y�EPSG�Arctic - 87°N to 75°N, 84°W to 6°EArctic - 87°N to 75°N, approximately 84°W to approximately 6°E. May be extended westwards or eastwards within the latitude limits.K@U���
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� ;�EPSG�Brazil - 66°W to 60°WBrazil - between 66°W and 60°W, northern and southern hemispheres.�0G�z�H@ �Q� ��M��Q� �C K�sEPSG�Angola - offshore north of 8°SAngola - offshore north of 8°S - including blocks 0, 1, 2, 14, 15, 17, 18 north of 8°S and 32; onshore Soyo area.� �Q�333333@$�� �R@)�z�G�� ;�EPSG�Brazil - 72°W to 66°WBrazil - between 72°W and 66°W, northern and southern hemispheres.�&G�z�H@333333��P\(�]
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@a�Q� ��M ]� EPSG�Arctic - 87°N to 75°N, 156°W to 66°WArctic - 87°N to 75°N, approximately 156°W to approximately 66°W. May be extended westwards or eastwards within the latitude limits.K@U���
=q�d��F ]� EPSG�Arctic - 71°N to 59°N, 156°W to 66°WArctic - 71°N to 59°N, approximately 156°W to approximately 66°W. May be extended westwards or eastwards within the latitude limits.;G�d�
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=q ��e��z�H�q k�=EPSG�Arctic - 84°30'N to 79°30'N, 113°E to 153°EArctic - between 84°30'N and 79°30'N, approximately 113°E to approximately 153°E. May be extended westwards or eastwards within the latitude limits.@S� @U ��
=qq@c Q� ��o i�;EPSG�Arctic - 84°30'N to 79°30'N, 73°E to 113°EArctic - between 84°30'N and 79°30'N, approximately 73°E to approximately 113°E. May be extended westwards or eastwards within the latitude limits.@S� @U ��
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=q�m g�9EPSG�Arctic - 84°30'N to 79°30'N, 33°E to 73°EArctic - between 84°30'N and 79°30'N, approximately 33°E to approximately 73°E. May be extended westwards or eastwards within the latitude limits.@S� @U ��
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=q�( e�1EPSG�Arctic - 84°30'N to 79°30'N, 4°W to 36°EArctic - between 84°30'N and 79°30'N, approximately 4°W to approximately 36°E.@S� @U ��
=q�@BG�z�r k�=EPSG�Arctic - 84°30'N to 79°30'N, 174°W to 135°WArctic - between 84°30'N and 79°30'N, approximately 174°W to approximately 135°W. May be extended westwards or eastwards within the latitude limits.@S� @U ��
=q�R�`߮z�H�k k�=EPSG�Arctic - 87°50'N to 82°50'N, 120°E to 180°EArctic - between 87°50'N and 82°50'N, approximately 120°E to approximately 180°E. May be extended westwards or eastwards within the latitude limits.@T� �Q�@U� �Q�x ��o i�;EPSG�Arctic - 87°50'N to 82°50'N, 60°E to 120°EArctic - between 87°50'N and 82°50'N, approximately 60°E to approximately 120°E. May be extended westwards or eastwards within the latitude limits.@T� �Q�@U�\(�<@^ ��
=q�j e�7EPSG�Arctic - 87°50'N to 82°50'N, 0°E to 60°EArctic - between 87°50'N and 82°50'N, approximately 0°E to approximately 60°E. May be extended westwards or eastwards within the latitude limits.@T� �Q�@U�\(�@NG�z�c e�7EPSG�Arctic - 87°50'N to 82°50'N, 60°W to 0°EArctic - between 87°50'N and 82°50'N, approximately 60°W to approximately 0°E. May be extended westwards or eastwards within the latitude limits.@T� �Q�@U�\(�āh i�;EPSG�Arctic - 87°50'N to 82°50'N, 120°W to 60°WArctic - between 87°50'N and 82°50'N, approximately 120°W to approximately 60°W. May be extended westwards or eastwards within the latitude limits.@T� �Q�@U�\(��ā^ e� EPSG�Arctic - 84°30'N to 79°30'N, 32°W to 8°EArctic - between 84°30'N and 79°30'N, approximately 32°W to approximately 8°E. May be extended westwards within the latitude limits.@S� @U ��
=q�@ �Q녁I _� EPSG�Arctic - 71°N to 59°N, 132°E to 138°WArctic - 71°N to 59°N, approximately 132°E to approximately 138°W. May be extended westwards or eastwards within the latitude limits.;G ��v�k k�=EPSG�Arctic - 87°50'N to 82°50'N, 180°W to 120°WArctic - between 87°50'N and 82°50'N, approximately 180°W to approximately 120°W. May be extended westwards or eastwards within the latitude limits.@T� �Q�@U�\(��L��L ]� EPSG�Arctic - 71°N to 59°N, 60°E to 150°EArctic - 71°N to 59°N, approximately 60°E to approximately 150°E. May be extended westwards or eastwards within the latitude limits.;G<@b�Q� ��J [�EPSG�Arctic - 71°N to 59°N, 12°W to 78°EArctic - 71°N to 59°N, approximately 12°W to approximately 78°E. May be extended westwards or eastwards within the latitude limits.;G�@S���
=q �- e�-EPSG�Arctic - 81°10'N to 76°10'N, 4°W to 38°EArctic (Norway (Svalbard) onshore and offshore) - between 81°10'N and 76°10'N.@S
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=�f g�9EPSG�Arctic - 81°10'N to 76°10'N, 54°W to 24°WArctic - between 81°10'N and 76°10'N, approximately 54°W to approximately 24°W. May be extended westwards or eastwards within the latitude limits.@S
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@TJ�G�{��] y�EPSG�Arctic - 81°10'N to 76°10'N, Greenland west of 54°WArctic - between 81°10'N and 76°10'N, Greenland west of approximately 54°W. May be extended eastwards within the latitude limits.@S
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@TJ�G�{�ʁ^ s�EPSG�Arctic - 81°10'N to 76°10'N, Canada east of 84°WArctic - between 81°10'N and 76°10'N, Canada east of approximately 84°W. May be extended westwards within the latitude limits.@S
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@TJ�G�{��P1� �R�f g�9EPSG�Arctic - 81°10'N to 76°10'N, 84°W to 54°WArctic - between 81°10'N and 76°10'N, approximately 84°W to approximately 54°W. May be extended westwards or eastwards within the latitude limits.@S
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@TJ�G�{�ʁh i�;EPSG�Arctic - 81°10'N to 76°10'N, 114°W to 84°WArctic - between 81°10'N and 76°10'N, approximately 114°W to approximately 84°W. May be extended westwards or eastwards within the latitude limits.@S
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OcEPSG�Norway - onshore - 24°E to 30°ENorway - onshore - between 24°E and 30°E.@Q% �Q�@Q�\(�@>�\(��u
OcEPSG�Norway - onshore - 18°E to 24°ENorway - onshore - between 18°E and 24°E.@Q�\(��@Qə����@8�\(��u
OcEPSG�Norway - onshore - 12°E to 18°ENorway - onshore - between 12°E and 18°E.@M��
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MaEPSG�Norway - onshore - 6°E to 12°ENorway - onshore - between 6°E and 12°E.@L�33333@P� �Q�@( �Q녁^ k�#EPSG�Arctic - 81°10'N to 76°10'N, 144°W to 114°WArctic - between 81°10'N and 76°10'N, approximately 144°W to approximately 114°W. May be extended eastwards within the latitude limits.@S
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@TJ�G�{�p��l k�=EPSG�Arctic - 81°10'N to 76°10'N, 169°W to 138°WArctic - between 81°10'N and 76°10'N, approximately 169°W to approximately 138°W. May be extended westwards or eastwards within the latitude limits.@S
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@TJ�G�{�W�v�r k�=EPSG�Arctic - 81°10'N to 76°10'N, 160°E to 169°WArctic - between 81°10'N and 76°10'N, approximately 160°E to approximately 169°W. May be extended westwards or eastwards within the latitude limits.@S
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@TJ�G�{ ��e �z�H� k�yEPSG�Arctic - 81°10'N to 76°10'N, 129°E to 160°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 129°E to approximately 160°E. May be extended westwards or eastwards within the latitude limits.@S
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i�wEPSG�Arctic - 81°10'N to 76°10'N, 98°E to 129°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 98°E to approximately 129°E. May be extended westwards or eastwards within the latitude limits.@S
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@TJ�G�{b@` Q� �� g�uEPSG�Arctic - 81°10'N to 76°10'N, 67°E to 98°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 67°E to approximately 98°E. May be extended westwards or eastwards within the latitude limits.@S
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=q �| +�EPSG�UAE - Abu DhabiUnited Arab Emirates (UAE) - Abu Dhabi onshore and offshore.@6�G�z�@9��
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7cEPSGeUSA - Oregon - EugeneUnited States (USA) - Oregon - Eugene area.@EQ� @FZ�G�{�^�33333�^�� �Q� ݁ q�EPSGKNorthern Mariana Islands - Rota, Saipan and TinianNorthern Mariana Islands - onshore - Rota, Saipan and Tinian.@, �Q� @.�33333@b!� �R@b<z�G� �_
;=EPSG/Colombia - Leticia cityColombia - Leticia city.�� �Q��z�G��Q~�Q� �Qz�G�{ ہh i�;EPSGArctic - 71°10'N to 66°10'N, 103°W to 84°WArctic - between 71°10'N and 66°10'N, approximately 103°W to approximately 84°W. May be extended westwards or eastwards within the latitude limits.@P�=p��
@Q��G�{�� ځq k�=EPSG Arctic - 74°30'N to 69°30'N, 106°E to 127°EArctic - between 74°30'N and 69°30'N, approximately 106°E to approximately 127°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
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=q h i�;EPSG�Arctic - 77°50'N to 72°50'N, 116°W to 91°WArctic - between 77°50'N and 72°50'N, approximately 116°W to approximately 91°W. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(���
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=q�m g�9EPSG�Arctic - 74°30'N to 69°30'N, 64°E to 85°EArctic - between 74°30'N and 69°30'N, approximately 64°E to approximately 85°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
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=q�m g�9EPSG�Arctic - 74°30'N to 69°30'N, 44°E to 64°EArctic - between 74°30'N and 69°30'N, approximately 44°E to approximately 64°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
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=q�m g�9EPSG�Arctic - 74°30'N to 69°30'N, 24°E to 44°EArctic - between 74°30'N and 69°30'N, approximately 24°E to approximately 44°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q@FG�z�k e�7EPSG�Arctic - 74°30'N to 69°30'N, 4°E to 24°EArctic - between 74°30'N and 69°30'N, approximately 4°E to approximately 24°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q@8�\(�Ár k�=EPSG�Arctic - 77°50'N to 72°50'N, 166°E to 169°WArctic - between 77°50'N and 72°50'N, approximately 166°E to approximately 169°W. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(� ��e �z�H�r k�=EPSG�Arctic - 77°50'N to 72°50'N, 142°E to 166°EArctic - between 77°50'N and 72°50'N, approximately 142°E to approximately 166°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(� �@d�Q� ��q k�=EPSG�Arctic - 77°50'N to 72°50'N, 118°E to 142°EArctic - between 77°50'N and 72°50'N, approximately 118°E to approximately 142°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(�v@a�Q� ��o i�;EPSG�Arctic - 77°50'N to 72°50'N, 94°E to 118°EArctic - between 77°50'N and 72°50'N, approximately 94°E to approximately 118°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(�^@]���
=q�m g�9EPSG�Arctic - 77°50'N to 72°50'N, 70°E to 94°EArctic - between 77°50'N and 72°50'N, approximately 70°E to approximately 94°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(�F@W���
=q�m g�9EPSG�Arctic - 77°50'N to 72°50'N, 46°E to 70°EArctic - between 77°50'N and 72°50'N, approximately 46°E to approximately 70°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(�.@Q���
=q�m g�9EPSG�Arctic - 77°50'N to 72°50'N, 22°E to 46°EArctic - between 77°50'N and 72°50'N, approximately 22°E to approximately 46°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(�@GG�z�k e�7EPSG�Arctic - 77°50'N to 72°50'N, 2°W to 22°EArctic - between 77°50'N and 72°50'N, approximately 2°W to approximately 22°E. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(��@6�\(�ÁW e� EPSG�Arctic - 77°50'N to 72°50'N, 26°W to 2°WArctic - between 77°50'N and 72°50'N, approximately 26°W to approximately 2°W. May be extended westwards within the latitude limits.@R5 �Q�@Su\(��f g�9EPSG�Arctic - 77°50'N to 72°50'N, 51°W to 26°WArctic - between 77°50'N and 72°50'N, approximately 51°W to approximately 26°W. May be extended westwards or eastwards within the latitude limits.@R5 �Q�@Su\(���Y g� EPSG�Arctic - 77°50'N to 72°50'N, 76°W to 51°WArctic - between 77°50'N and 72°50'N, approximately 76°W to approximately 51°W. May be extended eastwards within the latitude limits.@R5 �Q�@Su\(��́Y g� EPSG�Arctic - 77°50'N to 72°50'N, 91°W to 67°WArctic - between 77°50'N and 72°50'N, approximately 91°W to approximately 67°W. May be extended westwards within the latitude limits.@R5 �Q�@Su\(���
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@Q��G�{�s��_ k�#EPSGArctic - 71°10'N to 66°10'N, 156°W to 138°WArctic - between 71°10'N and 66°10'N, approximately 156°W to approximately 138°W. May be extended westwards within the latitude limits.@P�=p��
@Q��G�{�d�v�_ k�#EPSGArctic - 71°10'N to 66°10'N, 174°W to 156°WArctic - between 71°10'N and 66°10'N, approximately 174°W to approximately 156°W. May be extended eastwards within the latitude limits.@P�=p��
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=q��f g�9EPSG Arctic - 74°30'N to 69°30'N, 52°W to 32°WArctic - between 74°30'N and 69°30'N, approximately 52°W to approximately 32°W. May be extended westwards or eastwards within the latitude limits.@Q` @R���
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=q�Q��\)�I��Q� �Y g� EPSG Arctic - 74°30'N to 69°30'N, 81°W to 61°WArctic - between 74°30'N and 69°30'N, approximately 81°W to approximately 61°W. May be extended westwards within the latitude limits.@Q` @R���
=q�Áh i�;EPSGArctic - 74°30'N to 69°30'N, 101°W to 81°WArctic - between 74°30'N and 69°30'N, approximately 101°W to approximately 81°W. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q���j k�=EPSGArctic - 74°30'N to 69°30'N, 121°W to 101°WArctic - between 74°30'N and 69°30'N, approximately 121°W to approximately 101°W. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q���^ k�#EPSGArctic - 74°30'N to 69°30'N, 141°W to 121°WArctic - between 74°30'N and 69°30'N, approximately 141°W to approximately 121°W. May be extended eastwards within the latitude limits.@Q` @R���
=q�s��_ k�#EPSGArctic - 74°30'N to 69°30'N, 157°W to 137°WArctic - between 74°30'N and 69°30'N, approximately 157°W to approximately 137°W. May be extended westwards within the latitude limits.@Q` @R���
=q�c�w�_ k�#EPSGArctic - 74°30'N to 69°30'N, 173°W to 153°WArctic - between 74°30'N and 69°30'N, approximately 173°W to approximately 153°W. May be extended eastwards within the latitude limits.@Q` @R���
=q�S�g�l k�=EPSGArctic - 74°30'N to 69°30'N, 169°E to 169°WArctic - between 74°30'N and 69°30'N, approximately 169°E to approximately 169°W. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q ��W�r k�=EPSGArctic - 74°30'N to 69°30'N, 148°E to 169°EArctic - between 74°30'N and 69°30'N, approximately 148°E to approximately 169°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q �@e Q� ��k k�=EPSGArctic - 74°30'N to 69°30'N, 127°E to 148°EArctic - between 74°30'N and 69°30'N, approximately 127°E to approximately 148°E. May be extended westwards or eastwards within the latitude limits.@Q` @R���
=q � �j k�=EPSGArctic - 71°10'N to 66°10'N, 122°W to 103°WArctic - between 71°10'N and 66°10'N, approximately 122°W to approximately 103°W. May be extended westwards or eastwards within the latitude limits.@P�=p��
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%#geodetic_crsIGNFRGTAAF07GDDIGNF=IGNF/��
%#geodetic_crsIGNFRGTAAFGEODDIGNF=IGNF,��
% geodetic_crsIGNFRGSPM06GIGNF<IGNF.��
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%%geodetic_crsIGNFRGSPM06GEODDIGNF<IGNF.��
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% geodetic_crsIGNFRGAF09GEOIGNF9IGNF+��v
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% geodetic_crsIGNFRGAF09GDDIGNF9IGNF+��s
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% geodetic_crsIGNFREUN47GEOIGNF8IGNF+��p
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% geodetic_crsIGNFRGWF96GEOIGNF7IGNF/��n
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% geodetic_crsIGNFRANGI59GIGNF5IGNF,��h
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%geodetic_crsIGNFRAIV54GIGNF4IGNF+��e
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% geodetic_crsIGNFPMARP55GIGNF2IGNF
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9=helmert_transformationIGNFTSG684_ATIGG_TO_WGS84GDDIGNFUIGNF=��|
9+helmert_transformationIGNFTSG684_ATI_4978IGNFUIGNF?��{
9/helmert_transformationIGNFTSG684_ATI_RRAF91IGNFUIGNF>��z
9-helmert_transformationIGNFTSG684_ATI_WGS84IGNFUIGNF>��y
9-helmert_transformationIGNFTSG684_ATIG_4978IGNFUIGNF@��x
91helmert_transformationIGNFTSG684_ATIG_RRAF91IGNFUIGNF4��w
9helmert_transformationIGNFTSG684IGNFUIGNFB��v
95helmert_transformationIGNFTSG681_ATIGG_TO_4326IGNFIGNFD��u
99helmert_transformationIGNFTSG681_ATIGG_TO_WGS84GIGNFIGNFF��t
9=helmert_transformationIGNFTSG681_ATIGG_TO_WGS84GDDIGNFIGNF=��s
9+helmert_transformationIGNFTSG681_ATI_4978IGNFIGNF?��r
9/helmert_transformationIGNFTSG681_ATI_RRAF91IGNFIGNF>��q
9-helmert_transformationIGNFTSG681_ATI_WGS84IGNFIGNF>��p
9-helmert_transformationIGNFTSG681_ATIG_4978IGNFIGNF@��o
91helmert_transformationIGNFTSG681_ATIG_RRAF91IGNFIGNF4��n
9helmert_transformationIGNFTSG681IGNFIGNFB��m
95helmert_transformationIGNFTSG683_ATIGG_TO_NTFGIGNFUIGNF<��l
9)helmert_transformationIGNFTSG683_ATI_NTFIGNFUIGNF4��k
9helmert_transformationIGNFTSG683IGNFUIGNFB��j
95helmert_transformationIGNFTSG682_ATIGG_TO_NTFGIGNFIGNF<��i
9)helmert_transformationIGNFTSG682_ATI_NTFIGNFIGNF4��h
9helmert_transformationIGNFTSG682IGNFIGNF+��g
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97helmert_transformationIGNFTSG1214_ETRS89_RRAF91IGNFIGNF 5��3
9helmert_transformationIGNFTSG1214IGNFIGNF O��2
9Ohelmert_transformationIGNFTSG518_EFATE57GEO_TO_WGS84RRAFGEOIGNF\IGNFK��1
9Ghelmert_transformationIGNFTSG518_EFATE57GEO_TO_WGS84GEOIGNF\IGNFM��0
9Khelmert_transformationIGNFTSG518_EFATE57GEO_TO_WGS84GEODDIGNF\IGNFE��/
9;helmert_transformationIGNFTSG518_EFATE57G_TO_4326IGNF\IGNFG��.
9?helmert_transformationIGNFTSG518_EFATE57G_TO_WGS84GIGNF\IGNFI��-
9Chelmert_transformationIGNFTSG518_EFATE57G_TO_WGS84GDDIGNF\IGNFA��,
93helmert_transformationIGNFTSG518_EFATE57_4978IGNF\IGNFC��+
97helmert_transformationIGNFTSG518_EFATE57_RRAF91IGNF\IGNF4��*
9helmert_transformationIGNFTSG518IGNF\IGNFM��)
9Khelmert_transformationIGNFTSG348_WGS72GEO_TO_WGS84RRAFGEOIGNF[IGNFI��(
9Chelmert_transformationIGNFTSG348_WGS72GEO_TO_WGS84GEOIGNF[IGNFK��'
9Ghelmert_transformationIGNFTSG348_WGS72GEO_TO_WGS84GEODDIGNF[IGNFC��&
97helmert_transformationIGNFTSG348_WGS72G_TO_4326IGNF[IGNFE��%
9;helmert_transformationIGNFTSG348_WGS72G_TO_WGS84GIGNF[IGNFG��$
9?helmert_transformationIGNFTSG348_WGS72G_TO_WGS84GDDIGNF[IGNF?��#
9/helmert_transformationIGNFTSG348_WGS72_4978IGNF[IGNFA��"
93helmert_transformationIGNFTSG348_WGS72_RRAF91IGNF[IGNF4��!
9helmert_transformationIGNFTSG348IGNF[IGNF2��
3grid_transformationIGNFTSG1156IGNF<IGNFH��
9Ahelmert_transformationIGNFTSG417_C67IG95G_TO_RGFG95GIGNFZIGNFJ��
9Ehelmert_transformationIGNFTSG417_C67IG95G_TO_RGFG95GDDIGNFZIGNF4��
9helmert_transformationIGNFTSG417IGNFZIGNFN��
9Khelmert_transformationIGNFTSG590_CSG67GEO_TO_WGS84RRAFGEOEPSG�IGNFJ��
9Chelmert_transformationIGNFTSG590_CSG67GEO_TO_WGS84GEOEPSG�IGNFL��
9Ghelmert_transformationIGNFTSG590_CSG67GEO_TO_WGS84GEODDEPSG�IGNFD��
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9/helmert_transformationIGNFTSG590_CSG67_4978EPSG�IGNFB��
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9helmert_transformationIGNFTSG590EPSG�IGNFD��
99helmert_transformationIGNFTSG642_MAYO50G_TO_4326IGNFYIGNFF��
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9Ahelmert_transformationIGNFTSG642_MAYO50G_TO_WGS84GDDIGNFYIGNFN��
9Mhelmert_transformationIGNFTSG642_MAYO50GEO_TO_WGS84RRAFGEOIGNFYIGNFJ��
9Ehelmert_transformationIGNFTSG642_MAYO50GEO_TO_WGS84GEOIGNFYIGNFL��
9Ihelmert_transformationIGNFTSG642_MAYO50GEO_TO_WGS84GEODDIGNFYIGNF@��
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9helmert_transformationIGNFTSG642IGNFYIGNFF��
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9Ahelmert_transformationIGNFTSG787_MAYO50G_TO_RGM04GDDIGNFYIGNFJ��
9Ehelmert_transformationIGNFTSG787_MAYO50GEO_TO_RGM04GEOIGNFYIGNFL��
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9helmert_transformationIGNFTSG787IGNFYIGNFI��
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9Ghelmert_transformationIGNFTSG786_CAD97GEO_TO_RGM04GEODDIGNFYIGNFE��
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9?helmert_transformationIGNFTSG786_CAD97G_TO_RGM04GDDIGNFYIGNF4��
9helmert_transformationIGNFTSG786IGNFYIGNF2��
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9helmert_transformationIGNFTSG465IGNF_IGNFN��c
9Mhelmert_transformationIGNFTSG592_GUAD48GEO_TO_WGS84RRAFGEOIGNF^IGNFJ��b
9Ehelmert_transformationIGNFTSG592_GUAD48GEO_TO_WGS84GEOIGNF^IGNFL��a
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9?helmert_transformationIGNFTSG592_GUADANNG_TO_WGS84GIGNF^IGNFH��\
9Ahelmert_transformationIGNFTSG592_GUAD48G_TO_WGS84GDDIGNF^IGNFI��[
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91helmert_transformationIGNFTSG592_GUAD48_4978IGNF^IGNFB��Y
95helmert_transformationIGNFTSG592_GUAD48_RRAF91IGNF^IGNFA��X
93helmert_transformationIGNFTSG592_GUAD48_WGS84IGNF^IGNFA��W
93helmert_transformationIGNFTSG592_GUADANN_4978IGNF^IGNFC��V
97helmert_transformationIGNFTSG592_GUADANN_RRAF91IGNF^IGNF4��U
9helmert_transformationIGNFTSG592IGNF^IGNFP��T
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9;helmert_transformationIGNFTSG464_GUADFMG_TO_RRAFGIGNF]IGNFM��L
9Khelmert_transformationIGNFTSG464_GUAFM48G_TO_WGS84MARTGDDIGNF]IGNFH��K
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9?helmert_transformationIGNFTSG464_GUADFM49_WGS84GUADIGNF]IGNFB��G
95helmert_transformationIGNFTSG464_GUADFM49_RRAFIGNF]IGNFE��F
9;helmert_transformationIGNFTSG464_GUADFM_WGS84GUADIGNF]IGNF4��E
9helmert_transformationIGNFTSG464IGNF]IGNFD��D
99helmert_transformationIGNFTSG709_ED50GEO_TO_4326IGNF[IGNF F��C
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95helmert_transformationIGNFTSG709_ED50G_TO_4326IGNF[IGNF D��A
99helmert_transformationIGNFTSG709_ED50G_TO_WGS84GIGNF[IGNF H��@
9Ahelmert_transformationIGNFTSG709_ED50GEO_TO_WGS84GDDIGNF[IGNF F��?
9=helmert_transformationIGNFTSG709_ED50G_TO_WGS84GDDIGNF[IGNF >��>
9-helmert_transformationIGNFTSG709_ED50_4978IGNF[IGNF @��=
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9helmert_transformationIGNFTSG709IGNF[IGNF O��;
9Ohelmert_transformationIGNFTSG1214_ETRS89GEO_TO_WGS84RRAFGEOIGNFIGNF K��:
9Ghelmert_transformationIGNFTSG1214_ETRS89GEO_TO_WGS84GEOIGNFIGNF M��9
9Khelmert_transformationIGNFTSG1214_ETRS89GEO_TO_WGS84GEODDIGNFIGNF E��8
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9?helmert_transformationIGNFTSG1214_ETRS89G_TO_WGS84GIGNFIGNF I��6
9Chelmert_transformationIGNFTSG1214_ETRS89G_TO_WGS84GDDIGNFIGNF
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9Ihelmert_transformationIGNFTSG606_NUKU72GEO_TO_WGS84GEODDIGNFiIGNF@��
91helmert_transformationIGNFTSG606_NUKU72_4978IGNFiIGNFB��
95helmert_transformationIGNFTSG606_NUKU72_RRAF91IGNFiIGNF4��
9helmert_transformationIGNFTSG606IGNFiIGNFF��
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9Ahelmert_transformationIGNFTSG1010_NUKU72G_TO_RGPFGDDIGNFhIGNFJ��
9Ehelmert_transformationIGNFTSG1010_NUKU72GEO_TO_RGPFGEOIGNFhIGNF5��
9helmert_transformationIGNFTSG1010IGNFhIGNFF��
9=helmert_transformationIGNFTSG1009_NUKU72G_TO_RGPFGIGNFgIGNFH��
9Ahelmert_transformationIGNFTSG1009_NUKU72G_TO_RGPFGDDIGNFgIGNFJ��
9Ehelmert_transformationIGNFTSG1009_NUKU72GEO_TO_RGPFGEOIGNFgIGNF5��
9helmert_transformationIGNFTSG1009IGNFgIGNFF��
9=helmert_transformationIGNFTSG1007_NUKU72G_TO_RGPFGIGNFfIGNFH��
9Ahelmert_transformationIGNFTSG1007_NUKU72G_TO_RGPFGDDIGNFfIGNFJ��
9Ehelmert_transformationIGNFTSG1007_NUKU72GEO_TO_RGPFGEOIGNFfIGNF5��
9helmert_transformationIGNFTSG1007IGNFfIGNF2��
3grid_transformationIGNFTSG1195IGNFeIGNF2��
3grid_transformationIGNFTSG1185IGNFdIGNFI��
9Chelmert_transformationIGNFTSG1008_IGN63GEO_TO_RGPFGEOIGNFcIGNFE��
9;helmert_transformationIGNFTSG1008_IGN63G_TO_RGPFGIGNFcIGNFF��
9=helmert_transformationIGNFTSG1008_ATUO63G_TO_RGPFGIGNFcIGNFG��
9?helmert_transformationIGNFTSG1008_IGN63G_TO_RGPFGDDIGNFcIGNFH��
9Ahelmert_transformationIGNFTSG1008_ATUO63G_TO_RGPFGDDIGNFcIGNF@��~
91helmert_transformationIGNFTSG1008_IGN63_RGPFIGNFcIGNF5��}
9helmert_transformationIGNFTSG1008IGNFcIGNFI��|
9Chelmert_transformationIGNFTSG1006_IGN63GEO_TO_RGPFGEOIGNFbIGNFE��{
9;helmert_transformationIGNFTSG1006_IGN63G_TO_RGPFGIGNFbIGNFF��z
9=helmert_transformationIGNFTSG1006_ATUO63G_TO_RGPFGIGNFbIGNFG��y
9?helmert_transformationIGNFTSG1006_IGN63G_TO_RGPFGDDIGNFbIGNFH��x
9Ahelmert_transformationIGNFTSG1006_ATUO63G_TO_RGPFGDDIGNFbIGNF@��w
91helmert_transformationIGNFTSG1006_IGN63_RGPFIGNFbIGNF5��v
9helmert_transformationIGNFTSG1006IGNFbIGNF2��u
3grid_transformationIGNFTSG1148IGNFaIGNF2��t
3grid_transformationIGNFTSG1150IGNF`IGNFN��s
9Mhelmert_transformationIGNFTSG465_GUAD48GEO_TO_WGS84GUADGEOIGNF_IGNFI��r
9Chelmert_transformationIGNFTSG465_GUAD48GEO_TO_RRAFGEOIGNF_IGNFN��q
9Mhelmert_transformationIGNFTSG465_GUAD48GEO_TO_W84MARTGEODDIGNF_IGNFK��p
9Ghelmert_transformationIGNFTSG465_GUAD48GEO_TO_RRAFGEODDIGNF_IGNFJ��o
9Ehelmert_transformationIGNFTSG465_GUAD48G_TO_WGS84MARTGIGNF_IGNFE��n
9;helmert_transformationIGNFTSG465_GUAD48G_TO_RRAFGIGNF_IGNFK��m
9Ghelmert_transformationIGNFTSG465_GUADANNG_TO_WGS84MARTGIGNF_IGNFF��l
9=helmert_transformationIGNFTSG465_GUADANNG_TO_RRAFGIGNF_IGNFL��k
9Ihelmert_transformationIGNFTSG465_GUAD48G_TO_WGS84MARTGDDIGNF_IGNF
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9Ehelmert_transformationIGNFTSG761_MARQUI72G_TO_WGS84GDDIGNFyIGNFB��]
95helmert_transformationIGNFTSG761_MARQUI72_4978IGNFyIGNFD��\
99helmert_transformationIGNFTSG761_MARQUI72_RRAF91IGNFyIGNF4��[
9helmert_transformationIGNFTSG761IGNFyIGNFF��Z
9=helmert_transformationIGNFTSG760_MARQUI72G_TO_4326IGNFxIGNFH��Y
9Ahelmert_transformationIGNFTSG760_MARQUI72G_TO_WGS84GIGNFxIGNFJ��X
9Ehelmert_transformationIGNFTSG760_MARQUI72G_TO_WGS84GDDIGNFxIGNFB��W
95helmert_transformationIGNFTSG760_MARQUI72_4978IGNFxIGNFD��V
99helmert_transformationIGNFTSG760_MARQUI72_RRAF91IGNFxIGNF4��U
9helmert_transformationIGNFTSG760IGNFxIGNFE��T
9;helmert_transformationIGNFTSG727_MARE53G_TO_RGNCGIGNFwIGNF4��S
9helmert_transformationIGNFTSG727IGNFwIGNFE��R
9;helmert_transformationIGNFTSG782_RAIA53G_TO_RGPFGIGNFvIGNFF��Q
9=helmert_transformationIGNFTSG782_TAHAA53G_TO_RGPFGIGNFvIGNFG��P
9?helmert_transformationIGNFTSG782_RAIA53G_TO_RGPFGDDIGNFvIGNFH��O
9Ahelmert_transformationIGNFTSG782_TAHAA53G_TO_RGPFGDDIGNFvIGNF@��N
91helmert_transformationIGNFTSG782_RAIA53_RGPFIGNFvIGNF4��M
9helmert_transformationIGNFTSG782IGNFvIGNFE��L
9;helmert_transformationIGNFTSG781_RAIA53G_TO_RGPFGIGNFuIGNFF��K
9=helmert_transformationIGNFTSG781_TAHAA53G_TO_RGPFGIGNFuIGNFG��J
9?helmert_transformationIGNFTSG781_RAIA53G_TO_RGPFGDDIGNFuIGNFH��I
9Ahelmert_transformationIGNFTSG781_TAHAA53G_TO_RGPFGDDIGNFuIGNF@��H
91helmert_transformationIGNFTSG781_RAIA53_RGPFIGNFuIGNF4��G
9helmert_transformationIGNFTSG781IGNFuIGNFE��F
9;helmert_transformationIGNFTSG780_RAIA53G_TO_RGPFGIGNFtIGNFF��E
9=helmert_transformationIGNFTSG780_TAHAA53G_TO_RGPFGIGNFtIGNFG��D
9?helmert_transformationIGNFTSG780_RAIA53G_TO_RGPFGDDIGNFtIGNFH��C
9Ahelmert_transformationIGNFTSG780_TAHAA53G_TO_RGPFGDDIGNFtIGNF@��B
91helmert_transformationIGNFTSG780_RAIA53_RGPFIGNFtIGNF4��A
9helmert_transformationIGNFTSG780IGNFtIGNFE��@
9;helmert_transformationIGNFTSG779_RAIA53G_TO_RGPFGIGNFsIGNFF��?
9=helmert_transformationIGNFTSG779_TAHAA53G_TO_RGPFGIGNFsIGNFG��>
9?helmert_transformationIGNFTSG779_RAIA53G_TO_RGPFGDDIGNFsIGNFH��=
9Ahelmert_transformationIGNFTSG779_TAHAA53G_TO_RGPFGDDIGNFsIGNF@��<
91helmert_transformationIGNFTSG779_RAIA53_RGPFIGNFsIGNF4��;
9helmert_transformationIGNFTSG779IGNFsIGNF2��:
3grid_transformationIGNFTSG1246IGNFrIGNF2��9
3grid_transformationIGNFTSG1243IGNFrIGNF2��8
3grid_transformationIGNFTSG1166IGNFrIGNF2��7
3grid_transformationIGNFTSG1179IGNFrIGNF2��6
3grid_transformationIGNFTSG1160IGNF8IGNF2��5
3grid_transformationIGNFTSG1154IGNFqIGNF2��4
3grid_transformationIGNFTSG1248IGNFqIGNF2��3
3grid_transformationIGNFTSG1182IGNFqIGNF2��2
3grid_transformationIGNFTSG1169IGNFpIGNF2��1
3grid_transformationIGNFTSG1249IGNFpIGNF2��0
3grid_transformationIGNFTSG1181IGNFoIGNF2��/
3grid_transformationIGNFTSG1244IGNFnIGNF2��.
3grid_transformationIGNFTSG1178IGNFnIGNF2��-
3grid_transformationIGNFTSG1247IGNFmIGNF2��,
3grid_transformationIGNFTSG1167IGNFmIGNF2��+
3grid_transformationIGNFTSG1245IGNFmIGNF2��*
3grid_transformationIGNFTSG1180IGNFmIGNF2��)
3grid_transformationIGNFTSG1165IGNFkIGNF2��(
3grid_transformationIGNFTSG1242IGNFlIGNF2��'
3grid_transformationIGNFTSG1177IGNFkIGNF2��&
3grid_transformationIGNFTSG1155IGNF'IGNF2��%
3grid_transformationIGNFTSG1241IGNF'IGNF2��$
3grid_transformationIGNFTSG1176IGNF'IGNFD��#
99helmert_transformationIGNFTSG751_NUKU72G_TO_4326IGNFjIGNFF��"
9=helmert_transformationIGNFTSG751_NUKU72G_TO_WGS84GIGNFjIGNF
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9Mhelmert_transformationIGNFTSG467_MART38GEO_TO_W84MARTGEODDIGNF'IGNFK��
9Ghelmert_transformationIGNFTSG467_MART38GEO_TO_RRAFGEODDIGNF'IGNFJ��
9Ehelmert_transformationIGNFTSG467_MART38G_TO_WGS84MARTGIGNF'IGNFE��
9;helmert_transformationIGNFTSG467_MART38G_TO_RRAFGIGNF'IGNFJ��
9Ehelmert_transformationIGNFTSG467_MARTFDG_TO_WGS84MARTGIGNF'IGNFE��
9;helmert_transformationIGNFTSG467_MARTFDG_TO_RRAFGIGNF'IGNFL��
9Ihelmert_transformationIGNFTSG467_MART38G_TO_WGS84MARTGDDIGNF'IGNFG��
9?helmert_transformationIGNFTSG467_MART38G_TO_RRAFGDDIGNF'IGNFL��
9Ihelmert_transformationIGNFTSG467_MARTFDG_TO_WGS84MARTGDDIGNF'IGNFG��
9?helmert_transformationIGNFTSG467_MARTFDG_TO_RRAFGDDIGNF'IGNFE��
9;helmert_transformationIGNFTSG467_MART38_WGS84GUADIGNF'IGNF@��
91helmert_transformationIGNFTSG467_MART38_RRAFIGNF'IGNFE��
9;helmert_transformationIGNFTSG467_MARTFD_WGS84GUADIGNF'IGNF4��
9helmert_transformationIGNFTSG467IGNF'IGNFK��
9Ghelmert_transformationIGNFTSG825_KERG62GEO_TO_RGTAAFGEOIGNF~IGNF
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9Khelmert_transformationIGNFTSG825_KERG62GEO_TO_RGTAAFGEODDIGNF~IGNF
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9Chelmert_transformationIGNFTSG825_KERG62G_TO_RGTAAF07GIGNF~IGNF
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9Ghelmert_transformationIGNFTSG825_KERG62G_TO_RGTAAF07GDDIGNF~IGNF
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9?helmert_transformationIGNFTSG825_KERG62CAR_RGTAAF07IGNF~IGNF
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9helmert_transformationIGNFTSG825IGNF~IGNF
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9Ehelmert_transformationIGNFTSG195_KERG62GEO_TO_WGS72GEOIGNF}IGNFF��
9=helmert_transformationIGNFTSG195_KERG62G_TO_WGS72GIGNF}IGNFD��~
99helmert_transformationIGNFTSG195_KERG62CAR_WGS72IGNF}IGNF4��}
9helmert_transformationIGNFTSG195IGNF}IGNFD��|
99helmert_transformationIGNFTSG757_TAHI79G_TO_4326IGNF|IGNFF��{
9=helmert_transformationIGNFTSG757_TAHI79G_TO_WGS84GIGNF|IGNFH��z
9Ahelmert_transformationIGNFTSG757_TAHI79G_TO_WGS84GDDIGNF|IGNFN��y
9Mhelmert_transformationIGNFTSG757_TAHI79GEO_TO_WGS84RRAFGEOIGNF|IGNFJ��x
9Ehelmert_transformationIGNFTSG757_TAHI79GEO_TO_WGS84GEOIGNF|IGNFL��w
9Ihelmert_transformationIGNFTSG757_TAHI79GEO_TO_WGS84GEODDIGNF|IGNF@��v
91helmert_transformationIGNFTSG757_TAHI79_4978IGNF|IGNFB��u
95helmert_transformationIGNFTSG757_TAHI79_RRAF91IGNF|IGNF4��t
9helmert_transformationIGNFTSG757IGNF|IGNFE��s
9;helmert_transformationIGNFTSG783_TAHI79G_TO_RGPFGIGNFeIGNFG��r
9?helmert_transformationIGNFTSG783_TAHI79G_TO_RGPFGDDIGNFeIGNFI��q
9Chelmert_transformationIGNFTSG783_TAHI79GEO_TO_RGPFGEOIGNFeIGNF4��p
9helmert_transformationIGNFTSG783IGNFeIGNFC��o
97helmert_transformationIGNFTSG677_IGN72G_TO_4326IGNF{IGNFE��n
9;helmert_transformationIGNFTSG677_IGN72G_TO_WGS84GIGNF{IGNFG��m
9?helmert_transformationIGNFTSG677_IGN72G_TO_WGS84GDDIGNF{IGNFM��l
9Khelmert_transformationIGNFTSG677_IGN72GEO_TO_WGS84RRAFGEOIGNF{IGNFI��k
9Chelmert_transformationIGNFTSG677_IGN72GEO_TO_WGS84GEOIGNF{IGNFK��j
9Ghelmert_transformationIGNFTSG677_IGN72GEO_TO_WGS84GEODDIGNF{IGNF?��i
9/helmert_transformationIGNFTSG677_IGN72_4978IGNF{IGNFA��h
93helmert_transformationIGNFTSG677_IGN72_RRAF91IGNF{IGNF4��g
9helmert_transformationIGNFTSG677IGNF{IGNFF��f
9=helmert_transformationIGNFTSG762_MARQUI72G_TO_4326IGNFzIGNFH��e
9Ahelmert_transformationIGNFTSG762_MARQUI72G_TO_WGS84GIGNFzIGNFJ��d
9Ehelmert_transformationIGNFTSG762_MARQUI72G_TO_WGS84GDDIGNFzIGNFB��c
95helmert_transformationIGNFTSG762_MARQUI72_4978IGNFzIGNFD��b
99helmert_transformationIGNFTSG762_MARQUI72_RRAF91IGNFzIGNF4��a
9helmert_transformationIGNFTSG762IGNFzIGNFF��`
9=helmert_transformationIGNFTSG761_MARQUI72G_TO_4326IGNFyIGNFH��_
9Ahelmert_transformationIGNFTSG761_MARQUI72G_TO_WGS84GIGNFyIGNF
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9helmert_transformationIGNFTSG749IGNF �IGNFF��J
9=helmert_transformationIGNFTSG785_MAUPITIG_TO_RGPFGIGNF(IGNFH��I
9Ahelmert_transformationIGNFTSG785_MAUPITIG_TO_RGPFGDDIGNF(IGNF4��H
9helmert_transformationIGNFTSG785IGNF(IGNFI��G
9Ahelmert_transformationIGNFTSG1011_MOOREA87G_TO_RGPFGIGNF �IGNFK��F
9Ehelmert_transformationIGNFTSG1011_MOOREA87G_TO_RGPFGDDIGNF �IGNFM��E
9Ihelmert_transformationIGNFTSG1011_MOOREA87GEO_TO_RGPFGEOIGNF �IGNF6��D
9helmert_transformationIGNFTSG1011IGNF �IGNF3��C
3grid_transformationIGNFTSG1189IGNF �IGNFE��B
99helmert_transformationIGNFTSG754_KAUE70G_TO_4326IGNF �IGNFG��A
9=helmert_transformationIGNFTSG754_KAUE70G_TO_WGS84GIGNF �IGNFI��@
9Ahelmert_transformationIGNFTSG754_KAUE70G_TO_WGS84GDDIGNF �IGNFA��?
91helmert_transformationIGNFTSG754_KAUE70_4978IGNF �IGNFC��>
95helmert_transformationIGNFTSG754_KAUE70_RRAF91IGNF �IGNF5��=
9helmert_transformationIGNFTSG754IGNF �IGNFE��<
99helmert_transformationIGNFTSG766_TUBU69G_TO_4326IGNF �IGNFG��;
9=helmert_transformationIGNFTSG766_TUBU69G_TO_WGS84GIGNF �IGNFI��:
9Ahelmert_transformationIGNFTSG766_TUBU69G_TO_WGS84GDDIGNF �IGNFA��9
91helmert_transformationIGNFTSG766_TUBU69_4978IGNF �IGNFC��8
95helmert_transformationIGNFTSG766_TUBU69_RRAF91IGNF �IGNF5��7
9helmert_transformationIGNFTSG766IGNF �IGNFE��6
99helmert_transformationIGNFTSG756_MHPF67G_TO_4326IGNF �IGNFG��5
9=helmert_transformationIGNFTSG756_MHPF67G_TO_WGS84GIGNF �IGNFI��4
9Ahelmert_transformationIGNFTSG756_MHPF67G_TO_WGS84GDDIGNF �IGNFA��3
91helmert_transformationIGNFTSG756_MHPF67_4978IGNF �IGNFC��2
95helmert_transformationIGNFTSG756_MHPF67_RRAF91IGNF �IGNF5��1
9helmert_transformationIGNFTSG756IGNF �IGNFG��0
9=helmert_transformationIGNFTSG1020_RAIV66G_TO_RGPFGIGNF �IGNFI��/
9Ahelmert_transformationIGNFTSG1020_RAIV66G_TO_RGPFGDDIGNF �IGNF6��.
9helmert_transformationIGNFTSG1020IGNF �IGNFI��-
9Ahelmert_transformationIGNFTSG1005_MHEFO55FG_TO_RGPFGIGNF �IGNFH��,
9?helmert_transformationIGNFTSG1005_FATU55FG_TO_RGPFGIGNF �IGNFK��+
9Ehelmert_transformationIGNFTSG1005_MHEFO55FG_TO_RGPFGDDIGNF �IGNFJ��*
9Chelmert_transformationIGNFTSG1005_FATU55FG_TO_RGPFGDDIGNF �IGNFD��)
97helmert_transformationIGNFTSG1005_MHEFO55F_RGPFIGNF �IGNF6��(
9helmert_transformationIGNFTSG1005IGNF �IGNF2��'
3grid_transformationIGNFTSG1138IGNFIGNFN��&
9Mhelmert_transformationIGNFTSG591_MART38GEO_TO_WGS84GUADGEOIGNF'IGNFI��%
9Chelmert_transformationIGNFTSG591_MART38GEO_TO_RRAFGEOIGNF'IGNFN��$
9Mhelmert_transformationIGNFTSG591_MART38GEO_TO_W84MARTGEODDIGNF'IGNFK��#
9Ghelmert_transformationIGNFTSG591_MART38GEO_TO_RRAFGEODDIGNF'IGNFJ��"
9Ehelmert_transformationIGNFTSG591_MART38G_TO_WGS84MARTGIGNF'IGNFE��!
9;helmert_transformationIGNFTSG591_MART38G_TO_RRAFGIGNF'IGNFJ��
9Ehelmert_transformationIGNFTSG591_MARTFDG_TO_WGS84MARTGIGNF'IGNFE��
9;helmert_transformationIGNFTSG591_MARTFDG_TO_RRAFGIGNF'IGNFL��
9Ihelmert_transformationIGNFTSG591_MART38G_TO_WGS84MARTGDDIGNF'IGNFG��
9?helmert_transformationIGNFTSG591_MART38G_TO_RRAFGDDIGNF'IGNFL��
9Ihelmert_transformationIGNFTSG591_MARTFDG_TO_WGS84MARTGDDIGNF'IGNFG��
9?helmert_transformationIGNFTSG591_MARTFDG_TO_RRAFGDDIGNF'IGNFE��
9;helmert_transformationIGNFTSG591_MART38_WGS84GUADIGNF'IGNF@��
91helmert_transformationIGNFTSG591_MART38_RRAFIGNF'IGNFE��
9;helmert_transformationIGNFTSG591_MARTFD_WGS84GUADIGNF'IGNF4��
9helmert_transformationIGNFTSG591IGNF'IGNFN��
9Mhelmert_transformationIGNFTSG467_MART38GEO_TO_WGS84GUADGEOIGNF'IGNFI��
9Chelmert_transformationIGNFTSG467_MART38GEO_TO_RRAFGEOIGNF'IGNF
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9?helmert_transformationIGNFTSG755_MOP90G_TO_WGS84GDDIGNF �IGNFJ��
9Chelmert_transformationIGNFTSG755_TETIA90G_TO_WGS84GDDIGNF �IGNF@��
9/helmert_transformationIGNFTSG755_MOP90_4978IGNF �IGNFB��
93helmert_transformationIGNFTSG755_MOP90_RRAF91IGNF �IGNFA��~
91helmert_transformationIGNFTSG755_MOP90_WGS84IGNF �IGNFB��}
93helmert_transformationIGNFTSG755_TETIA90_4978IGNF �IGNFD��|
97helmert_transformationIGNFTSG755_TETIA90_RRAF91IGNF �IGNF5��{
9helmert_transformationIGNFTSG755IGNF �IGNFE��z
9;helmert_transformationIGNFTSG1003_MOP90G_TO_RGPFGIGNF(IGNFG��y
9?helmert_transformationIGNFTSG1003_TETIA90G_TO_RGPFGIGNF(IGNFG��x
9?helmert_transformationIGNFTSG1003_MOP90G_TO_RGPFGDDIGNF(IGNFI��w
9Chelmert_transformationIGNFTSG1003_TETIA90G_TO_RGPFGDDIGNF(IGNF@��v
91helmert_transformationIGNFTSG1003_MOP90_RGPFIGNF(IGNF5��u
9helmert_transformationIGNFTSG1003IGNF(IGNFE��t
99helmert_transformationIGNFTSG765_APAT86G_TO_4326IGNF �IGNFG��s
9=helmert_transformationIGNFTSG765_APAT86G_TO_WGS84GIGNF �IGNFE��r
99helmert_transformationIGNFTSG765_TUAM86G_TO_4326IGNF �IGNFG��q
9=helmert_transformationIGNFTSG765_TUAM86G_TO_WGS84GIGNF �IGNFI��p
9Ahelmert_transformationIGNFTSG765_APAT86G_TO_WGS84GDDIGNF �IGNFI��o
9Ahelmert_transformationIGNFTSG765_TUAM86G_TO_WGS84GDDIGNF �IGNFA��n
91helmert_transformationIGNFTSG765_APAT86_4978IGNF �IGNFC��m
95helmert_transformationIGNFTSG765_APAT86_RRAF91IGNF �IGNFB��l
93helmert_transformationIGNFTSG765_APAT86_WGS84IGNF �IGNFA��k
91helmert_transformationIGNFTSG765_TUAM86_4978IGNF �IGNFC��j
95helmert_transformationIGNFTSG765_TUAM86_RRAF91IGNF �IGNF5��i
9helmert_transformationIGNFTSG765IGNF �IGNFE��h
99helmert_transformationIGNFTSG764_APAT86G_TO_4326IGNF �IGNFG��g
9=helmert_transformationIGNFTSG764_APAT86G_TO_WGS84GIGNF �IGNFE��f
99helmert_transformationIGNFTSG764_TUAM86G_TO_4326IGNF �IGNFG��e
9=helmert_transformationIGNFTSG764_TUAM86G_TO_WGS84GIGNF �IGNFI��d
9Ahelmert_transformationIGNFTSG764_APAT86G_TO_WGS84GDDIGNF �IGNFI��c
9Ahelmert_transformationIGNFTSG764_TUAM86G_TO_WGS84GDDIGNF �IGNFA��b
91helmert_transformationIGNFTSG764_APAT86_4978IGNF �IGNFC��a
95helmert_transformationIGNFTSG764_APAT86_RRAF91IGNF �IGNFB��`
93helmert_transformationIGNFTSG764_APAT86_WGS84IGNF �IGNFA��_
91helmert_transformationIGNFTSG764_TUAM86_4978IGNF �IGNFC��^
95helmert_transformationIGNFTSG764_TUAM86_RRAF91IGNF �IGNF5��]
9helmert_transformationIGNFTSG764IGNF �IGNFE��\
99helmert_transformationIGNFTSG763_APAT86G_TO_4326IGNF �IGNFG��[
9=helmert_transformationIGNFTSG763_APAT86G_TO_WGS84GIGNF �IGNFE��Z
99helmert_transformationIGNFTSG763_TUAM86G_TO_4326IGNF �IGNFG��Y
9=helmert_transformationIGNFTSG763_TUAM86G_TO_WGS84GIGNF �IGNFI��X
9Ahelmert_transformationIGNFTSG763_APAT86G_TO_WGS84GDDIGNF �IGNFI��W
9Ahelmert_transformationIGNFTSG763_TUAM86G_TO_WGS84GDDIGNF �IGNFA��V
91helmert_transformationIGNFTSG763_APAT86_4978IGNF �IGNFC��U
95helmert_transformationIGNFTSG763_APAT86_RRAF91IGNF �IGNFB��T
93helmert_transformationIGNFTSG763_APAT86_WGS84IGNF �IGNFA��S
91helmert_transformationIGNFTSG763_TUAM86_4978IGNF �IGNFC��R
95helmert_transformationIGNFTSG763_TUAM86_RRAF91IGNF �IGNF5��Q
9helmert_transformationIGNFTSG763IGNF �IGNFF��P
9;helmert_transformationIGNFTSG749_FANGA84G_TO_4326IGNF �IGNFH��O
9?helmert_transformationIGNFTSG749_FANGA84G_TO_WGS84GIGNF �IGNFJ��N
9Chelmert_transformationIGNFTSG749_FANGA84G_TO_WGS84GDDIGNF �IGNFB��M
93helmert_transformationIGNFTSG749_FANGA84_4978IGNF �IGNFD��L
97helmert_transformationIGNFTSG749_FANGA84_RRAF91IGNF �IGNF
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9Ahelmert_transformationIGNFTSG815_PGP50G_TO_RGTAAF07GIGNF0IGNFK��:
9Ghelmert_transformationIGNFTSG815_TERA50G_TO_RGTAAF07GDDIGNF0IGNFJ��9
9Ehelmert_transformationIGNFTSG815_PGP50G_TO_RGTAAF07GDDIGNF0IGNFK��8
9Ghelmert_transformationIGNFTSG815_TERA50GEO_TO_RGTAAFGEOIGNF0IGNFM��7
9Khelmert_transformationIGNFTSG815_TERA50GEO_TO_RGTAAFGEODDIGNF0IGNFD��6
99helmert_transformationIGNFTSG815_TERA50_RGTAAF07IGNF0IGNF4��5
9helmert_transformationIGNFTSG815IGNF0IGNFH��4
9?helmert_transformationIGNFTSG608_PETRELS72G_TO_4326IGNF �IGNFJ��3
9Chelmert_transformationIGNFTSG608_PETRELS72G_TO_WGS84GIGNF �IGNFL��2
9Ghelmert_transformationIGNFTSG608_PETRELS72G_TO_WGS84GDDIGNF �IGNFD��1
97helmert_transformationIGNFTSG608_PETRELS72_4978IGNF �IGNFF��0
9;helmert_transformationIGNFTSG608_PETRELS72_RRAF91IGNF �IGNF5��/
9helmert_transformationIGNFTSG608IGNF �IGNFK��.
5Iother_transformationIGNFTSG1240_IGNF_NTFP_TO_IGNF_NTFGIGNF �IGNF4��-
5other_transformationIGNFTSG1240IGNF �IGNFD��,
97helmert_transformationIGNFTSG802_LUXGEO_TO_4326IGNF �IGNFF��+
9;helmert_transformationIGNFTSG802_LUXGEO_TO_WGS84GIGNF �IGNFD��*
97helmert_transformationIGNFTSG802_LURESG_TO_4326IGNF �IGNFF��)
9;helmert_transformationIGNFTSG802_LURESG_TO_WGS84GIGNF �IGNFH��(
9?helmert_transformationIGNFTSG802_LUXGEO_TO_WGS84GDDIGNF �IGNFH��'
9?helmert_transformationIGNFTSG802_LURESG_TO_WGS84GDDIGNF �IGNF@��&
9/helmert_transformationIGNFTSG802_LUREF_4978IGNF �IGNFB��%
93helmert_transformationIGNFTSG802_LUREF_RRAF91IGNF �IGNFA��$
91helmert_transformationIGNFTSG802_LUREF_WGS84IGNF �IGNF@��#
9/helmert_transformationIGNFTSG802_LURES_4978IGNF �IGNFB��"
93helmert_transformationIGNFTSG802_LURES_RRAF91IGNF �IGNF5��!
9helmert_transformationIGNFTSG802IGNF �IGNFA��
93helmert_transformationIGNFTSG399_NTFG_TO_4326IGNF[IGNFC��
97helmert_transformationIGNFTSG399_NTFG_TO_WGS84GIGNF[IGNFE��
9;helmert_transformationIGNFTSG399_NTFG_TO_WGS84GDDIGNF[IGNF=��
9+helmert_transformationIGNFTSG399_NTF_4978IGNF[IGNF?��
9/helmert_transformationIGNFTSG399_NTF_RRAF91IGNF[IGNF4��
9helmert_transformationIGNFTSG399IGNF[IGNFB��
39grid_transformationIGNFIGNF_NTFG_TO_EPSG_4326IGNF �IGNF:��
3)grid_transformationIGNFNTFG_TO_RGF93GIGNF �IGNFC��
97helmert_transformationIGNFTSG62_NTFG_TO_ED50GEOIGNF[IGNFA��
93helmert_transformationIGNFTSG62_NTFG_TO_ED50GIGNF[IGNF3��
9helmert_transformationIGNFTSG62IGNF[IGNF2��
3grid_transformationIGNFTSG1161IGNF
IGNF2��
3grid_transformationIGNFTSG1163IGNFVIGNF3��
3grid_transformationIGNFTSG1252IGNF �IGNF3��
3grid_transformationIGNFTSG1164IGNF �IGNF 4��
5other_transformationIGNFTSG1251IGNF �IGNF4��
5other_transformationIGNFTSG1250IGNF �IGNF E��
99helmert_transformationIGNFTSG759_ANAA92G_TO_4326IGNF �IGNFG��
9=helmert_transformationIGNFTSG759_ANAA92G_TO_WGS84GIGNF �IGNFI��
9Ahelmert_transformationIGNFTSG759_ANAA92G_TO_WGS84GDDIGNF �IGNFO��
9Mhelmert_transformationIGNFTSG759_ANAA92GEO_TO_WGS84RRAFGEOIGNF �IGNFK��
9Ehelmert_transformationIGNFTSG759_ANAA92GEO_TO_WGS84GEOIGNF �IGNFM��
9Ihelmert_transformationIGNFTSG759_ANAA92GEO_TO_WGS84GEODDIGNF �IGNFA��
91helmert_transformationIGNFTSG759_ANAA92_4978IGNF �IGNFC��
95helmert_transformationIGNFTSG759_ANAA92_RRAF91IGNF �IGNF5��
9helmert_transformationIGNFTSG759IGNF �IGNFD��
97helmert_transformationIGNFTSG755_MOP90G_TO_4326IGNF �IGNFF��
9;helmert_transformationIGNFTSG755_MOP90G_TO_WGS84GIGNF �IGNFF��
9;helmert_transformationIGNFTSG755_TETIA90G_TO_4326IGNF �IGNFH��
9?helmert_transformationIGNFTSG755_TETIA90G_TO_WGS84GIGNF �IGNF
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95helmert_transformationIGNFTSG1207_RGF93_RRAF91IGNF �IGNF 6��p
9helmert_transformationIGNFTSG1207IGNF �IGNF D��o
99helmert_transformationIGNFTSG587_REUN47G_TO_4326IGNF8IGNFF��n
9=helmert_transformationIGNFTSG587_REUN47G_TO_WGS84GIGNF8IGNFD��m
99helmert_transformationIGNFTSG587_REUN49G_TO_4326IGNF8IGNFF��l
9=helmert_transformationIGNFTSG587_REUN49G_TO_WGS84GIGNF8IGNFH��k
9Ahelmert_transformationIGNFTSG587_REUN47G_TO_WGS84GDDIGNF8IGNFH��j
9Ahelmert_transformationIGNFTSG587_REUN49G_TO_WGS84GDDIGNF8IGNFN��i
9Mhelmert_transformationIGNFTSG587_REUN47GEO_TO_WGS84RRAFGEOIGNF8IGNFJ��h
9Ehelmert_transformationIGNFTSG587_REUN47GEO_TO_WGS84GEOIGNF8IGNFL��g
9Ihelmert_transformationIGNFTSG587_REUN47GEO_TO_WGS84GEODDIGNF8IGNF@��f
91helmert_transformationIGNFTSG587_REUN47_4978IGNF8IGNFB��e
95helmert_transformationIGNFTSG587_REUN47_RRAF91IGNF8IGNFA��d
93helmert_transformationIGNFTSG587_REUN47_WGS84IGNF8IGNF@��c
91helmert_transformationIGNFTSG587_REUN49_4978IGNF8IGNFB��b
95helmert_transformationIGNFTSG587_REUN49_RRAF91IGNF8IGNF4��a
9helmert_transformationIGNFTSG587IGNF8IGNFF��`
9=helmert_transformationIGNFTSG601_REUN47G_TO_RGR92GIGNF8IGNFF��_
9=helmert_transformationIGNFTSG601_REUN49G_TO_RGR92GIGNF8IGNFH��^
9Ahelmert_transformationIGNFTSG601_REUN47G_TO_RGR92GDDIGNF8IGNFH��]
9Ahelmert_transformationIGNFTSG601_REUN49G_TO_RGR92GDDIGNF8IGNFJ��\
9Ehelmert_transformationIGNFTSG601_REUN47GEO_TO_RGR92GEOIGNF8IGNFL��[
9Ihelmert_transformationIGNFTSG601_REUN47GEO_TO_RGR92GEODDIGNF8IGNFA��Z
93helmert_transformationIGNFTSG601_REUN47_RGR92IGNF8IGNF4��Y
9helmert_transformationIGNFTSG601IGNF8IGNFM��X
9Khelmert_transformationIGNFTSG1212_RGNCGEO_TO_WGS84RRAFGEOIGNF:IGNF I��W
9Chelmert_transformationIGNFTSG1212_RGNCGEO_TO_WGS84GEOIGNF:IGNF K��V
9Ghelmert_transformationIGNFTSG1212_RGNCGEO_TO_WGS84GEODDIGNF:IGNF C��U
97helmert_transformationIGNFTSG1212_RGNCG_TO_4326IGNF:IGNF E��T
9;helmert_transformationIGNFTSG1212_RGNCG_TO_WGS84GIGNF:IGNF G��S
9?helmert_transformationIGNFTSG1212_RGNCG_TO_WGS84GDDIGNF:IGNF O��R
9Ohelmert_transformationIGNFTSG1212_RGNCGEODD_TO_WGS84RRAFGEOIGNF:IGNF K��Q
9Ghelmert_transformationIGNFTSG1212_RGNCGEODD_TO_WGS84GEOIGNF:IGNF M��P
9Khelmert_transformationIGNFTSG1212_RGNCGEODD_TO_WGS84GEODDIGNF:IGNF ?��O
9/helmert_transformationIGNFTSG1212_RGNC_4978IGNF:IGNF A��N
93helmert_transformationIGNFTSG1212_RGNC_RRAF91IGNF:IGNF 5��M
9helmert_transformationIGNFTSG1212IGNF:IGNF 3��L
3grid_transformationIGNFTSG1140IGNF �IGNFE��K
99helmert_transformationIGNFTSG586_TERA50G_TO_4326IGNF �IGNFG��J
9=helmert_transformationIGNFTSG586_TERA50G_TO_WGS84GIGNF �IGNFD��I
97helmert_transformationIGNFTSG586_PGP50G_TO_4326IGNF �IGNFF��H
9;helmert_transformationIGNFTSG586_PGP50G_TO_WGS84GIGNF �IGNFI��G
9Ahelmert_transformationIGNFTSG586_TERA50G_TO_WGS84GDDIGNF �IGNFH��F
9?helmert_transformationIGNFTSG586_PGP50G_TO_WGS84GDDIGNF �IGNFO��E
9Mhelmert_transformationIGNFTSG586_TERA50GEO_TO_WGS84RRAFGEOIGNF �IGNFK��D
9Ehelmert_transformationIGNFTSG586_TERA50GEO_TO_WGS84GEOIGNF �IGNFM��C
9Ihelmert_transformationIGNFTSG586_TERA50GEO_TO_WGS84GEODDIGNF �IGNFA��B
91helmert_transformationIGNFTSG586_TERA50_4978IGNF �IGNFC��A
95helmert_transformationIGNFTSG586_TERA50_RRAF91IGNF �IGNFB��@
93helmert_transformationIGNFTSG586_TERA50_WGS84IGNF �IGNF@��?
9/helmert_transformationIGNFTSG586_PGP50_4978IGNF �IGNFB��>
93helmert_transformationIGNFTSG586_PGP50_RRAF91IGNF �IGNF5��=
9helmert_transformationIGNFTSG586IGNF �IGNFI��<
9Chelmert_transformationIGNFTSG815_TERA50G_TO_RGTAAF07GIGNF0IGNF
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9Khelmert_transformationIGNFTSG1213_RGPFGEO_TO_WGS84RRAFGEOIGNF;IGNF I��$
9Chelmert_transformationIGNFTSG1213_RGPFGEO_TO_WGS84GEOIGNF;IGNF K��#
9Ghelmert_transformationIGNFTSG1213_RGPFGEO_TO_WGS84GEODDIGNF;IGNF E��"
9;helmert_transformationIGNFTSG1213_RGPFGDD_TO_4326IGNF;IGNF G��!
9?helmert_transformationIGNFTSG1213_RGPFGDD_TO_WGS84GIGNF;IGNF I��
9Chelmert_transformationIGNFTSG1213_RGPFGDD_TO_WGS84GDDIGNF;IGNF ?��
9/helmert_transformationIGNFTSG1213_RGPF_4978IGNF;IGNF A��
93helmert_transformationIGNFTSG1213_RGPF_RRAF91IGNF;IGNF 5��
9helmert_transformationIGNFTSG1213IGNF;IGNF N��
9Mhelmert_transformationIGNFTSG1208_RGM04GEO_TO_WGS84RRAFGEOIGNFYIGNF J��
9Ehelmert_transformationIGNFTSG1208_RGM04GEO_TO_WGS84GEOIGNFYIGNF L��
9Ihelmert_transformationIGNFTSG1208_RGM04GEO_TO_WGS84GEODDIGNFYIGNF D��
99helmert_transformationIGNFTSG1208_RGM04G_TO_4326IGNFYIGNF F��
9=helmert_transformationIGNFTSG1208_RGM04G_TO_WGS84GIGNFYIGNF H��
9Ahelmert_transformationIGNFTSG1208_RGM04G_TO_WGS84GDDIGNFYIGNF F��
9=helmert_transformationIGNFTSG1208_RGM04GDD_TO_4326IGNFYIGNF H��
9Ahelmert_transformationIGNFTSG1208_RGM04GDD_TO_WGS84GIGNFYIGNF J��
9Ehelmert_transformationIGNFTSG1208_RGM04GDD_TO_WGS84GDDIGNFYIGNF P��
9Qhelmert_transformationIGNFTSG1208_RGM04GEODD_TO_WGS84RRAFGEOIGNFYIGNF L��
9Ihelmert_transformationIGNFTSG1208_RGM04GEODD_TO_WGS84GEOIGNFYIGNF N��
9Mhelmert_transformationIGNFTSG1208_RGM04GEODD_TO_WGS84GEODDIGNFYIGNF @��
91helmert_transformationIGNFTSG1208_RGM04_4978IGNFYIGNF B��
95helmert_transformationIGNFTSG1208_RGM04_RRAF91IGNFYIGNF 5��
9helmert_transformationIGNFTSG1208IGNFYIGNF O��
9Ohelmert_transformationIGNFTSG1211_RGFG95GEO_TO_WGS84RRAFGEOIGNF
IGNF K��
9Ghelmert_transformationIGNFTSG1211_RGFG95GEO_TO_WGS84GEOIGNF
IGNF M��
9Khelmert_transformationIGNFTSG1211_RGFG95GEO_TO_WGS84GEODDIGNF
IGNF E��
9;helmert_transformationIGNFTSG1211_RGFG95G_TO_4326IGNF
IGNF G��
9?helmert_transformationIGNFTSG1211_RGFG95G_TO_WGS84GIGNF
IGNF I��
9Chelmert_transformationIGNFTSG1211_RGFG95G_TO_WGS84GDDIGNF
IGNF Q��
9Shelmert_transformationIGNFTSG1211_RGFG95GEODD_TO_WGS84RRAFGEOIGNF
IGNF M��
9Khelmert_transformationIGNFTSG1211_RGFG95GEODD_TO_WGS84GEOIGNF
IGNF O��
9Ohelmert_transformationIGNFTSG1211_RGFG95GEODD_TO_WGS84GEODDIGNF
IGNF G��
9?helmert_transformationIGNFTSG1211_RGFG95GDD_TO_4326IGNF
IGNF I��
9Chelmert_transformationIGNFTSG1211_RGFG95GDD_TO_WGS84GIGNF
IGNF K��
9Ghelmert_transformationIGNFTSG1211_RGFG95GDD_TO_WGS84GDDIGNF
IGNF A��
93helmert_transformationIGNFTSG1211_RGFG95_4978IGNF
IGNF C��
97helmert_transformationIGNFTSG1211_RGFG95_RRAF91IGNF
IGNF 5��
9helmert_transformationIGNFTSG1211IGNF
IGNF E��~
99helmert_transformationIGNFTSG1207_RGF93G_TO_4326IGNF �IGNF G��}
9=helmert_transformationIGNFTSG1207_RGF93G_TO_WGS84GIGNF �IGNF I��|
9Ahelmert_transformationIGNFTSG1207_RGF93G_TO_WGS84GDDIGNF �IGNF O��{
9Mhelmert_transformationIGNFTSG1207_RGF93GEO_TO_WGS84RRAFGEOIGNF �IGNF K��z
9Ehelmert_transformationIGNFTSG1207_RGF93GEO_TO_WGS84GEOIGNF �IGNF M��y
9Ihelmert_transformationIGNFTSG1207_RGF93GEO_TO_WGS84GEODDIGNF �IGNF G��x
9=helmert_transformationIGNFTSG1207_RGF93GDD_TO_4326IGNF �IGNF I��w
9Ahelmert_transformationIGNFTSG1207_RGF93GDD_TO_WGS84GIGNF �IGNF K��v
9Ehelmert_transformationIGNFTSG1207_RGF93GDD_TO_WGS84GDDIGNF �IGNF Q��u
9Qhelmert_transformationIGNFTSG1207_RGF93GEODD_TO_WGS84RRAFGEOIGNF �IGNF M��t
9Ihelmert_transformationIGNFTSG1207_RGF93GEODD_TO_WGS84GEOIGNF �IGNF O��s
9Mhelmert_transformationIGNFTSG1207_RGF93GEODD_TO_WGS84GEODDIGNF �IGNF A��r
91helmert_transformationIGNFTSG1207_RGF93_4978IGNF �IGNF
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9Ghelmert_transformationIGNFTSG1210_RGTAAFGEO_TO_WGS84GEOIGNF �IGNF N��X
9Khelmert_transformationIGNFTSG1210_RGTAAFGEO_TO_WGS84GEODDIGNF �IGNF J��W
9Chelmert_transformationIGNFTSG1210_RGTAAF07GDD_TO_4326IGNF �IGNF L��V
9Ghelmert_transformationIGNFTSG1210_RGTAAF07GDD_TO_WGS84GIGNF �IGNF N��U
9Khelmert_transformationIGNFTSG1210_RGTAAF07GDD_TO_WGS84GDDIGNF �IGNF R��T
9Shelmert_transformationIGNFTSG1210_RGTAAFGEODD_TO_WGS84RRAFGEOIGNF �IGNF N��S
9Khelmert_transformationIGNFTSG1210_RGTAAFGEODD_TO_WGS84GEOIGNF �IGNF P��R
9Ohelmert_transformationIGNFTSG1210_RGTAAFGEODD_TO_WGS84GEODDIGNF �IGNF D��Q
97helmert_transformationIGNFTSG1210_RGTAAF07_4978IGNF �IGNF F��P
9;helmert_transformationIGNFTSG1210_RGTAAF07_RRAF91IGNF �IGNF 6��O
9helmert_transformationIGNFTSG1210IGNF �IGNF F��N
9=helmert_transformationIGNFTSG1209_RGSPM06G_TO_4326IGNF<IGNF H��M
9Ahelmert_transformationIGNFTSG1209_RGSPM06G_TO_WGS84GIGNF<IGNF J��L
9Ehelmert_transformationIGNFTSG1209_RGSPM06G_TO_WGS84GDDIGNF<IGNF P��K
9Qhelmert_transformationIGNFTSG1209_RGSPM06GEO_TO_WGS84RRAFGEOIGNF<IGNF L��J
9Ihelmert_transformationIGNFTSG1209_RGSPM06GEO_TO_WGS84GEOIGNF<IGNF N��I
9Mhelmert_transformationIGNFTSG1209_RGSPM06GEO_TO_WGS84GEODDIGNF<IGNF R��H
9Uhelmert_transformationIGNFTSG1209_RGSPM06GEODD_TO_WGS84RRAFGEOIGNF<IGNF N��G
9Mhelmert_transformationIGNFTSG1209_RGSPM06GEODD_TO_WGS84GEOIGNF<IGNF P��F
9Qhelmert_transformationIGNFTSG1209_RGSPM06GEODD_TO_WGS84GEODDIGNF<IGNF H��E
9Ahelmert_transformationIGNFTSG1209_RGSPM06GDD_TO_4326IGNF<IGNF J��D
9Ehelmert_transformationIGNFTSG1209_RGSPM06GDD_TO_WGS84GIGNF<IGNF L��C
9Ihelmert_transformationIGNFTSG1209_RGSPM06GDD_TO_WGS84GDDIGNF<IGNF B��B
95helmert_transformationIGNFTSG1209_RGSPM06_4978IGNF<IGNF D��A
99helmert_transformationIGNFTSG1209_RGSPM06_RRAF91IGNF<IGNF 5��@
9helmert_transformationIGNFTSG1209IGNF<IGNF D��?
97helmert_transformationIGNFTSG731_RGR92G_TO_4326IGNF �IGNF F��>
9;helmert_transformationIGNFTSG731_RGR92G_TO_WGS84GIGNF �IGNF H��=
9?helmert_transformationIGNFTSG731_RGR92G_TO_WGS84GDDIGNF �IGNF N��<
9Khelmert_transformationIGNFTSG731_RGR92GEO_TO_WGS84RRAFGEOIGNF �IGNF J��;
9Chelmert_transformationIGNFTSG731_RGR92GEO_TO_WGS84GEOIGNF �IGNF L��:
9Ghelmert_transformationIGNFTSG731_RGR92GEO_TO_WGS84GEODDIGNF �IGNF F��9
9;helmert_transformationIGNFTSG731_RGR92GDD_TO_4326IGNF �IGNF H��8
9?helmert_transformationIGNFTSG731_RGR92GDD_TO_WGS84GIGNF �IGNF J��7
9Chelmert_transformationIGNFTSG731_RGR92GDD_TO_WGS84GDDIGNF �IGNF P��6
9Ohelmert_transformationIGNFTSG731_RGR92GEODD_TO_WGS84RRAFGEOIGNF �IGNF L��5
9Ghelmert_transformationIGNFTSG731_RGR92GEODD_TO_WGS84GEOIGNF �IGNF N��4
9Khelmert_transformationIGNFTSG731_RGR92GEODD_TO_WGS84GEODDIGNF �IGNF @��3
9/helmert_transformationIGNFTSG731_RGR92_4978IGNF �IGNF B��2
93helmert_transformationIGNFTSG731_RGR92_RRAF91IGNF �IGNF 5��1
9helmert_transformationIGNFTSG731IGNF �IGNF F��0
9=helmert_transformationIGNFTSG355_RGR92G_TO_REUN47GIGNF8IGNFF��/
9=helmert_transformationIGNFTSG355_RGR92G_TO_REUN49GIGNF8IGNFJ��.
9Ehelmert_transformationIGNFTSG355_RGR92GEO_TO_REUN47GEOIGNF8IGNFH��-
9Ahelmert_transformationIGNFTSG355_RGR92GDD_TO_REUN47GIGNF8IGNFH��,
9Ahelmert_transformationIGNFTSG355_RGR92GDD_TO_REUN49GIGNF8IGNFL��+
9Ihelmert_transformationIGNFTSG355_RGR92GEODD_TO_REUN47GEOIGNF8IGNFA��*
93helmert_transformationIGNFTSG355_RGR92_REUN47IGNF8IGNF4��)
9helmert_transformationIGNFTSG355IGNF8IGNFC��(
97helmert_transformationIGNFTSG1213_RGPFG_TO_4326IGNF;IGNF E��'
9;helmert_transformationIGNFTSG1213_RGPFG_TO_WGS84GIGNF;IGNF G��&
9?helmert_transformationIGNFTSG1213_RGPFG_TO_WGS84GDDIGNF;IGNF
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9?helmert_transformationIGNFTSG675_TANNAG_TO_WGS84GDDIGNF �IGNF@��
9/helmert_transformationIGNFTSG675_TANNA_4978IGNF �IGNFB��
93helmert_transformationIGNFTSG675_TANNA_RRAF91IGNF �IGNF5��
9helmert_transformationIGNFTSG675IGNF �IGNFE��
99helmert_transformationIGNFTSG594_TAHI51G_TO_4326IGNF �IGNFG��
9=helmert_transformationIGNFTSG594_TAHI51G_TO_WGS84GIGNF �IGNFI��
9Ahelmert_transformationIGNFTSG594_TAHI51G_TO_WGS84GDDIGNF �IGNFA��
91helmert_transformationIGNFTSG594_TAHI51_4978IGNF �IGNFC��
95helmert_transformationIGNFTSG594_TAHI51_RRAF91IGNF �IGNF5��
9helmert_transformationIGNFTSG594IGNF �IGNF3��
3grid_transformationIGNFTSG1141IGNF �IGNFN��
9Khelmert_transformationIGNFTSG595_TAHAAGEO_TO_WGS84RRAFGEOIGNF �IGNFJ��
9Chelmert_transformationIGNFTSG595_TAHAAGEO_TO_WGS84GEOIGNF �IGNFL��
9Ghelmert_transformationIGNFTSG595_TAHAAGEO_TO_WGS84GEODDIGNF �IGNFD��
97helmert_transformationIGNFTSG595_TAHAAG_TO_4326IGNF �IGNFF��
9;helmert_transformationIGNFTSG595_TAHAAG_TO_WGS84GIGNF �IGNFH��
9?helmert_transformationIGNFTSG595_TAHAAG_TO_WGS84GDDIGNF �IGNF@��
9/helmert_transformationIGNFTSG595_TAHAA_4978IGNF �IGNFB��~
93helmert_transformationIGNFTSG595_TAHAA_RRAF91IGNF �IGNF5��}
9helmert_transformationIGNFTSG595IGNF �IGNFJ��|
9Chelmert_transformationIGNFTSG1004_TAHAAGEO_TO_RGPFGEOIGNF �IGNFF��{
9;helmert_transformationIGNFTSG1004_TAHAAG_TO_RGPFGIGNF �IGNFH��z
9?helmert_transformationIGNFTSG1004_TAHAAG_TO_RGPFGDDIGNF �IGNF6��y
9helmert_transformationIGNFTSG1004IGNF �IGNFE��x
99helmert_transformationIGNFTSG812_STPM50G_TO_4326IGNF �IGNFG��w
9=helmert_transformationIGNFTSG812_STPM50G_TO_WGS84GIGNF �IGNFI��v
9Ahelmert_transformationIGNFTSG812_STPM50G_TO_WGS84GDDIGNF �IGNFO��u
9Mhelmert_transformationIGNFTSG812_STPM50GEO_TO_WGS84RRAFGEOIGNF �IGNFK��t
9Ehelmert_transformationIGNFTSG812_STPM50GEO_TO_WGS84GEOIGNF �IGNFM��s
9Ihelmert_transformationIGNFTSG812_STPM50GEO_TO_WGS84GEODDIGNF �IGNFA��r
91helmert_transformationIGNFTSG812_STPM50_4978IGNF �IGNFC��q
95helmert_transformationIGNFTSG812_STPM50_RRAF91IGNF �IGNF5��p
9helmert_transformationIGNFTSG812IGNF �IGNFH��o
9Ahelmert_transformationIGNFTSG795_STPM50G_TO_RGSPM06GIGNF<IGNFJ��n
9Ehelmert_transformationIGNFTSG795_STPM50G_TO_RGSPM06GDDIGNF<IGNFL��m
9Ihelmert_transformationIGNFTSG795_STPM50GEO_TO_RGSPM06GEOIGNF<IGNFN��l
9Mhelmert_transformationIGNFTSG795_STPM50GEO_TO_RGSPM06GEODDIGNF<IGNF4��k
9helmert_transformationIGNFTSG795IGNF<IGNF2��j
3grid_transformationIGNFTSG1159IGNFYIGNFD��i
97helmert_transformationIGNFTSG752_SAT84G_TO_4326IGNF �IGNFF��h
9;helmert_transformationIGNFTSG752_SAT84G_TO_WGS84GIGNF �IGNFF��g
9;helmert_transformationIGNFTSG752_RUSAT84G_TO_4326IGNF �IGNFH��f
9?helmert_transformationIGNFTSG752_RUSAT84G_TO_WGS84GIGNF �IGNFH��e
9?helmert_transformationIGNFTSG752_SAT84G_TO_WGS84GDDIGNF �IGNFJ��d
9Chelmert_transformationIGNFTSG752_RUSAT84G_TO_WGS84GDDIGNF �IGNF@��c
9/helmert_transformationIGNFTSG752_SAT84_4978IGNF �IGNFB��b
93helmert_transformationIGNFTSG752_SAT84_RRAF91IGNF �IGNFA��a
91helmert_transformationIGNFTSG752_SAT84_WGS84IGNF �IGNFB��`
93helmert_transformationIGNFTSG752_RUSAT84_4978IGNF �IGNFD��_
97helmert_transformationIGNFTSG752_RUSAT84_RRAF91IGNF �IGNF5��^
9helmert_transformationIGNFTSG752IGNF �IGNFH��]
9?helmert_transformationIGNFTSG1210_RGTAAF07G_TO_4326IGNF �IGNF J��\
9Chelmert_transformationIGNFTSG1210_RGTAAF07G_TO_WGS84GIGNF �IGNF L��[
9Ghelmert_transformationIGNFTSG1210_RGTAAF07G_TO_WGS84GDDIGNF �IGNF P��Z
9Ohelmert_transformationIGNFTSG1210_RGTAAFGEO_TO_WGS84RRAFGEOIGNF �IGNF
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9Mhelmert_transformationIGNFTSG820_WGS84MARTGDD_TO_RGAF09GDDIGNF �IGNFJ��B
9Chelmert_transformationIGNFTSG820_RRAFGDD_TO_RGAF09GDDIGNF �IGNFF��A
9;helmert_transformationIGNFTSG820_WGS84GUAD_RGAF09IGNF �IGNF5��@
9helmert_transformationIGNFTSG820IGNF �IGNFK��?
9Ehelmert_transformationIGNFTSG819_WGS84MARTG_TO_RGAF09GIGNF �IGNFF��>
9;helmert_transformationIGNFTSG819_RRAFG_TO_RGAF09GIGNF �IGNFM��=
9Ihelmert_transformationIGNFTSG819_WGS84MARTG_TO_RGAF09GDDIGNF �IGNFH��<
9?helmert_transformationIGNFTSG819_RRAFG_TO_RGAF09GDDIGNF �IGNFO��;
9Mhelmert_transformationIGNFTSG819_WGS84GUADGEO_TO_RGAF09GEOIGNF �IGNFJ��:
9Chelmert_transformationIGNFTSG819_RRAFGEO_TO_RGAF09GEOIGNF �IGNFQ��9
9Qhelmert_transformationIGNFTSG819_WGS84GUADGEO_TO_RGAF09GEODDIGNF �IGNFL��8
9Ghelmert_transformationIGNFTSG819_RRAFGEO_TO_RGAF09GEODDIGNF �IGNFO��7
9Mhelmert_transformationIGNFTSG819_W84MARTGEODD_TO_RGAF09GEOIGNF �IGNFL��6
9Ghelmert_transformationIGNFTSG819_RRAFGEODD_TO_RGAF09GEOIGNF �IGNFQ��5
9Qhelmert_transformationIGNFTSG819_W84MARTGEODD_TO_RGAF09GEODDIGNF �IGNFN��4
9Khelmert_transformationIGNFTSG819_RRAFGEODD_TO_RGAF09GEODDIGNF �IGNFM��3
9Ihelmert_transformationIGNFTSG819_WGS84MARTGDD_TO_RGAF09GIGNF �IGNFH��2
9?helmert_transformationIGNFTSG819_RRAFGDD_TO_RGAF09GIGNF �IGNFO��1
9Mhelmert_transformationIGNFTSG819_WGS84MARTGDD_TO_RGAF09GDDIGNF �IGNFJ��0
9Chelmert_transformationIGNFTSG819_RRAFGDD_TO_RGAF09GDDIGNF �IGNFF��/
9;helmert_transformationIGNFTSG819_WGS84GUAD_RGAF09IGNF �IGNF5��.
9helmert_transformationIGNFTSG819IGNF �IGNFJ��-
9Ehelmert_transformationIGNFTSG818_WGS84MARTG_TO_RGAF09GIGNF'IGNFE��,
9;helmert_transformationIGNFTSG818_RRAFG_TO_RGAF09GIGNF'IGNFL��+
9Ihelmert_transformationIGNFTSG818_WGS84MARTG_TO_RGAF09GDDIGNF'IGNFG��*
9?helmert_transformationIGNFTSG818_RRAFG_TO_RGAF09GDDIGNF'IGNFN��)
9Mhelmert_transformationIGNFTSG818_WGS84GUADGEO_TO_RGAF09GEOIGNF'IGNFI��(
9Chelmert_transformationIGNFTSG818_RRAFGEO_TO_RGAF09GEOIGNF'IGNFP��'
9Qhelmert_transformationIGNFTSG818_WGS84GUADGEO_TO_RGAF09GEODDIGNF'IGNFK��&
9Ghelmert_transformationIGNFTSG818_RRAFGEO_TO_RGAF09GEODDIGNF'IGNFN��%
9Mhelmert_transformationIGNFTSG818_W84MARTGEODD_TO_RGAF09GEOIGNF'IGNFK��$
9Ghelmert_transformationIGNFTSG818_RRAFGEODD_TO_RGAF09GEOIGNF'IGNFP��#
9Qhelmert_transformationIGNFTSG818_W84MARTGEODD_TO_RGAF09GEODDIGNF'IGNFM��"
9Khelmert_transformationIGNFTSG818_RRAFGEODD_TO_RGAF09GEODDIGNF'IGNFL��!
9Ihelmert_transformationIGNFTSG818_WGS84MARTGDD_TO_RGAF09GIGNF'IGNFG��
9?helmert_transformationIGNFTSG818_RRAFGDD_TO_RGAF09GIGNF'IGNFN��
9Mhelmert_transformationIGNFTSG818_WGS84MARTGDD_TO_RGAF09GDDIGNF'IGNFI��
9Chelmert_transformationIGNFTSG818_RRAFGDD_TO_RGAF09GDDIGNF'IGNFE��
9;helmert_transformationIGNFTSG818_WGS84GUAD_RGAF09IGNF'IGNF4��
9helmert_transformationIGNFTSG818IGNF'IGNFE��
99helmert_transformationIGNFTSG609_WALL78G_TO_4326IGNF �IGNFG��
9=helmert_transformationIGNFTSG609_WALL78G_TO_WGS84GIGNF �IGNFI��
9Ahelmert_transformationIGNFTSG609_WALL78G_TO_WGS84GDDIGNF �IGNFO��
9Mhelmert_transformationIGNFTSG609_WALL78GEO_TO_WGS84RRAFGEOIGNF �IGNFK��
9Ehelmert_transformationIGNFTSG609_WALL78GEO_TO_WGS84GEOIGNF �IGNFM��
9Ihelmert_transformationIGNFTSG609_WALL78GEO_TO_WGS84GEODDIGNF �IGNFA��
91helmert_transformationIGNFTSG609_WALL78_4978IGNF �IGNFC��
95helmert_transformationIGNFTSG609_WALL78_RRAF91IGNF �IGNF5��
9helmert_transformationIGNFTSG609IGNF �IGNFD��
97helmert_transformationIGNFTSG675_TANNAG_TO_4326IGNF �IGNFF��
9;helmert_transformationIGNFTSG675_TANNAG_TO_WGS84GIGNF �IGNF
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'#projected_crsIGNFUTM36ETRS89IGNF �IGNF1��
'#projected_crsIGNFETRS89UTM36IGNF �IGNF1��
'#projected_crsIGNFUTM35ETRS89IGNF �IGNF1��
'#projected_crsIGNFETRS89UTM35IGNF �IGNF1��
'#projected_crsIGNFUTM34ETRS89IGNF �IGNF1��
'#projected_crsIGNFETRS89UTM34IGNF �IGNF1��
'#projected_crsIGNFUTM33ETRS89IGNF �IGNF1��
'#projected_crsIGNFETRS89UTM33IGNF �IGNF1��~
'#projected_crsIGNFUTM32ETRS89IGNF �IGNF1��}
'#projected_crsIGNFETRS89UTM32IGNF �IGNF1��|
'#projected_crsIGNFUTM31ETRS89IGNF �IGNF1��{
'#projected_crsIGNFETRS89UTM31IGNF �IGNF1��z
'#projected_crsIGNFUTM30ETRS89IGNF �IGNF1��y
'#projected_crsIGNFETRS89UTM30IGNF �IGNF1��x
'#projected_crsIGNFUTM29ETRS89IGNF �IGNF1��w
'#projected_crsIGNFETRS89UTM29IGNF �IGNF1��v
'#projected_crsIGNFUTM28ETRS89IGNF �IGNF1��u
'#projected_crsIGNFETRS89UTM28IGNF �IGNF1��t
'#projected_crsIGNFUTM27ETRS89IGNF �IGNF1��s
'#projected_crsIGNFETRS89UTM27IGNF �IGNF1��r
'#projected_crsIGNFUTM26ETRS89IGNF �IGNF1��q
'#projected_crsIGNFETRS89UTM26IGNF �IGNF.��p
' projected_crsIGNFETRS89LCCIGNFIGNF/��o
'!projected_crsIGNFETRS89LAEAIGNFIGNF2��n
'%projected_crsIGNFEFATE57UT59SIGNF �IGNF2��m
'%projected_crsIGNFEFAT57UTM59SIGNF �IGNF+��l
'projected_crsIGNFUTM31IGNF �IGNF /��k
' projected_crsIGNFED50UTM31IGNF �IGNF +��j
'projected_crsIGNFUTM32IGNF �IGNF /��i
' projected_crsIGNFED50UTM32IGNF �IGNF +��h
'projected_crsIGNFUTM30IGNF �IGNF /��g
' projected_crsIGNFED50UTM30IGNF �IGNF 0��f
'!projected_crsIGNFCSG67UTM22IGNF �IGNF0��e
'!projected_crsIGNFCSG67UTM21IGNF �IGNF2��d
'%projected_crsIGNFC67IG95UTM22IGNF �IGNF2��c
'%projected_crsIGNFC67IG95UTM21IGNF �IGNF2��b
'%projected_crsIGNFGEOPORTALCRZIGNF �IGNF2��a
'%projected_crsIGNFWGS84EQGPCRZIGNF �IGNF2��`
'%projected_crsIGNFCROZ63UTM39SIGNF �IGNF2��_
'%projected_crsIGNFMAYO50UTM38SIGNF �IGNF1��^
'#projected_crsIGNFCLIP57UTM12IGNF �IGNF
1��]
'#projected_crsIGNFCLIP67UTM12IGNF �IGNF
1��\
'#projected_crsIGNFCAD97UTM38SIGNF �IGNF.��[
' projected_crsIGNFATIGBONNEIGNFIGNF 1��Z
'#projected_crsIGNFAPAT80UTM6SIGNF �IGNF2��Y
'%projected_crsIGNFGEOPORTALANFIGNF �IGNF/��X
' projected_crsIGNFWGS84GPAFIGNF �IGNF1��W
'#projected_crsIGNFANAA47UTM6SIGNF �IGNF1��V
'#projected_crsIGNFANAA92UTM6SIGNF �IGNF2��U
'%projected_crsIGNFGEOPORTALASPIGNF �IGNF2��T
'%projected_crsIGNFWGS84EQGPASPIGNF �IGNF2��S
'%projected_crsIGNFAMST63UTM43SIGNF �IGNF2��R
'%projected_crsIGNFAMANU63UTM7SIGNF �IGNFK��Q
9Ehelmert_transformationIGNFTSG820_WGS84MARTG_TO_RGAF09GIGNF �IGNFF��P
9;helmert_transformationIGNFTSG820_RRAFG_TO_RGAF09GIGNF �IGNFM��O
9Ihelmert_transformationIGNFTSG820_WGS84MARTG_TO_RGAF09GDDIGNF �IGNFH��N
9?helmert_transformationIGNFTSG820_RRAFG_TO_RGAF09GDDIGNF �IGNFO��M
9Mhelmert_transformationIGNFTSG820_WGS84GUADGEO_TO_RGAF09GEOIGNF �IGNFJ��L
9Chelmert_transformationIGNFTSG820_RRAFGEO_TO_RGAF09GEOIGNF �IGNFQ��K
9Qhelmert_transformationIGNFTSG820_WGS84GUADGEO_TO_RGAF09GEODDIGNF �IGNFL��J
9Ghelmert_transformationIGNFTSG820_RRAFGEO_TO_RGAF09GEODDIGNF �IGNFO��I
9Mhelmert_transformationIGNFTSG820_W84MARTGEODD_TO_RGAF09GEOIGNF �IGNFL��H
9Ghelmert_transformationIGNFTSG820_RRAFGEODD_TO_RGAF09GEOIGNF �IGNFQ��G
9Qhelmert_transformationIGNFTSG820_W84MARTGEODD_TO_RGAF09GEODDIGNF �IGNFN��F
9Khelmert_transformationIGNFTSG820_RRAFGEODD_TO_RGAF09GEODDIGNF �IGNFM��E
9Ihelmert_transformationIGNFTSG820_WGS84MARTGDD_TO_RGAF09GIGNF �IGNFH��D
9?helmert_transformationIGNFTSG820_RRAFGDD_TO_RGAF09GIGNF �IGNF
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' projected_crsIGNFNTFLAMB2IGNF �IGNF ,��P
'projected_crsIGNFLAMB1CIGNF �IGNF /��O
' projected_crsIGNFNTFLAMB1CIGNF �IGNF +��N
'projected_crsIGNFLAMB1IGNF �IGNF .��M
' projected_crsIGNFNTFLAMB1IGNF �IGNF ,��L
'projected_crsIGNFLAMBGCIGNF �IGNF /��K
' projected_crsIGNFNTFLAMBGCIGNF �IGNF .��J
' projected_crsIGNFLUXGAUSSKIGNF-IGNF-��I
' projected_crsIGNFLURESGKLIGNF-IGNF1��H
'%projected_crsIGNFGEOPORTALNCLIGNF:IGNF1��G
'%projected_crsIGNFRGNC91EQGPNCIGNF:IGNF0��F
'#projected_crsIGNFNEA74LBTNM2IGNF,IGNF1��E
'#projected_crsIGNFMURU59UTM7SIGNF �IGNF1��D
'#projected_crsIGNFMURU62UTM7SIGNF �IGNF1��C
'#projected_crsIGNFMURU78UTM7SIGNF �IGNF1��B
'#projected_crsIGNFMOOREA87U6SIGNF �IGNF2��A
'%projected_crsIGNFMOORE87UTM6SIGNF �IGNF1��@
'#projected_crsIGNFMHPF67UTM8SIGNF �IGNF1��?
'%projected_crsIGNFGEOPORTALMYTIGNFIGNF1��>
'%projected_crsIGNFRGM04EQGPMYTIGNFIGNF2��=
'%projected_crsIGNFMAUPITIUTM5SIGNF �IGNF1��<
'#projected_crsIGNFMART38UTM20IGNF �IGNF1��;
'#projected_crsIGNFMARTFDUTM20IGNF �IGNF2��:
'%projected_crsIGNFMARE53UTM58SIGNF �IGNF0��9
'!projected_crsIGNFMANGA51U8SIGNF �IGNF2��8
'%projected_crsIGNFMANGA51UTM8SIGNF �IGNF1��7
'#projected_crsIGNFMAKE50UTM7SIGNF �IGNF2��6
'%projected_crsIGNFLIFOU56UT58SIGNF �IGNF+��5
'projected_crsIGNFSYSLNEPSG�IGNF,��4
'projected_crsIGNFLNGLNGEPSG�IGNF2��3
'%projected_crsIGNFGEOPORTALKERIGNF �IGNF2��2
'%projected_crsIGNFWGS84EQGPKERIGNF �IGNF2��1
'%projected_crsIGNFKERG62UTM42SIGNF �IGNF1��0
'#projected_crsIGNFKAUE70UTM6SIGNF �IGNF2��/
'%projected_crsIGNFNOVA53UTM38SIGNF �IGNF
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'#projected_crsIGNFIGN72UTM58SIGNF �IGNF.��-
' projected_crsIGNFIGN72LAMIGNF �IGNF1��,
'#projected_crsIGNFIGN72LAMBNCIGNF �IGNF1��+
'#projected_crsIGNFRAIA53UTM5SIGNF �IGNF2��*
'%projected_crsIGNFTAHAA53UTM5SIGNF �IGNF0��)
'!projected_crsIGNFIGN63UTM7SIGNF �IGNF1��(
'#projected_crsIGNFATUO63UTM7SIGNF �IGNF1��'
'#projected_crsIGNFHIVA67UTM7SIGNF �IGNF1��&
'#projected_crsIGNFHIVA60UTM7SIGNF �IGNF1��%
'#projected_crsIGNFHIKU50UTM7SIGNF �IGNF1��$
'#projected_crsIGNFHARA49UTM7SIGNF �IGNF0��#
'!projected_crsIGNFHAO58UTM7SIGNF �IGNF0��"
'!projected_crsIGNFHAO67UTM7SIGNF �IGNF2��!
'%projected_crsIGNFHAOAM67UTM7SIGNF �IGNF1��
'%projected_crsIGNFGEOPORTALGUFIGNF
IGNF1��
'%projected_crsIGNFRGFG95EQGPGUIGNF
IGNF1��
'#projected_crsIGNFGUAD48UTM20IGNF �IGNF2��
'%projected_crsIGNFGUADANNUTM20IGNF �IGNF1��
'#projected_crsIGNFGUADFM49U20IGNF �IGNF1��
'#projected_crsIGNFGUADFMUTM20IGNF �IGNF0��
'!projected_crsIGNFNC51UTM58SIGNF �IGNF1��
'#projected_crsIGNFGTN51UTM58SIGNF �IGNF2��
'%projected_crsIGNFGLOR77UTM38SIGNF �IGNF.��
' projected_crsIGNFGLOR77MDIGNF �IGNF1��
'%projected_crsIGNFGEOPORTALFXXIGNFIGNF0��
'#projected_crsIGNFRGF93EQGPFRIGNFIGNF2��
'%projected_crsIGNFFANGA84UTM7SIGNF �IGNF2��
'%projected_crsIGNFFANGA66UTM7SIGNF �IGNF1��
'#projected_crsIGNFFANGA652U7SIGNF �IGNF2��
'%projected_crsIGNFFANG652UTM7SIGNF �IGNF1��
'#projected_crsIGNFFANGA651U7SIGNF �IGNF2��
'%projected_crsIGNFFANG651UTM7SIGNF �IGNF2��
'%projected_crsIGNFFANGA64UTM7SIGNF �IGNF1��
'#projected_crsIGNFFAKA50UTM6SIGNF �IGNF1��
'%projected_crsIGNFEURO54UTM37SIGNFIGNF
0��
'!projected_crsIGNFEUROPA54MDIGNF �IGNF1��
'#projected_crsIGNFUTM38ETRS89IGNF �IGNF1��
'#projected_crsIGNFETRS89UTM38IGNF �IGNF1��
'#projected_crsIGNFUTM37ETRS89IGNF �IGNF1��
'#projected_crsIGNFETRS89UTM37IGNF �IGNF
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'%projected_crsIGNFRUSAT84UTM5SIGNFIGNF2��
'%projected_crsIGNFUTM20W84MARTIGNF �IGNF/��
' projected_crsIGNFRRAFUTM20IGNF �IGNF1��
'%projected_crsIGNFRGTAAFUTM53SIGNF=IGNF2��
'%projected_crsIGNFRGTAAFUTM43SIGNFIGNF2��
'%projected_crsIGNFRGTAAFUTM42SIGNFIGNF2��
'%projected_crsIGNFRGTAAFUTM39SIGNF IGNF1��
'%projected_crsIGNFRGTAAFUTM37SIGNF=IGNF0��
'!projected_crsIGNFRGSPM06U21IGNF �IGNF1��
'#projected_crsIGNFRGR92UTM40SIGNF �IGNF/��
' projected_crsIGNFRGPFUTM8SIGNF �IGNF/��
' projected_crsIGNFRGPFUTM7SIGNF �IGNF/��
' projected_crsIGNFRGPFUTM6SIGNF �IGNF/��
' projected_crsIGNFRGPFUTM5SIGNF �IGNF0��
'!projected_crsIGNFRGNCUTM59SIGNF �IGNF0��
'!projected_crsIGNFRGNCUTM58SIGNF �IGNF0��
'!projected_crsIGNFRGNCUTM57SIGNF �IGNF,��
'projected_crsIGNFRGNCLAMIGNF:IGNF/��
'!projected_crsIGNFRGNCLAMBNCIGNF:IGNF1��
'#projected_crsIGNFRGM04UTM38SIGNF �IGNF1��
'#projected_crsIGNFUTM22RGFG95IGNF �IGNF1��
'#projected_crsIGNFRGFG95UTM22IGNF �IGNF1��
'#projected_crsIGNFUTM21RGFG95IGNF �IGNF1��
'#projected_crsIGNFRGFG95UTM21IGNF �IGNF0��
'!projected_crsIGNFUTM30RGF93IGNF �IGNF0��
'!projected_crsIGNFRGF93UTM30IGNF �IGNF0��
'!projected_crsIGNFUTM32RGF93IGNF �IGNF0��
'!projected_crsIGNFRGF93UTM32IGNF �IGNF0��
'!projected_crsIGNFUTM31RGF93IGNF �IGNF0��
'!projected_crsIGNFRGF93UTM31IGNF �IGNF+��
'projected_crsIGNFLAMB93IGNFIGNF0��~
'#projected_crsIGNFRGF93LAMB93IGNFIGNF/��}
' projected_crsIGNFRGF93CC50IGNF �IGNF
/��|
' projected_crsIGNFRGF93CC49IGNF �IGNF
/��{
' projected_crsIGNFRGF93CC48IGNF �IGNF
/��z
' projected_crsIGNFRGF93CC47IGNF �IGNF
/��y
' projected_crsIGNFRGF93CC46IGNF �IGNF
/��x
' projected_crsIGNFRGF93CC45IGNF �IGNF
/��w
' projected_crsIGNFRGF93CC44IGNF �IGNF
/��v
' projected_crsIGNFRGF93CC43IGNF �IGNF
/��u
' projected_crsIGNFRGF93CC42IGNF �IGNF
1��t
'#projected_crsIGNFRGAF09UTM20IGNF �IGNF1��s
'%projected_crsIGNFGEOPORTALREUIGNF8IGNF1��r
'%projected_crsIGNFRGR92EQGPREUIGNF8IGNF2��q
'%projected_crsIGNFREUN47GAUSSLIGNF �IGNF2��p
'%projected_crsIGNFREUN49GAUSSLIGNF �IGNF1��o
'#projected_crsIGNFRGWF96UTM1SIGNF �IGNF0��n
'!projected_crsIGNFRANGI68U6SIGNF �IGNF2��m
'%projected_crsIGNFRANGI68UTM6SIGNF �IGNF0��l
'!projected_crsIGNFRANGI59U6SIGNF �IGNF2��k
'%projected_crsIGNFRANGI59UTM6SIGNF �IGNF0��j
'!projected_crsIGNFRANGI47U6SIGNF �IGNF2��i
'%projected_crsIGNFRANGI47UTM6SIGNF �IGNF1��h
'#projected_crsIGNFRAIV66UTM6SIGNF �IGNF1��g
'#projected_crsIGNFRAIV54UTM6SIGNF �IGNF1��f
'%projected_crsIGNFGEOPORTALPYFIGNF;IGNF/��e
'!projected_crsIGNFRGPFEQGPPFIGNF;IGNF1��d
'#projected_crsIGNFPDN08GAUSSLIGNF �IGNF1��c
'#projected_crsIGNFPDN92GAUSSLIGNF �IGNF1��b
'#projected_crsIGNFOUVEA72U58SIGNF �IGNF2��a
'%projected_crsIGNFOUVE72UTM58SIGNF �IGNF/��`
' projected_crsIGNFNUKU72U7SIGNF �IGNF1��_
'#projected_crsIGNFNUKU72UTM7SIGNF �IGNF,��^
'projected_crsIGNFLAMB4CIGNF �IGNF /��]
' projected_crsIGNFNTFLAMB4CIGNF �IGNF +��\
'projected_crsIGNFLAMB4IGNF �IGNF .��[
' projected_crsIGNFNTFLAMB4IGNF �IGNF ,��Z
'projected_crsIGNFLAMB3CIGNF �IGNF /��Y
' projected_crsIGNFNTFLAMB3CIGNF �IGNF +��X
'projected_crsIGNFLAMB3IGNF �IGNF .��W
' projected_crsIGNFNTFLAMB3IGNF �IGNF +��V
'projected_crsIGNFLAMBEIGNF �IGNF /��U
' projected_crsIGNFNTFLAMB2EIGNF �IGNF ,��T
'projected_crsIGNFLAMB2CIGNF �IGNF /��S
' projected_crsIGNFNTFLAMB2CIGNF �IGNF +��R
'projected_crsIGNFLAMB2IGNF �IGNF
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%#compound_crsIGNFED50G.NGF84IGNFUIGNF 0��e
%%compound_crsIGNFED50G.IGN78CIGNFVIGNF/��d
%#compound_crsIGNFED50G.IGN69IGNFUIGNF 6��c
%/compound_crsIGNFCSG67UTM22.GUYA77IGNF �IGNF6��b
%/compound_crsIGNFCSG67UTM21.GUYA77IGNF �IGNF8��a
%3compound_crsIGNFC67IG95UTM22.GUYA77IGNF �IGNF8��`
%3compound_crsIGNFC67IG95UTM21.GUYA77IGNF �IGNF3��_
%+compound_crsIGNFC67IG95G.GUYA77IGNF
IGNF1��^
%'compound_crsIGNFCSG67G.GUYA77IGNF
IGNF7��]
%3compound_crsIGNFMAYO50UTM38S.MAYO53IGNFIGNF2��\
%)compound_crsIGNFMAYO50G.MAYO53IGNFIGNF6��[
%1compound_crsIGNFCAD97UTM38S.MAYO53IGNFIGNF1��Z
%'compound_crsIGNFCAD97G.MAYO53IGNFIGNF/��Y
%#compound_crsIGNFATIGG.NGF84IGNFUIGNF /��X
%#compound_crsIGNFATIGG.BOURDIGNFUIGNF 3��W
%+compound_crsIGNFATIGBONNE.NGF84IGNFUIGNF 3��V
%+compound_crsIGNFATIGBONNE.BOURDIGNFUIGNF /��U
' projected_crsIGNFWGS84WMSVIGNFIGNF/��T
' projected_crsIGNFUTM43SW84IGNFIGNF1��S
'#projected_crsIGNFWGS84UTM43SIGNFIGNF/��R
' projected_crsIGNFUTM42SW84IGNFIGNF1��Q
'#projected_crsIGNFWGS84UTM42SIGNFIGNF/��P
' projected_crsIGNFUTM39SW84IGNFIGNF1��O
'#projected_crsIGNFWGS84UTM39SIGNFIGNF/��N
' projected_crsIGNFUTM01SW84IGNFIGNF0��M
'!projected_crsIGNFWGS84UTM1SIGNFIGNF.��L
' projected_crsIGNFUTM32W84IGNFIGNF0��K
'!projected_crsIGNFWGS84UTM32IGNFIGNF.��J
' projected_crsIGNFUTM31W84IGNFIGNF0��I
'!projected_crsIGNFWGS84UTM31IGNFIGNF.��H
' projected_crsIGNFUTM30W84IGNFIGNF0��G
'!projected_crsIGNFWGS84UTM30IGNFIGNF+��F
'projected_crsIGNFMILLERIGNFKIGNF0��E
'#projected_crsIGNFWGS84MILLGPIGNFKIGNF0��D
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'!projected_crsIGNFWGS72UTM31IGNFIGNF.��?
' projected_crsIGNFUTM30W72IGNFIGNF0��>
'!projected_crsIGNFWGS72UTM30IGNFIGNF1��=
'#projected_crsIGNFWALL78UTM1SIGNFIGNF1��<
'#projected_crsIGNFWALL76UTM1SIGNFIGNF2��;
'%projected_crsIGNFGEOPORTALWLFIGNFIGNF1��:
'#projected_crsIGNFWGS84EQGPWFIGNFIGNF1��9
'#projected_crsIGNFTURI69UTM7SIGNFIGNF1��8
'#projected_crsIGNFTUBU69UTM6SIGNFIGNF1��7
'#projected_crsIGNFAPAT86UTM7SIGNFIGNF1��6
'#projected_crsIGNFTUAM86UTM7SIGNFIGNF1��5
'#projected_crsIGNFAPAT86UTM6SIGNFIGNF1��4
'#projected_crsIGNFTUAM86UTM6SIGNFIGNF.��3
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'#projected_crsIGNFTIKE88UTM6SIGNF IGNF1��0
'#projected_crsIGNFTIKE60UTM6SIGNF IGNF0��/
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'#projected_crsIGNFTAKA69UTM6SIGNFIGNF2��)
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'#projected_crsIGNFTAHI51UTM6SIGNFIGNF1��'
'#projected_crsIGNFTAHI79UTM6SIGNFIGNF1��&
'#projected_crsIGNFTAHAAUTM05SIGNFIGNF0��%
'!projected_crsIGNFTAHAAUTM5SIGNFIGNF1��$
'#projected_crsIGNFSTPM50UTM21IGNF �IGNF0��#
'!projected_crsIGNFST87UTM58SIGNF �IGNF0��"
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'#projected_crsIGNFRGSPM06EQGPIGNF<IGNF2��
'%projected_crsIGNFSTPL69UTM43SIGNFIGNF0��
'!projected_crsIGNFSAT84UTM5SIGNFIGNF
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%7compound_crsIGNFMOORE87UTM6S.MOOREA81IGNF*IGNF6��
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%9compound_crsIGNFMAUPITIUTM5S.MAUPITI01IGNF(IGNF6��
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%3compound_crsIGNFKERG62UTM42S.KERG62IGNF"IGNF 2��
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%'compound_crsIGNFIGN72G.NCAL69IGNFIGNF 7��
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%7compound_crsIGNFGUADANNUTM20.GUAD92LDIGNFTIGNF9��
%7compound_crsIGNFGUADANNUTM20.GUAD88MGIGNFQIGNF9��
%7compound_crsIGNFGUADANNUTM20.GUAD88LSIGNFPIGNF7��
%3compound_crsIGNFGUADANNUTM20.GUAD88IGNFOIGNF 5��
%/compound_crsIGNFGUADANNG.GUAD92LDIGNFTIGNF5��
%/compound_crsIGNFGUADANNG.GUAD88MGIGNFQIGNF5��
%/compound_crsIGNFGUADANNG.GUAD88LSIGNFPIGNF3��
%+compound_crsIGNFGUADANNG.GUAD88IGNFOIGNF 8��
%5compound_crsIGNFGUADFMUTM20.GUAD88SMIGNFSIGNF8��
%5compound_crsIGNFGUADFMUTM20.GUAD88SBIGNFRIGNF4��
%-compound_crsIGNFGUADFMG.GUAD88SMIGNFSIGNF4��~
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%3compound_crsIGNFGLOR77UTM38S.GLOR77IGNFIGNF3��|
%+compound_crsIGNFGLOR77MD.GLOR77IGNFIGNF2��{
%)compound_crsIGNFGLOR77G.GLOR77IGNFIGNF9��z
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%5compound_crsIGNFETRS89UTM35.EVRF2000IGNF%IGNF9��x
%5compound_crsIGNFETRS89UTM34.EVRF2000IGNF$IGNF9��w
%5compound_crsIGNFETRS89UTM33.EVRF2000IGNF#IGNF9��v
%5compound_crsIGNFETRS89UTM32.EVRF2000IGNF"IGNF9��u
%5compound_crsIGNFETRS89UTM31.EVRF2000IGNF!IGNF9��t
%5compound_crsIGNFETRS89UTM30.EVRF2000IGNF IGNF9��s
%5compound_crsIGNFETRS89UTM29.EVRF2000IGNF IGNF6��r
%1compound_crsIGNFETRS89LCC.EVRF2000IGNFMIGNF7��q
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%+compound_crsIGNFED50UTM31.NGF84IGNF IGNF 4��n
%+compound_crsIGNFED50UTM31.IGN69IGNF IGNF 3��m
%+compound_crsIGNFED50UTM32.NGC48IGNFVIGNF4��l
%+compound_crsIGNFED50UTM32.NGF84IGNF IGNF 4��k
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%+compound_crsIGNFED50UTM32.IGN69IGNF IGNF 4��i
%+compound_crsIGNFED50UTM30.NGF84IGNF IGNF 4��h
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%)compound_crsIGNFRGAF09G.MART87IGNF'IGNF8��I
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9)'concatenated_operationNKGITRF2000_TO_FIEPSGGNKGSCOPE_GENERICE��g
9%'concatenated_operationNKGETRF00_TO_FIEPSGGNKGSCOPE_GENERICQ��f
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9)'concatenated_operationNKGITRF2000_TO_EEEPSGBNKGSCOPE_GENERICE��d
9%'concatenated_operationNKGETRF00_TO_EEEPSGBNKGSCOPE_GENERICT��c
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9)'concatenated_operationNKGITRF2000_TO_DKEPSG8NKGSCOPE_GENERICE��a
9%'concatenated_operationNKGETRF00_TO_DKEPSG8NKGSCOPE_GENERICQ��`
5A'other_transformationNKGETRF92_2000_TO_ETRF92_1994EPSG8NKGSCOPE_GENERICD��_
9#'helmert_transformationNKGPAR_2020_SEEPSG�NKGSCOPE_GENERICM��^
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9#'helmert_transformationNKGPAR_2020_NOEPSGHNKGSCOPE_GENERICD��\
9#'helmert_transformationNKGPAR_2020_LTEPSGyNKGSCOPE_GENERICD��[
9#'helmert_transformationNKGPAR_2020_LVEPSGsNKGSCOPE_GENERICD��Z
9#'helmert_transformationNKGPAR_2020_FIEPSGGNKGSCOPE_GENERICD��Y
9#'helmert_transformationNKGPAR_2020_EEEPSGBNKGSCOPE_GENERICD��X
9#'helmert_transformationNKGPAR_2020_DKEPSG8NKGSCOPE_GENERICC��W
9!'helmert_transformationNKGP1_2008_SEEPSG�NKGSCOPE_GENERICC��V
9!'helmert_transformationNKGP1_2008_NOEPSGHNKGSCOPE_GENERICC��U
9!'helmert_transformationNKGP1_2008_LTEPSGyNKGSCOPE_GENERICC��T
9!'helmert_transformationNKGP1_2008_LVEPSGsNKGSCOPE_GENERICC��S
9!'helmert_transformationNKGP1_2008_FIEPSGGNKGSCOPE_GENERICC��R
9!'helmert_transformationNKGP1_2008_EEEPSGBNKGSCOPE_GENERICC��Q
9!'helmert_transformationNKGP1_2008_DKEPSG8NKGSCOPE_GENERICW��P
99#'concatenated_operationNKGITRF2014_TO_NKG_ETRF14NKGEXTENT_2020NKGSCOPE_GENERICU��O
59#'other_transformationNKGNKG_ETRF14_TO_ETRF2014NKGEXTENT_2020NKGSCOPE_GENERICW��N
99#'concatenated_operationNKGITRF2000_TO_NKG_ETRF00NKGEXTENT_2008NKGSCOPE_GENERICU��M
59#'other_transformationNKGNKG_ETRF00_TO_ETRF2000NKGEXTENT_2008NKGSCOPE_GENERIC=��L
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93concatenated_operationIGNFTSG399_NTFP_TO_4326IGNF[IGNFE��G
9;concatenated_operationIGNFTSG399_NTFPGRAD_TO_4326IGNF[IGNFC��F
97concatenated_operationIGNFTSG399_NTFP_TO_WGS84GIGNF[IGNFG��E
9?concatenated_operationIGNFTSG399_NTFPGRAD_TO_WGS84GIGNF[IGNFE��D
9;concatenated_operationIGNFTSG399_NTFP_TO_WGS84GDDIGNF[IGNFI��C
9Cconcatenated_operationIGNFTSG399_NTFPGRAD_TO_WGS84GDDIGNF[IGNFC��B
97concatenated_operationIGNFTSG62_NTFP_TO_ED50GEOIGNF[IGNFG��A
9?concatenated_operationIGNFTSG62_NTFPGRAD_TO_ED50GEOIGNF[IGNFA��@
93concatenated_operationIGNFTSG62_NTFP_TO_ED50GIGNF[IGNFE��?
9;concatenated_operationIGNFTSG62_NTFPGRAD_TO_ED50GIGNF[IGNFI��>
9Ahelmert_transformationPROJIGNF_RGF93GDD_TO_EPSG_4326IGNFEPSG G��=
9=helmert_transformationPROJIGNF_RGF93G_TO_EPSG_4326IGNFEPSG F��<
9;helmert_transformationPROJIGNF_RGF93_TO_EPSG_4978IGNFEPSG H��;
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9;helmert_transformationPROJIGNF_RRAFG_TO_EPSG_4326IGNF9EPSG E��9
99helmert_transformationPROJIGNF_RRAF_TO_EPSG_4978IGNF9EPSG 5��8
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9%'concatenated_operationNKGETRF14_TO_SEEPSG�NKGSCOPE_GENERICI��
51'other_transformationNKGSE_2020_INTRAPLATEEPSG�NKGSCOPE_GENERICG��
9)'concatenated_operationNKGITRF2014_TO_NOEPSGHNKGSCOPE_GENERICE��
9%'concatenated_operationNKGETRF14_TO_NOEPSGHNKGSCOPE_GENERICI��
51'other_transformationNKGNO_2020_INTRAPLATEEPSGHNKGSCOPE_GENERICG��
9)'concatenated_operationNKGITRF2014_TO_LTEPSGyNKGSCOPE_GENERICE��
9%'concatenated_operationNKGETRF14_TO_LTEPSGyNKGSCOPE_GENERICI��
51'other_transformationNKGLT_2020_INTRAPLATEEPSGyNKGSCOPE_GENERICG��
9)'concatenated_operationNKGITRF2014_TO_LVEPSGsNKGSCOPE_GENERICE��
9%'concatenated_operationNKGETRF14_TO_LVEPSGsNKGSCOPE_GENERICI��~
51'other_transformationNKGLV_2020_INTRAPLATEEPSGsNKGSCOPE_GENERICG��}
9)'concatenated_operationNKGITRF2014_TO_FIEPSGGNKGSCOPE_GENERICE��|
9%'concatenated_operationNKGETRF14_TO_FIEPSGGNKGSCOPE_GENERICI��{
51'other_transformationNKGFI_2020_INTRAPLATEEPSGGNKGSCOPE_GENERICG��z
9)'concatenated_operationNKGITRF2014_TO_EEEPSGBNKGSCOPE_GENERICE��y
9%'concatenated_operationNKGETRF14_TO_EEEPSGBNKGSCOPE_GENERICI��x
51'other_transformationNKGEE_2020_INTRAPLATEEPSGBNKGSCOPE_GENERICG��w
9)'concatenated_operationNKGITRF2014_TO_DKEPSG8NKGSCOPE_GENERICE��v
9%'concatenated_operationNKGETRF14_TO_DKEPSG8NKGSCOPE_GENERICI��u
51'other_transformationNKGDK_2020_INTRAPLATEEPSG8NKGSCOPE_GENERICG��t
9)'concatenated_operationNKGITRF2000_TO_SEEPSG�NKGSCOPE_GENERICE��s
9%'concatenated_operationNKGETRF00_TO_SEEPSG�NKGSCOPE_GENERICQ��r
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9%'concatenated_operationNKGETRF00_TO_NOEPSGHNKGSCOPE_GENERICQ��o
5A'other_transformationNKGETRF93_2000_TO_ETRF93_1995EPSGHNKGSCOPE_GENERICG��n
9)'concatenated_operationNKGITRF2000_TO_LTEPSGyNKGSCOPE_GENERICE��m
9%'concatenated_operationNKGETRF00_TO_LTEPSGyNKGSCOPE_GENERICV��l
5K'other_transformationNKGETRF2000_2000_TO_ETRF_2000_2003EPSGyNKGSCOPE_GENERIC
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' )'projected_crsIAU_2015u�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��'
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��t
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��s
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��q
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��p
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��o
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��n
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��m
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��l
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��k
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��j
' )'projected_crsIAU_2015 �HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 �CPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �9PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
' )'projected_crsIAU_2015 �4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_2015 �/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015 �*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��\
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��Y
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��X
' )'projected_crsIAU_2015 �GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��W
' )'projected_crsIAU_2015 �BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 �=PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_2015 �8PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��T
' )'projected_crsIAU_2015 �3PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��S
' )'projected_crsIAU_2015 �.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��R
' )'projected_crsIAU_2015 �)PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 �$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��N
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��G
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��F
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��E
' )'projected_crsIAU_2015 �FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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' )'projected_crsIAU_2015 �9PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_2015 �4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
' )'projected_crsIAU_2015 �/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��-
' )'projected_crsIAU_2015 �*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��,
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��)
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��(
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��%
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��$
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��#
' )'projected_crsIAU_2015 �VPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 �QPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015 �LPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �=PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �8PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �3PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �)PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �5PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �0PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �+PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �!PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��~
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��|
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��{
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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p
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' )'projected_crsIAU_2015 �JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_2015 �EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015 �@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015 �;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015 �6PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
' )'projected_crsIAU_2015 �1PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_2015 �,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_2015 �'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��]
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��\
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��X
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��W
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��T
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��S
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��R
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��N
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_2015 þPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��J
% )'geodetic_crsIAU_2015 ôPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��I
) )'geodetic_datumIAU_2015 ôPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 �XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
' )'projected_crsIAU_2015 �SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��F
' )'projected_crsIAU_2015 �NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��E
' )'projected_crsIAU_2015 �IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��D
' )'projected_crsIAU_2015 �DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 �?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
' )'projected_crsIAU_2015 �:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
' )'projected_crsIAU_2015 �5PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��@
' )'projected_crsIAU_2015 �0PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��?
' )'projected_crsIAU_2015 �+PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��>
' )'projected_crsIAU_2015 �&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��=
' )'projected_crsIAU_2015 �!PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��<
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��;
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��:
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_2015 �
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��7
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��6
' )'projected_crsIAU_2015 �WPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
' )'projected_crsIAU_2015 �RPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��4
' )'projected_crsIAU_2015 �MPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 �HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��2
' )'projected_crsIAU_2015 �CPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
' )'projected_crsIAU_2015 �>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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n
& � � K � p '
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ľPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ĹPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ĴPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 įPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ĪPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ĥPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ĠPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ěPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ĖPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 đPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ČPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ćPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 �}PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 �}PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��~
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��|
' )'projected_crsIAU_2015 ĽPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��{
' )'projected_crsIAU_2015 ĸPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��z
' )'projected_crsIAU_2015 ijPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��y
' )'projected_crsIAU_2015 ĮPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��x
' )'projected_crsIAU_2015 ĩPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
' )'projected_crsIAU_2015 ĤPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
' )'projected_crsIAU_2015 ğPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015 ĚPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��t
' )'projected_crsIAU_2015 ĕPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��s
' )'projected_crsIAU_2015 ĐPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
' )'projected_crsIAU_2015 ċPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��q
' )'projected_crsIAU_2015 ĆPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��p
% )'geodetic_crsIAU_2015 �|PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��o
) )'geodetic_datumIAU_2015 �|PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��n
' )'projected_crsIAU_2015 �rPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��m
' )'projected_crsIAU_2015 �mPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��l
' )'projected_crsIAU_2015 �hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��k
' )'projected_crsIAU_2015 �cPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��j
' )'projected_crsIAU_2015 �^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 �YPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �OPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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o
& � � K � p '
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' )'projected_crsIAU_2015 żPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 ŷPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 ŲPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��O
% )'geodetic_crsIAU_2015 ŨPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��N
) )'geodetic_datumIAU_2015 ŨPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_2015 ŞPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_2015 řPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_2015 ŔPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_2015 ŏPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
' )'projected_crsIAU_2015 ŊPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 ŅPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
' )'projected_crsIAU_2015 ŀPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��F
' )'projected_crsIAU_2015 �{PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��E
' )'projected_crsIAU_2015 �vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��D
' )'projected_crsIAU_2015 �qPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 �lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
' )'projected_crsIAU_2015 �gPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
' )'projected_crsIAU_2015 �bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��@
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' )'projected_crsIAU_2015 �XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��>
' )'projected_crsIAU_2015 �SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��=
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' )'projected_crsIAU_2015 �;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_2015 �6PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
' )'projected_crsIAU_2015 �1PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��7
' )'projected_crsIAU_2015 �,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��6
' )'projected_crsIAU_2015 �'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��4
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��2
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��0
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��-
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��,
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
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) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
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' )'projected_crsIAU_2015 �5PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��%
' )'projected_crsIAU_2015 �0PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��$
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' )'projected_crsIAU_2015 �&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 �!PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 ƻPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 ƬPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �9PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 �4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��\
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��X
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��W
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��S
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��7
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��6
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��4
' )'projected_crsIAU_2015 ǿPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 ǺPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��2
' )'projected_crsIAU_2015 ǵPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
' )'projected_crsIAU_2015 ǰPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��0
' )'projected_crsIAU_2015 ǫPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
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' )'projected_crsIAU_2015 ǒPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 ǍPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
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' )'projected_crsIAU_2015 �~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
' )'projected_crsIAU_2015 �yPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015 �tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��%
' )'projected_crsIAU_2015 �oPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��$
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' )'projected_crsIAU_2015 �ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 �`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015 �[PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �VPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �QPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �LPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
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' )'projected_crsIAU_2015 �$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��q
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��n
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' )'projected_crsIAU_2015 ȪPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_2015 ȥPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_2015 ȠPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 țPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
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' )'projected_crsIAU_2015 ȇPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
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' )'projected_crsIAU_2015 �xPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 �sPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_2015 �nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��T
% )'geodetic_crsIAU_2015 �dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��S
) )'geodetic_datumIAU_2015 �dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��R
' )'projected_crsIAU_2015 �ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 �UPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 �PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_2015 �KPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��N
' )'projected_crsIAU_2015 �FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_2015 �APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_2015 �<PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_2015 �7PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_2015 �2PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
' )'projected_crsIAU_2015 �-PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 �(PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
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' )'projected_crsIAU_20159PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
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' )'projected_crsIAU_2015 ɩPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��\
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��X
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' )'projected_crsIAU_20156PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_20151PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_2015,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
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' )'projected_crsIAU_2015XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��@
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' )'projected_crsIAU_20155PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_20150PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
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' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��3
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PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��2
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PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
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' )'projected_crsIAU_2015aPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_2015\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
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' )'projected_crsIAU_2015MPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��~
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' )'projected_crsIAU_2015 �xPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��y
' )'projected_crsIAU_2015 �sPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��x
' )'projected_crsIAU_2015 �nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
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' )'projected_crsIAU_2015 �dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015 �_PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��t
' )'projected_crsIAU_2015 �ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��s
' )'projected_crsIAU_2015 �UPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
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' )'projected_crsIAU_2015 �FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��o
' )'projected_crsIAU_2015 �APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��n
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' )'projected_crsIAU_2015 �7PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��l
' )'projected_crsIAU_2015 �2PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��k
% )'geodetic_crsIAU_2015 �(PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��j
) )'geodetic_datumIAU_2015 �(PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_2015 �
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
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) )'geodetic_datumIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
' )'projected_crsIAU_2015 �
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��F
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��E
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��D
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��@
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��?
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��=
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��7
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) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��2
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��0
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��-
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��,
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 �|PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
' )'projected_crsIAU_2015 �wPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��)
' )'projected_crsIAU_2015 �rPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��(
' )'projected_crsIAU_2015 �mPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
' )'projected_crsIAU_2015 �hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015 �cPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��%
' )'projected_crsIAU_2015 �^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��$
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) )'geodetic_datumIAU_2015 �TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 �JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015 �EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �6PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �1PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��|
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��{
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��z
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��y
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��x
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��t
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��s
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��q
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��p
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��o
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��n
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��m
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��l
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��k
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��j
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��]
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��\
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 �vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_2015 �qPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_2015 �lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��X
' )'projected_crsIAU_2015 �gPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��W
' )'projected_crsIAU_2015 �bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 �]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_2015 �XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��T
' )'projected_crsIAU_2015 �SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��S
' )'projected_crsIAU_2015 �NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��R
' )'projected_crsIAU_2015 �IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 �DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 �?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_2015 �:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��N
' )'projected_crsIAU_2015 �5PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_2015 �0PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��7
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��6
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��4
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��2
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
' )'projected_crsIAU_2015 �zPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��0
' )'projected_crsIAU_2015 �uPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_2015 �pPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
' )'projected_crsIAU_2015 �kPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��-
' )'projected_crsIAU_2015 �fPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��,
' )'projected_crsIAU_2015 �aPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 �\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
' )'projected_crsIAU_2015 �WPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��)
' )'projected_crsIAU_2015 �RPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��(
% )'geodetic_crsIAU_2015 �HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��'
) )'geodetic_datumIAU_2015 �HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015 �>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��%
' )'projected_crsIAU_2015 �9PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��$
' )'projected_crsIAU_2015 �4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��#
' )'projected_crsIAU_2015 �/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 �*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �m%��J
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' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��m
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��l
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��k
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��j
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015 �~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��a
% )'geodetic_crsIAU_2015 �tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��`
) )'geodetic_datumIAU_2015 �tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_2015 �jPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 �ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
' )'projected_crsIAU_2015 �`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��\
' )'projected_crsIAU_2015 �[PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 �VPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_2015 �QPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_2015 �LPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��X
' )'projected_crsIAU_2015 �GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��W
' )'projected_crsIAU_2015 �BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 �=PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_2015 �8PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��T
' )'projected_crsIAU_2015 �3PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��S
' )'projected_crsIAU_2015 �.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��R
' )'projected_crsIAU_2015 �)PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 �$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��N
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��M
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��F
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��E
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��D
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��@
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��?
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��>
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��=
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��<
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��;
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��:
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��#
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �}PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �xPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �sPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �iPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �_PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �UPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �KPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 �<PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 �<PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �2PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �-PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �(PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �#PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��~
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
' )'projected_crsIAU_2015 �
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��|
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��{
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��z
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��y
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��x
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��t
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��s
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��q
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��p
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��o
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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o
& � � K � p '
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� q (��L�r)��N�s*��O�t+��P�u, � � E��Z
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��X
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��W
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��T
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��S
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��R
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��N
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��F
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��E
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��D
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 �|PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
' )'projected_crsIAU_2015 �wPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
' )'projected_crsIAU_2015 �rPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��@
% )'geodetic_crsIAU_2015 �hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��?
) )'geodetic_datumIAU_2015 �hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��>
' )'projected_crsIAU_2015 �^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��=
' )'projected_crsIAU_2015 �YPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��<
' )'projected_crsIAU_2015 �TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��;
' )'projected_crsIAU_2015 �OPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��:
' )'projected_crsIAU_2015 �JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_2015 �EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
' )'projected_crsIAU_2015 �@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��7
' )'projected_crsIAU_2015 �;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��6
' )'projected_crsIAU_2015 �6PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
' )'projected_crsIAU_2015 �1PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��4
' )'projected_crsIAU_2015 �,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 �'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��2
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��1
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��0
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��-
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��,
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��)
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��(
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��%
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��~
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��|
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��{
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��z
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��y
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��x
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��t
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��s
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��q
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��p
' )'projected_crsIAU_2015 �{PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��o
' )'projected_crsIAU_2015 �vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��n
' )'projected_crsIAU_2015 �qPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��m
' )'projected_crsIAU_2015 �lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��l
' )'projected_crsIAU_2015 �gPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��k
' )'projected_crsIAU_2015 �bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��j
' )'projected_crsIAU_2015 �]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_2015 �XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_2015 �SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_2015 �NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��f
% )'geodetic_crsIAU_2015 �DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��e
) )'geodetic_datumIAU_2015 �DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015 �:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015 �5PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015 �0PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
' )'projected_crsIAU_2015 �+PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_2015 �&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_2015 �!PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��\
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_2015 �
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
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) )'geodetic_datumIAU_20158 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
' )'projected_crsIAU_2015 �nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��B
' )'projected_crsIAU_2015 �iPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
' )'projected_crsIAU_2015 �dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��@
' )'projected_crsIAU_2015 �_PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��?
' )'projected_crsIAU_2015 �ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��>
' )'projected_crsIAU_2015 �UPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��=
' )'projected_crsIAU_2015 �PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��<
' )'projected_crsIAU_2015 �KPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��;
' )'projected_crsIAU_2015 �FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��:
' )'projected_crsIAU_2015 �APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��9
' )'projected_crsIAU_2015 �<PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��8
' )'projected_crsIAU_2015 �7PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��7
' )'projected_crsIAU_2015 �2PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��6
' )'projected_crsIAU_2015 �-PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
' )'projected_crsIAU_2015 �(PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��4
' )'projected_crsIAU_2015 �#PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��3
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��2
% )'geodetic_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��1
) )'geodetic_datumIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��0
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��-
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��,
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��*
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��)
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��(
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��%
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��$
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��#
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
) )'geodetic_datumIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �fPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �aPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �WPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �RPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �MPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �CPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �9PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015 �*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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' )'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��y
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��x
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��w
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
' )'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��u
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��t
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��s
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��r
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% )'geodetic_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��k
) )'geodetic_datumIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��j
% )'geodetic_crsIAU_20158 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
' )'projected_crsIAU_20158wPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��h
' )'projected_crsIAU_20158rPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��g
' )'projected_crsIAU_20158mPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
' )'projected_crsIAU_20158hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_20158cPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_20158^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_20158YPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_20158TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
' )'projected_crsIAU_20158OPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_20158JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_20158EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��^
' )'projected_crsIAU_20158@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��]
' )'projected_crsIAU_20158;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��\
' )'projected_crsIAU_201586PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��[
' )'projected_crsIAU_201581PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Z
' )'projected_crsIAU_20158,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Y
' )'projected_crsIAU_20158'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��X
% )'geodetic_crsIAU_20158 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��W
) )'geodetic_datumIAU_20158 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
' )'projected_crsIAU_20158vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��U
' )'projected_crsIAU_20158qPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��T
' )'projected_crsIAU_20158lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��S
' )'projected_crsIAU_20158gPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��R
' )'projected_crsIAU_20158bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��Q
' )'projected_crsIAU_20158]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��P
' )'projected_crsIAU_20158XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��O
' )'projected_crsIAU_20158SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��N
' )'projected_crsIAU_20158NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��M
' )'projected_crsIAU_20158IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��L
' )'projected_crsIAU_20158DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��K
' )'projected_crsIAU_20158?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��J
' )'projected_crsIAU_20158:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��I
' )'projected_crsIAU_201585PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��H
' )'projected_crsIAU_201580PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��G
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' )'projected_crsIAU_2015<PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
' )'projected_crsIAU_20157PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��.
' )'projected_crsIAU_20152PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��-
' )'projected_crsIAU_2015-PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��,
' )'projected_crsIAU_2015(PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��+
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' )'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��)
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��(
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��'
' )'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��&
' )'projected_crsIAU_2015
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��%
% )'geodetic_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��$
) )'geodetic_datumIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��#
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��!
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
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' )'projected_crsIAU_2015~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015yPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015oPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015jPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015[PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015VPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015QPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015LPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
' )'projected_crsIAU_2015BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��
% )'geodetic_crsIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��~
) )'geodetic_datumIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��}
' )'projected_crsIAU_2015.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
6 � �n%��J
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' )'projected_crsIAU_2015^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��f
' )'projected_crsIAU_2015YPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��e
' )'projected_crsIAU_2015TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��d
' )'projected_crsIAU_2015OPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��c
' )'projected_crsIAU_2015JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��b
' )'projected_crsIAU_2015EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��a
' )'projected_crsIAU_2015@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��`
' )'projected_crsIAU_2015;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��_
' )'projected_crsIAU_20156PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND��^
% )'geodetic_crsIAU_2015,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��]
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' )'projected_crsIAU_2015}m�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}m�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}m�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mzPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}muPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mpPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mkPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mfPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}maPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}m\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mWPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015}mRPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
% )'geodetic_crsIAU_2015}mHPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��
) )'geodetic_datumIAU_2015}mHPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_20158��zPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��~
' )'projected_crsIAU_20158��uPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��}
' )'projected_crsIAU_20158��pPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��|
' )'projected_crsIAU_20158��kPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��{
' )'projected_crsIAU_20158��fPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��z
' )'projected_crsIAU_20158��aPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��y
' )'projected_crsIAU_20158��\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��x
' )'projected_crsIAU_20158��WPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��w
' )'projected_crsIAU_20158��RPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��v
% )'geodetic_crsIAU_20158��HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��u
) )'geodetic_datumIAU_20158��HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��t
' )'projected_crsIAU_2015� &PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��s
' )'projected_crsIAU_2015� !PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��r
' )'projected_crsIAU_2015� PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��q
' )'projected_crsIAU_2015� PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��p
' )'projected_crsIAU_2015� PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��o
' )'projected_crsIAU_2015�
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
5 � �l"��D
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f
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8 � � Z �|2��U
�w-��O�q'��I��k!��C � � F��X
' )'projected_crsIAU_2015 ��OPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��W
' )'projected_crsIAU_2015 ��JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��V
% )'geodetic_crsIAU_2015 ��@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��U
) )'geodetic_datumIAU_2015 ��@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��T
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��S
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��R
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��Q
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��P
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��O
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��N
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��M
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��L
' )'projected_crsIAU_2015 ���PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��K
' )'projected_crsIAU_2015 �ýPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��J
' )'projected_crsIAU_2015 �øPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��I
' )'projected_crsIAU_2015 �óPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��H
' )'projected_crsIAU_2015 �îPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��G
' )'projected_crsIAU_2015 �éPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��F
' )'projected_crsIAU_2015 �äPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��E
' )'projected_crsIAU_2015 �ßPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��D
' )'projected_crsIAU_2015 �ÚPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��C
% )'geodetic_crsIAU_2015 �ÐPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��B
) )'geodetic_datumIAU_2015 �ÐPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��A
% )'geodetic_crsIAU_2015 ��fPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��@
' )'projected_crsIAU_2015 �¿PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��?
' )'projected_crsIAU_2015 �ºPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��>
' )'projected_crsIAU_2015 �µPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��=
' )'projected_crsIAU_2015 �°PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��<
' )'projected_crsIAU_2015 �«PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��;
' )'projected_crsIAU_2015 �¦PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��:
' )'projected_crsIAU_2015 �¡PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��9
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��8
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��7
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��6
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��5
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��4
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��3
' )'projected_crsIAU_2015 ��~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��2
' )'projected_crsIAU_2015 ��yPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��1
' )'projected_crsIAU_2015 ��tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��0
' )'projected_crsIAU_2015 ��oPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��/
% )'geodetic_crsIAU_2015 ��ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��.
) )'geodetic_datumIAU_2015 ��ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��-
' )'projected_crsIAU_2015 �¾PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��,
' )'projected_crsIAU_2015 �¹PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��+
' )'projected_crsIAU_2015 �´PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��*
' )'projected_crsIAU_2015 �¯PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��)
' )'projected_crsIAU_2015 �ªPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��(
' )'projected_crsIAU_2015 �¥PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��'
' )'projected_crsIAU_2015 � PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��&
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��%
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��$
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
5 � �l"��D
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f
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8 � � Z �|2��T
�v,��N�p&��H��j ��B � � F��
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' )'projected_crsIAU_2015 �֥PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �֠PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �֛PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �֖PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �֑PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �ևPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �ւPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��}PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��xPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��sPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��iPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��~
' )'projected_crsIAU_2015 ��_PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��}
' )'projected_crsIAU_2015 ��ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��|
% )'geodetic_crsIAU_2015 ��PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��{
) )'geodetic_datumIAU_2015 ��PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��z
' )'projected_crsIAU_2015 �ʎPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��y
' )'projected_crsIAU_2015 �ʉPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��x
' )'projected_crsIAU_2015 �ʄPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��w
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��v
' )'projected_crsIAU_2015 ��zPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��u
' )'projected_crsIAU_2015 ��uPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��t
' )'projected_crsIAU_2015 ��pPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��s
' )'projected_crsIAU_2015 ��kPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��r
' )'projected_crsIAU_2015 ��fPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��q
' )'projected_crsIAU_2015 ��aPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��p
' )'projected_crsIAU_2015 ��\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��o
' )'projected_crsIAU_2015 ��WPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��n
' )'projected_crsIAU_2015 ��RPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��m
' )'projected_crsIAU_2015 ��MPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��l
' )'projected_crsIAU_2015 ��HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��k
' )'projected_crsIAU_2015 ��CPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��j
' )'projected_crsIAU_2015 ��>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��i
% )'geodetic_crsIAU_2015 ��4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��h
) )'geodetic_datumIAU_2015 ��4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��g
' )'projected_crsIAU_2015 �ȚPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��f
' )'projected_crsIAU_2015 �ȕPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��e
' )'projected_crsIAU_2015 �ȐPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��d
' )'projected_crsIAU_2015 �ȋPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��c
' )'projected_crsIAU_2015 �ȆPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��b
' )'projected_crsIAU_2015 �ȁPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��a
' )'projected_crsIAU_2015 ��|PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��`
' )'projected_crsIAU_2015 ��wPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��_
' )'projected_crsIAU_2015 ��rPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��^
' )'projected_crsIAU_2015 ��mPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��]
' )'projected_crsIAU_2015 ��hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��\
' )'projected_crsIAU_2015 ��cPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��[
' )'projected_crsIAU_2015 ��^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��Z
' )'projected_crsIAU_2015 ��YPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��Y
' )'projected_crsIAU_2015 ��TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
5 � �l"��D
�
�
f
� � > � � `
�
�
7 � � Z �|2��T
�v,��N�p&��H��j ��B � � F��B
' )'projected_crsIAU_2015 �kkPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��A
' )'projected_crsIAU_2015 �kfPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��@
' )'projected_crsIAU_2015 �kaPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��?
' )'projected_crsIAU_2015 �k\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��>
' )'projected_crsIAU_2015 �kWPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��=
' )'projected_crsIAU_2015 �kRPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��<
' )'projected_crsIAU_2015 �kMPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��;
' )'projected_crsIAU_2015 �kHPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��:
' )'projected_crsIAU_2015 �kCPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��9
' )'projected_crsIAU_2015 �k>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��8
' )'projected_crsIAU_2015 �k9PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��7
' )'projected_crsIAU_2015 �k4PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��6
' )'projected_crsIAU_2015 �k/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��5
% )'geodetic_crsIAU_2015 �k%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��4
) )'geodetic_datumIAU_2015 �k%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��3
' )'projected_crsIAU_2015 �k~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��2
' )'projected_crsIAU_2015 �kyPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��1
' )'projected_crsIAU_2015 �ktPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��0
' )'projected_crsIAU_2015 �koPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��/
' )'projected_crsIAU_2015 �kjPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��.
' )'projected_crsIAU_2015 �kePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��-
' )'projected_crsIAU_2015 �k`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��,
' )'projected_crsIAU_2015 �k[PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��+
' )'projected_crsIAU_2015 �kVPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��*
' )'projected_crsIAU_2015 �kQPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��)
' )'projected_crsIAU_2015 �kLPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��(
' )'projected_crsIAU_2015 �kGPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��'
' )'projected_crsIAU_2015 �kBPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��&
' )'projected_crsIAU_2015 �k=PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��%
' )'projected_crsIAU_2015 �k8PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��$
' )'projected_crsIAU_2015 �k3PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��#
' )'projected_crsIAU_2015 �k.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��"
% )'geodetic_crsIAU_2015 �k$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��!
) )'geodetic_datumIAU_2015 �k$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 ��PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �yPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �oPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��
' )'projected_crsIAU_2015 �jPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��
% )'geodetic_crsIAU_2015 �`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��
) )'geodetic_datumIAU_2015 �`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN
5 � �l"��D
�
�
g
� � ? � � a
�
�
9 � � [ �}3��U �w-��O�q'��H��k!��C � � F��w
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��v
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��u
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��t
' )'projected_crsIAU_2015 �"
PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��s
' )'projected_crsIAU_2015 �"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��r
' )'projected_crsIAU_2015 �" PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��q
' )'projected_crsIAU_2015 �!�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��p
' )'projected_crsIAU_2015 �!�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE��o
% )'geodetic_crsIAU_2015 �!�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG��n
) )'geodetic_datumIAU_2015 �!�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��m
' )'projected_crsIAU_2015 �%.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��l
' )'projected_crsIAU_2015 �%)PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��k
' )'projected_crsIAU_2015 �%$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��j
' )'projected_crsIAU_2015 �% PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��i
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��h
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��g
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��f
' )'projected_crsIAU_2015 �% PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��e
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��d
' )'projected_crsIAU_2015 �%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��c
' )'projected_crsIAU_2015 �$�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��b
' )'projected_crsIAU_2015 �$�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��a
' )'projected_crsIAU_2015 �$�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��`
' )'projected_crsIAU_2015 �$�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��_
' )'projected_crsIAU_2015 �$�PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF��^
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! � � � { P ��~e2���|b(���bF ���[0��T(���xQ��O���tM& �� A Y ! EPSG_European Vertical Reference Frame 20072008-01-01& # ! EPSG^IGN 1988 SM1988-01-01& # ! EPSG]IGN 1988 SB1988-01-01& # ! EPSG\IGN 1992 LD1992-01-01& # ! EPSG[IGN 1988 MG1988-01-01& # ! EPSGZIGN 1988 LS1988-01-011 9 ! EPSGYRikets hojdsystem 19001900-01-013 9 ! EPSGXRikets hojdsystem 20002000-01-01�A Y ! EPSGWCroatian Vertical Reference Datum 19711971-01-01? U ! EPSGVDansk Vertikal Reference 1990 (2000)2000-01-01? U ! EPSGUInternational Great Lakes Datum 19851985-01-01? U ! EPSGTInternational Great Lakes Datum 19551955-01-01& # ! EPSGSEGM84 geoid1987-01-01- 1 ! EPSGRBora Bora SAU 20012001-01-01) ) ! EPSGQTahaa SAU 20012001-01-01+ - ! EPSGPHuahine SAU 20012001-01-01+ - ! EPSGOMaupiti SAU 20012001-01-01+ - ! EPSGNRaiatea SAU 20012001-01-01* + ! EPSGMMoorea SAU 19811981-01-01# ! EPSGLIGN 19661966-01-01; a EPSGKNivellement General de Polynesie Francaise% ! ! EPSGJLagos 19551955-01-01* + ! EPSGIGuadeloupe 19511951-01-01* + ! EPSGHMartinique 19551955-01-01' % ! EPSGGMayotte 19501950-01-01& # ! EPSGFDanger 19501950-01-01? U ! EPSGENivellement General de la Corse 19481948-01-011 9 ! EPSGDKOC Construction Datum1952-01-01) ) ! EPSGCKOC Well Datum1937-01-01 ! EPSGBKuwait PWD& # ! EPSGABaltic 19801980-01-01& # ! EPSG@Baltic 19821982-01-01= Q ! EPSG?Staatlichen Nivellementnetzes 19761976-01-019 I ! EPSG>Deutsches Haupthoehennetz 19851985-01-019 I ! EPSG=Deutsches Haupthoehennetz 19921992-01-01 EPSG<Alicante EPSG;Constanta" ! EPSG:Cascais1938-01-019 I ! EPSG9Slovenian Vertical System 20001999-01-01% 5 EPSG8Gebrauchshohen ADRIA EPSG7Durres2 ; ! EPSG6Norway Normal Null 19541954-01-01 EPSG5AntalyaA Y ! EPSG4Nivellement General du Luxembourg 19951995-01-01& # ! EPSG3EGM96 geoid1996-01-01. 3 ! EPSG2Stewart Island 19771977-01-019 I ! EPSG1Waitangi (Chatham Island) 19591959-01-01* + ! EPSG0Wellington 19531953-01-01( ' ! EPSG/Taranaki 19701970-01-01& # ! EPSG.Tararu 19521952-01-01. 3 ! EPSG-One Tree Point 19641964-01-01& # ! EPSG,Nelson 19551955-01-01& # ! EPSG+Napier 19621962-01-01( ' ! EPSG*Moturiki 19531953-01-01) ) ! EPSG)Lyttelton 19371937-01-01( ' ! EPSG(Gisborne 19261926-01-01' % ! EPSG'Dunedin 19581958-01-01% ! ! EPSG&Bluff 19551955-01-01( ' ! EPSG%Auckland 19461945-01-01' % ! EPSG$Reunion 19891989-01-01* + ! EPSG#Guadeloupe 19881988-01-01* + ! EPSG"Martinique 19871987-01-01< O ! EPSG!Nivellement General Guyanais 19771977-01-01" ! EPSG Poolbeg1837-01-01D _ ! EPSG Nivellement General de Nouvelle Caledonie1969-01-01' % ! EPSG Bandar Abbas2001-01-01 EPSG Fao EPSG Douglas EPSGSt. Marys ' EPSGFlannan Isles EPSGSt. Kilda$ ! EPSGStornoway1977-01-01 ! EPSGNorth Rona # EPSGSule Skerry EPSGFoula" ! EPSGLerwick1979-01-01 EPSGFair Isle? U ! EPSGOrdnance Datum Newlyn (Orkney Isles)1956-01-01* + ! EPSGYellow Sea 19851985-01-01& 7 EPSGHong Kong Chart Datum4 ? ! EPSGHong Kong Principal Datum1980-01-01 EPSGBlack Sea$ ! EPSG
AIOC 19951995-01-01! - EPSG Dansk Normal Nul( ' ! EPSG Belfast Lough1957-01-01% ! ! EPSG
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Q�' IAU_2015 �Jupiter (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �X
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A�#'3 IAU_2015 ��Callisto (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015 ��$
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O�' IAU_2015 �Europa (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ��U
G�' IAU_2015 ôIo (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ô�
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M�' IAU_2015 �<Atlas (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �<�Z
Q�' IAU_2015 ��Calypso (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �Z
Q�' IAU_2015 �tTelesto (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �t�Y
O�' IAU_2015 �Helene (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ��]
W�' IAU_2015 �Epimetheus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 X
M�' IAU_2015 �HJanus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �H�Y
O�' IAU_2015 ��Phoebe (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ��
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Q�' IAU_2015 �Iapetus (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 퀁[
S�' IAU_2015 � Hyperion (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 � �X
M�' IAU_2015 �Titan (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 츁W
K�' IAU_2015 �TRhea (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �T�X
M�' IAU_2015 ��Dione (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ��Y
O�' IAU_2015 �Tethys (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 댁\
U�' IAU_2015 �(Enceladus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �(�X
M�' IAU_2015 ��Mimas (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �� �
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O�#' IAU_2015 Oberon (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �#
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Q�' IAU_2015 �Aegaeon (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ��!
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W�' IAU_2015 ��Polydeuces (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ���Z
Q�' IAU_2015 �DPallene (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �D�Z
Q�' IAU_2015 ��Methone (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ��V
I�' IAU_2015 �hPan (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 �h 8 �"
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Q�' IAU_2015_,Neptune (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015_,�Z
Q�' IAU_2015;�Proteus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015;��
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Q�' IAU_2015;<Larissa (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015;<�+
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G IGNFMOOREA81MOOREA 1981 (MOOREA_SAU 2001)EPSGcIGNFREA0297
3 IGNFMAYO53SHOM 1953 (MAYOTTE)EPSGcIGNFREA0387
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7 IGNFMART87IGN 1987 (MARTINIQUE)EPSGcIGNFREA014M
_ IGNFMARE91NIVELLEMENT GENERAL DE MARE (IGN 1991 MR)EPSGcIGNFREA035O
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5 IGNFKERG62IGN 1962 (KERGUELEN)EPSGcIGNFREA0260
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] IGNFGUYA77NIVELLEMENT GENERAL DE GUYANE (NGG) 1977EPSGcIGNFREA016L
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c IGNFGUAD88SBIGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSGcIGNFREA012N
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Y IGNFGUAD88LSIGN 1988 LS (GUADELOUPE / LES SAINTES)EPSGcIGNFREA0089
7 IGNFGUAD88IGN 1988 (GUADELOUPE)EPSGcIGNFREA006N
!Y IGNFGUAD2008LDIGN 2008 LD (GUADELOUPE / LA DESIRADE)EPSGcIGNFREA053U
o IGNFGLOR77SHOM 1977 (ILES GLORIEUSES - CANAL DE MOZAMBIQUE)EPSGcIGNFREA042H
!M IGNFFUTUNA1997NGWF ILES HORN (FUTUNA ET ALOFI)EPSGcIGNFREA054W
o IGNFEVRF2007EVRF2007 (EUROPEAN VERTICAL REFERENCE FRAME 2007)EPSGcIGNFREA125
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{ �d�< � �b,?�_ EPSGaEPSG Arctic LCC zone 2-14May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T� 6F��EPSG#�EPSG"v�EPSG#�EPSG"w@Tٙ����EPSG#�EPSG"x@T �����EPSG#�EPSG"z �@�EPSG#)EPSG"{&%�EPSG#)�c,?�_ EPSG`EPSG Arctic LCC zone 2-12May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T� 6F��EPSG#�EPSG"v�fEPSG#�EPSG"w@Tٙ����EPSG#�EPSG"x@T �����EPSG#�EPSG"z �� EPSG#)EPSG"{&%�EPSG#)�c,?�_ EPSG_EPSG Arctic LCC zone 2-10May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T� 6F��EPSG#�EPSG"v �EPSG#�EPSG"w@Tٙ����EPSG#�EPSG"x@T �����EPSG#�EPSG"z �7�EPSG#)EPSG"{&%�EPSG#)�\,?�_ EPSG^EPSG Arctic LCC zone 1-31May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP�*2�qEPSG#�EPSG"v �EPSG#�EPSG"wWEPSG#�EPSG"x@Tٙ����EPSG#�EPSG"z��EPSG#)EPSG"{�`EPSG#)�[,?�_ EPSG]EPSG Arctic LCC zone 1-29May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP�*2�qEPSG#�EPSG"vZEPSG#�EPSG"wWEPSG#�EPSG"x@Tٙ����EPSG#�EPSG"z�"`EPSG#)EPSG"{�`EPSG#)�[,?�_ EPSG\EPSG Arctic LCC zone 1-27May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP�*2�qEPSG#�EPSG"v EPSG#�EPSG"wWEPSG#�EPSG"x@Tٙ����EPSG#�EPSG"z���EPSG#)EPSG"{�`EPSG#)�[,?�_ EPSG[EPSG Arctic LCC zone 1-25May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP�*2�qEPSG#�EPSG"v�EPSG#�EPSG"wWEPSG#�EPSG"x@Tٙ����EPSG#�EPSG"z�`EPSG#)EPSG"{�`EPSG#)�[,?�_ EPSGZEPSG Arctic LCC zone 1-23May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP�*2�qEPSG#�EPSG"v�EPSG#�EPSG"wWEPSG#�EPSG"x@Tٙ����EPSG#�EPSG"zf��EPSG#)EPSG"{�`EPSG#)�\,?�_ EPSGYEPSG Arctic LCC zone 1-21May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP�*2�qEPSG#�EPSG"v�jEPSG#�EPSG"wWEPSG#�EPSG"x@Tٙ����EPSG#�EPSG"zH`EPSG#)EPSG"{�`EPSG#)�c,?�_ EPSG8EPSG Arctic LCC zone 8-22May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995774379.EPSG&JEPSG"u@O ��A�PEPSG#�EPSG"v�EPSG#�EPSG"w@O�33333EPSG#�EPSG"x@N�����EPSG#�EPSG"zWR�EPSG#)EPSG"{ �� EPSG#)�c,?�_ EPSG7EPSG Arctic LCC zone 8-20May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995774379.EPSG&JEPSG"u@O ��A�PEPSG#�EPSG"v�EPSG#�EPSG"w@O�33333EPSG#�EPSG"x@N�����EPSG#�EPSG"z8� EPSG#)EPSG"{ �� EPSG#)
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� ,�r�Y �� �[,?�_ EPSGxEPSG Arctic LCC zone 4-18May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v�EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"zI�EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSGwEPSG Arctic LCC zone 4-16May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v�EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z �� EPSG#)EPSG"{D� EPSG#)�\,?�_ EPSGvEPSG Arctic LCC zone 4-14May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v�EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z �@�EPSG#)EPSG"{D� EPSG#)�\,?�_ EPSGuEPSG Arctic LCC zone 4-12May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v�eEPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z �� EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSGtEPSG Arctic LCC zone 3-33May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v�EPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"z�+`EPSG#)EPSG"{5g�EPSG#)�[,?�_ EPSGsEPSG Arctic LCC zone 3-31May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v�EPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"z��EPSG#)EPSG"{5g�EPSG#)�[,?�_ EPSGrEPSG Arctic LCC zone 3-29May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v�EPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"z�"`EPSG#)EPSG"{5g�EPSG#)�[,?�_ EPSGqEPSG Arctic LCC zone 3-27May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v�EPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"z���EPSG#)EPSG"{5g�EPSG#)�\,?�_ EPSGpEPSG Arctic LCC zone 3-25May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v�EPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"z�`EPSG#)EPSG"{5g�EPSG#)�\,?�_ EPSGoEPSG Arctic LCC zone 3-23May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v�gEPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"zf��EPSG#)EPSG"{5g�EPSG#)�[,?�_ EPSGyEPSG Arctic LCC zone 4-20May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v�EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z8� EPSG#)EPSG"{D� EPSG#)
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� /�t�T � �b,?�_ EPSG�EPSG Arctic LCC zone 5-13May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R � ��%EPSG#�EPSG"v"EPSG#�EPSG"w@RY�����EPSG#�EPSG"x@Q������EPSG#�EPSG"z �`EPSG#)EPSG"{S�`EPSG#)�b,?�_ EPSG�EPSG Arctic LCC zone 5-11May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R � ��%EPSG#�EPSG"vEPSG#�EPSG"w@RY�����EPSG#�EPSG"x@Q������EPSG#�EPSG"z �y�EPSG#)EPSG"{S�`EPSG#)�\,?�_ EPSG�EPSG Arctic LCC zone 4-40May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v �EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"zi� EPSG#)EPSG"{D� EPSG#)�\,?�_ EPSG�EPSG Arctic LCC zone 4-38May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v �EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"zKv�EPSG#)EPSG"{D� EPSG#)�\,?�_ EPSG�EPSG Arctic LCC zone 4-36May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v �EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z,� EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSG�EPSG Arctic LCC zone 4-34May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"vjEPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"zm�EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSGEPSG Arctic LCC zone 4-32May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"vREPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z�� EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSG~EPSG Arctic LCC zone 4-30May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v:EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z�d�EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSG}EPSG Arctic LCC zone 4-28May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v"EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z�� EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSG|EPSG Arctic LCC zone 4-26May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v
EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"z�[�EPSG#)EPSG"{D� EPSG#)�[,?�_ EPSG{EPSG Arctic LCC zone 4-24May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@R�Řh�EPSG#�EPSG"v�EPSG#�EPSG"wMEPSG#�EPSG"x@RY�����EPSG#�EPSG"zu� EPSG#)EPSG"{D� EPSG#) 7 �
" )�r�[�7 ��\,?�_ EPSGnEPSG Arctic LCC zone 3-21May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S� ���tEPSG#�EPSG"v �EPSG#�EPSG"w@T �����EPSG#�EPSG"xMEPSG#�EPSG"zH`EPSG#)EPSG"{5g�EPSG#) ��b,?�_ EPSGbEPSG Arctic LCC zone 2-16May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T� 6F��EPSG#�EPSG"v�EPSG#�EPSG"w@Tٙ����EPSG#�EPSG"x@T �����EPSG#�EPSG"z �� EPSG#)EPSG"{&%�EPSG#) ��T,M�] EPSG EPSG Arctic Regional LCC zone C5May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997560876.EPSG&JEPSG"u@PCމ7̠EPSG#�EPSG"v �EPSG#�EPSG"wEEPSG#�EPSG"x=EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) ��S,M�] EPSGEPSG Arctic Regional LCC zone A3May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997505803.EPSG&JEPSG"u@TL,BS6�EPSG#�EPSG"v!EPSG#�EPSG"wUEPSG#�EPSG"xMEPSG#�EPSG"zEPSG#)EPSG"{EPSG#) ��8+U
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EPSG#�EPSG"w@J333333EPSG#�EPSG"x@K�����EPSG#�EPSG"z o�EPSG#)EPSG"{EPSG#) �� ,'� EPSGDNicaragua SurTypographical error in value for scale factor at natural origin in the information source has been corrected in this record.EPSG&IEPSG"a@&�G�z�EPSG#�EPSG"b�US33333EPSG#�EPSG"e?�]d�BEPSG#�EPSG"f� EPSG#)EPSG"gA��N��EPSG#) �� +!
EPSG�Tsirang TMEPSG&OEPSG"aEPSG#�EPSG"b@V�fffffEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"g��`EPSG#) ��s,/�K EPSG(Norway TM zone 30UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"a:EPSG#�EPSG"b@>L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gB@EPSG#) ��s,/�K EPSGNorway TM zone 13UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"a:EPSG#�EPSG"b@*������EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gB@EPSG#) ��r,/�K EPSG�Norway TM zone 30UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#�EPSG"b@>L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gB@EPSG#) ��q,-�K EPSG�Norway TM zone 9UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#�EPSG"b@"������EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gB@EPSG#) ��,A�[ EPSG�Perak Revised Cassini GridOrigin is Gunung Hijau Larut. Replaces Perak Cassini grid. Replaced by GDM2000 Perak grid (code 19886).EPSG&NEPSG"a@
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EPSG#�EPSG"b@Y \��w6EPSG#�EPSG"fEPSG#)EPSG"gA JmZ �EPSG#) ��t,E�1 EPSG BLM zone 7N (US survey foot)US survey foot form of UTM zone 7N. Sometimes locally referred to as "UTM zone 7".EPSG&OEPSG"aEPSG#�EPSG"b�sEPSG#�EPSG"e?�#��xEPSG#�EPSG"fA9ૅ �EPSG#+EPSG"gEPSG#+ ��o,U�Q EPSG:US NSIDC Equal Area south projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSGEPSG"a�EPSG#�EPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#) : ��
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� ����&�: ��j,?� EPSG InGCS Fountain-Warren (m)For equivalent non-metric definition see proj code 7184. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�\)EPSG#�EPSG"b�U˅ �Q�EPSG#�EPSG"e?� 6�� EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#) ��v,S� EPSG InGCS Dearborn-Ohio-Switzerland (m)For equivalent non-metric definition see proj code 7172. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C1� �REPSG#�EPSG"b�U"�\(��EPSG#�EPSG"e?� h��JEPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#) ��Z+/} EPSG�InGCS Carroll (m)For equivalent non-metric definition see proj code 7158.EPSG&OEPSG"a@D �Q� EPSG#�EPSG"b�U��\)EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#) ��G+y
EPSG�City and County of San Francisco CS13 (US survey foot)EPSG&OEPSG"a@B� EPSG#�EPSG"b�^������EPSG#�EPSG"e?� W VPEPSG#�EPSG"fg(EPSG#+EPSG"g3�EPSG#+ ��-,[�o EPSG�Montana Milk River (international foot)For authoritative metric definition see code 7093. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@H&fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� � $ qEPSG#�EPSG"fA w��V�EPSG#*EPSG"gA$O�?|�EPSG#* ��G+y
EPSGSCity and County of San Francisco CS13 (US Survey feet)EPSG&OEPSG"a@B� EPSG#�EPSG"b�^������EPSG#�EPSG"e?� W VPEPSG#�EPSG"fg(EPSG#+EPSG"g3�EPSG#+ ��`+Es EPSGwOregon Portland zone (meter)See code 6776 for equivalent non-metric definition.EPSG&IEPSG"a@F�fffffEPSG#�EPSG"b�^������EPSG#�EPSG"e?� ��EPSG#�EPSG"f��EPSG#)EPSG"g �PEPSG#) ��h+gk EPSGfOregon Dufur-Madras zone (international foot)See code 6757 for equivalent metric definition.EPSG&OEPSG"a@F&fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� sW�p�EPSG#�EPSG"fA �2�XEPSG#*EPSG"gEPSG#* ��h+Yk EPSGVOregon Baker zone (international foot)See code 6741 for equivalent metric definition.EPSG&OEPSG"a@F&fffffEPSG#�EPSG"b�]` EPSG#�EPSG"e?� �ŬGEPSG#�EPSG"fA �2�XEPSG#*EPSG"gEPSG#* ��+/
EPSG�Ukraine TM zone 7EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#) ��&+1
EPSGNInirida urban gridEPSG EPSG"a@ ��o(EPSG#�EPSG"b�P�8Y�$EPSG#�EPSG"fA/S_�v�EPSG#)EPSG"gA =M��EPSG#)EPSG`EPSG#) ��[,?�_ EPSG�EPSG Arctic LCC zone 6-28May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU�/��EPSG#�EPSG"v�EPSG#�EPSG"w@Q������EPSG#�EPSG"xCEPSG#�EPSG"z�� EPSG#)EPSG"{c.�EPSG#) ��b,?�_ EPSG�EPSG Arctic LCC zone 5-39May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R � ��%EPSG#�EPSG"v�EPSG#�EPSG"w@RY�����EPSG#�EPSG"x@Q������EPSG#�EPSG"zZ��EPSG#)EPSG"{S�`EPSG#) ��b,?�_ EPSG�EPSG Arctic LCC zone 5-15May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R � ��%EPSG#�EPSG"v6EPSG#�EPSG"w@RY�����EPSG#�EPSG"x@Q������EPSG#�EPSG"z ��EPSG#)EPSG"{S�`EPSG#)
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] fx|��2�� �$ �},�k EPSGdOregon Cottage Grove-Canyonville zone (international foot)See code 6755 for equivalent metric definition.EPSG&OEPSG"a@E@ EPSG#�EPSG"b�^������EPSG#�EPSG"e?� �EPSG#�EPSG"fAO�Y��EPSG#*EPSG"gEPSG#*�n+gs EPSGcOregon Cottage Grove-Canyonville zone (meter)See code 6756 for equivalent non-metric definition.EPSG&OEPSG"a@E@ EPSG#�EPSG"b�^������EPSG#�EPSG"e?� �EPSG#�EPSG"f �PEPSG#)EPSG"gEPSG#)�q,u�5 EPSGbOregon Columbia River West zone (international foot)If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=552166.730 ft, Nc=609166.118 ft. See code 6753 for equivalent metric definition.EPSG&TEPSG"k@F�fffffEPSG#�EPSG"l�EPSG#�EPSG"m'EPSG#�EPSG"n'EPSG#�EPSG"oEPSG#�EPSG"fAu��t=�EPSG#*EPSG"g�b��� EPSG#*�\,[�9 EPSGaOregon Columbia River West zone (meter)If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=168300.419 m, Nc=185673.833 m. See code 6754 for equivalent non-metric definition.EPSG&TEPSG"k@F�fffffEPSG#�EPSG"l�EPSG#�EPSG"m'EPSG#�EPSG"n'EPSG#�EPSG"oEPSG#�EPSG"fj�EPSG#)EPSG"g�9@EPSG#)�~+uk EPSG`Oregon Columbia River East zone (international foot)See code 6751 for equivalent metric definition.EPSG&IEPSG"a@F�33333EPSG#�EPSG"b�^33333EPSG#�EPSG"e?� c{�[EPSG#�EPSG"fA w��V�EPSG#*EPSG"g@��&��IEPSG#*�j+[s EPSG_Oregon Columbia River East zone (meter)See code 6752 for equivalent non-metric definition.EPSG&IEPSG"a@F�33333EPSG#�EPSG"b�^33333EPSG#�EPSG"e?� c{�[EPSG#�EPSG"fI�EPSG#)EPSG"gu0EPSG#)�z+}k EPSG^Oregon Canyonville-Grants Pass zone (international foot)See code 6749 for equivalent metric definition.EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�^������EPSG#�EPSG"e?� If{_ EPSG#�EPSG"fA �2�XEPSG#*EPSG"gEPSG#*�l+cs EPSG]Oregon Canyonville-Grants Pass zone (meter)See code 6750 for equivalent non-metric definition.EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�^������EPSG#�EPSG"e?� If{_ EPSG#�EPSG"f �@EPSG#)EPSG"gEPSG#)�u+ck EPSG\Oregon Bend-Burns zone (international foot)See code 6747 for equivalent metric definition.EPSG&IEPSG"a@E�33333EPSG#�EPSG"b�]������EPSG#�EPSG"e?� ѷX�EPSG#�EPSG"fA�&L/�EPSG#*EPSG"gA�&L/�EPSG#*�b+Is EPSG[Oregon Bend-Burns zone (meter)See code 6748 for equivalent non-metric definition.EPSG&IEPSG"a@E�33333EPSG#�EPSG"b�]������EPSG#�EPSG"e?� ѷX�EPSG#�EPSG"f�EPSG#)EPSG"g �`EPSG#)�+}k EPSGZOregon Bend-Redmond-Prineville zone (international foot)See code 6745 for equivalent metric definition.EPSG&IEPSG"a@F333333EPSG#�EPSG"b�^I�����EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"fA �2�XEPSG#*EPSG"gA4�ߤ@EPSG#*�o+cs EPSGYOregon Bend-Redmond-Prineville zone (meter)See code 6746 for equivalent non-metric definition.EPSG&IEPSG"a@F333333EPSG#�EPSG"b�^I�����EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"f8�EPSG#)EPSG"g��EPSG#)�u+sk EPSGXOregon Bend-Klamath Falls zone (international foot)See code 6743 for equivalent metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�^\�����EPSG#�EPSG"e?� ѷX�EPSG#�EPSG"fA �2�XEPSG#*EPSG"gEPSG#*�g+Ys EPSGWOregon Bend-Klamath Falls zone (meter)See code 6744 for equivalent non-metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�^\�����EPSG#�EPSG"e?� ѷX�EPSG#�EPSG"f8�EPSG#)EPSG"gEPSG#) �Z+Ms EPSGeOregon Dufur-Madras zone (meter)See code 6758 for equivalent non-metric definition.EPSG&OEPSG"a@F&fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� sW�p�EPSG#�EPSG"f8�EPSG#)EPSG"gEPSG#)
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EPSG5Michigan CS27 North zoneEPSGEPSG"u@F<(�\EPSG#�EPSG"v�EPSG#�EPSG"w@F� �Q�EPSG#�EPSG"x@G�fffffEPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+EPSG?� (<�EPSG#�q,-�G EPSG1Albania LCC 2010Albania TM 2010 projection (code 6869) used for applications at scales larger than 1:500,000.EPSG&JEPSG"u)EPSG#�EPSG"vEPSG#�EPSG"w'EPSG#�EPSG"x+EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)� +?
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EPSG*Vietnam TM-3 zone 491EPSG&OEPSG"aEPSG#�EPSG"blEPSG#�EPSG"e?�.H� EPSG#�EPSG"fEPSG#)EPSG"g� EPSG#)�+7
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EPSGUS NSIDC EASE-Grid 2.0 GlobalEPSG&kEPSG"w EPSG#�EPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�r+Sk EPSG Kansas DOT Lambert (US survey foot)See code 6920 for equivalent metric definition.EPSG&JEPSG"u$EPSG#�EPSG"v�X������EPSG#�EPSG"w@C�fffffEPSG#�EPSG"x@B�fffffEPSG#�EPSG"zA4MUS&EPSG#+EPSG"{EPSG#+�h+As EPSGKansas DOT Lambert (meter)See code 6921 for equivalent non-metric definition.EPSG&JEPSG"u$EPSG#�EPSG"v�X������EPSG#�EPSG"w@C�fffffEPSG#�EPSG"x@B�fffffEPSG#�EPSG"z�EPSG#)EPSG"{EPSG#)�+'
EPSG�Italy zone 12EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f-�EPSG#)EPSG"gEPSG#)� +!
EPSG�Italy zoneEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?��E��EPSG#�EPSG"fj�EPSG#)EPSG"gEPSG#)�1,+�a EPSG�Albania TM 2010Planimetric component of Albanian Geodetic Reference Framework (KRGJSH) 2010. Albania LCC 2010 projection (code 6961) used for mapping at scales of 1:500,000 and smaller.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�g+gk EPSG|Oregon Santiam Pass zone (international foot)See code 6779 for equivalent metric definition.EPSG&OEPSG"a@FfffffEPSG#�EPSG"b�^�33333EPSG#�EPSG"e?� ��~��EPSG#�EPSG"fEPSG#*EPSG"gEPSG#*�^+Ms EPSG{Oregon Santiam Pass zone (meter)See code 6780 for equivalent non-metric definition.EPSG&OEPSG"a@FfffffEPSG#�EPSG"b�^�33333EPSG#�EPSG"e?� ��~��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�h+Yk EPSGzOregon Salem zone (international foot)See code 6777 for equivalent metric definition.EPSG&OEPSG"a@F�����EPSG#�EPSG"b�^�33333EPSG#�EPSG"e?�
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|Z�rEPSG#�EPSG"f �PEPSG#)EPSG"gEPSG#)�s+_k EPSGxOregon Portland zone (international foot)See code 6775 for equivalent metric definition.EPSG&IEPSG"a@F�fffffEPSG#�EPSG"b�^������EPSG#�EPSG"e?� ��EPSG#�EPSG"fAO�?|�EPSG#*EPSG"gAO�Y��EPSG#* " �>+i
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@EPSG#)�$,Y�o EPSG�Montana Blackfeet (international foot)For authoritative metric definition see code 7091. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a0EPSG#�EPSG"b�\33333EPSG#�EPSG"e?� �:��pEPSG#�EPSG"fAO�?|�EPSG#*EPSG"gEPSG#*�S+?s EPSG�Montana Blackfeet (meter)See code 7092 for equivalent non-metric definition.EPSG&OEPSG"a0EPSG#�EPSG"b�\33333EPSG#�EPSG"e?� �:��pEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�:,w�o EPSG�Montana Blackfeet St Mary Valley (international foot)For authoritative metric definition see code 7089. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@H&fffffEPSG#�EPSG"b�\33333EPSG#�EPSG"e?� �ŬGEPSG#�EPSG"fA w��V�EPSG#*EPSG"gEPSG#*�i+]s EPSG�Montana Blackfeet St Mary Valley (meter)See code 7090 for equivalent non-metric definition.EPSG&OEPSG"a@H&fffffEPSG#�EPSG"b�\33333EPSG#�EPSG"e?� �ŬGEPSG#�EPSG"fI�EPSG#)EPSG"gEPSG#)�2+M
EPSG�Iowa regional zone 14 BurlingtonEPSG&OEPSG"a@D33333EPSG#�EPSG"b�Və����EPSG#�EPSG"e?� �֔�EPSG#�EPSG"fu� EPSG#+EPSG"g^��EPSG#+�1+K
EPSG�Iowa regional zone 13 FairfieldEPSG&OEPSG"a@D33333EPSG#�EPSG"b�V�33333EPSG#�EPSG"e?� ����EPSG#�EPSG"ff��EPSG#+EPSG"ga� EPSG#+�7+W
EPSG�Iowa regional zone 12 Red Oak-OttumwaEPSG&IEPSG"a@DFfffffEPSG#�EPSG"b�W\�����EPSG#�EPSG"e?� &� ��EPSG#�EPSG"fWR�EPSG#+EPSG"g^��EPSG#+�9+[
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EPSG�Iowa regional zone 10 Cedar RapidsEPSG&IEPSG"a@D� EPSG#�EPSG"b�Vٙ����EPSG#�EPSG"e?� ����EPSG#�EPSG"f8� EPSG#+EPSG"gz EPSG#+�-+C
EPSG�Iowa regional zone 9 NewtonEPSG&OEPSG"a@D33333EPSG#�EPSG"b�W \(�EPSG#�EPSG"e?� O��3EPSG#�EPSG"f)��EPSG#+EPSG"gm� EPSG#+�6+U
EPSG�Iowa regional zone 8 Ames-Des MoinesEPSG&OEPSG"a@D33333EPSG#�EPSG"b�W[� �Q�EPSG#�EPSG"e?� "�^�wEPSG#�EPSG"fI�EPSG#+EPSG"gj�EPSG#+�7+W
EPSG�Iowa regional zone 7 Carroll-AtlanticEPSG&OEPSG"a@D33333EPSG#�EPSG"b�W�Q� �EPSG#�EPSG"e?� //�t EPSG#�EPSG"f `EPSG#+EPSG"ggEPSG#+�5+S
EPSG�Iowa regional zone 6 Council BluffsEPSG&OEPSG"a@D33333EPSG#�EPSG"b�W�(�\EPSG#�EPSG"e?� (��EPSG#�EPSG"f �� EPSG#+EPSG"gd�@EPSG#+�0+G
EPSG�Iowa regional zone 5 WaterlooEPSG&IEPSG"a@E1� �REPSG#�EPSG"b�W �����EPSG#�EPSG"e?� !��AlEPSG#�EPSG"f ��EPSG#+EPSG"g �͠EPSG#+�=+a
EPSG�Iowa regional zone 4 Sioux City-Iowa FallsEPSG&IEPSG"a@E(�\)EPSG#�EPSG"b�W� EPSG#�EPSG"e?� //�t EPSG#�EPSG"f �@�EPSG#+EPSG"g �9�EPSG#+�.+E
EPSG�Iowa regional zone 3 ElkaderEPSG&OEPSG"a@D33333EPSG#�EPSG"b�VǮz�HEPSG#�EPSG"e?� $�=��EPSG#�EPSG"f �`EPSG#+EPSG"g~��EPSG#+�2+K
EPSG�Iowa regional zone 2 Mason CityEPSG&IEPSG"a@E������EPSG#�EPSG"b�W �����EPSG#�EPSG"e?� -��EPSG#�EPSG"f �� EPSG#+EPSG"g ��@EPSG#+�/+E
EPSG�Iowa regional zone 1 SpencerEPSG&IEPSG"a@E�\(�EPSG#�EPSG"b�Wə����EPSG#�EPSG"e?� 6���OEPSG#�EPSG"f �y�EPSG#+EPSG"g �| EPSG#+ �
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� �k�l�^�Lo dA � ,S�1 EPSG�Wyoming Wind River (US survey foot)For authoritative metric definition see code 7107. Working unit is US Survey feet.EPSG&OEPSG"a@E333333EPSG#�EPSG"b�[ �����EPSG#�EPSG"e?� ���j�EPSG#�EPSG"fAMUL�_EPSG#+EPSG"gEPSG#+�[+As EPSG�Wyoming Wind River (meter)See code 7108 for equivalent non-metric definition.EPSG&OEPSG"a@E333333EPSG#�EPSG"b�[ �����EPSG#�EPSG"e?� ���j�EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�2,W�o EPSG�Montana Billings (international foot)For authoritative metric definition see code 7105. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@F�(�\EPSG#�EPSG"b�[ EPSG#�EPSG"e?� ����EPSG#�EPSG"fA$O�?|�EPSG#*EPSG"gAO�Y��EPSG#*�\+=s EPSG�Montana Billings (meter)See code 7106 for equivalent non-metric definition.EPSG&IEPSG"a@F�(�\EPSG#�EPSG"b�[ EPSG#�EPSG"e?� ����EPSG#�EPSG"f
@EPSG#)EPSG"g �PEPSG#)�0,S�o EPSG�Montana Bobcat (international foot)For authoritative metric definition see code 7103. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@G33333EPSG#�EPSG"b�[ə����EPSG#�EPSG"e?� ���28EPSG#�EPSG"fAO�?|�EPSG#*EPSG"gAO�?|�EPSG#*�Z+9s EPSG�Montana Bobcat (meter)See code 7104 for equivalent non-metric definition.EPSG&IEPSG"a@G33333EPSG#�EPSG"b�[ə����EPSG#�EPSG"e?� ���28EPSG#�EPSG"f��EPSG#)EPSG"g��EPSG#)�&,O�o EPSG�Montana Crow (international foot)For authoritative metric definition see code 7101. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@F9�����EPSG#�EPSG"b�Z������EPSG#�EPSG"e?� �0r��EPSG#�EPSG"fA$O�?|�EPSG#*EPSG"gEPSG#*�U+5s EPSG�Montana Crow (meter)See code 7102 for equivalent non-metric definition.EPSG&OEPSG"a@F9�����EPSG#�EPSG"b�Z������EPSG#�EPSG"e?� �0r��EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�9,e�o EPSG�Montana Fort Peck Sioux (international foot)For authoritative metric definition see code 7099. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@H�����EPSG#�EPSG"b�ZS33333EPSG#�EPSG"e?� ^_0�EPSG#�EPSG"fAO�?|�EPSG#*EPSG"gAO�MjEPSG#*�c+Ks EPSG�Montana Fort Peck Sioux (meter)See code 7100 for equivalent non-metric definition.EPSG&IEPSG"a@H�����EPSG#�EPSG"b�ZS33333EPSG#�EPSG"e?� ^_0�EPSG#�EPSG"f��EPSG#)EPSG"g �PEPSG#)�?,q�o EPSG�Montana Fort Peck Assiniboine (international foot)For authoritative metric definition see code 7097. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@H�����EPSG#�EPSG"b�ZS33333EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"fA$O�?|�EPSG#*EPSG"gAO�?|�EPSG#*�i+Ws EPSG�Montana Fort Peck Assiniboine (meter)See code 7098 for equivalent non-metric definition.EPSG&IEPSG"a@H�����EPSG#�EPSG"b�ZS33333EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"f
@EPSG#)EPSG"g��EPSG#)�6,_�o EPSG�Montana Fort Belknap (international foot)For authoritative metric definition see code 7095. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@H&fffffEPSG#�EPSG"b�[33333EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"fA$O�?|�EPSG#*EPSG"gA w��V�EPSG#*�`+Es EPSG�Montana Fort Belknap (meter)See code 7096 for equivalent non-metric definition.EPSG&IEPSG"a@H&fffffEPSG#�EPSG"b�[33333EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"f
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8 ]��6�[� G �S+1{ EPSG�InGCS Brown (ftUS)See proj code 7155 for authoritative metric definition.EPSG&OEPSG"a'EPSG#�EPSG"b�U�� �Q�EPSG#�EPSG"e?� uMUEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Q++} EPSG�InGCS Brown (m)For equivalent non-metric definition see proj code 7156.EPSG&OEPSG"a'EPSG#�EPSG"b�U�� �Q�EPSG#�EPSG"e?� uMUEPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�j,E� EPSG�InGCS Boone-Hendricks (ftUS)See proj code 7153 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�z�G�EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�j,?� EPSG�InGCS Boone-Hendricks (m)For equivalent non-metric definition see proj code 7154. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�z�G�EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�m,K� EPSG�InGCS Blackford-Delaware (ftUS)See proj code 7151 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D�
=p�EPSG#�EPSG"b�UO\(�EPSG#�EPSG"e?� '، �EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�m,E� EPSG�InGCS Blackford-Delaware (m)For equivalent non-metric definition see proj code 7152. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D�
=p�EPSG#�EPSG"b�UO\(�EPSG#�EPSG"e?� '، �EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�[+3{ EPSG�InGCS Benton (ftUS)See proj code 7149 for authoritative metric definition.EPSG&OEPSG"a@D"�\(��EPSG#�EPSG"b�U˅ �Q�EPSG#�EPSG"e?� h��JEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Y+-} EPSG�InGCS Benton (m)For equivalent non-metric definition see proj code 7150.EPSG&OEPSG"a@D"�\(��EPSG#�EPSG"b�U˅ �Q�EPSG#�EPSG"e?� h��JEPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Y+={ EPSG�InGCS Bartholomew (ftUS)See proj code 7147 for authoritative metric definition.EPSG&OEPSG"a'EPSG#�EPSG"b�U`��
=qEPSG#�EPSG"e?� CRe(EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�W+7} EPSG�InGCS Bartholomew (m)For equivalent non-metric definition see proj code 7148.EPSG&OEPSG"a'EPSG#�EPSG"b�U`��
=qEPSG#�EPSG"e?� CRe(EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Z+1{ EPSG�InGCS Allen (ftUS)See proj code 7145 for authoritative metric definition.EPSG&OEPSG"a@DE �Q�EPSG#�EPSG"b�UA� �REPSG#�EPSG"e?� ��`EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�X++} EPSG�InGCS Allen (m)For equivalent non-metric definition see proj code 7146.EPSG&OEPSG"a@DE �Q�EPSG#�EPSG"b�UA� �REPSG#�EPSG"e?� ��`EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Z+1{ EPSG�InGCS Adams (ftUS)See proj code 7143 for authoritative metric definition.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�U$z�G�EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�X++} EPSG�InGCS Adams (m)For equivalent non-metric definition see proj code 7144.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�U$z�G�EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�,;�9 EPSG�Palestine Grid modifiedModification of Palestine Grid (proj 18201) using TM rather than Cassini projection method. The difference in coordinates caused by change of method is under 2m within Israel but can be over 200m in eastern Jordan.EPSG&OEPSG"a@?p����EPSG#�EPSG"b@A��%)EPSG#�EPSG"eEPSG#�EPSG"fA�\p��
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m � " ���"D�V� � �i,C� EPSG InGCS Daviess-Greene (ftUS)See proj code 7169 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C"�\(��EPSG#�EPSG"b�U��
=p�EPSG#�EPSG"e?� �֔�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�i,=� EPSG InGCS Daviess-Greene (m)For equivalent non-metric definition see proj code 7170. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C"�\(��EPSG#�EPSG"b�U��
=p�EPSG#�EPSG"e?� �֔�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�u,W� EPSG InGCS Crawford-Lawrence-Orange (ftUS)See proj code 7167 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�z�HEPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� 6�� EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�u,Q� EPSG�InGCS Crawford-Lawrence-Orange (m)For equivalent non-metric definition see proj code 7168. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�z�HEPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� 6�� EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�\+5{ EPSG�InGCS Clinton (ftUS)See proj code 7165 for authoritative metric definition.EPSG&OEPSG"a@D � �Q�EPSG#�EPSG"b�U�
=p��EPSG#�EPSG"e?� !��AlEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Z+/} EPSG�InGCS Clinton (m)For equivalent non-metric definition see proj code 7166.EPSG&OEPSG"a@D � �Q�EPSG#�EPSG"b�U�
=p��EPSG#�EPSG"e?� !��AlEPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Y+/{ EPSG�InGCS Clay (ftUS)See proj code 7163 for authoritative metric definition.EPSG&OEPSG"a@C�� �Q�EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� *sqEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�W+)} EPSG�InGCS Clay (m)For equivalent non-metric definition see proj code 7164.EPSG&OEPSG"a@C�� �Q�EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� *sqEPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�n,I� EPSG�InGCS Clark-Floyd-Scott (ftUS)See proj code 7161 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C � �Q�EPSG#�EPSG"b�UW
=p��EPSG#�EPSG"e?� %�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�n,C� EPSG�InGCS Clark-Floyd-Scott (m)For equivalent non-metric definition see proj code 7162. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C � �Q�EPSG#�EPSG"b�UW
=p��EPSG#�EPSG"e?� %�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Y+/{ EPSG�InGCS Cass (ftUS)See proj code 7159 for authoritative metric definition.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� \1Y>EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�W+)} EPSG�InGCS Cass (m)For equivalent non-metric definition see proj code 7160.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� \1Y>EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�\+5{ EPSG�InGCS Carroll (ftUS)See proj code 7157 for authoritative metric definition.EPSG&OEPSG"a@D �Q� EPSG#�EPSG"b�U��\)EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+ �
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InGCS Fayette-Franklin-Union (m)For equivalent non-metric definition see proj code 7182. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�33333EPSG#�EPSG"b�UA� �REPSG#�EPSG"e?� '، �EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�u,W� EPSG InGCS Elkhart-Kosciusko-Wabash (ftUS)See proj code 7179 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D1� �REPSG#�EPSG"b�U`��
=qEPSG#�EPSG"e?� "�^�wEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�u,Q� EPSG InGCS Elkhart-Kosciusko-Wabash (m)For equivalent non-metric definition see proj code 7180. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D1� �REPSG#�EPSG"b�U`��
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InGCS Dubois-Martin (ftUS)See proj code 7177 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C\(�EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?� ����EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�h,;� EPSG InGCS Dubois-Martin (m)For equivalent non-metric definition see proj code 7178. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C\(�EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?� ����EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�[+3{ EPSG InGCS DeKalb (ftUS)See proj code 7175 for authoritative metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�U$z�G�EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Y+-} EPSG InGCS DeKalb (m)For equivalent non-metric definition see proj code 7176.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�U$z�G�EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�g,?� EPSG InGCS Decatur-Rush (ftUS)See proj code 7173 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C��z�HEPSG#�EPSG"b�UX�\)EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�g,9� EPSG InGCS Decatur-Rush (m)For equivalent non-metric definition see proj code 7174. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C��z�HEPSG#�EPSG"b�UX�\)EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�v,Y� EPSG InGCS Dearborn-Ohio-Switzerland (ftUS)See proj code 7171 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C1� �REPSG#�EPSG"b�U"�\(��EPSG#�EPSG"e?� h��JEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�s,S� EPSG InGCS Fayette-Franklin-Union (ftUS)See proj code 7181 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�33333EPSG#�EPSG"b�UA� �REPSG#�EPSG"e?� '، �EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+
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� � 4�j��" �n,G� EPSG InGCS Harrison-Washington (m)For equivalent non-metric definition see proj code 7196. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@B�\)EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� O��3EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�j,E� EPSG InGCS Hancock-Madison (ftUS)See proj code 7193 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�� �REPSG#�EPSG"b�U^�Q� EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�j,?� EPSG InGCS Hancock-Madison (m)For equivalent non-metric definition see proj code 7194. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�� �REPSG#�EPSG"b�U^�Q� EPSG#�EPSG"e?� %��)�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�c,E� EPSG InGCS Hamilton-Tipton (ftUS)See proj code 7191 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C� �Q�EPSG#�EPSG"b�EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�c,?� EPSG InGCS Hamilton-Tipton (m)For equivalent non-metric definition see proj code 7192. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C� �Q�EPSG#�EPSG"b�EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Z+1{ EPSG InGCS Grant (ftUS)See proj code 7189 for authoritative metric definition.EPSG&OEPSG"a@D�G�{EPSG#�EPSG"b�UZ�G�{EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�X++} EPSG InGCS Grant (m)For equivalent non-metric definition see proj code 7190.EPSG&OEPSG"a@D�G�{EPSG#�EPSG"b�UZ�G�{EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�[+3{ EPSG InGCS Gibson (ftUS)See proj code 7187 for authoritative metric definition.EPSG&OEPSG"a@C � �Q�EPSG#�EPSG"b�U�\)EPSG#�EPSG"e?�
��2�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Y+-} EPSG InGCS Gibson (m)For equivalent non-metric definition see proj code 7188.EPSG&OEPSG"a@C � �Q�EPSG#�EPSG"b�U�\)EPSG#�EPSG"e?�
��2�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�w,[� EPSG InGCS Fulton-Marshall-St. Joseph (ftUS)See proj code 7185 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@DE �Q�EPSG#�EPSG"b�U�� �Q�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�w,U� EPSG InGCS Fulton-Marshall-St. Joseph (m)For equivalent non-metric definition see proj code 7186. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@DE �Q�EPSG#�EPSG"b�U�� �Q�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�j,E� EPSG InGCS Fountain-Warren (ftUS)See proj code 7183 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�\)EPSG#�EPSG"b�U˅ �Q�EPSG#�EPSG"e?� 6�� EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+
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=EPSG#�EPSG"e?� \1Y>EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Q+-{ EPSG (InGCS Jay (ftUS)See proj code 7207 for authoritative metric definition.EPSG&OEPSG"a@D
=p��EPSG#�EPSG"b�EPSG#�EPSG"e?� '، �EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�O+'} EPSG 'InGCS Jay (m)For equivalent non-metric definition see proj code 7208.EPSG&OEPSG"a@D
=p��EPSG#�EPSG"b�EPSG#�EPSG"e?� '، �EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�h,A� EPSG &InGCS Jasper-Porter (ftUS)See proj code 7205 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D5\(�EPSG#�EPSG"b�U��
=p�EPSG#�EPSG"e?� O��3EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�h,;� EPSG %InGCS Jasper-Porter (m)For equivalent non-metric definition see proj code 7206. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D5\(�EPSG#�EPSG"b�U��
=p�EPSG#�EPSG"e?� O��3EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�\+5{ EPSG $InGCS Jackson (ftUS)See proj code 7203 for authoritative metric definition.EPSG&OEPSG"a@C5\(�EPSG#�EPSG"b�Udz�G�EPSG#�EPSG"e?� �|�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Z+/} EPSG #InGCS Jackson (m)For equivalent non-metric definition see proj code 7204.EPSG&OEPSG"a@C5\(�EPSG#�EPSG"b�Udz�G�EPSG#�EPSG"e?� �|�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�m,K� EPSG "InGCS Huntington-Whitley (ftUS)See proj code 7201 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D1� �REPSG#�EPSG"b�US33333EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�m,E� EPSG !InGCS Huntington-Whitley (m)For equivalent non-metric definition see proj code 7202. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D1� �REPSG#�EPSG"b�US33333EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�g,?� EPSG InGCS Howard-Miami (ftUS)See proj code 7199 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D�G�{EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�g,9� EPSG InGCS Howard-Miami (m)For equivalent non-metric definition see proj code 7200. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D�G�{EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Z+1{ EPSG InGCS Henry (ftUS)See proj code 7197 for authoritative metric definition.EPSG&OEPSG"a@C������EPSG#�EPSG"b�UQG�z�EPSG#�EPSG"e?� -��EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�X++} EPSG InGCS Henry (m)For equivalent non-metric definition see proj code 7198.EPSG&OEPSG"a@C������EPSG#�EPSG"b�UQG�z�EPSG#�EPSG"e?� -��EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�\+3} EPSG )InGCS Jefferson (m)For equivalent non-metric definition see proj code 7210.EPSG&OEPSG"a@C*=p��
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=EPSG#+EPSG"gAj1 �1EPSG#+ �� ,[�? EPSG JWISCRS Green and Lafayette Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7499.EPSG&IEPSG"a@E0պ��EPSG#�EPSG"b�V` ě��EPSG#�EPSG"e?� (�;1EPSG#�EPSG"fA��"h
EPSG#)EPSG"g@�`�n.��EPSG#) �� ,[�O EPSG =WISCRS Adams and Juneau Counties (ftUS)See proj code 7484 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E�(�\EPSG#�EPSG"b�EPSG#�EPSG"e?� &M�g�EPSG#�EPSG"fA z���#EPSG#+EPSG"g?��t�j~�EPSG#+ �� ,9�? EPSG .WISCRS Rusk County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7471.EPSG&OEPSG"a@EƇ+ JEPSG#�EPSG"b�V\(��EPSG#�EPSG"e?� 4� �EPSG#�EPSG"fA���v_�EPSG#)EPSG"g?��+j��gEPSG#) ��,A�? EPSG WISCRS Marathon County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7457.EPSG&IEPSG"a@FE)c�}ZEPSG#�EPSG"b�V]�M:�EPSG#�EPSG"e?� 7�2 EPSG#�EPSG"f@�;Bc�e�EPSG#)EPSG"g@��(�q�jEPSG#) ��,A�? EPSG WISCRS Chippewa County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7433.EPSG&IEPSG"a@FJ�rHQEPSG#�EPSG"b�V�"��`BEPSG#�EPSG"e?� )<GEPSG#�EPSG"f@�Q�
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,=�? EPSG �WISCRS Oneida County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7393.EPSG&IEPSG"a@F��b��EPSG#�EPSG"b�VT�j~��EPSG#�EPSG"e?� H�&BEPSG#�EPSG"f@� �=�cEPSG#)EPSG"g@� �qu�EPSG#) ��Z+1{ EPSG XInGCS Wells (ftUS)See proj code 7255 for authoritative metric definition.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�UI�����EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+ ��i,C� EPSG FInGCS Randolph-Wayne (ftUS)See proj code 7237 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�\(�EPSG#�EPSG"b�UA� �REPSG#�EPSG"e?� .#(��EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+ ��h,A� EPSG 8InGCS Monroe-Morgan (ftUS)See proj code 7223 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CH�\)EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� \1Y>EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+ ��[+1} EPSG +InGCS Jennings (m)For equivalent non-metric definition see proj code 7212.EPSG&OEPSG"a@C=p��
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� ,�Y�| � �h,;� EPSG 7InGCS Monroe-Morgan (m)For equivalent non-metric definition see proj code 7224. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CH�\)EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� \1Y>EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�s,S� EPSG 6InGCS LaPorte-Pulaski-Starke (ftUS)See proj code 7221 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@DE �Q�EPSG#�EPSG"b�U������EPSG#�EPSG"e?� O��3EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�s,M� EPSG 5InGCS LaPorte-Pulaski-Starke (m)For equivalent non-metric definition see proj code 7222. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@DE �Q�EPSG#�EPSG"b�U������EPSG#�EPSG"e?� O��3EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�f,=� EPSG 4InGCS Lake-Newton (ftUS)See proj code 7219 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D5\(�EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�f,7� EPSG 3InGCS Lake-Newton (m)For equivalent non-metric definition see proj code 7220. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D5\(�EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�i,C� EPSG 2InGCS LaGrange-Noble (ftUS)See proj code 7217 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�UQG�z�EPSG#�EPSG"e?� &� ��EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�i,=� EPSG 1InGCS LaGrange-Noble (m)For equivalent non-metric definition see proj code 7218. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�UQG�z�EPSG#�EPSG"e?� &� ��EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Y+/{ EPSG 0InGCS Knox (ftUS)See proj code 7215 for authoritative metric definition.EPSG&OEPSG"a@C �Q� EPSG#�EPSG"b�U�G�z�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�W+)} EPSG /InGCS Knox (m)For equivalent non-metric definition see proj code 7216.EPSG&OEPSG"a@C �Q� EPSG#�EPSG"b�U�G�z�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�i,C� EPSG .InGCS Johnson-Marion (ftUS)See proj code 7213 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�
=p��EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�i,=� EPSG -InGCS Johnson-Marion (m)For equivalent non-metric definition see proj code 7214. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�
=p��EPSG#�EPSG"b�U�\(�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�]+7{ EPSG ,InGCS Jennings (ftUS)See proj code 7211 for authoritative metric definition.EPSG&OEPSG"a@C=p��
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���w4X � �i,=� EPSG EInGCS Randolph-Wayne (m)For equivalent non-metric definition see proj code 7238. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�\(�EPSG#�EPSG"b�UA� �REPSG#�EPSG"e?� .#(��EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Z+1{ EPSG DInGCS Posey (ftUS)See proj code 7235 for authoritative metric definition.EPSG&OEPSG"a@B������EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?�
��2�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�X++} EPSG CInGCS Posey (m)For equivalent non-metric definition see proj code 7236.EPSG&OEPSG"a@B������EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?�
��2�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�g,?� EPSG BInGCS Pike-Warrick (ftUS)See proj code 7233 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@B�G�z�EPSG#�EPSG"b�U˅ �Q�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�g,9� EPSG AInGCS Pike-Warrick (m)For equivalent non-metric definition see proj code 7234. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@B�G�z�EPSG#�EPSG"b�U˅ �Q�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Z+1{ EPSG @InGCS Perry (ftUS)See proj code 7231 for authoritative metric definition.EPSG&OEPSG"a@B�p��
=EPSG#�EPSG"b�U��G�{EPSG#�EPSG"e?� ����EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�X++} EPSG ?InGCS Perry (m)For equivalent non-metric definition see proj code 7232.EPSG&OEPSG"a@B�p��
=EPSG#�EPSG"b�U��G�{EPSG#�EPSG"e?� ����EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�k,G� EPSG >InGCS Parke-Vermillion (ftUS)See proj code 7229 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C�z�G�EPSG#�EPSG"b�U�p��
=EPSG#�EPSG"e?� �|�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�k,A� EPSG =InGCS Parke-Vermillion (m)For equivalent non-metric definition see proj code 7230. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C�z�G�EPSG#�EPSG"b�U�p��
=EPSG#�EPSG"e?� �|�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Y+/{ EPSG <InGCS Owen (ftUS)See proj code 7227 for authoritative metric definition.EPSG&OEPSG"a@C�� �Q�EPSG#�EPSG"b�U��\(��EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�W+)} EPSG ;InGCS Owen (m)For equivalent non-metric definition see proj code 7228.EPSG&OEPSG"a@C�� �Q�EPSG#�EPSG"b�U��\(��EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�l,I� EPSG :InGCS Montgomery-Putnam (ftUS)See proj code 7225 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C��\(��EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�l,C� EPSG 9InGCS Montgomery-Putnam (m)For equivalent non-metric definition see proj code 7226. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C��\(��EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?� ��`EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)
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� � &Or�&��� % D �X++} EPSG WInGCS Wells (m)For equivalent non-metric definition see proj code 7256.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�UI�����EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�W+)} EPSG UInGCS Vigo (m)For equivalent non-metric definition see proj code 7254.EPSG&OEPSG"a@C�33333EPSG#�EPSG"b�U�G�z�EPSG#�EPSG"e?� ����EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�`+={ EPSG TInGCS Vanderburgh (ftUS)See proj code 7251 for authoritative metric definition.EPSG&OEPSG"a@B�p��
=EPSG#�EPSG"b�U� �Q�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�^+7} EPSG SInGCS Vanderburgh (m)For equivalent non-metric definition see proj code 7252.EPSG&OEPSG"a@B�p��
=EPSG#�EPSG"b�U� �Q�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�k,G� EPSG RInGCS Tippecanoe-White (ftUS)See proj code 7249 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D\(�EPSG#�EPSG"b�U��\(��EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�k,A� EPSG QInGCS Tippecanoe-White (m)For equivalent non-metric definition see proj code 7250. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D\(�EPSG#�EPSG"b�U��\(��EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�]+7{ EPSG PInGCS Sullivan (ftUS)See proj code 7247 for authoritative metric definition.EPSG&OEPSG"a@CE �Q�EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� �g�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�[+1} EPSG OInGCS Sullivan (m)For equivalent non-metric definition see proj code 7248.EPSG&OEPSG"a@CE �Q�EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?� �g�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�U+5{ EPSG NInGCS Steuben (ftUS)See proj code 7245 for authoritative metric definition.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� *�ڋ�EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�S+/} EPSG MInGCS Steuben (m)For equivalent non-metric definition see proj code 7246.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� *�ڋ�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�\+5{ EPSG LInGCS Spencer (ftUS)See proj code 7243 for authoritative metric definition.EPSG&OEPSG"a@B������EPSG#�EPSG"b�U�� �REPSG#�EPSG"e?� ���EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Z+/} EPSG KInGCS Spencer (m)For equivalent non-metric definition see proj code 7244.EPSG&OEPSG"a@B������EPSG#�EPSG"b�U�� �REPSG#�EPSG"e?� ���EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�[+3{ EPSG JInGCS Shelby (ftUS)See proj code 7241 for authoritative metric definition.EPSG&OEPSG"a@C�
=p��EPSG#�EPSG"b�Ub�\(��EPSG#�EPSG"e?� uMUEPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Y+-} EPSG IInGCS Shelby (m)For equivalent non-metric definition see proj code 7242.EPSG&OEPSG"a@C�
=p��EPSG#�EPSG"b�Ub�\(��EPSG#�EPSG"e?� uMUEPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�[+3{ EPSG HInGCS Ripley (ftUS)See proj code 7239 for authoritative metric definition.EPSG&OEPSG"a@CE �Q�EPSG#�EPSG"b�UK� �Q�EPSG#�EPSG"e?� '، �EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+�Y+-} EPSG GInGCS Ripley (m)For equivalent non-metric definition see proj code 7240.EPSG&OEPSG"a@CE �Q�EPSG#�EPSG"b�UK� �Q�EPSG#�EPSG"e?� '، �EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�Y+/{ EPSG VInGCS Vigo (ftUS)See proj code 7253 for authoritative metric definition.EPSG&OEPSG"a@C�33333EPSG#�EPSG"b�U�G�z�EPSG#�EPSG"e?� ����EPSG#�EPSG"f �EPSG#+EPSG"g�^EPSG#+
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� �����{l[N D �,?�= EPSG �WISCRS Iron County (ftUS)See proj code 7390 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F�G�z�EPSG#�EPSG"b�V��^5?}EPSG#�EPSG"e?� G/��EPSG#�EPSG"f EPSG#+EPSG"g?��1&�yEPSG#+� ,9�? EPSG �WISCRS Iron County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7391.EPSG&OEPSG"a@F�G�z�EPSG#�EPSG"b�V��^5?}EPSG#�EPSG"e?� G/��EPSG#�EPSG"fA
����EPSG#)EPSG"g?�hr� ĜEPSG#)�,C�= EPSG �WISCRS Forest County (ftUS)See proj code 7388 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F A�7K�EPSG#�EPSG"b�VQ� �EPSG#�EPSG"e?� F��E�EPSG#�EPSG"fA+�P�\)EPSG#+EPSG"g?���vȴ9EPSG#+�
,=�? EPSG �WISCRS Forest County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7389.EPSG&OEPSG"a@F A�7K�EPSG#�EPSG"b�VQ� �EPSG#�EPSG"e?� F��E�EPSG#�EPSG"fA�6�FtEPSG#)EPSG"g?��*0U2EPSG#)�,G�= EPSG �WISCRS Florence County (ftUS)See proj code 7386 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F��7KƨEPSG#�EPSG"b�VO�;dZEPSG#�EPSG"e?� 9�/�kEPSG#�EPSG"fA���uEPSG#+EPSG"g?��$�/EPSG#+�,A�? EPSG �WISCRS Florence County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7387.EPSG&OEPSG"a@F��7KƨEPSG#�EPSG"b�VO�;dZEPSG#�EPSG"e?� 9�/�kEPSG#�EPSG"fA K�X���EPSG#)EPSG"g?y�_o� EPSG#)� ,E�= EPSG �WISCRS Douglas County (ftUS)See proj code 7384 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F��
=p�EPSG#�EPSG"b�V�33333EPSG#�EPSG"e?� (i�TEPSG#�EPSG"f��EPSG#+EPSG"g?���vȴ9EPSG#+�,?�? EPSG �WISCRS Douglas County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7385.EPSG&OEPSG"a@F��
=p�EPSG#�EPSG"b�V�33333EPSG#�EPSG"e?� (i�TEPSG#�EPSG"f@��j/�{JEPSG#)EPSG"g?p�)^� EPSG#)�,E�= EPSG �WISCRS Burnett County (ftUS)See proj code 7382 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FČ|�BEPSG#�EPSG"b�Wu�!�SEPSG#�EPSG"e?� (?�DYEPSG#�EPSG"fA ���FEPSG#+EPSG"gA���EPSG#+�,?�? EPSG �WISCRS Burnett County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7383.EPSG&IEPSG"a@FČ|�BEPSG#�EPSG"b�Wu�!�SEPSG#�EPSG"e?� (?�DYEPSG#�EPSG"f@�AL�_EPSG#)EPSG"g@�����EPSG#)�,G�= EPSG �WISCRS Bayfield County (ftUS)See proj code 7380 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@G3V_��EPSG#�EPSG"b�V����EPSG#�EPSG"e?� "�r��EPSG#�EPSG"fA&�` �oEPSG#+EPSG"gA �2���`EPSG#+�,A�? EPSG �WISCRS Bayfield County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7381.EPSG&IEPSG"a@G3V_��EPSG#�EPSG"b�V����EPSG#�EPSG"e?� "�r��EPSG#�EPSG"fA �è�EPSG#)EPSG"gA";ޞ EPSG#)�,E�= EPSG �WISCRS Ashland County (ftUS)See proj code 7378 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F�
�L/�EPSG#�EPSG"b�V����+EPSG#�EPSG"e?� 3�㣁EPSG#�EPSG"fA!M� �oEPSG#+EPSG"g?x�t�j~�EPSG#+�,?�? EPSG �WISCRS Ashland County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7379.EPSG&OEPSG"a@F�
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� ���~tcom] K �,E�= EPSG WISCRS Buffalo County (ftUS)See proj code 7430 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E�����?EPSG#�EPSG"b�V�fffffEPSG#�EPSG"e?� (# b�EPSG#�EPSG"fA!�/�|�EPSG#+EPSG"g?�bM��EPSG#+�,?�? EPSG WISCRS Buffalo County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7431.EPSG&OEPSG"a@E�����?EPSG#�EPSG"b�V�fffffEPSG#�EPSG"e?� (# b�EPSG#�EPSG"fAd��5�XEPSG#)EPSG"g?s�*0U2aEPSG#)� ,A�= EPSG WISCRS Brown County (ftUS)See proj code 7428 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a+EPSG#�EPSG"b�EPSG#�EPSG"e?� ����EPSG#�EPSG"f@�O�S���EPSG#+EPSG"g@�yꟾv�EPSG#+�r,;�? EPSG WISCRS Brown County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7429.EPSG&OEPSG"a+EPSG#�EPSG"b�EPSG#�EPSG"e?� ����EPSG#�EPSG"f{pEPSG#)EPSG"g�EPSG#)�,C�= EPSG WISCRS Barron County (ftUS)See proj code 7426 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F�=p��
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=qEPSG#�EPSG"e?� 3�j!EPSG#�EPSG"fA�&� EPSG#+EPSG"g?�z�G�{EPSG#+�,=�? EPSG WISCRS Barron County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7427.EPSG&OEPSG"a@F�=p��
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=qEPSG#�EPSG"e?� 3�j!EPSG#�EPSG"fk�EPSG#)EPSG"g?g�����EPSG#)� ,G�= EPSG WISCRS Washburn County (ftUS)See proj code 7424 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F�z RvDEPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� 1��NEPSG#�EPSG"f � EPSG#+EPSG"gA"��b��`EPSG#+�,A�? EPSG WISCRS Washburn County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7425.EPSG&IEPSG"a@F�z RvDEPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� 1��NEPSG#�EPSG"fA �6��sEPSG#)EPSG"gA�4ح��EPSG#)� ,A�= EPSG �WISCRS Vilas County (ftUS)See proj code 7398 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@G����EPSG#�EPSG"b�VR� ě�EPSG#�EPSG"e?� L���IEPSG#�EPSG"f��EPSG#+EPSG"gA(�S���EPSG#+� ,;�? EPSG �WISCRS Vilas County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7399.EPSG&IEPSG"a@G����EPSG#�EPSG"b�VR� ě�EPSG#�EPSG"e?� L���IEPSG#�EPSG"fA h��qvEPSG#)EPSG"g@�#~���EPSG#)�,C�= EPSG �WISCRS Sawyer County (ftUS)See proj code 7396 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F� ��-EPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� <!�� EPSG#�EPSG"fA%�� �oEPSG#+EPSG"gA-2� JEPSG#+�
,=�? EPSG �WISCRS Sawyer County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7397.EPSG&IEPSG"a@F� ��-EPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� <!�� EPSG#�EPSG"fA
tI�i�CEPSG#)EPSG"g@�y���EPSG#)�,A�= EPSG �WISCRS Price County (ftUS)See proj code 7394 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F*~��"�EPSG#�EPSG"b�V�� ě�EPSG#�EPSG"e?� D UdEPSG#�EPSG"fA&ӿ�p��EPSG#+EPSG"g?�n��O�;EPSG#+� ,;�? EPSG �WISCRS Price County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7395.EPSG&OEPSG"a@F*~��"�EPSG#�EPSG"b�V�� ě�EPSG#�EPSG"e?� D UdEPSG#�EPSG"fA Զ�8�YEPSG#)EPSG"g?�R�<64EPSG#)�
,C�= EPSG �WISCRS Oneida County (ftUS)See proj code 7392 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F��b��EPSG#�EPSG"b�VT�j~��EPSG#�EPSG"e?� H�&BEPSG#�EPSG"f�pEPSG#+EPSG"gAE�E�EPSG#+
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� ���}m���| l� �,?�? EPSG WISCRS Lincoln County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7455.EPSG&OEPSG"a@F@�n��EPSG#�EPSG"b�V\(�\EPSG#�EPSG"e?� >�]E�EPSG#�EPSG"f@�Z�M;EPSG#)EPSG"g?w�����EPSG#)� ,G�= EPSG WISCRS Langlade County (ftUS)See proj code 7452 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F��Yw�EPSG#�EPSG"b�VAG�z�EPSG#�EPSG"e?� A�� ;EPSG#�EPSG"f �EPSG#+EPSG"gA����EPSG#+�,A�? EPSG WISCRS Langlade County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7453.EPSG&IEPSG"a@F��Yw�EPSG#�EPSG"b�VAG�z�EPSG#�EPSG"e?� A�� ;EPSG#�EPSG"fA8ɓt�jEPSG#)EPSG"g@�����&�EPSG#)�n+E{ EPSG WISCRS Jackson County (ftUS)See proj code 7450 for authoritative metric definition.EPSG&OEPSG"a@FZ��� EPSG#�EPSG"b�V�@��R�EPSG#�EPSG"e?� %Ň^EPSG#�EPSG"f@��h EPSG#+EPSG"g@�MS���EPSG#+�`+?} EPSG WISCRS Jackson County (m)For equivalent non-metric definition see proj code 7451.EPSG&OEPSG"a@FZ��� EPSG#�EPSG"b�V�@��R�EPSG#�EPSG"e?� %Ň^EPSG#�EPSG"fixEPSG#)EPSG"ga�EPSG#)�,K�= EPSG WISCRS Eau Claire County (ftUS)See proj code 7440 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FBїB�sEPSG#�EPSG"b�V� I�^EPSG#�EPSG"e?� $�r�AEPSG#�EPSG"fEPSG#+EPSG"gA\30 ĜEPSG#+�,E�? EPSG WISCRS Eau Claire County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7441.EPSG&IEPSG"a@FBїB�sEPSG#�EPSG"b�V� I�^EPSG#�EPSG"e?� $�r�AEPSG#�EPSG"f@�Q� '�EPSG#)EPSG"g@�b~�K]�EPSG#)�
,?�= EPSG WISCRS Dunn County (ftUS)See proj code 7438 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F ��v�EPSG#�EPSG"b�V�-VEPSG#�EPSG"e?� +��EPSG#�EPSG"fA�� I�EPSG#+EPSG"g?�z�G�{EPSG#+� ,9�? EPSG WISCRS Dunn County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7439.EPSG&OEPSG"a@F ��v�EPSG#�EPSG"b�V�-VEPSG#�EPSG"e?� +��EPSG#�EPSG"f@�MS���EPSG#)EPSG"g?h�t�j~�EPSG#)�,?�= EPSG
WISCRS Door County (ftUS)See proj code 7436 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F �Q� EPSG#�EPSG"b�U�^5?|�EPSG#�EPSG"e?� ���EPSG#�EPSG"f�(EPSG#+EPSG"g?�bM��EPSG#+� ,9�? EPSG WISCRS Door County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7437.EPSG&OEPSG"a@F �Q� EPSG#�EPSG"b�U�^5?|�EPSG#�EPSG"e?� ���EPSG#�EPSG"fAb���D�EPSG#)EPSG"g?b�s�PHEPSG#)�,A�= EPSG WISCRS Clark County (ftUS)See proj code 7434 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E�z�G�EPSG#�EPSG"b�V�n��PEPSG#�EPSG"e?� 0��c�EPSG#�EPSG"fA$��vȴEPSG#+EPSG"g?��1&�yEPSG#+� ,;�? EPSG
WISCRS Clark County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7435.EPSG&OEPSG"a@E�z�G�EPSG#�EPSG"b�V�n��PEPSG#�EPSG"e?� 0��c�EPSG#�EPSG"fAhi�X�EPSG#)EPSG"g?���u��"EPSG#)� ,G�= EPSG WISCRS Chippewa County (ftUS)See proj code 7432 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FJ�rHQEPSG#�EPSG"b�V�"��`BEPSG#�EPSG"e?� )<GEPSG#�EPSG"f�EPSG#+EPSG"gA��/��EPSG#+ � ,E�= EPSG WISCRS Lincoln County (ftUS)See proj code 7454 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F@�n��EPSG#�EPSG"b�V\(�\EPSG#�EPSG"e?� >�]E�EPSG#�EPSG"f�HEPSG#+EPSG"g?�t�j~��EPSG#+
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� ��u�0#� �,?�? EPSG ,WISCRS Portage County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7469.EPSG&IEPSG"a@F �\yEPSG#�EPSG"b�VS33333EPSG#�EPSG"e?� )�=�EPSG#�EPSG"f@눃���EPSG#)EPSG"g@�l�.H�EPSG#)�
,?�= EPSG +WISCRS Polk County (ftUS)See proj code 7466 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F2n��O�EPSG#�EPSG"b�WQ� �EPSG#�EPSG"e?� -~ �REPSG#�EPSG"fA a���l�EPSG#+EPSG"g?�t�j~��EPSG#+� ,9�? EPSG *WISCRS Polk County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7467.EPSG&OEPSG"a@F2n��O�EPSG#�EPSG"b�WQ� �EPSG#�EPSG"e?� -~ �REPSG#�EPSG"fAM"B&��EPSG#)EPSG"g?x*�0�
�EPSG#)� ,[�O EPSG )WISCRS Pepin and Pierce Counties (ftUS)See proj code 7464 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&IEPSG"a@F0�
���EPSG#�EPSG"b�W�t�jEPSG#�EPSG"e?� &��bEPSG#�EPSG"fdpEPSG#+EPSG"gA:P�S��EPSG#+�",U�Q EPSG (WISCRS Pepin and Pierce Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7465. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&IEPSG"a@F0�
���EPSG#�EPSG"b�W�t�jEPSG#�EPSG"e?� &��bEPSG#�EPSG"fAv®�1�EPSG#)EPSG"g@�f�A�EPSG#)�,C�= EPSG 'WISCRS Oconto County (ftUS)See proj code 7462 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F z�G�EPSG#�EPSG"b�U�n�EPSG#�EPSG"e?� �g_�EPSG#�EPSG"fA"O�n�EPSG#+EPSG"g?��+ I�EPSG#+�
,=�? EPSG &WISCRS Oconto County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7463.EPSG&OEPSG"a@F z�G�EPSG#�EPSG"b�U�n�EPSG#�EPSG"e?� �g_�EPSG#�EPSG"fAS��D�EPSG#)EPSG"g?k�u%FEPSG#)�,I�= EPSG %WISCRS Menominee County (ftUS)See proj code 7460 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F7
=p��EPSG#�EPSG"b�V EPSG#�EPSG"e?� &�(�EPSG#�EPSG"fA @�uEPSG#+EPSG"g?�z�G�{EPSG#+�,C�? EPSG $WISCRS Menominee County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7461.EPSG&OEPSG"a@F7
=p��EPSG#�EPSG"b�V EPSG#�EPSG"e?� &�(�EPSG#�EPSG"f@��P1��EPSG#)EPSG"g?g�����EPSG#)�,I�= EPSG #WISCRS Marinette County (ftUS)See proj code 7458 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F4�/��EPSG#�EPSG"b�U�"��`BEPSG#�EPSG"e?� �� EPSG#�EPSG"fA'�0��EPSG#+EPSG"g?�z�G�{EPSG#+�,C�? EPSG "WISCRS Marinette County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7459.EPSG&OEPSG"a@F4�/��EPSG#�EPSG"b�U�"��`BEPSG#�EPSG"e?� �� EPSG#�EPSG"fA
" �EPSG#)EPSG"g?j6�� C-EPSG#)� ,G�= EPSG !WISCRS Marathon County (ftUS)See proj code 7456 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FE)c�}ZEPSG#�EPSG"b�V]�M:�EPSG#�EPSG"e?� 7�2 EPSG#�EPSG"f�EPSG#+EPSG"gA �\)EPSG#+ � ,E�= EPSG -WISCRS Portage County (ftUS)See proj code 7468 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F �\yEPSG#�EPSG"b�VS33333EPSG#�EPSG"e?� )�=�EPSG#�EPSG"fҨEPSG#+EPSG"gA��z�EPSG#+
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� ��ziYGA9 � �,U�Q EPSG <WISCRS Adams and Juneau Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7485. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E�(�\EPSG#�EPSG"b�EPSG#�EPSG"e?� &M�g�EPSG#�EPSG"fA������EPSG#)EPSG"g?nOv_ح�EPSG#)�,?�= EPSG ;WISCRS Wood County (ftUS)See proj code 7482 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@Fuܹ\�EPSG#�EPSG"b�EPSG#�EPSG"e?� ,*�5)EPSG#�EPSG"fA$� �oEPSG#+EPSG"gA�z49XEPSG#+�,9�? EPSG :WISCRS Wood County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7483.EPSG&IEPSG"a@Fuܹ\�EPSG#�EPSG"b�EPSG#�EPSG"e?� ,*�5)EPSG#�EPSG"fA s �:�EPSG#)EPSG"gA m�1&�EPSG#)�,E�= EPSG 9WISCRS Waupaca County (ftUS)See proj code 7480 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E�*�0�EPSG#�EPSG"b�V \(�EPSG#�EPSG"e?� "�6�GEPSG#�EPSG"fA"�0�7LEPSG#+EPSG"g?��O�;dZEPSG#+�,?�? EPSG 8WISCRS Waupaca County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7481.EPSG&OEPSG"a@E�*�0�EPSG#�EPSG"b�V \(�EPSG#�EPSG"e?� "�6�GEPSG#�EPSG"fA���g8 EPSG#)EPSG"g?|�1&�yEPSG#)�,M�= EPSG 7WISCRS Trempealeau County (ftUS)See proj code 7478 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E�1&�yEPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� %�7�EPSG#�EPSG"f �EPSG#+EPSG"g?���vȴ9EPSG#+�,G�? EPSG 6WISCRS Trempealeau County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7479.EPSG&OEPSG"a@E�1&�yEPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� %�7�EPSG#�EPSG"fA]�Ov_�EPSG#)EPSG"g?p�)^� EPSG#)�
,C�= EPSG 5WISCRS Taylor County (ftUS)See proj code 7476 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F�Pe �]EPSG#�EPSG"b�V��\(��EPSG#�EPSG"e?� >��H�EPSG#�EPSG"f ^pEPSG#+EPSG"gA�l�C��EPSG#+�
,=�? EPSG 4WISCRS Taylor County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7477.EPSG&IEPSG"a@F�Pe �]EPSG#�EPSG"b�V��\(��EPSG#�EPSG"e?� >��H�EPSG#�EPSG"fA�\�_�EPSG#)EPSG"g@�N, �EPSG#)�,I�= EPSG 3WISCRS St. Croix County (ftUS)See proj code 7474 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F� ě�EPSG#�EPSG"b�WQ� �EPSG#�EPSG"e?� (�<�EPSG#�EPSG"fA �/�vȴEPSG#+EPSG"g?�hr� ĜEPSG#+�,C�? EPSG 2WISCRS St. Croix County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7475.EPSG&OEPSG"a@F� ě�EPSG#�EPSG"b�WQ� �EPSG#�EPSG"e?� (�<�EPSG#�EPSG"fA4�s�EPSG#)EPSG"g?�*�0�EPSG#)�,E�= EPSG 1WISCRS Shawano County (ftUS)See proj code 7472 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F� ě�EPSG#�EPSG"b�V+ I�EPSG#�EPSG"e?� !���6EPSG#�EPSG"fA*F� �oEPSG#+EPSG"g?��vȴ9XEPSG#+�,?�? EPSG 0WISCRS Shawano County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7473.EPSG&OEPSG"a@F� ě�EPSG#�EPSG"b�V+ I�EPSG#�EPSG"e?� !���6EPSG#�EPSG"fA�MqvEPSG#)EPSG"g?��*0U2aEPSG#)�
,?�= EPSG /WISCRS Rusk County (ftUS)See proj code 7470 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@EƇ+ JEPSG#�EPSG"b�V\(��EPSG#�EPSG"e?� 4� �EPSG#�EPSG"fA)� �oEPSG#+EPSG"g?��E���EPSG#+
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� ������/ !� � ,;�? EPSG HWISCRS Grant County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7497.EPSG&OEPSG"a@D�;dZ �EPSG#�EPSG"b�V��Q� EPSG#�EPSG"e?� $����EPSG#�EPSG"fA
�c�o� EPSG#)EPSG"g?�z�G�{EPSG#)�',a�O EPSG GWISCRS Dodge and Jefferson Counties (ftUS)See proj code 7494 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D��t�jEPSG#�EPSG"b�V ���EPSG#�EPSG"e?� $S^�EPSG#�EPSG"fA*]��|�EPSG#+EPSG"g?�������EPSG#+�%,[�Q EPSG FWISCRS Dodge and Jefferson Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7495. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D��t�jEPSG#�EPSG"b�V ���EPSG#�EPSG"e?� $S^�EPSG#�EPSG"fA��/�EPSG#)EPSG"g?!-w1��EPSG#)�,?�= EPSG EWISCRS Dane County (ftUS)See proj code 7492 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E�@U!��EPSG#�EPSG"b�VP ě��EPSG#�EPSG"e?� (YA�EPSG#�EPSG"f _�EPSG#+EPSG"gA Z��C��EPSG#+� ,9�? EPSG DWISCRS Dane County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7493.EPSG&IEPSG"a@E�@U!��EPSG#�EPSG"b�VP ě��EPSG#�EPSG"e?� (YA�EPSG#�EPSG"fA,�Z�c EPSG#)EPSG"gA��g�EPSG#)� ,G�= EPSG CWISCRS Crawford County (ftUS)See proj code 7490 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E�\��~EPSG#�EPSG"b�V�����EPSG#�EPSG"e?� $�sf�EPSG#�EPSG"f�EPSG#+EPSG"gA���`A�EPSG#+�,A�? EPSG BWISCRS Crawford County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7491.EPSG&IEPSG"a@E�\��~EPSG#�EPSG"b�V�����EPSG#�EPSG"e?� $�sf�EPSG#�EPSG"f@��� ԕEPSG#)EPSG"g@�8����EPSG#)�,G�= EPSG AWISCRS Columbia County (ftUS)See proj code 7488 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E�#]��EPSG#�EPSG"b�VN��"��EPSG#�EPSG"e?� $��K�EPSG#�EPSG"fA ��|�EPSG#+EPSG"gAWe:^5?EPSG#+�,A�? EPSG @WISCRS Columbia County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7489.EPSG&IEPSG"a@E�#]��EPSG#�EPSG"b�VN��"��EPSG#�EPSG"e?� $��K�EPSG#�EPSG"fA�b�m��EPSG#)EPSG"g@�=�|��EPSG#)�C-��Q EPSG ?WISCRS Calumet, Fond du Lac, Outagamie and Winnebago Counties (ftUS)See proj code 7486 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E7+ I�EPSG#�EPSG"b�V33333EPSG#�EPSG"e?� �,BEPSG#�EPSG"fA(�o�|�EPSG#+EPSG"g?�bM��EPSG#+�A-��S EPSG >WISCRS Calumet, Fond du Lac, Outagamie and Winnebago Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7487. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E7+ I�EPSG#�EPSG"b�V33333EPSG#�EPSG"e?� �,BEPSG#�EPSG"fA
� IQ�EPSG#)EPSG"g?t��nEPSG#) � �,A�= EPSG IWISCRS Grant County (ftUS)See proj code 7496 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@D�;dZ �EPSG#�EPSG"b�V��Q� EPSG#�EPSG"e?� $����EPSG#�EPSG"fA(B��#EPSG#+EPSG"g?��`A�7LEPSG#+
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w m��<�q ]� �,I�= EPSG UWISCRS La Crosse County (ftUS)See proj code 7508 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E��w�kQEPSG#�EPSG"b�V�(�\EPSG#�EPSG"e?� !��-$EPSG#�EPSG"fA ��l�EPSG#+EPSG"g?��+ I�EPSG#+�,C�? EPSG TWISCRS La Crosse County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7509.EPSG&OEPSG"a@E��w�kQEPSG#�EPSG"b�V�(�\EPSG#�EPSG"e?� !��-$EPSG#�EPSG"f@��j��q�EPSG#)EPSG"g?k�u%FEPSG#)�7,}�S EPSG SWISCRS Kewaunee, Manitowoc and Sheboygan Counties (ftUS)See proj code 7506 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E�z�G�EPSG#�EPSG"b�U� �Q�EPSG#�EPSG"e?� �q��EPSG#�EPSG"fA�� I�^EPSG#+EPSG"g?pbM��EPSG#+�5,w�U EPSG RWISCRS Kewaunee, Manitowoc and Sheboygan Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7507. Defined by Wisconsin DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E�z�G�EPSG#�EPSG"b�U� �Q�EPSG#�EPSG"e?� �q��EPSG#�EPSG"f@� .��3EPSG#)EPSG"g?S�*0U2aEPSG#)�<-��Q EPSG QWISCRS Kenosha, Milwaukee, Ozaukee and Racine Counties (ftUS)See proj code 7504 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E��
=qEPSG#�EPSG"b�U�-VEPSG#�EPSG"e?� T�JEPSG#�EPSG"fA"���7LEPSG#+EPSG"g?h�t�j~�EPSG#+�:-��S EPSG PWISCRS Kenosha, Milwaukee, Ozaukee and Racine Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7505. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E��
=qEPSG#�EPSG"b�U�-VEPSG#�EPSG"e?� T�JEPSG#�EPSG"fA�B�~� EPSG#)EPSG"g?M}�H˒EPSG#)�,?�= EPSG OWISCRS Iowa County (ftUS)See proj code 7502 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E)7KƧ�EPSG#�EPSG"b�V��t�EPSG#�EPSG"e?� )j'S;EPSG#�EPSG"f�8EPSG#+EPSG"g?��Q� �EPSG#+� ,9�? EPSG NWISCRS Iowa County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7503.EPSG&OEPSG"a@E)7KƧ�EPSG#�EPSG"b�V��t�EPSG#�EPSG"e?� )j'S;EPSG#�EPSG"f@���j��gEPSG#)EPSG"g?rn��O�;EPSG#)� ,k�= EPSG MWISCRS Green Lake and Marquette Counties (ftUS)See proj code 7500 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E��7|��EPSG#�EPSG"b�VI&�x�EPSG#�EPSG"e?� $��cEPSG#�EPSG"f��EPSG#+EPSG"gA�VEPSG#+�!,e�? EPSG LWISCRS Green Lake and Marquette Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7501.EPSG&IEPSG"a@E��7|��EPSG#�EPSG"b�VI&�x�EPSG#�EPSG"e?� $��cEPSG#�EPSG"fAj�j OEPSG#)EPSG"g@�T,x��EPSG#)�,a�= EPSG KWISCRS Green and Lafayette Counties (ftUS)See proj code 7498 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E0պ��EPSG#�EPSG"b�V` ě��EPSG#�EPSG"e?� (�;1EPSG#�EPSG"f��EPSG#+EPSG"gAZ�x��EPSG#+ �
,=�? EPSG VWISCRS Monroe County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7511.EPSG&IEPSG"a@F �A�(EPSG#�EPSG"b�V��n��EPSG#�EPSG"e?� -�_��EPSG#�EPSG"fA�I�1'EPSG#)EPSG"g@��?��)EPSG#)
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� ����taL;( �,G�= EPSG eWISCRS Waukesha County (ftUS)See proj code 7524 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E+��S��EPSG#�EPSG"b�V�n��EPSG#�EPSG"e?� $L��DEPSG#�EPSG"fA$� �oEPSG#+EPSG"g?��+ I�EPSG#+�,A�? EPSG dWISCRS Waukesha County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7525.EPSG&OEPSG"a@E+��S��EPSG#�EPSG"b�V�n��EPSG#�EPSG"e?� $L��DEPSG#�EPSG"fA |�XbNEPSG#)EPSG"g?k�Q�_EPSG#)�,K�= EPSG cWISCRS Washington County (ftUS)See proj code 7522 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@EFvȴ9XEPSG#�EPSG"b�V=p��
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WEPSG#�EPSG"fA @�uEPSG#+EPSG"g?�z�G�{EPSG#+�,E�? EPSG bWISCRS Washington County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7523.EPSG&OEPSG"a@EFvȴ9XEPSG#�EPSG"b�V=p��
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WEPSG#�EPSG"f@�Q�bM�EPSG#)EPSG"g?h�t�j~�EPSG#)� ,G�= EPSG aWISCRS Walworth County (ftUS)See proj code 7520 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E3T- �OEPSG#�EPSG"b�V�1&�EPSG#�EPSG"e?� &��5�EPSG#�EPSG"f �xEPSG#+EPSG"gA>�š�EPSG#+�,A�? EPSG `WISCRS Walworth County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7521.EPSG&IEPSG"a@E3T- �OEPSG#�EPSG"b�V�1&�EPSG#�EPSG"e?� &��5�EPSG#�EPSG"fA c�빌~EPSG#)EPSG"g@� ��MjEPSG#)�
,C�= EPSG _WISCRS Vernon County (ftUS)See proj code 7518 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E�����EPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� *�hk'EPSG#�EPSG"f #�EPSG#+EPSG"gA F$�/EPSG#+�
,=�? EPSG ^WISCRS Vernon County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7519.EPSG&IEPSG"a@E�����EPSG#�EPSG"b�V�z�G�EPSG#�EPSG"e?� *�hk'EPSG#�EPSG"fA )C����EPSG#)EPSG"g@�5��(��EPSG#)�
,?�= EPSG ]WISCRS Sauk County (ftUS)See proj code 7516 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E>��+EPSG#�EPSG"b�Vb�\(��EPSG#�EPSG"e?� '3�U5EPSG#�EPSG"fA"�� �oEPSG#+EPSG"g?�hr� ĜEPSG#+� ,9�? EPSG \WISCRS Sauk County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7517.EPSG&OEPSG"a@E>��+EPSG#�EPSG"b�Vb�\(��EPSG#�EPSG"e?� '3�U5EPSG#�EPSG"fA����SEPSG#)EPSG"g?t��Z��EPSG#)�,?�= EPSG [WISCRS Rock County (ftUS)See proj code 7514 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@D�1&�x�EPSG#�EPSG"b�VB� ě�EPSG#�EPSG"e?� #^���EPSG#�EPSG"fS EPSG#+EPSG"g?��+ I�EPSG#+� ,9�? EPSG ZWISCRS Rock County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7515.EPSG&OEPSG"a@D�1&�x�EPSG#�EPSG"b�VB� ě�EPSG#�EPSG"e?� #^���EPSG#�EPSG"fA�W>�6EPSG#)EPSG"g?{�Q�_EPSG#)� ,G�= EPSG YWISCRS Richland County (ftUS)See proj code 7512 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E����!�EPSG#�EPSG"b�V�Q� �EPSG#�EPSG"e?� 'c��jEPSG#�EPSG"f
!�EPSG#+EPSG"gA�V�333EPSG#+�,A�? EPSG XWISCRS Richland County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7513.EPSG&IEPSG"a@E����!�EPSG#�EPSG"b�V�Q� �EPSG#�EPSG"e?� 'c��jEPSG#�EPSG"fA��֡a�EPSG#)EPSG"gA c{g��EPSG#)
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=p��EPSG#�EPSG"x@D<(�\EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+ ��k+Mu EPSG(�SPCS83 California zone 1 (meter)See code 15307 for equivalent non-metric definition.EPSG&JEPSG"u@C������EPSG#�EPSG"v�EPSG#�EPSG"w@D�33333EPSG#�EPSG"x(EPSG#�EPSG"z ��EPSG#)EPSG"{� EPSG#) ��.+3
EPSG(>Arkansas CS27 SouthEPSG&JEPSG"u@@333333EPSG#�EPSG"v�EPSG#�EPSG"w@A:�G�{EPSG#�EPSG"x@@�
=p��EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+ ��6, � EPSG'�GW22-LCCIn conjunction with transformation ETRS89 to GWPBS22-IRF (1) (code 10210) emulates the GWPBS22 Snake projection, with ETRS89 to GWWAB22-IRF (1) (code 10215) emulates GWWAB22 and with ETRS89 to GWWWA22-IRF (1) (code 10220) emulates the GWWWA22 Snake proj.EPSG&JEPSG"u@I�� �REPSG#�EPSG"v� �Q� EPSG#�EPSG"w@I��Q� EPSG#�EPSG"x@I� �Q�EPSG#�EPSG"zA�� ě�EPSG#)EPSG"{A�8-EPSG#) ��$+9
EPSG'uAlabama CS27 East zoneEPSG&OEPSG"a@>L�����EPSG#�EPSG"b�U` EPSG#�EPSG"e?� )�rEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+ ��(+a
EPSG&VLocal coordinate system of Ternopil regionEPSG&OEPSG"aEPSG#�EPSG"b@9L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#) ��7,_� EPSG&SPCS83 Alabama East zone (US survey foot)This map projection is not formally recognised by the NGS because there is no State legislation for NAD83 defining the foot to be used. See code 10131 for official metric definition. ftUS required by AL DOT and used by other professional practioners.EPSG&OEPSG"a@>L�����EPSG#�EPSG"b�U` EPSG#�EPSG"e?� )�rEPSG#�EPSG"fA$MU�%EPSG#+EPSG"gEPSG#+ ��P+_I EPSG$South Africa Basic Survey Unit Albers 44ECame into use from 2019-01-01.EPSG&^EPSG"u�EPSG#�EPSG"v,EPSG#�EPSG"w�EPSG#�EPSG"x�EPSG#�EPSG"zO�EPSG#)EPSG"{� EPSG#) ��3+U
EPSG!9Kansas regional zone 16 Pratt (ftUS)EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�X� �Q�EPSG#�EPSG"e?� HZ �EPSG#�EPSG"f �� EPSG#+EPSG"gEPSG#+ ��l+A{ EPSG �NCRS Las Vegas zone (ftUS)See proj code 8373 for authoritative metric definition.EPSG&OEPSG"a@B33333EPSG#�EPSG"b�\� �Q�EPSG#�EPSG"e?� hۋ�qEPSG#�EPSG"fAMUL�_EPSG#+EPSG"gA$MUY��EPSG#+ ��i+[k EPSG fOregon Owyhee zone (international foot)See code 8293 for equivalent metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�]VfffffEPSG#�EPSG"e?� ��a�EPSG#�EPSG"fA �Ws�EPSG#*EPSG"gEPSG#* ��m+qk EPSG TOregon Canyon City-Burns zone (international foot)See code 8275 for equivalent metric definition.EPSG&OEPSG"a@E�fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� ����EPSG#�EPSG"f@� �2�XEPSG#*EPSG"gEPSG#*
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c s������$= C# �x+ik EPSG dOregon Ochoco Summit zone (international foot)See code 8291 for equivalent metric definition.EPSG&IEPSG"a@E�fffffEPSG#�EPSG"b�^33333EPSG#�EPSG"e?� >� ��EPSG#�EPSG"fA �2�XEPSG#*EPSG"g� �2�XEPSG#*�e+Os EPSG cOregon Ochoco Summit zone (meter)See code 8292 for equivalent non-metric definition.EPSG&IEPSG"a@E�fffffEPSG#�EPSG"b�^33333EPSG#�EPSG"e?� >� ��EPSG#�EPSG"f �@EPSG#)EPSG"g�ǀEPSG#)�p+ik EPSG bOregon North Central zone (international foot)See code 8289 for equivalent metric definition.EPSG&IEPSG"a@G �����EPSG#�EPSG"b�^33333EPSG#�EPSG"eEPSG#�EPSG"fAO�?|�EPSG#*EPSG"gA �WX�EPSG#*�]+Os EPSG aOregon North Central zone (meter)See code 8290 for equivalent non-metric definition.EPSG&IEPSG"a@G �����EPSG#�EPSG"b�^33333EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g"�EPSG#)�l+_k EPSG `Oregon Mitchell zone (international foot)See code 8287 for equivalent metric definition.EPSG&IEPSG"a/EPSG#�EPSG"b�^ �����EPSG#�EPSG"e?�;�'EPSG#�EPSG"f@��&��IEPSG#*EPSG"gA- '#��xEPSG#*�X+Es EPSG _Oregon Mitchell zone (meter)See code 8288 for equivalent non-metric definition.EPSG&IEPSG"a/EPSG#�EPSG"b�^ �����EPSG#�EPSG"e?�;�'EPSG#�EPSG"fu0EPSG#)EPSG"gl�EPSG#)�x+wk EPSG ^Oregon Medford-Diamond Lake zone (international foot)See code 8285 for equivalent metric definition.EPSG&IEPSG"a*EPSG#�EPSG"b�^������EPSG#�EPSG"e?� )�k�EPSG#�EPSG"fA�&L/�EPSG#*EPSG"g��&L/�EPSG#*�e+]s EPSG ]Oregon Medford-Diamond Lake zone (meter)See code 8286 for equivalent non-metric definition.EPSG&IEPSG"a*EPSG#�EPSG"b�^������EPSG#�EPSG"e?� )�k�EPSG#�EPSG"f �`EPSG#)EPSG"g��EPSG#)�r+]k EPSG \Oregon Halfway zone (international foot)See code 8283 for equivalent metric definition.EPSG&IEPSG"a@F�33333EPSG#�EPSG"b�]I�����EPSG#�EPSG"e?� Y!��EPSG#�EPSG"fA �2�XEPSG#*EPSG"gA �Ws�EPSG#*�_+Cs EPSG [Oregon Halfway zone (meter)See code 8284 for equivalent non-metric definition.EPSG&IEPSG"a@F�33333EPSG#�EPSG"b�]I�����EPSG#�EPSG"e?� Y!��EPSG#�EPSG"f �@EPSG#)EPSG"gpEPSG#)�n+ek EPSG ZOregon Denio-Burns zone (international foot)See code 8281 for equivalent metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�]� EPSG#�EPSG"e?� �:��pEPSG#�EPSG"fA �2�XEPSG#*EPSG"gEPSG#*�`+Ks EPSG YOregon Denio-Burns zone (meter)See code 8282 for equivalent non-metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�]� EPSG#�EPSG"e?� �:��pEPSG#�EPSG"f8�EPSG#)EPSG"gEPSG#)�x+yk EPSG XOregon Dayville-Prairie City zone (international foot)See code 8279 for equivalent metric definition.EPSG&OEPSG"a@F33333EPSG#�EPSG"b�]�Q� �EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"f@� �2�XEPSG#*EPSG"gEPSG#*�i+_s EPSG WOregon Dayville-Prairie City zone (meter)See code 8280 for equivalent non-metric definition.EPSG&OEPSG"a@F33333EPSG#�EPSG"b�]�Q� �EPSG#�EPSG"e?� }�A5TEPSG#�EPSG"fN EPSG#)EPSG"gEPSG#)�|+qk EPSG VOregon Coast Range North zone (international foot)See code 8277 for equivalent metric definition.EPSG&IEPSG"a@F������EPSG#�EPSG"b�^� EPSG#�EPSG"e?� //�t EPSG#�EPSG"f@��&��IEPSG#*EPSG"g@� �2�XEPSG#*�g+Ws EPSG UOregon Coast Range North zone (meter)See code 8278 for equivalent non-metric definition.EPSG&IEPSG"a@F������EPSG#�EPSG"b�^� EPSG#�EPSG"e?� //�t EPSG#�EPSG"fu0EPSG#)EPSG"gN EPSG#) �[+As EPSG eOregon Owyhee zone (meter)See code 8294 for equivalent non-metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�]VfffffEPSG#�EPSG"e?� ��a�EPSG#�EPSG"fpEPSG#)EPSG"gEPSG#)
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� �����*IU~ � �d+mk EPSG vOregon Willamette Pass zone (international foot)See code 8309 for equivalent metric definition.EPSG&OEPSG"a+EPSG#�EPSG"b�EPSG#�EPSG"e?� ��O�EPSG#�EPSG"f@� �2�XEPSG#*EPSG"gEPSG#*�U+Ss EPSG uOregon Willamette Pass zone (meter)See code 8310 for equivalent non-metric definition.EPSG&OEPSG"a+EPSG#�EPSG"b�EPSG#�EPSG"e?� ��O�EPSG#�EPSG"fN EPSG#)EPSG"gEPSG#)�r+kk EPSG tOregon Warner Highway zone (international foot)See code 8307 for equivalent metric definition.EPSG&IEPSG"a@E&fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� ���EPSG#�EPSG"fA �2�XEPSG#*EPSG"gA�&L/�EPSG#*�_+Qs EPSG sOregon Warner Highway zone (meter)See code 8308 for equivalent non-metric definition.EPSG&IEPSG"a@E&fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� ���EPSG#�EPSG"f �@EPSG#)EPSG"g �`EPSG#)�j+]k EPSG rOregon Wallowa zone (international foot)See code 8305 for equivalent metric definition.EPSG&OEPSG"a@F�33333EPSG#�EPSG"b�]S33333EPSG#�EPSG"e?� �x�EPSG#�EPSG"fA�&L/�EPSG#*EPSG"gEPSG#*�\+Cs EPSG qOregon Wallowa zone (meter)See code 8306 for equivalent non-metric definition.EPSG&OEPSG"a@F�33333EPSG#�EPSG"b�]S33333EPSG#�EPSG"e?� �x�EPSG#�EPSG"f �`EPSG#)EPSG"gEPSG#)�m+ak EPSG pOregon Ukiah-Fox zone (international foot)See code 8303 for equivalent metric definition.EPSG&IEPSG"a@F�33333EPSG#�EPSG"b�EPSG#�EPSG"e?� ���8EPSG#�EPSG"f@��&��IEPSG#*EPSG"gA�\�?EPSG#*�Y+Gs EPSG oOregon Ukiah-Fox zone (meter)See code 8304 for equivalent non-metric definition.EPSG&IEPSG"a@F�33333EPSG#�EPSG"b�EPSG#�EPSG"e?� ���8EPSG#�EPSG"fu0EPSG#)EPSG"g_�EPSG#)�x+ik EPSG nOregon Siskiyou Pass zone (international foot)See code 8301 for equivalent metric definition.EPSG&IEPSG"a@E&fffffEPSG#�EPSG"b�^�fffffEPSG#�EPSG"e?� �IQ��EPSG#�EPSG"f@� ě��EPSG#*EPSG"gA�&L/�EPSG#*�d+Os EPSG mOregon Siskiyou Pass zone (meter)See code 8302 for equivalent non-metric definition.EPSG&IEPSG"a@E&fffffEPSG#�EPSG"b�^�fffffEPSG#�EPSG"e?� �IQ��EPSG#�EPSG"f'EPSG#)EPSG"g �`EPSG#)�q+kk EPSG lOregon Riley-Lakeview zone (international foot)See code 8299 for equivalent metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�^ �����EPSG#�EPSG"e?� �q��EPSG#�EPSG"fA �Ws�EPSG#*EPSG"gEPSG#*�c+Qs EPSG kOregon Riley-Lakeview zone (meter)See code 8300 for equivalent non-metric definition.EPSG&OEPSG"a@D������EPSG#�EPSG"b�^ �����EPSG#�EPSG"e?� �q��EPSG#�EPSG"fpEPSG#)EPSG"gEPSG#)�h+uk EPSG jOregon Prairie City-Brogan zone (international foot)See code 8297 for equivalent metric definition.EPSG&IEPSG"a,EPSG#�EPSG"b�EPSG#�EPSG"e?� �B �EPSG#�EPSG"fA�&L/�EPSG#*EPSG"gEPSG#*�Z+[s EPSG iOregon Prairie City-Brogan zone (meter)See code 8298 for equivalent non-metric definition.EPSG&IEPSG"a,EPSG#�EPSG"b�EPSG#�EPSG"e?� �B �EPSG#�EPSG"f �`EPSG#)EPSG"gEPSG#)�t+ok EPSG hOregon Pilot Rock-Ukiah zone (international foot)See code 8295 for equivalent metric definition.EPSG&IEPSG"a@G �����EPSG#�EPSG"b�EPSG#�EPSG"e?� 6�� EPSG#�EPSG"fAO�Y��EPSG#*EPSG"gA4�ߤ@EPSG#*�a+Us EPSG gOregon Pilot Rock-Ukiah zone (meter)See code 8296 for equivalent non-metric definition.EPSG&IEPSG"a@G �����EPSG#�EPSG"b�EPSG#�EPSG"e?� 6�� EPSG#�EPSG"f �PEPSG#)EPSG"g��EPSG#) �`+;} EPSG �NCRS Las Vegas zone (m)See proj code 8374 for equivalent non-metric definition.EPSG&OEPSG"a@B33333EPSG#�EPSG"b�\� �Q�EPSG#�EPSG"e?� hۋ�qEPSG#�EPSG"f��EPSG#)EPSG"g
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EPSG!6Kansas regional zone 13 Garden City (ftUS)EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�Y\(�EPSG#�EPSG"e?� rKv��EPSG#�EPSG"f �`EPSG#+EPSG"gEPSG#+�5+Y
EPSG!5Kansas regional zone 12 Ulysses (ftUS)EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�YP EPSG#�EPSG"e?� ���8EPSG#�EPSG"f �� EPSG#+EPSG"gEPSG#+�<+a
EPSG!4Kansas regional zone 11 Kansas City (ftUS)EPSG&IEPSG"a@C��z�HEPSG#�EPSG"b�Wə����EPSG#�EPSG"e?� "�^�wEPSG#�EPSG"f �y�EPSG#+EPSG"g '�EPSG#+�9+[
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EPSG!/Kansas regional zone 8 Manhattan (ftUS)EPSG&IEPSG"a@C������EPSG#�EPSG"b�X33333EPSG#�EPSG"e?� .#(��EPSG#�EPSG"f �� EPSG#+EPSG"g '�EPSG#+�2+U
EPSG!.Kansas regional zone 7 Salina (ftUS)EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�XL�����EPSG#�EPSG"e?� 3aV\-EPSG#�EPSG"frp�EPSG#+EPSG"gEPSG#+�2+U
EPSG!-Kansas regional zone 6 Beliot (ftUS)EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�X�\(�EPSG#�EPSG"e?� GM�kEPSG#�EPSG"fc.�EPSG#+EPSG"gEPSG#+�6+]
EPSG!,Kansas regional zone 5 Great Bend (ftUS)EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�X������EPSG#�EPSG"e?� Q�/wEPSG#�EPSG"fS�`EPSG#+EPSG"gEPSG#+�0+Q
EPSG!+Kansas regional zone 4 Hays (ftUS)EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�X�G�z�EPSG#�EPSG"e?� U���EPSG#�EPSG"fD� EPSG#+EPSG"gEPSG#+�3+W
EPSG!*Kansas regional zone 3 Oberlin (ftUS)EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�Y
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EPSG! Kansas regional zone 2 Colby (ftUS)EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�Y$z�G�EPSG#�EPSG"e?� ��Y��EPSG#�EPSG"f&%�EPSG#+EPSG"gEPSG#+�4+Y
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=p��EPSG#�EPSG"e?� ���^�EPSG#�EPSG"f�`EPSG#+EPSG"gEPSG#+�?,=� EPSG �Laborde Grid (Greenwich)See Laborde Grid (projection code 19861) for original definition in grads with respect to the Paris meridian. This is equivalent.EPSG&UEPSG"k�2�=p��
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EPSG#�EPSG"o?��l�C�EPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�=+!e EPSG �Macau GridGrid origin is Base W triangulation station.EPSG&OEPSG"a@6 ���EPSG#�EPSG"b@\T�`�3EPSG#�EPSG"eEPSG#�EPSG"fN EPSG#)EPSG"gN EPSG#)�%,�A EPSG �WEIPA94Grid convergence uses opposite sign convention to UTM. The projection has reduced scale distortion compared to Map Grid of Australia zone 54 (code 17354).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�k*M�EPSG#�EPSG"f��EPSG#)EPSG"g ��EPSG#)�v+_{ EPSG �NCRS Las Vegas high elevation zone (ftUS)See proj code 8375 for authoritative metric definition.EPSG&OEPSG"a@B33333EPSG#�EPSG"b�\� �Q�EPSG#�EPSG"e?� ���[�EPSG#�EPSG"f�EPSG#+EPSG"gA4MUS&EPSG#+�n+Y{ EPSG �NCRS Las Vegas high elevation zone (m)See proj code 8375 for authoritative metric definition.EPSG&OEPSG"a@B33333EPSG#�EPSG"b�\� �Q�EPSG#�EPSG"e?� ���[�EPSG#�EPSG"f��EPSG#)EPSG"g�EPSG#)�8+_
EPSG!7Kansas regional zone 14 Dodge City (ftUS)EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�Xٙ����EPSG#�EPSG"e?� e�=>OEPSG#�EPSG"f �@�EPSG#+EPSG"gEPSG#+
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EPSG#�Vietnam TM-3 104-45EPSG&OEPSG"aEPSG#�EPSG"b@Z �����EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+3
EPSG#�Vietnam TM-3 104-30EPSG&OEPSG"aEPSG#�EPSG"b@Z33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+3
EPSG#�Vietnam TM-3 104-00EPSG&OEPSG"aEPSG#�EPSG"bhEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,#� EPSG#�NIWA AlbersSee NZCS2000 (projection code 17964) and Mercator 41 (projection code 19843) for spatial referencing and conformal mapping.EPSG&^EPSG"u�EPSG#�EPSG"v �EPSG#�EPSG"w�EPSG#�EPSG"x�EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�+3
EPSG#bVietnam TM-3 103-00EPSG&OEPSG"aEPSG#�EPSG"bgEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)u+=
EPSG"�Equal Earth Asia-PacificEPSG6EPSG"b �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)p+5
EPSG"�Equal Earth AmericasEPSG6EPSG"b�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)p+7
EPSG"�Equal Earth GreenwichEPSG6EPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,+?- EPSG"yIdaho Transverse MercatorReplaces IDTM27.EPSG&OEPSG"a*EPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f&%�EPSG#)EPSG"gO�EPSG#)�7+]
EPSG!DKansas regional zone 20 Pittsburg (ftUS)EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�W�33333EPSG#�EPSG"e?� ��`EPSG#�EPSG"f8� EPSG#+EPSG"gEPSG#+�9+a
EPSG!CKansas regional zone 19 Coffeyville (ftUS)EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�W� �Q�EPSG#�EPSG"e?� #��5�EPSG#�EPSG"f)��EPSG#+EPSG"gEPSG#+�>+e
EPSG!;Kansas regional zone 18 Arkansas City (ftUS)EPSG&IEPSG"a@B�z�G�EPSG#�EPSG"b�XS33333EPSG#�EPSG"e?� 9��8qEPSG#�EPSG"fI�EPSG#+EPSG"g
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EPSG!:Kansas regional zone 17 Wichita (ftUS)EPSG&IEPSG"a@B��G�{EPSG#�EPSG"b�XS33333EPSG#�EPSG"e?� =ݱ �EPSG#�EPSG"f `EPSG#+EPSG"g�EPSG#+
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EOS21-TMIn conjunction with transformation ETRS89 to EOS-IRF (1) (code 9740), emulates the EOS21 Snake projection.EPSG&OEPSG"a@L�G�{EPSG#�EPSG"b�������EPSG#�EPSG"eEPSG#�EPSG"f@�ON��EPSG#)EPSG"gA L"����EPSG#)� +I
EPSG%�Bangladesh Transverse MercatorEPSG&OEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g�{�EPSG#)�'+O
EPSG%�US Forest Service region 6 AlbersEPSG&^EPSG"u"EPSG#�EPSG"v�EPSG#�EPSG"w+EPSG#�EPSG"x0EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�/,K�q EPSG%LLyon Turin Ferroviaire 2004 (C)May be emulated using LCC 1SP variant A with false northing of -39367.968 metres at natural origin of 44°22'45"N.EPSGNEPSG"a@F �j~��EPSG#�EPSG"eEPSG#�EPSG"u@F�z�G�EPSG#�EPSG"v@�\(�EPSG#�EPSG"zI�EPSG#)EPSG"{ �PEPSG#)�,9� EPSG%Gauss-Kruger CABA 2019Projection created in 2017 for the purpose of modernizing the city's cadastre and linking it to modern reference frames. Origin approximates the 1919 origin of the cross of the main tower of the San José de Flores church ("0 de Flores" plane grid).EPSG&OEPSG"a�A/�˯�[EPSG#�EPSG"b�M#,Y� EPSG#�EPSG"eEPSG#�EPSG"fN EPSG#)EPSG"gpEPSG#)�, �e EPSG$�GBK19-TMIn conjunction with transformation ETRS89 to GBK19-IRF (1) (code 9454), emulates the GBK19 Snake projection.EPSG&OEPSG"a@K������EPSG#�EPSG"b��
=p��EPSG#�EPSG"eEPSG#�EPSG"f@��M��EPSG#)EPSG"g@����S��EPSG#)� ,-� EPSG$�AbInvA96_2020-TMIn conjunction with transformation ETRS89 to AbInvA96_2020-IRF (1) (code 9386), emulates the AbInvA96_2020 Snake projection.EPSG&OEPSG"a@L��Q� EPSG#�EPSG"b��\(�EPSG#�EPSG"eEPSG#�EPSG"fA���-EPSG#)EPSG"g@�!�O�;dEPSG#)�,E�k EPSG$�Colombia Transverse MercatorAdopted by resolution IGAC 471/May 14, 2020. Supports the Spatial Data Infrastructure for Land Administration (IDE-AT) and its GIS applications. Used to fulfill all the requirements of the activities required for the Multipurpose Cadastre.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�rGE8�EPSG#�EPSG"fLK@EPSG#)EPSG"g ��EPSG#)�, �e EPSG$�MML07-TMIn conjunction with transformation ETRS89 to MML07-IRF (1) (code 9369), emulates the MML07 Snake projection.EPSG&OEPSG"a@J"�\(��EPSG#�EPSG"b��Q� �REPSG#�EPSG"eEPSG#�EPSG"f@��$�/EPSG#)EPSG"g@�v�dZ �EPSG#)� , � EPSG$�TPEN11-TMIn conjunction with transformation ETRS89 to TPEN11-IRF (1) (code 9365), emulates the TPEN11 Snake and TPEN11ext Snake projections.EPSG&OEPSG"a@J�fffffEPSG#�EPSG"b�333333EPSG#�EPSG"eEPSG#�EPSG"fAϡffffEPSG#)EPSG"gA�c\(�EPSG#)�E,?� EPSG$�IBCSO Polar StereographicUsed for the International Bathymetric Chart of the Southern Ocean.EPSG&eEPSG"��EPSG#�EPSG"�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,� EPSG$UHS2-TMIn conjunction with transformation HS2TN15 (code 9302) emulates the zero-distortion Snake projection HS2P1+14. Emulation derived at 350,000 locations, RMS position difference is 0.15 mm and max position difference is 0.6 mm; this is considered errorless.EPSG&OEPSG"a@J&fffffEPSG#�EPSG"b�� EPSG#�EPSG"eEPSG#�EPSG"fAF� k��EPSG#)EPSG"gA�a�c�AEPSG#)�D,%� EPSG$6Austria EastGreenwich equivalent of Austria East Zone (EPSG code 18043).EPSG&OEPSG"aEPSG#�EPSG"b@0333333EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�J,+� EPSG$5Austria CentralGreenwich equivalent of Austria Central Zone (EPSG code 18042).EPSG&OEPSG"aEPSG#�EPSG"b@*ffffffEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�D,%� EPSG$4Austria WestGreenwich equivalent of Austria West Zone (EPSG code 18041).EPSG&OEPSG"aEPSG#�EPSG"b@$ffffffEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)
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EPSG&ULocal coordinate system of Sumy regionEPSG&OEPSG"aEPSG#�EPSG"b@A&fffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� +]
EPSG&RLocal coordinate system of Odessa regionEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�(+a
EPSG&QLocal coordinate system of Mykolaiv regionEPSG&OEPSG"aEPSG#�EPSG"b@?� EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� +Y
EPSG&PLocal coordinate system of Lviv regionEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� +_
EPSG&OLocal coordinate system of Luhansk regionEPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�#+e
EPSG&NLocal coordinate system of Kirovohrad regionEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�/+o
EPSG&MLocal coordinate system of Ivano-Frankivsk regionEPSG&OEPSG"aEPSG#�EPSG"b@8s33333EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�%+i
EPSG&LLocal coordinate system of Zaporizhzhia regionEPSG&OEPSG"aEPSG#�EPSG"b$EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�++g
EPSG&KLocal coordinate system of Zakarpattia regionEPSG&OEPSG"aEPSG#�EPSG"b@7L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�(+a
EPSG&JLocal coordinate system of Zhytomyr regionEPSG&OEPSG"aEPSG#�EPSG"b@<L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�'+_
EPSG&ILocal coordinate system of Donetsk regionEPSG&OEPSG"aEPSG#�EPSG"b@B�fffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�'+m
EPSG&HLocal coordinate system of Dnipropetrovsk regionEPSG&OEPSG"aEPSG#�EPSG"b#EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�%+[
EPSG&GLocal coordinate system of Volyn regionEPSG&OEPSG"aEPSG#�EPSG"b@8� EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�)+c
EPSG&FLocal coordinate system of Vinnytsia regionEPSG&OEPSG"aEPSG#�EPSG"b@<ffffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�&+]
EPSG&ELocal coordinate system of Crimea regionEPSG&OEPSG"aEPSG#�EPSG"b@A&fffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� +K
EPSG&DLocal coordinate system of KyivEPSG&OEPSG"aEPSG#�EPSG"b@>L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,�a EPSG&%EWR2-TMIn conjunction with transformation ETRS89 to EWR2-IRF (1) (code 9764), emulates the EWR2 Snake projection.EPSG&OEPSG"a@I�\)EPSG#�EPSG"b��G�z�HEPSG#�EPSG"eEPSG#�EPSG"fA�?š�EPSG#)EPSG"gA�q�i�EPSG#)�,%�u EPSG& ECML14_NB-TMIn conjunction with transformation ETRS89 to ECML14_NB-IRF (1) (code 9759), emulates the ECML14_NB Snake projection.EPSG&OEPSG"a@K��
=p�EPSG#�EPSG"b��G�z�HEPSG#�EPSG"eEPSG#�EPSG"f@�g-���&EPSG#)EPSG"gA�&� k�EPSG#)�+,_� EPSG&SPCS83 Alabama West zone (US survey foot)This map projection is not formally recognised by the NGS because there is no State legislation for NAD83 defining the foot to be used. See code 10132 for official metric definition. ftUS required by AL DOT and used by other professional practioners.EPSG&OEPSG"a EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f tEPSG#+EPSG"gEPSG#+�/+}
EPSG&TLocal coordinate system of Rivne and Khmelnytsky regionsEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�'+_
EPSG&SLocal coordinate system of Poltava regionEPSG&OEPSG"aEPSG#�EPSG"b@@� EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)
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, J7������� J �H+CY EPSG&�MTM Nova Scotia 1997 zone 5Introduced for use with NAD83(CSRS)v3.EPSG&OEPSG"aEPSG#�EPSG"b�P33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�H+CY EPSG&�MTM Nova Scotia 1997 zone 4Introduced for use with NAD83(CSRS)v3.EPSG&OEPSG"aEPSG#�EPSG"b�N�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f �@�EPSG#)EPSG"gEPSG#)�, �e EPSG&�FNL22-TMIn conjunction with transformation ETRS89 to FNL22-IRF (1) (code 9975), emulates the FNL22 Snake projection.EPSG&OEPSG"a:EPSG#�EPSG"b� �
=p��EPSG#�EPSG"eEPSG#�EPSG"fA �*�1EPSG#)EPSG"gAZ6Z �EPSG#)�, �e EPSG&�SCM22-TMIn conjunction with transformation ETRS89 to SCM22-IRF (1) (code 9970), emulates the SCM22 Snake projection.EPSG&OEPSG"a@L.z�G�EPSG#�EPSG"b� z�G�EPSG#�EPSG"eEPSG#�EPSG"f@����O�;EPSG#)EPSG"gA
/z��EPSG#)�,#�q EPSG&�HULLEE13-TMIn conjunction with transformation ETRS89 to HULLEE13-IRF (1) (code 9965), emulates the HULLEE13 Snake projection.EPSG&OEPSG"a@J������EPSG#�EPSG"b��=p��
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EPSG&�Iceland Lambert Azimuthal Equal AreaEPSG&\EPSG"aAEPSG#�EPSG"b�EPSG#�EPSG"f�EPSG#)EPSG"g� EPSG#)�,!�m EPSG&�EBBWV14-TMIn conjunction with transformation ETRS89 to EBBWV14-IRF (1) (code 9941), emulates the EBBWV14 Snake projection.EPSG&OEPSG"a@I������EPSG#�EPSG"b�z�G�{EPSG#�EPSG"eEPSG#�EPSG"f@� �7KƨEPSG#)EPSG"g@�J;dZ EPSG#)�u,M�1 EPSG&�Macedonia Gauss-Kruger truncatedTruncated version of Macedonia Gauss-Kruger, with 4000000m removed from northings.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"g� EPSG#)�+1
EPSG&�Luxembourg TM (3D)EPSGWEPSG"a@H� EPSG#�EPSG"b@ffffffEPSG#�EPSG"eEPSG#�EPSG"f8�EPSG#)EPSG"g��EPSG#)�,#�q EPSG&�MOLDOR11-TMIn conjunction with transformation ETRS89 to MOLDOR11-IRF (1) (code 9878), emulates the MOLDOR11 Snake projection.EPSG&OEPSG"a@J��G�{EPSG#�EPSG"b����
=p�EPSG#�EPSG"eEPSG#�EPSG"fA �q�'RTEPSG#)EPSG"gAۻZ �EPSG#)�`+Yy EPSG&�Papua New Guinea Map Grid 1994 zone 58Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�`+Yy EPSG&�Papua New Guinea Map Grid 1994 zone 57Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�, �e EPSG&�MRH21-TMIn conjunction with transformation ETRS89 to MHR21-IRF (1) (code 9867), emulates the MHR21 Snake projection.EPSG&OEPSG"a@J
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EPSG&\Local coordinate system of Sevastopol cityEPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�"+c
EPSG&[Local coordinate system of Chernihiv regionEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�#+e
EPSG&ZLocal coordinate system of Chernivtsi regionEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�(+a
EPSG&YLocal coordinate system of Cherkasy regionEPSG&OEPSG"aEPSG#�EPSG"b@?L�����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�'+_
EPSG&XLocal coordinate system of Kherson regionEPSG&OEPSG"aEPSG#�EPSG"b@@�fffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�'+_
EPSG&WLocal coordinate system of Kharkiv regionEPSG&OEPSG"aEPSG#�EPSG"b@B&fffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)
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seW/$x� � , �k EPSG'�DIBA15-TMIn conjunction with transformation ETRS89 to DIBA15-IRF (1) (code 10205), emulates the DIBA15 Snake projection.EPSG&OEPSG"a@I�G�z�EPSG#�EPSG"b���G�z�EPSG#�EPSG"eEPSG#�EPSG"fA :j~��EPSG#)EPSG"gA��kP�EPSG#)�*+S
EPSG'�Arizona Coordinate System West zoneEPSG&OEPSG"a EPSG#�EPSG"b�\\�����EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�-+Y
EPSG'�Arizona Coordinate System Central zoneEPSG&OEPSG"a EPSG#�EPSG"b�[�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�*+S
EPSG'�Arizona Coordinate System East zoneEPSG&OEPSG"a EPSG#�EPSG"b�[�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� , �g EPSG'�CWS13-TMIn conjunction with transformation ETRS89 to CWS13-IRF (1) (code 10197), emulates the CWS13 Snake projection.EPSG&OEPSG"a@J �Q� EPSG#�EPSG"b�Q� �REPSG#�EPSG"eEPSG#�EPSG"fA_����EPSG#)EPSG"g@�Х*�0�EPSG#)�&, �g EPSG'�CNH22-LCCIn conjunction with transformation ETRS89 to CNH22-IRF (1) (code 10192), emulates the CNH22 Snake projection.EPSG&JEPSG"u@J�33333EPSG#�EPSG"v�
ffffffEPSG#�EPSG"w@J��z�HEPSG#�EPSG"x@J��Q� EPSG#�EPSG"zA �':��EPSG#)EPSG"{A 9����EPSG#)� , �k EPSG'�ShAb07-TMIn conjunction with transformation ETRS89 to ShAb07-IRF (1) (code 10186), emulates the ShAb07 Snake projection.EPSG&OEPSG"a@J.z�G�EPSG#�EPSG"b� �z�G�EPSG#�EPSG"eEPSG#�EPSG"f@�Z�4֡bEPSG#)EPSG"g@��J#9�EPSG#)� , �k EPSG'�DoPw22-TMIn conjunction with transformation ETRS89 to DoPw22-IRF (1) (code 10181), emulates the DoPw22 Snake projection.EPSG&OEPSG"a@J5\(�EPSG#�EPSG"b�\(�\EPSG#�EPSG"eEPSG#�EPSG"f@�t�~� EPSG#)EPSG"g@�٨qu�"EPSG#)�,1� EPSG'�S34-reconstructionCreated in 2022. In conjunction with transformation ETRS89 to S34J-IRF (1) for Jutland or ETRS89 to S34S-IRF (1) for Zealand (codes 10161 and 10251), defines the relationship of ETRS89 to the historic S34J and S34S CRSs using a modern parameterisation.EPSG&OEPSG"aEPSG#�EPSG"b@$�p��
=EPSG#�EPSG"eEPSG#�EPSG"f��iEPSG#)EPSG"g��zEPSG#)�g-��EPSG'�Amtrak North East Corridor Coordinate System 2021 (international foot)If using Hotine Oblique Mercator (variant A) method (code 9812), FE = -16,589,516.268572...ft, FN = -9,803,584.307096...ft.EPSG&WEPSG"k@D@ EPSG#�EPSG"l�EPSG#�EPSG"m:EPSG#�EPSG"n:EPSG#�EPSG"o?��Jw EPSG#�EPSG"p�`EPSG#*EPSG"q�`EPSG#*�f,I� EPSG'�Brisbane City Survey Grid 2020Replaces Brisbane City Survey Grid 02 (code 17363) from 2022-07-01.EPSG&OEPSG"a�EPSG#�EPSG"b �EPSG#�EPSG"e?��Jw EPSG#�EPSG"fI�EPSG#)EPSG"g
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EPSG'�SPCS83 Alabama West zone (meter)EPSG&OEPSG"a EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f '�EPSG#)EPSG"gEPSG#)�.+M
EPSG'�SPCS83 Alabama East zone (meter)EPSG&OEPSG"a@>L�����EPSG#�EPSG"b�U` EPSG#�EPSG"e?� )�rEPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)� , �g EPSG'�MWC18-TMIn conjunction with transformation ETRS89 to MWC18-IRF (1) (code 10108), emulates the MWC18 Snake projection.EPSG&OEPSG"a@J��G�{EPSG#�EPSG"b���
=p�EPSG#�EPSG"eEPSG#�EPSG"fA�?�o iEPSG#)EPSG"g@����_EPSG#)� +9
EPSG'vAlabama CS27 West zoneEPSG&OEPSG"a EPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+ �
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S45B-reconstructionCreated in 2022. In conjunction with transformation ETRS89 to S45B-IRF (1) (code 10255) defines the relationship of ETRS89 to the historic S45B CRS using a modern parameterisation.EPSG&OEPSG"a@K�L�fQnEPSG#�EPSG"b@-�Ne���EPSG#�EPSG"eEPSG#�EPSG"f�<�EPSG#)EPSG"g �PEPSG#)� , �g EPSG'�SYC20-TMIn conjunction with transformation ETRS89 to SYC20-IRF (1) (code 10238), emulates the SYC20 Snake projection.EPSG&OEPSG"a@JE �Q�EPSG#�EPSG"b��G�z�EPSG#�EPSG"eEPSG#�EPSG"f@����1��EPSG#)EPSG"g@�r�o h�EPSG#)� , �k EPSG'�OxWo08-TMIn conjunction with transformation ETRS89 to OxWo08-IRF (1) (code 10230), emulates the OxWo08 Snake projection.EPSG&OEPSG"a@I�\)EPSG#�EPSG"b���Q� �EPSG#�EPSG"eEPSG#�EPSG"fA t=�n��EPSG#)EPSG"g@����EPSG#)�,M�s EPSG'�SPCS83 Arizona West zone (meter)State law defines origin in International feet. FE = 700000ft. See code 15306 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�\\�����EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"fApEPSG#)EPSG"gEPSG#)� ,S�s EPSG'�SPCS83 Arizona Central zone (meter)State law defines origin in International feet. FE = 700000ft. See code 15305 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�[�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"fApEPSG#)EPSG"gEPSG#)�,M�s EPSG'�SPCS83 Arizona East zone (meter)State law defines origin in International feet. FE = 700000ft. See code 15304 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�[�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"fApEPSG#)EPSG"gEPSG#)� , �k EPSG'�MALS09-TMIn conjunction with transformation ETRS89 to MALS09-IRF (1) (code 10225), emulates the MALS09 Snake projection.EPSG&OEPSG"a@J\(�EPSG#�EPSG"b��p��
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� � n�� � � �-��u EPSG+�Illinois Coordinate System of 1983 Sterling zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°57'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D�=p��
EPSG#�EPSG"b�V�� �REPSG#�EPSG"e?� ����EPSG#�EPSG"ff�pEPSG#+EPSG"g �8EPSG#+�-� �u EPSG+�Illinois Coordinate System of 1983 Moline zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°24'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D�=p��
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�u EPSG+�Illinois Coordinate System of 1983 Chicago zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°12'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�UQ� EPSG#�EPSG"e?� �EPSG#�EPSG"fH�EPSG#+EPSG"g��EPSG#+�-� �u EPSG+�Illinois Coordinate System of 1983 Aurora zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°30'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�V33333EPSG#�EPSG"e?� uMUEPSG#�EPSG"f9�HEPSG#+EPSG"g��EPSG#+�c+Ou EPSG+�SPCS83 Illinois West zone (meter)See code 15388 for equivalent non-metric definition.EPSG&OEPSG"a@B333333EPSG#�EPSG"b�V�fffffEPSG#�EPSG"e?���p�EPSG#�EPSG"f
�`EPSG#)EPSG"gEPSG#)�c+Ou EPSG+�SPCS83 Illinois East zone (meter)See code 15387 for equivalent non-metric definition.EPSG&OEPSG"a@B333333EPSG#�EPSG"b�V �����EPSG#�EPSG"e?�˒:)�EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�%+;
EPSG+�Illinois CS27 West zoneEPSG&OEPSG"a@B333333EPSG#�EPSG"b�V�fffffEPSG#�EPSG"e?���p�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�%+;
EPSG+�Illinois CS27 East zoneEPSG&OEPSG"a@B333333EPSG#�EPSG"b�V �����EPSG#�EPSG"e?�˒:)�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�`+Iu EPSG+}SPCS83 Idaho West zone (meter)See code 15325 for equivalent non-metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�\������EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f 5 EPSG#)EPSG"gEPSG#)�\+Ou EPSG+|SPCS83 Idaho Central zone (meter)See code 15324 for equivalent non-metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�EPSG#�EPSG"e?��i 8EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`+Iu EPSG+{SPCS83 Idaho East zone (meter)See code 15323 for equivalent non-metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�\fffffEPSG#�EPSG"e?��i 8EPSG#�EPSG"f
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EPSG+_Idaho CS27 West zoneEPSG&OEPSG"a@D�33333EPSG#�EPSG"b�\������EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� +;
EPSG+^Idaho CS27 Central zoneEPSG&OEPSG"a@D�33333EPSG#�EPSG"b�EPSG#�EPSG"e?��i 8EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�"+5
EPSG+]Idaho CS27 East zoneEPSG&OEPSG"a@D�33333EPSG#�EPSG"b�\fffffEPSG#�EPSG"e?��i 8EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�[+Mu EPSG+SPCS83 Georgia West zone (meter)See code 15322 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�UfffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
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� � k �X�C�1 �x �-� �u EPSG+�Illinois Coordinate System of 1983 Quincy zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 268°45'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B9�����EPSG#�EPSG"b�Və����EPSG#�EPSG"e?� �EPSG#�EPSG"ff�pEPSG#+EPSG"g��EPSG#+�-�
�u EPSG+�Illinois Coordinate System of 1983 Watseka zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°03'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D9�����EPSG#�EPSG"b�U�z�G�EPSG#�EPSG"e?� *sqEPSG#�EPSG"fW��EPSG#+EPSG"g��EPSG#+�-�
�u EPSG+�Illinois Coordinate System of 1983 Pontiac zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°27'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@DE �Q�EPSG#�EPSG"b�V �Q�EPSG#�EPSG"e?� 6�� EPSG#�EPSG"fH�EPSG#+EPSG"g��EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Bloomington zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°09'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D&fffffEPSG#�EPSG"b�V ��
=qEPSG#�EPSG"e?� ��`EPSG#�EPSG"f9�HEPSG#+EPSG"g��EPSG#+�-� �u EPSG+�Illinois Coordinate System of 1983 Eureka zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°42'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B��\(��EPSG#�EPSG"b�VK� �Q�EPSG#�EPSG"e?� 6�� EPSG#�EPSG"f*
�EPSG#+EPSG"g��EPSG#+�-� �u EPSG+�Illinois Coordinate System of 1983 Peoria zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°21'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B��Q� EPSG#�EPSG"b�VX�\)EPSG#�EPSG"e?� �EPSG#�EPSG"f�EPSG#+EPSG"g }�EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Galesburg zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°54'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B�33333EPSG#�EPSG"b�V��
=p�EPSG#�EPSG"e?� �EPSG#�EPSG"f�pEPSG#+EPSG"g��EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Monmouth zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°09'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D\(�EPSG#�EPSG"b�V���
=qEPSG#�EPSG"e?� *sqEPSG#�EPSG"f ���EPSG#+EPSG"g��EPSG#+� -� �u EPSG+�Illinois Coordinate System of 1983 Joliet zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D*=p��
EPSG#�EPSG"b�EPSG#�EPSG"e?� �|�EPSG#�EPSG"f ���EPSG#+EPSG"g��EPSG#+�-� �u EPSG+�Illinois Coordinate System of 1983 Macomb zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°24'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B=p��
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� � h �M�;�! �| �-��u EPSG+�Illinois Coordinate System of 1983 Effingham zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@CH�\)EPSG#�EPSG"b�EPSG#�EPSG"e?� �F�EPSG#�EPSG"fu�0EPSG#+EPSG"g*
�EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Taylorville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°36'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@@�� �Q�EPSG#�EPSG"b�VO\(�EPSG#�EPSG"e?� �EPSG#�EPSG"ff�pEPSG#+EPSG"g��EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Carlinville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°51'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C�
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�EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Jerseyville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°30'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@@AG�z�EPSG#�EPSG"b�V�33333EPSG#�EPSG"e?� �F�EPSG#�EPSG"fH�EPSG#+EPSG"g��EPSG#+�-��u EPSG+�Illinois Coordinate System of 1983 Charleston zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C�� �REPSG#�EPSG"b�EPSG#�EPSG"e?� *sqEPSG#�EPSG"f9�HEPSG#+EPSG"g*
�EPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Springfield zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°21'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C������EPSG#�EPSG"b�VX�\)EPSG#�EPSG"e?� �|�EPSG#�EPSG"f#��EPSG#+EPSG"g,
XEPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Jacksonville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°24'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C�� �REPSG#�EPSG"b�V�
=p��EPSG#�EPSG"e?� �EPSG#�EPSG"fEPSG#+EPSG"g+pEPSG#+�-��u EPSG+�Illinois Coordinate System of 1983 Champaign zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D � �Q�EPSG#�EPSG"b�EPSG#�EPSG"e?� CRe(EPSG#�EPSG"f@EPSG#+EPSG"g+pEPSG#+�-�
�u EPSG+�Illinois Coordinate System of 1983 Decatur zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°12'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B
=p��EPSG#�EPSG"b�V �Q� EPSG#�EPSG"e?� *sqEPSG#�EPSG"f ���EPSG#+EPSG"g��EPSG#+ �-��u EPSG+�Illinois Coordinate System of 1983 Robinson zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C��z�HEPSG#�EPSG"b�EPSG#�EPSG"e?� �g�EPSG#�EPSG"f ���EPSG#+EPSG"g*
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f�P� z���C T �m+Iu EPSG,�SPCS83 Iowa South zone (meter)See code 15378 for equivalent non-metric definition.EPSG&JEPSG"u(EPSG#�EPSG"v�WS33333EPSG#�EPSG"w@D�(�\EPSG#�EPSG"x@D/\(�EPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�/+5
EPSG,�Iowa CS27 South zoneEPSG&JEPSG"u(EPSG#�EPSG"v�WS33333EPSG#�EPSG"w@D�(�\EPSG#�EPSG"x@D/\(�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�6+5
EPSG,�Iowa CS27 North zoneEPSG&JEPSG"u@D�fffffEPSG#�EPSG"v�WS33333EPSG#�EPSG"w@E�z�G�EPSG#�EPSG"x@E �Q�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�e+Mu EPSG,DSPCS83 Indiana West zone (meter)See code 15373 for equivalent non-metric definition.EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�{]*EPSG#�EPSG"f
��EPSG#)EPSG"gАEPSG#)�e+Mu EPSG,CSPCS83 Indiana East zone (meter)See code 15372 for equivalent non-metric definition.EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�UY�����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f��EPSG#)EPSG"gАEPSG#)�$+9
EPSG,&Indiana CS27 West zoneEPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�$+9
EPSG,%Indiana CS27 East zoneEPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�UY�����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�-��u EPSG,Illinois Coordinate System of 1983 Rockford zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°45'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�VI�����EPSG#�EPSG"e?� h��JEPSG#�EPSG"f+pEPSG#+EPSG"g��EPSG#+�-��u EPSG, Illinois Coordinate System of 1983 Freeport zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°03'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@E\(�EPSG#�EPSG"b�Vdz�G�EPSG#�EPSG"e?� h��JEPSG#�EPSG"f��EPSG#+EPSG"g �8EPSG#+�
-��u EPSG+�Illinois Coordinate System of 1983 Metropolis zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°06'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@B�\(�EPSG#�EPSG"b�V"�\(��EPSG#�EPSG"e?�
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-��u EPSG+�Illinois Coordinate System of 1983 Carbondale zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°03'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@B� �Q�EPSG#�EPSG"b�V$z�G�EPSG#�EPSG"e?� �9��EPSG#�EPSG"f$�xEPSG#+EPSG"g9�HEPSG#+�-� �u EPSG+�Illinois Coordinate System of 1983 Olney zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°51'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C*=p��
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��2�EPSG#�EPSG"fEPSG#+EPSG"g9�HEPSG#+� -��u EPSG+�Illinois Coordinate System of 1983 Mount Vernon zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°51'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C"�\(��EPSG#�EPSG"b�VE\(�EPSG#�EPSG"e?� ��&�EPSG#�EPSG"f@EPSG#+EPSG"g9�HEPSG#+�w+Iu EPSG,�SPCS83 Iowa North zone (meter)See code 15377 for equivalent non-metric definition.EPSG&JEPSG"u@D�fffffEPSG#�EPSG"v�WS33333EPSG#�EPSG"w@E�z�G�EPSG#�EPSG"x@E �Q�EPSG#�EPSG"z�`EPSG#)EPSG"{B@EPSG#) � �Ic
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Ud�!��^ � ׂZ,s� EPSG;�SPCS83 North Dakota North zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13331.EPSG&JEPSG"u/EPSG#�EPSG"v�Y33333EPSG#�EPSG"w@H8Q� �EPSG#�EPSG"x@G�G�z�EPSG#�EPSG"zA> w��;dEPSG#*EPSG"{EPSG#* ւV,k� EPSG;�SPCS83 Michigan North zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12141.EPSG&JEPSG"u@F<(�\EPSG#�EPSG"v�EPSG#�EPSG"w@G�fffffEPSG#�EPSG"x@F� �Q�EPSG#�EPSG"zAy��\)EPSG#*EPSG"{EPSG#* Ղ ,_�[ EPSG;�SPCS83 Florida West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10932.EPSG&OEPSG"a@8333333EPSG#�EPSG"b�EPSG#�EPSG"e?���p�EPSG#�EPSG"fA$MU�%EPSG#+EPSG"gEPSG#+ Ԃ>,m� EPSG;�SPCS83 Arizona Central zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 10232.EPSG&OEPSG"a EPSG#�EPSG"b�[�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f
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EPSG:�Alaska CS27 zone 5EPSG&OEPSG"a6EPSG#�EPSG"b�fEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+ сk+Su EPSG9�SPCS83 Wisconsin South zone (meter)See code 15371 for equivalent non-metric definition.EPSG&JEPSG"u*EPSG#�EPSG"v�EPSG#�EPSG"w@F �Q�EPSG#�EPSG"x@E8Q� �EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#) Ё5+A
EPSG9 Washington CS27 North zoneEPSG&JEPSG"u/EPSG#�EPSG"v�^ EPSG#�EPSG"w@G�fffffEPSG#�EPSG"x@H8Q� �EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+ ρz+Ou EPSG7�SPCS83 Texas Central zone (meter)See code 15359 for equivalent non-metric definition.EPSG&JEPSG"u@=ffffffEPSG#�EPSG"v�Y �����EPSG#�EPSG"w@?��z�HEPSG#�EPSG"x@>� �REPSG#�EPSG"z
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=p�EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#) ́|+Yu EPSG4SPCS83 North Dakota South zone (meter)See code 15348 for equivalent non-metric definition.EPSG&JEPSG"u@F�33333EPSG#�EPSG"v�Y33333EPSG#�EPSG"w@G� �Q�EPSG#�EPSG"x@Gz�G�EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#) ́ ++
EPSG2dNew Jersey CS27EPSG&OEPSG"a@C@ EPSG#�EPSG"b�R������EPSG#�EPSG"e?�˒:)�EPSG#�EPSG"f ��EPSG#+EPSG"gEPSG#+ ˁf+Uu EPSG0,SPCS83 Mississippi West zone (meter)See code 15337 for equivalent non-metric definition.EPSG&OEPSG"a@=L�����EPSG#�EPSG"b�V������EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
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EPSG/QMichigan CS27 South zoneEPSG&JEPSG"u@D�fffffEPSG#�EPSG"v�U �����EPSG#�EPSG"w@E�z�HEPSG#�EPSG"x@E�33333EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+ Ɂ`+Iu EPSG.8SPCS83 Maine West zone (meter)See code 11834 for equivalent non-metric definition.EPSG&OEPSG"a@E@ EPSG#�EPSG"b�Q�fffffEPSG#�EPSG"e?�{]*EPSG#�EPSG"f
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1 ux�����j�" @ �`+Iu EPSG.7SPCS83 Maine East zone (meter)See code 11833 for equivalent non-metric definition.EPSG&OEPSG"a@E�33333EPSG#�EPSG"b�Q33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�"+5
EPSG.Maine CS27 West zoneEPSG&OEPSG"a@E@ EPSG#�EPSG"b�Q�fffffEPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�"+5
EPSG.Maine CS27 East zoneEPSG&OEPSG"a@E� EPSG#�EPSG"b�Q33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�4,Y�c EPSG-�SPCS83 Louisiana Offshore zone (meter)This projection is NOT used for oil industry purposes. See code 15393 for equivalent non-metric definition.EPSG&JEPSG"u@9L�����EPSG#�EPSG"v�V������EPSG#�EPSG"w@;� EPSG#�EPSG"x@:�����EPSG#�EPSG"zB@EPSG#)EPSG"{EPSG#)�y+Su EPSG-�SPCS83 Louisiana South zone (meter)See code 15392 for equivalent non-metric definition.EPSG&JEPSG"u@<L�����EPSG#�EPSG"v�V������EPSG#�EPSG"w@>k� �Q�EPSG#�EPSG"x@=.z�G�EPSG#�EPSG"zB@EPSG#)EPSG"{EPSG#)�y+Su EPSG-�SPCS83 Louisiana North zone (meter)See code 15391 for equivalent non-metric definition.EPSG&JEPSG"u@>L�����EPSG#�EPSG"v�W33333EPSG#�EPSG"w@@333333EPSG#�EPSG"x@?�����EPSG#�EPSG"zB@EPSG#)EPSG"{EPSG#)�f,E�[ EPSG-�Louisiana CS27 Offshore zoneThis projection is NOT used for oil industry purposes - use Louisiana CS27 Offshore zone (proj 11702) on shelf and BLM (proj 15915-16) in deep water protraction areas.EPSG&JEPSG"u@9ffffffEPSG#�EPSG"v�V������EPSG#�EPSG"w@;� EPSG#�EPSG"x@:�����EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�;+?
EPSG-�Louisiana CS27 South zoneEPSG&JEPSG"u@<ffffffEPSG#�EPSG"v�V������EPSG#�EPSG"w@=.z�G�EPSG#�EPSG"x@>k� �Q�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�;+?
EPSG-�Louisiana CS27 North zoneEPSG&JEPSG"u@>ffffffEPSG#�EPSG"v�W33333EPSG#�EPSG"w@?�����EPSG#�EPSG"x@@333333EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�{+Qu EPSG-pSPCS83 Kentucky South zone (meter)See code 15329 for equivalent non-metric definition.EPSG&JEPSG"u@B�����EPSG#�EPSG"v�U\�����EPSG#�EPSG"w@BǮz�HEPSG#�EPSG"x@B8Q� �EPSG#�EPSG"z� EPSG#)EPSG"{� EPSG#)�:+=
EPSG-oKentucky CS83 North zoneEPSG&JEPSG"u@B�fffffEPSG#�EPSG"v�U �����EPSG#�EPSG"w@B�=p��
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EPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�|+Su EPSG-nSPCS83 Kentucky Single Zone (meter)See code 15375 for equivalent non-metric definition.EPSG&JEPSG"u@B�����EPSG#�EPSG"v�U\�����EPSG#�EPSG"w@B�fffffEPSG#�EPSG"x@C333333EPSG#�EPSG"z�`EPSG#)EPSG"{B@EPSG#)�:+=
EPSG-RKentucky CS27 South zoneEPSG&JEPSG"u@B�����EPSG#�EPSG"v�U\�����EPSG#�EPSG"w@B8Q� �EPSG#�EPSG"x@BǮz�HEPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�:+=
EPSG-QKentucky CS27 North zoneEPSG&JEPSG"u@B�fffffEPSG#�EPSG"v�U �����EPSG#�EPSG"w@B�=p��
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EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�y+Mu EPSG- SPCS83 Kansas South zone (meter)See code 15380 for equivalent non-metric definition.EPSG&JEPSG"u@B333333EPSG#�EPSG"v�X�33333EPSG#�EPSG"w@C+� �Q�EPSG#�EPSG"x@B�z�G�EPSG#�EPSG"z�EPSG#)EPSG"{�EPSG#)�o+Mu EPSG- SPCS83 Kansas North zone (meter)See code 15379 for equivalent non-metric definition.EPSG&JEPSG"u@C�����EPSG#�EPSG"v�EPSG#�EPSG"w@C�(�\EPSG#�EPSG"x@C7
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EPSG,�Kansas CS27 South zoneEPSG&JEPSG"u@B333333EPSG#�EPSG"v�X�33333EPSG#�EPSG"w@C+� �Q�EPSG#�EPSG"x@B�z�G�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+ �
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EPSG/OMichigan CS27 North zoneEPSG&JEPSG"u@F<(�\EPSG#�EPSG"v�EPSG#�EPSG"w@F� �Q�EPSG#�EPSG"x@G�fffffEPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�C+I; EPSG/GMichigan State Plane West zoneReplaced by North zone.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�V �����EPSG#�EPSG"e?�AY�-�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�W+WU EPSG/FMichigan State Plane Old Central zoneReplaced by central and south zones.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�U\�����EPSG#�EPSG"e?�AY�-�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�P+IU EPSG/EMichigan State Plane East zoneReplaced by central and south zones.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�Tٙ����EPSG#�EPSG"e?�)��EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�w+]u EPSG/ SPCS83 Massachusetts Island zone (meter)See code 15332 for equivalent non-metric definition.EPSG&JEPSG"u)EPSG#�EPSG"v�Q�33333EPSG#�EPSG"w@D� �Q�EPSG#�EPSG"x@D�\(�EPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�|+au EPSG.�SPCS83 Massachusetts Mainland zone (meter)See code 15331 for equivalent non-metric definition.EPSG&JEPSG"u)EPSG#�EPSG"v�Q�33333EPSG#�EPSG"w@E4z�G�EPSG#�EPSG"x@D�
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EPSG.�Massachusetts CS27 Island zoneEPSG&JEPSG"u)EPSG#�EPSG"v�Q�33333EPSG#�EPSG"w@D�\(�EPSG#�EPSG"x@D� �Q�EPSG#�EPSG"z
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EPSG.�Massachusetts CS27 Mainland zoneEPSG&JEPSG"u)EPSG#�EPSG"v�Q�33333EPSG#�EPSG"w@D�
=p��EPSG#�EPSG"x@E4z�G�EPSG#�EPSG"z '�EPSG#+EPSG"{EPSG#+�k+Eu EPSG.�SPCS83 Maryland zone (meter)See code 15330 for equivalent non-metric definition.EPSG&JEPSG"u@B�33333EPSG#�EPSG"v�EPSG#�EPSG"w@C��\(��EPSG#�EPSG"x@C
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EPSG.|Maryland CS27EPSG&JEPSG"u@B� EPSG#�EPSG"v�EPSG#�EPSG"w@C
=p��EPSG#�EPSG"x@C��\(��EPSG#�EPSG"z 5 EPSG#+EPSG"{EPSG#+�,O�Y EPSG.NMaine CS2000 Central zone (meter)In Maine Department of Transportation and other State agencies replaces CS27 and SPCS83 from 1/1/2001.EPSG&OEPSG"a@E�fffffEPSG#�EPSG"b�QD�1&�EPSG#�EPSG"e?����9EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,I�Y EPSG.MMaine CS2000 West zone (meter)In Maine Department of Transportation and other State agencies replaces CS27 and SPCS83 from 1/1/2001.EPSG&OEPSG"a@E@ EPSG#�EPSG"b�Q�E���EPSG#�EPSG"e?����9EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�G+?[ EPSG.LMaine CS2000 Central zoneSupersedes CS27 and CS83 from 1/1/2001.EPSG&OEPSG"a+EPSG#�EPSG"b�QD�1&�EPSG#�EPSG"e?����9EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,I�Y EPSG.KMaine CS2000 East zone (meter)In Maine Department of Transportation and other State agencies replaces CS27 and SPCS83 from 1/1/2001.EPSG&OEPSG"a@E� EPSG#�EPSG"b�P�x��EPSG#�EPSG"e?����9EPSG#�EPSG"f
�`EPSG#)EPSG"gEPSG#)� ,[�[ EPSG.:SPCS83 Maine West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11832.EPSG&OEPSG"a@E@ EPSG#�EPSG"b�Q�fffffEPSG#�EPSG"e?�{]*EPSG#�EPSG"f-.EPSG#+EPSG"gEPSG#+� ,[�[ EPSG.9SPCS83 Maine East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11831.EPSG&OEPSG"a@E�33333EPSG#�EPSG"b�Q33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f�EPSG#+EPSG"gEPSG#+ $ �<+A
EPSG/PMichigan CS27 Central zoneEPSG&JEPSG"u@E�Q� �EPSG#�EPSG"v�U �����EPSG#�EPSG"w@Fz�G�EPSG#�EPSG"x@F�\(�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+
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` �����Ed� � �f+Uu EPSG0+SPCS83 Mississippi East zone (meter)See code 15336 for equivalent non-metric definition.EPSG&OEPSG"a@=L�����EPSG#�EPSG"b�V EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�(+A
EPSG0Mississippi CS27 West zoneEPSG&OEPSG"a@>L�����EPSG#�EPSG"b�V������EPSG#�EPSG"e?���p�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�(+A
EPSG0
Mississippi CS27 East zoneEPSG&OEPSG"a@=ffffffEPSG#�EPSG"b�V EPSG#�EPSG"e?� )�rEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�5,e�[ EPSG/�SPCS83 Minnesota South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12233.EPSG&JEPSG"u+EPSG#�EPSG"v�EPSG#�EPSG"w@F���
=qEPSG#�EPSG"x@E�(�\EPSG#�EPSG"zADMUVl�EPSG#+EPSG"{AMUL�_EPSG#+�>,i�[ EPSG/�SPCS83 Minnesota Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12232.EPSG&JEPSG"u-EPSG#�EPSG"v�W������EPSG#�EPSG"w@G��
=p�EPSG#�EPSG"x@F�\(�EPSG#�EPSG"zADMUVl�EPSG#+EPSG"{AMUL�_EPSG#+�C,e�[ EPSG/�SPCS83 Minnesota North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12231.EPSG&JEPSG"u@G&fffffEPSG#�EPSG"v�WC�
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=qEPSG#�EPSG"x@G��\(��EPSG#�EPSG"zADMUVl�EPSG#+EPSG"{AMUL�_EPSG#+�n+Su EPSG/�SPCS83 Minnesota South zone (meter)See code 12236 for equivalent non-metric definition.EPSG&JEPSG"u+EPSG#�EPSG"v�EPSG#�EPSG"w@F���
=qEPSG#�EPSG"x@E�(�\EPSG#�EPSG"z 5 EPSG#)EPSG"{��EPSG#)�w+Wu EPSG/�SPCS83 Minnesota Central zone (meter)See code 12235 for equivalent non-metric definition.EPSG&JEPSG"u-EPSG#�EPSG"v�W������EPSG#�EPSG"w@G��
=p�EPSG#�EPSG"x@F�\(�EPSG#�EPSG"z 5 EPSG#)EPSG"{��EPSG#)�|+Su EPSG/�SPCS83 Minnesota North zone (meter)See code 12234 for equivalent non-metric definition.EPSG&JEPSG"u@G&fffffEPSG#�EPSG"v�WC�
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EPSG/�Minnesota CS27 South zoneEPSG&JEPSG"u+EPSG#�EPSG"v�EPSG#�EPSG"w@E�(�\EPSG#�EPSG"x@F���
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EPSG/�Minnesota CS27 Central zoneEPSG&JEPSG"u-EPSG#�EPSG"v�W������EPSG#�EPSG"w@F�\(�EPSG#�EPSG"x@G��
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EPSG/�Minnesota CS27 North zoneEPSG&JEPSG"u@G&fffffEPSG#�EPSG"v�WC�
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=qEPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�@,O�QEPSG/vMichigan Oblique Mercator (meter)If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=499840.252 m, Nc=528600.303 m.EPSG&TEPSG"k@F�v_ح�EPSG#�EPSG"l�EPSG#�EPSG"m@u�"�EPSG#�EPSG"n@u�"�EPSG#�EPSG"o?�#��xEPSG#�EPSG"fACn�|�EPSG#)EPSG"g�P��t9XEPSG#)�x+Qu EPSG/oSPCS83 Michigan South zone (meter)See code 15335 for equivalent non-metric definition.EPSG&JEPSG"u@D�fffffEPSG#�EPSG"v�Uz�G�EPSG#�EPSG"w@E�33333EPSG#�EPSG"x@E�z�HEPSG#�EPSG"z= EPSG#)EPSG"{EPSG#)�z+Uu EPSG/nSPCS83 Michigan Central zone (meter)See code 15334 for equivalent non-metric definition.EPSG&JEPSG"u@E�Q� �EPSG#�EPSG"v�Uz�G�EPSG#�EPSG"w@F�\(�EPSG#�EPSG"x@Fz�G�EPSG#�EPSG"z[��EPSG#)EPSG"{EPSG#)�q+Qu EPSG/mSPCS83 Michigan North zone (meter)See code 15333 for equivalent non-metric definition.EPSG&JEPSG"u@F<(�\EPSG#�EPSG"v�EPSG#�EPSG"w@G�fffffEPSG#�EPSG"x@F� �Q�EPSG#�EPSG"zz EPSG#)EPSG"{EPSG#)
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EPSG2 New Hampshire CS27EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�Qٙ����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�d+Ku EPSG1�SPCS83 Nevada West zone (meter)See code 15383 for equivalent non-metric definition.EPSG&OEPSG"a@A9�����EPSG#�EPSG"b�]�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f 5 EPSG#)EPSG"g= EPSG#)�g+Qu EPSG1�SPCS83 Nevada Central zone (meter)See code 15382 for equivalent non-metric definition.EPSG&OEPSG"a@A9�����EPSG#�EPSG"b�]�����EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"g[��EPSG#)�d+Ku EPSG1�SPCS83 Nevada East zone (meter)See code 15381 for equivalent non-metric definition.EPSG&OEPSG"a@A9�����EPSG#�EPSG"b�\�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
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EPSG1�Nevada CS27 West zoneEPSG&OEPSG"a@A9�����EPSG#�EPSG"b�]�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�&+=
EPSG1�Nevada CS27 Central zoneEPSG&OEPSG"a@A9�����EPSG#�EPSG"b�]�����EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�#+7
EPSG1�Nevada CS27 East zoneEPSG&OEPSG"a@A9�����EPSG#�EPSG"b�\�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�]+Eu EPSG1VSPCS83 Nebraska zone (meter)See code 15396 for equivalent non-metric definition.EPSG&JEPSG"u@C� EPSG#�EPSG"v�EPSG#�EPSG"w+EPSG#�EPSG"x(EPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�:+=
EPSG1:Nebraska CS27 South zoneEPSG&JEPSG"u@C�33333EPSG#�EPSG"v�X�33333EPSG#�EPSG"w@D\(�EPSG#�EPSG"x@D�
=p��EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�3+=
EPSG19Nebraska CS27 North zoneEPSG&JEPSG"u@D������EPSG#�EPSG"v�EPSG#�EPSG"w@D�G�z�EPSG#�EPSG"x@E>�Q� EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�c+Cu EPSG0�SPCS83 Montana zone (meter)See code 15338 for equivalent non-metric definition.EPSG&JEPSG"u@F33333EPSG#�EPSG"v�[S33333EPSG#�EPSG"w1EPSG#�EPSG"x-EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�2+;
EPSG0�Montana CS27 South zoneEPSG&JEPSG"u,EPSG#�EPSG"v�[S33333EPSG#�EPSG"w@G �Q� EPSG#�EPSG"x@FB�\(��EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�;+?
EPSG0�Montana CS27 Central zoneEPSG&JEPSG"u@F� EPSG#�EPSG"v�[S33333EPSG#�EPSG"w@G��
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EPSG0�Montana CS27 North zoneEPSG&JEPSG"u/EPSG#�EPSG"v�[S33333EPSG#�EPSG"w@H7
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EPSG0�SPCS83 Missouri West zone (meter)EPSG&OEPSG"a@B �����EPSG#�EPSG"b�W�33333EPSG#�EPSG"e?���p�EPSG#�EPSG"f �PEPSG#)EPSG"gEPSG#)�2+U
EPSG0�SPCS83 Missouri Central zone (meter)EPSG&OEPSG"a@A� EPSG#�EPSG"b�W33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�/+O
EPSG0�SPCS83 Missouri East zone (meter)EPSG&OEPSG"a@A� EPSG#�EPSG"b�V�33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�%+;
EPSG0sMissouri CS27 West zoneEPSG&OEPSG"a@B �����EPSG#�EPSG"b�W�33333EPSG#�EPSG"e?���p�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�(+A
EPSG0rMissouri CS27 Central zoneEPSG&OEPSG"a@A� EPSG#�EPSG"b�W33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�%+;
EPSG0qMissouri CS27 East zoneEPSG&OEPSG"a@A� EPSG#�EPSG"b�V�33333EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�c+Ou EPSG2 SPCS83 New Hampshire zone (meter)See code 15389 for equivalent non-metric definition.EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�Qٙ����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)
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EPSG3�North Dakota CS27 South zoneEPSG&JEPSG"u@F�33333EPSG#�EPSG"v�Y33333EPSG#�EPSG"w@Gz�G�EPSG#�EPSG"x@G� �Q�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�7+E
EPSG3�North Dakota CS27 North zoneEPSG&JEPSG"u/EPSG#�EPSG"v�Y33333EPSG#�EPSG"w@G�G�z�EPSG#�EPSG"x@H8Q� �EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�v+Qu EPSG3�SPCS83 North Carolina zone (meter)See code 15346 for equivalent non-metric definition.EPSG&JEPSG"u@@������EPSG#�EPSG"v�EPSG#�EPSG"w@B �����EPSG#�EPSG"x@A�����EPSG#�EPSG"zA"��p��
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EPSG3�North Carolina CS27EPSG&JEPSG"u@@������EPSG#�EPSG"v�EPSG#�EPSG"w@A�����EPSG#�EPSG"x@B �����EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�w+]u EPSG3NSPCS83 New York Long Island zone (meter)See code 15345 for equivalent non-metric definition.EPSG&JEPSG"u@D �����EPSG#�EPSG"v�EPSG#�EPSG"w@D��\(��EPSG#�EPSG"x@D333333EPSG#�EPSG"z��EPSG#)EPSG"{EPSG#)�\+Ou EPSG3MSPCS83 New York West zone (meter)See code 15344 for equivalent non-metric definition.EPSG&OEPSG"a(EPSG#�EPSG"b�S�fffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"fW0EPSG#)EPSG"gEPSG#)�_+Uu EPSG3LSPCS83 New York Central zone (meter)See code 15343 for equivalent non-metric definition.EPSG&OEPSG"a(EPSG#�EPSG"b�SfffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�c+Ou EPSG3KSPCS83 New York East zone (meter)See code 15342 for equivalent non-metric definition.EPSG&OEPSG"a@C@ EPSG#�EPSG"b�R�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"fI�EPSG#)EPSG"gEPSG#)�9+I
EPSG30New York CS27 Long Island zoneEPSG&JEPSG"u@D&fffffEPSG#�EPSG"v�EPSG#�EPSG"w@D��\(��EPSG#�EPSG"x@D333333EPSG#�EPSG"zB@EPSG#+EPSG"{EPSG#+� +;
EPSG3/New York CS27 West zoneEPSG&OEPSG"a(EPSG#�EPSG"b�S�fffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�!+A
EPSG3.New York CS27 Central zoneEPSG&OEPSG"a(EPSG#�EPSG"b�SfffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� +;
EPSG3-New York CS27 East zoneEPSG&OEPSG"a(EPSG#�EPSG"b�R������EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�^+Su EPSG2�SPCS83 New Mexico West zone (meter)See code 15341 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�Z� EPSG#�EPSG"e?�Q<ﰹEPSG#�EPSG"f �0EPSG#)EPSG"gEPSG#)�a+Yu EPSG2�SPCS83 New Mexico Central zone (meter)See code 15340 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�Z������EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�^+Su EPSG2�SPCS83 New Mexico East zone (meter)See code 15339 for equivalent non-metric definition.EPSG&OEPSG"a EPSG#�EPSG"b�Z �����EPSG#�EPSG"e?�AY�-�EPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� +?
EPSG2�New Mexico CS27 West zoneEPSG&OEPSG"a EPSG#�EPSG"b�Z� EPSG#�EPSG"e?�Q<ﰹEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�#+E
EPSG2�New Mexico CS27 Central zoneEPSG&OEPSG"a EPSG#�EPSG"b�Z������EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� +?
EPSG2�New Mexico CS27 East zoneEPSG&OEPSG"a EPSG#�EPSG"b�Z �����EPSG#�EPSG"e?�AY�-�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�`+Iu EPSG2�SPCS83 New Jersey zone (meter)See code 15384 for equivalent non-metric definition.EPSG&OEPSG"a@C@ EPSG#�EPSG"b�R�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"fI�EPSG#)EPSG"gEPSG#)
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=p�EPSG#�EPSG"x@D�\)EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�,9�O EPSG5AOregon Lambert (meter)Initial metric definition of projection 15374. This projection is not used in metric form by state agencies. See proj code 15375 for equivalent non-metric definition recommended by Oregon Geographic Information Council (GIC).EPSG&JEPSG"u@D������EPSG#�EPSG"v�^33333EPSG#�EPSG"w+EPSG#�EPSG"x@F�fffffEPSG#�EPSG"z�EPSG#)EPSG"{EPSG#)�o+Mu EPSG5@SPCS83 Oregon South zone (meter)See code 15352 for equivalent non-metric definition.EPSG&JEPSG"u@D�33333EPSG#�EPSG"v�^33333EPSG#�EPSG"w,EPSG#�EPSG"x@E�����EPSG#�EPSG"z�`EPSG#)EPSG"{EPSG#)�o+Mu EPSG5?SPCS83 Oregon North zone (meter)See code 15351 for equivalent non-metric definition.EPSG&JEPSG"u@E�33333EPSG#�EPSG"v�^33333EPSG#�EPSG"w.EPSG#�EPSG"x@F�����EPSG#�EPSG"z&%�EPSG#)EPSG"{EPSG#)�1+9
EPSG5"Oregon CS27 South zoneEPSG&JEPSG"u@D�33333EPSG#�EPSG"v�^33333EPSG#�EPSG"w@E�����EPSG#�EPSG"x,EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�1+9
EPSG5!Oregon CS27 North zoneEPSG&JEPSG"u@E�33333EPSG#�EPSG"v�^33333EPSG#�EPSG"w@F�����EPSG#�EPSG"x.EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�q+Qu EPSG4�SPCS83 Oklahoma South zone (meter)See code 15350 for equivalent non-metric definition.EPSG&JEPSG"u@@������EPSG#�EPSG"v�EPSG#�EPSG"w@A�� �REPSG#�EPSG"x@@Ǯz�HEPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�j+Qu EPSG4�SPCS83 Oklahoma North zone (meter)See code 15349 for equivalent non-metric definition.EPSG&JEPSG"u#EPSG#�EPSG"v�EPSG#�EPSG"w@B:�G�{EPSG#�EPSG"x@A�� �Q�EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�3+=
EPSG4�Oklahoma CS27 South zoneEPSG&JEPSG"u@@������EPSG#�EPSG"v�EPSG#�EPSG"w@@Ǯz�HEPSG#�EPSG"x@A�� �REPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�,+=
EPSG4�Oklahoma CS27 North zoneEPSG&JEPSG"u#EPSG#�EPSG"v�EPSG#�EPSG"w@A�� �Q�EPSG#�EPSG"x@B:�G�{EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�*,[�[ EPSG4zSPCS83 Ohio South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13432.EPSG&JEPSG"u&EPSG#�EPSG"v�T�33333EPSG#�EPSG"w@D�\(��EPSG#�EPSG"x@C8Q� �EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�1,[�[ EPSG4ySPCS83 Ohio North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13431.EPSG&JEPSG"u@C�33333EPSG#�EPSG"v�T�33333EPSG#�EPSG"w@D�\(�EPSG#�EPSG"x@D!G�z�EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�m+Iu EPSG4xSPCS83 Ohio South zone (meter)See code 13434 for equivalent non-metric definition.EPSG&JEPSG"u&EPSG#�EPSG"v�T�33333EPSG#�EPSG"w@D�\(��EPSG#�EPSG"x@C8Q� �EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�t+Iu EPSG4wSPCS83 Ohio North zone (meter)See code 13433 for equivalent non-metric definition.EPSG&JEPSG"u@C�33333EPSG#�EPSG"v�T�33333EPSG#�EPSG"w@D�\(�EPSG#�EPSG"x@D!G�z�EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�/+5
EPSG4ZOhio CS27 South zoneEPSG&JEPSG"u&EPSG#�EPSG"v�T�33333EPSG#�EPSG"w@C8Q� �EPSG#�EPSG"x@D�\(��EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�6+5
EPSG4YOhio CS27 North zoneEPSG&JEPSG"u@C�33333EPSG#�EPSG"v�T�33333EPSG#�EPSG"w@D!G�z�EPSG#�EPSG"x@D�\(�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+ > �>+E
EPSG5�Pennsylvania CS27 South zoneEPSG&JEPSG"u@C������EPSG#�EPSG"v�S\�����EPSG#�EPSG"w@CǮz�HEPSG#�EPSG"x@D=p��
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EPSG7}Texas CS27 South zoneEPSG&JEPSG"u@9ffffffEPSG#�EPSG"v�X�33333EPSG#�EPSG"w@:�����EPSG#�EPSG"x@;� EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�8+G
EPSG7|Texas CS27 South Central zoneEPSG&JEPSG"u@;� EPSG#�EPSG"v�EPSG#�EPSG"w@<:�G�{EPSG#�EPSG"x@>+� �Q�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�9+;
EPSG7{Texas CS27 Central zoneEPSG&JEPSG"u@=ffffffEPSG#�EPSG"v�Y �����EPSG#�EPSG"w@>� �REPSG#�EPSG"x@?��z�HEPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�?+G
EPSG7zTexas CS27 North Central zoneEPSG&JEPSG"u@?ffffffEPSG#�EPSG"v�XS33333EPSG#�EPSG"w@@
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EPSG7yTexas CS27 North zoneEPSG&JEPSG"u"EPSG#�EPSG"v�YS33333EPSG#�EPSG"w@A1� �REPSG#�EPSG"x@Bz�G�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�l+Gu EPSG72SPCS83 Tennessee zone (meter)See code 15356 for equivalent non-metric definition.EPSG&JEPSG"u@A�����EPSG#�EPSG"v�EPSG#�EPSG"w@B EPSG#�EPSG"x@A�33333EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�)+)
EPSG7Tennessee CS27EPSG&JEPSG"u@A333333EPSG#�EPSG"v�EPSG#�EPSG"w@A�33333EPSG#�EPSG"x@B EPSG#�EPSG"z��EPSG#+EPSG"{EPSG#+�|+Yu EPSG6�SPCS83 South Dakota South zone (meter)See code 15395 for equivalent non-metric definition.EPSG&JEPSG"u@E�����EPSG#�EPSG"v�Y �����EPSG#�EPSG"w@F �Q� EPSG#�EPSG"x@E@ EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�u+Yu EPSG6�SPCS83 South Dakota North zone (meter)See code 15394 for equivalent non-metric definition.EPSG&JEPSG"u@E� EPSG#�EPSG"v�EPSG#�EPSG"w@F�z�G�EPSG#�EPSG"x@F EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�>+E
EPSG6�South Dakota CS27 South zoneEPSG&JEPSG"u@E�����EPSG#�EPSG"v�Y �����EPSG#�EPSG"w@E@ EPSG#�EPSG"x@F �Q� EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�7+E
EPSG6�South Dakota CS27 North zoneEPSG&JEPSG"u@E� EPSG#�EPSG"v�EPSG#�EPSG"w@F EPSG#�EPSG"x@F�z�G�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�q+Qu EPSG6jSPCS83 South Carolina zone (meter)See code 15355 for equivalent non-metric definition.EPSG&JEPSG"u@?� EPSG#�EPSG"v�EPSG#�EPSG"w@A@ EPSG#�EPSG"x@@&fffffEPSG#�EPSG"z M@EPSG#)EPSG"{EPSG#)�9+I
EPSG6NSouth Carolina CS27 South zoneEPSG&JEPSG"u@?� EPSG#�EPSG"v�EPSG#�EPSG"w@@�����EPSG#�EPSG"x@@�33333EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�2+I
EPSG6MSouth Carolina CS27 North zoneEPSG&JEPSG"u!EPSG#�EPSG"v�EPSG#�EPSG"w@@��G�{EPSG#�EPSG"x@AJ=p��
EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�b+Mu EPSG6SPCS83 Rhode Island zone (meter)See code 15390 for equivalent non-metric definition.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�Q�33333EPSG#�EPSG"e?��䎊rEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� +/
EPSG5�Rhode Island CS27EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�Q�33333EPSG#�EPSG"e?��f}
EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�|+Yu EPSG5�SPCS83 Pennsylvania South zone (meter)See code 15354 for equivalent non-metric definition.EPSG&JEPSG"u@C������EPSG#�EPSG"v�S\�����EPSG#�EPSG"w@DJ=p��
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EPSG#�EPSG"x@B:�G�{EPSG#�EPSG"z5g�EPSG#)EPSG"{B@EPSG#)�{+Qu EPSG8�SPCS83 Virginia North zone (meter)See code 15365 for equivalent non-metric definition.EPSG&JEPSG"u@B�33333EPSG#�EPSG"v�S�33333EPSG#�EPSG"w@C�\(�EPSG#�EPSG"x@C�\(��EPSG#�EPSG"z5g�EPSG#)EPSG"{ ��EPSG#)�:+=
EPSG8�Virginia CS27 South zoneEPSG&JEPSG"u@B�����EPSG#�EPSG"v�S�33333EPSG#�EPSG"w@B:�G�{EPSG#�EPSG"x@B�=p��
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EPSG8�Virginia CS27 North zoneEPSG&JEPSG"u@B�33333EPSG#�EPSG"v�S�33333EPSG#�EPSG"w@C�\(��EPSG#�EPSG"x@C�\(�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�\+Cs EPSG8^SPCS83 Vermont zone (meter)See code 5645 for equivalent non-metric definition.EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�R33333EPSG#�EPSG"e?�178EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+%
EPSG8@Vermont CS27EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�R33333EPSG#�EPSG"e?�178EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�C+I
EPSG7�SPCS83 Utah South zone (meter)EPSG&JEPSG"u@B333333EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@C�G�{EPSG#�EPSG"x@B���
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EPSG7�SPCS83 Utah Central zone (meter)EPSG&JEPSG"u@C�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D1� �REPSG#�EPSG"x@C�G�z�EPSG#�EPSG"z� EPSG#)EPSG"{ ��EPSG#)�C+I
EPSG7�SPCS83 Utah North zone (meter)EPSG&JEPSG"u@D�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D�(�\EPSG#�EPSG"x@D7
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EPSG7�Utah CS27 South zoneEPSG&JEPSG"u@B333333EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@B���
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EPSG7�Utah CS27 Central zoneEPSG&JEPSG"u@C�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@C�G�z�EPSG#�EPSG"x@D1� �REPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�6+5
EPSG7�Utah CS27 North zoneEPSG&JEPSG"u@D�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D7
=p��EPSG#�EPSG"x@D�(�\EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�o,K� EPSG7�Texas Centric Albers Equal AreaUse TCMC/LC for applications requiring true shape preservation.EPSG&^EPSG"uEPSG#�EPSG"v�EPSG#�EPSG"w@;L�����EPSG#�EPSG"x#EPSG#�EPSG"z�`EPSG#)EPSG"{[��EPSG#)�n,K� EPSG7�Texas Centric Lambert ConformalUse TCMC/AEA for applications requiring true area measurement.EPSG&JEPSG"uEPSG#�EPSG"v�EPSG#�EPSG"w@;L�����EPSG#�EPSG"x#EPSG#�EPSG"z�`EPSG#)EPSG"{LK@EPSG#)�#,#� EPSG7�ShacklefordReplaced by TSMS. Care: survey data in Texas uses the US survey foot, not the International foot used by this projection.EPSG&JEPSG"u@?�����EPSG#�EPSG"v�EPSG#�EPSG"w@;@ EPSG#�EPSG"x@AFfffffEPSG#�EPSG"z-�EPSG#*EPSG"{-�EPSG#*�U+Q7 EPSG7�Texas State Mapping System (meter)Replaces Shackleford.EPSG&JEPSG"u@?�����EPSG#�EPSG"v�EPSG#�EPSG"w@;@ EPSG#�EPSG"x@AFfffffEPSG#�EPSG"zB@EPSG#)EPSG"{B@EPSG#)�x+Ku EPSG7�SPCS83 Texas South zone (meter)See code 15361 for equivalent non-metric definition.EPSG&JEPSG"u@9ffffffEPSG#�EPSG"v�X�33333EPSG#�EPSG"w@;� EPSG#�EPSG"x@:�����EPSG#�EPSG"z��EPSG#)EPSG"{LK@EPSG#)�y+[u EPSG7�SPCS83 Texas South Central zone (meter)See code 15360 for equivalent non-metric definition.EPSG&JEPSG"u@;� EPSG#�EPSG"v�EPSG#�EPSG"w@>+� �Q�EPSG#�EPSG"x@<:�G�{EPSG#�EPSG"z '�EPSG#)EPSG"{= EPSG#)
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EPSG9�Wisconsin CS27 South zoneEPSG&JEPSG"u*EPSG#�EPSG"v�EPSG#�EPSG"w@E8Q� �EPSG#�EPSG"x@F �Q�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�6+C
EPSG9�Wisconsin CS27 Central zoneEPSG&JEPSG"u@E� EPSG#�EPSG"v�EPSG#�EPSG"w@F33333EPSG#�EPSG"x@F�fffffEPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�4+?
EPSG9�Wisconsin CS27 North zoneEPSG&JEPSG"u@F������EPSG#�EPSG"v�EPSG#�EPSG"w@F�� �Q�EPSG#�EPSG"x@G:�G�{EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�,,m�[ EPSG9�SPCS83 West Virginia South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14732.EPSG&JEPSG"u%EPSG#�EPSG"v�EPSG#�EPSG"w@CC�
=p�EPSG#�EPSG"x@B� �Q�EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�3,m�[ EPSG9�SPCS83 West Virginia North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14731.EPSG&JEPSG"u@C&fffffEPSG#�EPSG"v�S�33333EPSG#�EPSG"w@D33333EPSG#�EPSG"x'EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�,,m�[ EPSG9�SPCS83 West Virginia South zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14732.EPSG&JEPSG"u%EPSG#�EPSG"v�EPSG#�EPSG"w@CC�
=p�EPSG#�EPSG"x@B� �Q�EPSG#�EPSG"z tEPSG#)EPSG"{EPSG#)�3,m�[ EPSG9�SPCS83 West Virginia North zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14731.EPSG&JEPSG"u@C&fffffEPSG#�EPSG"v�S�33333EPSG#�EPSG"w@D33333EPSG#�EPSG"x'EPSG#�EPSG"z tEPSG#)EPSG"{EPSG#)�{,[� EPSG9�SPCS83 West Virginia South zone (meter)See projection code 14736 for equivalent non-metric definition.EPSG&JEPSG"u%EPSG#�EPSG"v�EPSG#�EPSG"w@CC�
=p�EPSG#�EPSG"x@B� �Q�EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�,[� EPSG9�SPCS83 West Virginia North zone (meter)See projection code 14735 for equivalent non-metric definition.EPSG&JEPSG"u@C&fffffEPSG#�EPSG"v�S�33333EPSG#�EPSG"w@D33333EPSG#�EPSG"x'EPSG#�EPSG"z '�EPSG#)EPSG"{EPSG#)�1+G
EPSG9nWest Virginia CS27 South zoneEPSG&JEPSG"u%EPSG#�EPSG"v�EPSG#�EPSG"w@B� �Q�EPSG#�EPSG"x@CC�
=p�EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�8+G
EPSG9mWest Virginia CS27 North zoneEPSG&JEPSG"u@C&fffffEPSG#�EPSG"v�S�33333EPSG#�EPSG"w'EPSG#�EPSG"x@D33333EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+�z+Uu EPSG9(SPCS83 Washington South zone (meter)See code 15368 for equivalent non-metric definition.EPSG&JEPSG"u@F������EPSG#�EPSG"v�^33333EPSG#�EPSG"w@G������EPSG#�EPSG"x@F� EPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�s+Uu EPSG9'SPCS83 Washington North zone (meter)See code 15367 for equivalent non-metric definition.EPSG&JEPSG"u/EPSG#�EPSG"v�^ EPSG#�EPSG"w@H8Q� �EPSG#�EPSG"x@G�fffffEPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�<+A
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EPSG:�Alaska CS27 zone 4EPSG&OEPSG"a6EPSG#�EPSG"b�jEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�+1
EPSG:�Alaska CS27 zone 2EPSG&OEPSG"a6EPSG#�EPSG"b�rEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�7,1�]EPSG:�Alaska CS27 zone 1If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=2685642.82 ftUS, Nc=1887198.47 ftUS.EPSG&TEPSG"k9EPSG#�EPSG"l�`������EPSG#�EPSG"m@t12� �EPSG#�EPSG"n@t12� �EPSG#�EPSG"o?�.H� EPSG#�EPSG"fAoI��p��EPSG#+EPSG"g�oI��p��EPSG#+�,,_�[ EPSG:ZSPCS83 Wyoming West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14934.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�[�33333EPSG#�EPSG"e?�|�hsEPSG#�EPSG"fADMUVl�EPSG#+EPSG"gAMUL�_EPSG#+�',o�[ EPSG:YSPCS83 Wyoming West Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14933.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�[ �����EPSG#�EPSG"e?�|�hsEPSG#�EPSG"f tEPSG#+EPSG"gEPSG#+�4,o�[ EPSG:XSPCS83 Wyoming East Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14932.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�Z������EPSG#�EPSG"e?�|�hsEPSG#�EPSG"fA4MUS&EPSG#+EPSG"gAMUL�_EPSG#+�$,_�[ EPSG:WSPCS83 Wyoming East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14931.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�ZFfffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"fA$MUY��EPSG#+EPSG"gEPSG#+�e+Mu EPSG:VSPCS83 Wyoming West zone (meter)See code 14938 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�[�33333EPSG#�EPSG"e?�|�hsEPSG#�EPSG"f 5 EPSG#)EPSG"g��EPSG#)�j+]u EPSG:USPCS83 Wyoming West Central zone (meter)See code 14937 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�[ �����EPSG#�EPSG"e?�|�hsEPSG#�EPSG"f '�EPSG#)EPSG"gEPSG#)�m+]u EPSG:TSPCS83 Wyoming East Central zone (meter)See code 14936 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�Z������EPSG#�EPSG"e?�|�hsEPSG#�EPSG"f�EPSG#)EPSG"g��EPSG#)�b+Mu EPSG:SSPCS83 Wyoming East zone (meter)See code 14935 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#�EPSG"b�ZFfffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�w,+�; EPSG:RWyoming LambertSource originally defining the projection is unclear - possibly the Wyoming GIS Center.EPSG&JEPSG"u)EPSG#�EPSG"v�Z�33333EPSG#�EPSG"w)EPSG#�EPSG"x-EPSG#�EPSG"z� EPSG#)EPSG"{
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EPSG:7Wyoming CS27 West Central zoneEPSG&OEPSG"a@D333333EPSG#�EPSG"b�[ �����EPSG#�EPSG"e?���p�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�,+I
EPSG:6Wyoming CS27 East Central zoneEPSG&OEPSG"a@D333333EPSG#�EPSG"b�Z������EPSG#�EPSG"e?���p�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�$+9
EPSG:5Wyoming CS27 East zoneEPSG&OEPSG"a@D333333EPSG#�EPSG"b�ZFfffffEPSG#�EPSG"e?���p�EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�O+Mg EPSG9�Wisconsin Transverse Mercator 83Designed to cover the state in a single zone.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f�@EPSG#)EPSG"g�� EPSG#)�+1
EPSG:�Alaska CS27 zone 3EPSG&OEPSG"a6EPSG#�EPSG"b�nEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+
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EPSG; SPCS83 Hawaii zone 2 (meter)EPSG&OEPSG"a@4333333EPSG#�EPSG"b�c������EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�*+E
EPSG;SPCS83 Hawaii zone 1 (meter)EPSG&OEPSG"a@2� EPSG#�EPSG"b�ci�����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+1
EPSG;Hawaii CS27 zone 5EPSG&OEPSG"a@5ffffffEPSG#�EPSG"b�d33333EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� +1
EPSG; Hawaii CS27 zone 4EPSG&OEPSG"a@5� EPSG#�EPSG"b�c陙���EPSG#�EPSG"e?��Jw EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�+1
EPSG:�Hawaii CS27 zone 3EPSG&OEPSG"a@5�����EPSG#�EPSG"b�bEPSG#�EPSG"e?��Jw EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� +1
EPSG:�Hawaii CS27 zone 2EPSG&OEPSG"a@4333333EPSG#�EPSG"b�c������EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+� +1
EPSG:�Hawaii CS27 zone 1EPSG&OEPSG"a@2� EPSG#�EPSG"b�ci�����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�2+G
EPSG:�SPCS83 Alaska zone 10 (meter)EPSG&JEPSG"u3EPSG#�EPSG"v�PEPSG#�EPSG"w@J� EPSG#�EPSG"x@I� EPSG#�EPSG"zB@EPSG#)EPSG"{EPSG#)� +E
EPSG:�SPCS83 Alaska zone 9 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�VEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 8 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�ZEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 7 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�^EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 6 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 5 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�fEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 4 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�jEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 3 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�nEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +E
EPSG:�SPCS83 Alaska zone 2 (meter)EPSG&OEPSG"a6EPSG#�EPSG"b�rEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�/,E�MEPSG:�SPCS83 Alaska zone 1 (meter)If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=818585.57 m, Nc=575219.25 m.EPSG&TEPSG"k9EPSG#�EPSG"l�`������EPSG#�EPSG"m@t12� �EPSG#�EPSG"n@t12� �EPSG#�EPSG"o?�.H� EPSG#�EPSG"fLK@EPSG#)EPSG"g���EPSG#)�+7
EPSG:�Alaska Albers (meter)EPSG&^EPSG"u2EPSG#�EPSG"v�fEPSG#�EPSG"w7EPSG#�EPSG"xAEPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�+'
EPSG:�Alaska AlbersEPSG&^EPSG"u2EPSG#�EPSG"v�fEPSG#�EPSG"w7EPSG#�EPSG"xAEPSG#�EPSG"zEPSG#+EPSG"{EPSG#+�(+3
EPSG:�Alaska CS27 zone 10EPSG&JEPSG"u3EPSG#�EPSG"v�PEPSG#�EPSG"w@J� EPSG#�EPSG"x@I� EPSG#�EPSG"z-�EPSG#+EPSG"{EPSG#+�+1
EPSG:�Alaska CS27 zone 9EPSG&OEPSG"a6EPSG#�EPSG"b�VEPSG#�EPSG"e?�.H� EPSG#�EPSG"f '�EPSG#+EPSG"gEPSG#+�+1
EPSG:�Alaska CS27 zone 8EPSG&OEPSG"a6EPSG#�EPSG"b�ZEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�+1
EPSG:�Alaska CS27 zone 7EPSG&OEPSG"a6EPSG#�EPSG"b�^EPSG#�EPSG"e?�.H� EPSG#�EPSG"f
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EPSG:�Alaska CS27 zone 6EPSG&OEPSG"a6EPSG#�EPSG"b�bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+
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EPSG;�Tennessee CS27EPSG&JEPSG"u@A333333EPSG#�EPSG"v�EPSG#�EPSG"w@A�33333EPSG#�EPSG"x@B EPSG#�EPSG"z ��EPSG#+EPSG"{��EPSG#+�,9� EPSG;�American Samoa LambertPer Snyder: Map Projections - a Working Manual: At origin x=500000 ft; y=0 but radius to latitude of origin = -82000000 feet. Thus False Northing = 312234.65 ftUS. NGS confirms value of FN, which is encoded within their algorithms but not published.EPSG&IEPSG"a�,Q� �REPSG#�EPSG"b�VEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�Y,9� EPSG;�American Samoa LambertPer Snyder: Map Projections - a Working Manual: At origin x=500000 ft; y=o but radius to latitude of origin = -82000000 feet. US National Geodetic Survey confirms use of zero for False Northing.EPSG&IEPSG"a�,Q� �REPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#+EPSG"gEPSG#+�*,[�; EPSG;�SPCS83 Utah South zone (US survey foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14333. For equivalent International foot definition see code 15364.EPSG&JEPSG"u@B333333EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@C�G�{EPSG#�EPSG"x@B���
=qEPSG#�EPSG"zA9બ��EPSG#+EPSG"{ �/DEPSG#+�0,_�; EPSG;�SPCS83 Utah Central zone (US survey foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14332. For equivalent International foot definition see code 15363.EPSG&JEPSG"u@C�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D1� �REPSG#�EPSG"x@C�G�z�EPSG#�EPSG"zA9બ��EPSG#+EPSG"{AYફ6zEPSG#+�.,[�; EPSG;�SPCS83 Utah North zone (US survey foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14331. For equivalent International foot definition see code 15362.EPSG&JEPSG"u@D�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D�(�\EPSG#�EPSG"x@D7
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EPSG;~SPCS83 Puerto Rico & Virgin Islands zone (meter)EPSG&JEPSG"u@1� EPSG#�EPSG"v�P���
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=qEPSG#�EPSG"w@2B�\(��EPSG#�EPSG"x@2 �Q�EPSG#�EPSG"z� EPSG#+EPSG"{EPSG#+�h,W�w EPSG;"SPCS83 Hawaii zone 3 (US survey foot)Used by City and County of Honolulu. Not recognised by Federal authorities because there is no State law defining grid unit. For equivalent metric Federal definition see code 15133.EPSG&OEPSG"a@5�����EPSG#�EPSG"b�bEPSG#�EPSG"e?��Jw EPSG#�EPSG"fA9બ��EPSG#+EPSG"gEPSG#+�"+E
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=p��EPSG#�EPSG"z-�EPSG#+EPSG"{B@EPSG#+�@,_�[ EPSG;�SPCS83 California zone 6 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10436.EPSG&JEPSG"u@@ �����EPSG#�EPSG"v�] �����EPSG#�EPSG"w@@��
=p�EPSG#�EPSG"x@@<(�\EPSG#�EPSG"zAYર �EPSG#+EPSG"{A9��EPSG#+�9,_�[ EPSG;�SPCS83 California zone 5 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10435.EPSG&JEPSG"u@@�fffffEPSG#�EPSG"v�EPSG#�EPSG"w@A��
=p�EPSG#�EPSG"x@A�\(��EPSG#�EPSG"zAYર �EPSG#+EPSG"{A9��EPSG#+�2,_�[ EPSG;�SPCS83 California zone 4 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10434.EPSG&JEPSG"u@A������EPSG#�EPSG"v�EPSG#�EPSG"w@B�33333EPSG#�EPSG"x$EPSG#�EPSG"zAYર �EPSG#+EPSG"{A9��EPSG#+�@,_�[ EPSG;�SPCS83 California zone 3 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10433.EPSG&JEPSG"u@B&fffffEPSG#�EPSG"v�^33333EPSG#�EPSG"w@C!G�z�EPSG#�EPSG"x@B� �Q�EPSG#�EPSG"zAYર �EPSG#+EPSG"{A9��EPSG#+�9,_�[ EPSG;�SPCS83 California zone 2 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10432.EPSG&JEPSG"u@B�33333EPSG#�EPSG"v�EPSG#�EPSG"w@C� EPSG#�EPSG"x@C�����EPSG#�EPSG"zAYર �EPSG#+EPSG"{A9��EPSG#+�2,_�[ EPSG;�SPCS83 California zone 1 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10431.EPSG&JEPSG"u@C������EPSG#�EPSG"v�EPSG#�EPSG"w@D�33333EPSG#�EPSG"x(EPSG#�EPSG"zAYર �EPSG#+EPSG"{A9��EPSG#+�;,g� EPSG;�SPCS83 Arizona West zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 10233.EPSG&OEPSG"a EPSG#�EPSG"b�\\�����EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"f
�`EPSG#*EPSG"gEPSG#*�,W�[ EPSG;�SPCS83 Delaware zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10730.EPSG&OEPSG"a&EPSG#�EPSG"b�R� EPSG#�EPSG"e?���;�EPSG#�EPSG"fA$MU�%EPSG#+EPSG"gEPSG#+
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O +��^/� � �9,o�[ EPSG;�SPCS83 Massachusetts Island zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12032.EPSG&JEPSG"u)EPSG#�EPSG"v�Q�33333EPSG#�EPSG"w@D� �Q�EPSG#�EPSG"x@D�\(�EPSG#�EPSG"zA9��EPSG#+EPSG"{EPSG#+�>,s�[ EPSG;�SPCS83 Massachusetts Mainland zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12031.EPSG&JEPSG"u)EPSG#�EPSG"v�Q�33333EPSG#�EPSG"w@E4z�G�EPSG#�EPSG"x@D�
=p��EPSG#�EPSG"zA$MU�%EPSG#+EPSG"{%��EPSG#+�-,W�[ EPSG;�SPCS83 Maryland zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11930.EPSG&JEPSG"u@B�33333EPSG#�EPSG"v�EPSG#�EPSG"w@C��\(��EPSG#�EPSG"x@C
=p��EPSG#�EPSG"zA4MU?|�EPSG#+EPSG"{EPSG#+�B,c�[ EPSG;�SPCS83 Kentucky South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11632.EPSG&JEPSG"u@B�����EPSG#�EPSG"v�U\�����EPSG#�EPSG"w@BǮz�HEPSG#�EPSG"x@B8Q� �EPSG#�EPSG"zA9��EPSG#+EPSG"{A9��EPSG#+�:,c�[ EPSG;�SPCS83 Kentucky North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 15303.EPSG&JEPSG"u@B�fffffEPSG#�EPSG"v�U �����EPSG#�EPSG"w@B�=p��
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EPSG#�EPSG"zA9��EPSG#+EPSG"{EPSG#+�",_�[ EPSG;�SPCS83 Indiana West zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11332.EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�{]*EPSG#�EPSG"f-.EPSG#+EPSG"g {�EPSG#+�',_�[ EPSG;�SPCS83 Indiana East zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11331.EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�UY�����EPSG#�EPSG"e?�{]*EPSG#�EPSG"fAMT��EPSG#+EPSG"g {�EPSG#+�",[�[ EPSG;�SPCS83 Idaho West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11133.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�\������EPSG#�EPSG"e?�t0mI�EPSG#�EPSG"fADMU`A�EPSG#+EPSG"gEPSG#+� ,a�[ EPSG;�SPCS83 Idaho Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11132.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�EPSG#�EPSG"e?��i 8EPSG#�EPSG"fA9��EPSG#+EPSG"gEPSG#+�",[�[ EPSG;�SPCS83 Idaho East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11131.EPSG&OEPSG"a@D�33333EPSG#�EPSG"b�\fffffEPSG#�EPSG"e?��i 8EPSG#�EPSG"fA$MU�%EPSG#+EPSG"gEPSG#+� ,_�[ EPSG;�SPCS83 Georgia West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11032.EPSG&OEPSG"a EPSG#�EPSG"b�UfffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"fAA�����wEPSG#+EPSG"gEPSG#+� ,_�[ EPSG;�SPCS83 Georgia East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11031.EPSG&OEPSG"a EPSG#�EPSG"b�T�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"fA$MU�%EPSG#+EPSG"gEPSG#+�-,a�[ EPSG;�SPCS83 Florida North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10933.EPSG&JEPSG"u EPSG#�EPSG"v�U33333EPSG#�EPSG"w@>s33333EPSG#�EPSG"x@=Y�����EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+
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� �O-���� K� �4,o�[ EPSG;�SPCS83 New York Long Island zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13134.EPSG&JEPSG"u@D �����EPSG#�EPSG"v�EPSG#�EPSG"w@D��\(��EPSG#�EPSG"x@D333333EPSG#�EPSG"z�EPSG#+EPSG"{EPSG#+� ,a�[ EPSG;�SPCS83 New York West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13133.EPSG&OEPSG"a(EPSG#�EPSG"b�S�fffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"fA1�����EPSG#+EPSG"gEPSG#+�!,g�[ EPSG;�SPCS83 New York Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13132.EPSG&OEPSG"a(EPSG#�EPSG"b�SfffffEPSG#�EPSG"e?�|�hsEPSG#�EPSG"fA)�~��EPSG#+EPSG"gEPSG#+� ,a�[ EPSG;�SPCS83 New York East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13131.EPSG&OEPSG"a@C@ EPSG#�EPSG"b�R�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f�]EPSG#+EPSG"gEPSG#+� ,e�[ EPSG;�SPCS83 New Mexico West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13033.EPSG&OEPSG"a EPSG#�EPSG"b�Z� EPSG#�EPSG"e?�Q<ﰹEPSG#�EPSG"fADƉ�`A�EPSG#+EPSG"gEPSG#+�#,k�[ EPSG;�SPCS83 New Mexico Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13032.EPSG&OEPSG"a EPSG#�EPSG"b�Z������EPSG#�EPSG"e?�.H� EPSG#�EPSG"fA9��EPSG#+EPSG"gEPSG#+� ,e�[ EPSG;�SPCS83 New Mexico East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13031.EPSG&OEPSG"a EPSG#�EPSG"b�Z �����EPSG#�EPSG"e?�AY�-�EPSG#�EPSG"fA �3 EPSG#+EPSG"gEPSG#+�H,]� EPSG;�SPCS83 Montana zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12530.EPSG&JEPSG"u@F33333EPSG#�EPSG"v�[S33333EPSG#�EPSG"w1EPSG#�EPSG"x-EPSG#�EPSG"zA> w��;dEPSG#*EPSG"{EPSG#*�(,g�[ EPSG;�SPCS83 Mississippi West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12332.EPSG&OEPSG"a@=L�����EPSG#�EPSG"b�V������EPSG#�EPSG"e?�$tS�EPSG#�EPSG"fAA�����wEPSG#+EPSG"gEPSG#+�#,g�[ EPSG;�SPCS83 Mississippi East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12331.EPSG&OEPSG"a@=L�����EPSG#�EPSG"b�V EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f�EPSG#+EPSG"gEPSG#+�],k� EPSG;�SPCS83 Michigan South zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12143.EPSG&JEPSG"u@D�fffffEPSG#�EPSG"v�Uz�G�EPSG#�EPSG"w@E�33333EPSG#�EPSG"x@E�z�HEPSG#�EPSG"zAi��\)EPSG#*EPSG"{EPSG#*�_,o� EPSG;�SPCS83 Michigan Central zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12142.EPSG&JEPSG"u@E�Q� �EPSG#�EPSG"v�Uz�G�EPSG#�EPSG"w@F�\(�EPSG#�EPSG"x@Fz�G�EPSG#�EPSG"zAr��� EPSG#*EPSG"{EPSG#* ( �.,c�[ EPSG;�SPCS83 North Carolina zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13230.EPSG&JEPSG"u@@������EPSG#�EPSG"v�EPSG#�EPSG"w@B �����EPSG#�EPSG"x@A�����EPSG#�EPSG"z ��EPSG#+EPSG"{EPSG#+
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EPSG#�EPSG"z tEPSG#+EPSG"{AYર �EPSG#+�8,]�[ EPSG;�SPCS83 Texas North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14231.EPSG&JEPSG"u"EPSG#�EPSG"v�YS33333EPSG#�EPSG"w@Bz�G�EPSG#�EPSG"x@A1� �REPSG#�EPSG"zA$MU�%EPSG#+EPSG"{AIટ�wEPSG#+�),Y�[ EPSG;�SPCS83 Tennessee zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14130.EPSG&JEPSG"u@A�����EPSG#�EPSG"v�EPSG#�EPSG"w@B EPSG#�EPSG"x@A�33333EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�Q,k� EPSG;�SPCS83 South Carolina zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13930.EPSG&JEPSG"u@?� EPSG#�EPSG"v�EPSG#�EPSG"w@A@ EPSG#�EPSG"x@@&fffffEPSG#�EPSG"z ��EPSG#*EPSG"{EPSG#*�9,k�[ EPSG;�SPCS83 Pennsylvania South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13732.EPSG&JEPSG"u@C������EPSG#�EPSG"v�S\�����EPSG#�EPSG"w@DJ=p��
EPSG#�EPSG"x@CǮz�HEPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�9,k�[ EPSG;�SPCS83 Pennsylvania North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13731.EPSG&JEPSG"u@D �����EPSG#�EPSG"v�S\�����EPSG#�EPSG"w@D�\)EPSG#�EPSG"x@DC�
=p�EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�T,g� EPSG;�SPCS83 Oregon South zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13632.EPSG&JEPSG"u@D�33333EPSG#�EPSG"v�^33333EPSG#�EPSG"w,EPSG#�EPSG"x@E�����EPSG#�EPSG"zAR���FEPSG#*EPSG"{EPSG#*�T,g� EPSG;�SPCS83 Oregon North zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13631.EPSG&JEPSG"u@E�33333EPSG#�EPSG"v�^33333EPSG#�EPSG"w.EPSG#�EPSG"x@F�����EPSG#�EPSG"zA_I��;dZEPSG#*EPSG"{EPSG#*�.,c�[ EPSG;�SPCS83 Oklahoma South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13532.EPSG&JEPSG"u@@������EPSG#�EPSG"v�EPSG#�EPSG"w@A�� �REPSG#�EPSG"x@@Ǯz�HEPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�',c�[ EPSG;�SPCS83 Oklahoma North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13531.EPSG&JEPSG"u#EPSG#�EPSG"v�EPSG#�EPSG"w@B:�G�{EPSG#�EPSG"x@A�� �Q�EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�a,s� EPSG;�SPCS83 North Dakota South zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13332.EPSG&JEPSG"u@F�33333EPSG#�EPSG"v�Y33333EPSG#�EPSG"w@G� �Q�EPSG#�EPSG"x@Gz�G�EPSG#�EPSG"zA> w��;dEPSG#*EPSG"{EPSG#* �=,a�[ EPSG;�SPCS83 Texas Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14233.EPSG&JEPSG"u@=ffffffEPSG#�EPSG"v�Y �����EPSG#�EPSG"w@?��z�HEPSG#�EPSG"x@>� �REPSG#�EPSG"zAA�����wEPSG#+EPSG"{ �/DEPSG#+
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SPCS83 Wisconsin Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14832.EPSG&JEPSG"u@E� EPSG#�EPSG"v�EPSG#�EPSG"w@F�fffffEPSG#�EPSG"x@F33333EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�/,e�[ EPSG< SPCS83 Wisconsin North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14831.EPSG&JEPSG"u@F������EPSG#�EPSG"v�EPSG#�EPSG"w@G:�G�{EPSG#�EPSG"x@F�� �Q�EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�<,g�[ EPSG<SPCS83 Washington South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14632.EPSG&JEPSG"u@F������EPSG#�EPSG"v�^33333EPSG#�EPSG"w@G������EPSG#�EPSG"x@F� EPSG#�EPSG"zA9��EPSG#+EPSG"{EPSG#+�5,g�[ EPSG<SPCS83 Washington North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14631.EPSG&JEPSG"u/EPSG#�EPSG"v�^ EPSG#�EPSG"w@H8Q� �EPSG#�EPSG"x@G�fffffEPSG#�EPSG"zA9��EPSG#+EPSG"{EPSG#+�B,c�[ EPSG<SPCS83 Virginia South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14532.EPSG&JEPSG"u@B�����EPSG#�EPSG"v�S�33333EPSG#�EPSG"w@B�=p��
EPSG#�EPSG"x@B:�G�{EPSG#�EPSG"zAe��XbEPSG#+EPSG"{AIટ�wEPSG#+�B,c�[ EPSG<SPCS83 Virginia North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14531.EPSG&JEPSG"u@B�33333EPSG#�EPSG"v�S�33333EPSG#�EPSG"w@C�\(�EPSG#�EPSG"x@C�\(��EPSG#�EPSG"zAe��XbEPSG#+EPSG"{AYર �EPSG#+�.,c�3 EPSG<SPCS83 Utah South zone (international foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14333. For equivalent US Survey foot definition see code 15299.EPSG&JEPSG"u@B333333EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@C�G�{EPSG#�EPSG"x@B���
=qEPSG#�EPSG"zA9�� �EPSG#*EPSG"{Ab��� EPSG#*�0,g�3 EPSG<SPCS83 Utah Central zone (international foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14332. For equivalent US Survey foot definition see code 15298.EPSG&JEPSG"u@C�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D1� �REPSG#�EPSG"x@C�G�z�EPSG#�EPSG"zA9�� �EPSG#*EPSG"{AY��\)EPSG#*�.,c�3 EPSG<SPCS83 Utah North zone (international foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14331. For equivalent US Survey foot definition see code 15297.EPSG&JEPSG"u@D�����EPSG#�EPSG"v�[�33333EPSG#�EPSG"w@D�(�\EPSG#�EPSG"x@D7
=p��EPSG#�EPSG"zA9�� �EPSG#*EPSG"{AI��\)EPSG#*�:,]�[ EPSG<SPCS83 Texas South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14235.EPSG&JEPSG"u@9ffffffEPSG#�EPSG"v�X�33333EPSG#�EPSG"w@;� EPSG#�EPSG"x@:�����EPSG#�EPSG"z�EPSG#+EPSG"{AoI��XbEPSG#+ �(,e�[ EPSG< SPCS83 Wisconsin South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14833.EPSG&JEPSG"u*EPSG#�EPSG"v�EPSG#�EPSG"w@F �Q�EPSG#�EPSG"x@E8Q� �EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+ ��
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� ����^:?@ �*,G�3 EPSG?n6-degree Gauss-Kruger zone 38Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 135W (code 16338). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�yEPSG#�EPSG"eEPSG#�EPSG"fKv�EPSG#)EPSG"gEPSG#) �y,G�Q EPSG?_6-degree Gauss-Kruger zone 23Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 135E (code 16323).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"ff��EPSG#)EPSG"gEPSG#) �u,E�O EPSG?N6-degree Gauss-Kruger zone 6Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 33E (code 16306).EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"fc.�EPSG#)EPSG"gEPSG#) � ,G� EPSG?93-degree Gauss-Kruger CM 165E3-degree Gauss-Kruger zone 55N (code 16085) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) � ,G� EPSG?*3-degree Gauss-Kruger CM 120E3-degree Gauss-Kruger zone 40N (code 16070) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bxEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) �+%
EPSG?UTM zone 34SEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#) �+#
EPSG>�UTM zone 6SEPSG&OEPSG"aEPSG#�EPSG"b�mEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#) �!,G�! EPSG>�3-degree Gauss-Kruger zone 55Also found with zone truncated from false easting: see Gauss-Kruger cm 165E (code 16328). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fN��EPSG#)EPSG"gEPSG#) � ,G�! EPSG>�3-degree Gauss-Kruger zone 41Also found with zone truncated from false easting: see Gauss-Kruger cm 123E (code 16321). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"eEPSG#�EPSG"fy=`EPSG#)EPSG"gEPSG#) � +%
EPSG>�UTM zone 37NEPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) � +#
EPSG>�UTM zone 8NEPSG&OEPSG"aEPSG#�EPSG"b�yEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) ߁D,=�u EPSG<�LGD2006 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%� �R+C
EPSG<�WGS 72 geocentric to geog3DEPSG%� ݁H,E�u EPSG<�NAD83(CSRS) geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%� ܁+
EPSG<(Guam SPCSEPSG&gEPSG"a@*�m�҆�EPSG#�EPSG"b@bA�4�EPSG#�EPSG"f �PEPSG#)EPSG"g �PEPSG#) ۂ3,c�[ EPSG<SPCS83 Arkansas North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10331.EPSG&JEPSG"u@A�����EPSG#�EPSG"v�EPSG#�EPSG"w@B� �REPSG#�EPSG"x@AG�z�HEPSG#�EPSG"zA4MUS&EPSG#+EPSG"{EPSG#+ ق,,_�[ EPSG< SPCS83 Indiana East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11331.EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�UY�����EPSG#�EPSG"e?�{]*EPSG#�EPSG"fAMT��EPSG#+EPSG"gA)�~��EPSG#+
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� �b1���c6� �+,]�[ EPSG<SPCS83 Nevada West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12733.EPSG&OEPSG"a@A9�����EPSG#�EPSG"b�]�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"fADMUVl�EPSG#+EPSG"gAiપd�EPSG#+�*,c�[ EPSG<SPCS83 Nevada Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12732.EPSG&OEPSG"a@A9�����EPSG#�EPSG"b�]�����EPSG#�EPSG"e?�.H� EPSG#�EPSG"fA9બ��EPSG#+EPSG"g,^�EPSG#+�+,]�[ EPSG<SPCS83 Nevada East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12731.EPSG&OEPSG"a@A9�����EPSG#�EPSG"b�\�fffffEPSG#�EPSG"e?�.H� EPSG#�EPSG"fA$MUY��EPSG#+EPSG"gAyપ͟EPSG#+�@,_�[ EPSG<SPCS83 Kansas South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11532.EPSG&JEPSG"u@B333333EPSG#�EPSG"v�X�33333EPSG#�EPSG"w@C+� �Q�EPSG#�EPSG"x@B�z�G�EPSG#�EPSG"zA4MUS&EPSG#+EPSG"{A4MUS&EPSG#+�1,_�[ EPSG<SPCS83 Kansas North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11531.EPSG&JEPSG"u@C�����EPSG#�EPSG"v�EPSG#�EPSG"w@C�(�\EPSG#�EPSG"x@C7
=p��EPSG#�EPSG"zA4MUS&EPSG#+EPSG"{EPSG#+�/,[�[ EPSG<SPCS83 Iowa South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11432.EPSG&JEPSG"u(EPSG#�EPSG"v�WS33333EPSG#�EPSG"w@D�(�\EPSG#�EPSG"x@D/\(�EPSG#�EPSG"zA9બ��EPSG#+EPSG"{EPSG#+�9,[�[ EPSG<SPCS83 Iowa North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11431.EPSG&JEPSG"u@D�fffffEPSG#�EPSG"v�WS33333EPSG#�EPSG"w@E�z�G�EPSG#�EPSG"x@E �Q�EPSG#�EPSG"zK�EPSG#+EPSG"{AI� EPSG#+�[,9� EPSG<American Samoa LambertPer Snyder: Map Projections - a Working Manual: At origin x=500000 ft; y=0 but radius to latitude of origin = -82000000 feet. US National Geodetic Survey confirms value for False Northing.EPSG&IEPSG"a�,Q� �REPSG#�EPSG"b�VEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#+EPSG"gA�����EPSG#+�>,e�[ EPSG<SPCS83 Kentucky Single Zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11630.EPSG&JEPSG"u@B�����EPSG#�EPSG"v�U\�����EPSG#�EPSG"w@B�fffffEPSG#�EPSG"x@C333333EPSG#�EPSG"zK�EPSG#+EPSG"{AIટ�wEPSG#+�m,[�W EPSG<Oregon GIC Lambert (international foot)State law defines grid unit as International feet (note: not US Survey feet). For original metric definition (not used by Oregon state agencies) see proj code 13633.EPSG&JEPSG"u@D������EPSG#�EPSG"v�^33333EPSG#�EPSG"w+EPSG#�EPSG"x@F�fffffEPSG#�EPSG"zA4O�?|�EPSG#*EPSG"{EPSG#*�',_�[ EPSG<
SPCS83 Indiana West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11332.EPSG&OEPSG"a@B�fffffEPSG#�EPSG"b�U�33333EPSG#�EPSG"e?�{]*EPSG#�EPSG"f-.EPSG#+EPSG"gA)�~��EPSG#+ � ,[�[ EPSG<SPCS83 New Jersey zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12930.EPSG&OEPSG"a@C@ EPSG#�EPSG"b�R�33333EPSG#�EPSG"e?�.H� EPSG#�EPSG"f�]EPSG#+EPSG"gEPSG#+
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EPSG<%Great Lakes AlbersEPSG&^EPSG"u@F��=��EPSG#�EPSG"v�U .]�\�EPSG#�EPSG"w@E��fIEPSG#�EPSG"x@H��k��EPSG#�EPSG"zB@EPSG#)EPSG"{B@EPSG#)� ,W�[ EPSG<$SPCS83 Nebraska zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12630.EPSG&JEPSG"u@C� EPSG#�EPSG"v�EPSG#�EPSG"w+EPSG#�EPSG"x(EPSG#�EPSG"zA9બ��EPSG#+EPSG"{EPSG#+�9,k�[ EPSG<#SPCS83 South Dakota South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14032.EPSG&JEPSG"u@E�����EPSG#�EPSG"v�Y �����EPSG#�EPSG"w@F �Q� EPSG#�EPSG"x@E@ EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�2,k�[ EPSG<"SPCS83 South Dakota North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14031.EPSG&JEPSG"u@E� EPSG#�EPSG"v�EPSG#�EPSG"w@F�z�G�EPSG#�EPSG"x@F EPSG#�EPSG"z tEPSG#+EPSG"{EPSG#+�u,k�I EPSG<!SPCS83 Louisiana Offshore zone (US survey foot)This projection is NOT used for oil industry purposes. State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11733.EPSG&JEPSG"u@9L�����EPSG#�EPSG"v�V������EPSG#�EPSG"w@;� EPSG#�EPSG"x@:�����EPSG#�EPSG"zAI� EPSG#+EPSG"{EPSG#+�;,e�[ EPSG< SPCS83 Louisiana South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11732.EPSG&JEPSG"u@<L�����EPSG#�EPSG"v�V������EPSG#�EPSG"w@>k� �Q�EPSG#�EPSG"x@=.z�G�EPSG#�EPSG"zAI� EPSG#+EPSG"{EPSG#+�;,e�[ EPSG< SPCS83 Louisiana North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11731.EPSG&JEPSG"u@>L�����EPSG#�EPSG"v�W33333EPSG#�EPSG"w@@333333EPSG#�EPSG"x@?�����EPSG#�EPSG"zAI� EPSG#+EPSG"{EPSG#+�$,_�[ EPSG< SPCS83 Rhode Island zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13830.EPSG&OEPSG"a@D�fffffEPSG#�EPSG"b�Q�33333EPSG#�EPSG"e?��䎊rEPSG#�EPSG"fAMUL�_EPSG#+EPSG"gEPSG#+� ,a�[ EPSG< SPCS83 New Hampshire zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12830.EPSG&OEPSG"a@E&fffffEPSG#�EPSG"b�Qٙ����EPSG#�EPSG"e?�{]*EPSG#�EPSG"f�EPSG#+EPSG"gEPSG#+�%,a�[ EPSG< SPCS83 Illinois West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11232.EPSG&OEPSG"a@B333333EPSG#�EPSG"b�V�fffffEPSG#�EPSG"e?���p�EPSG#�EPSG"fAA����� EPSG#+EPSG"gEPSG#+� ,a�[ EPSG<SPCS83 Illinois East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11231.EPSG&OEPSG"a@B333333EPSG#�EPSG"b�V �����EPSG#�EPSG"e?�˒:)�EPSG#�EPSG"f�EPSG#+EPSG"gEPSG#+�;,c�[ EPSG<SPCS83 Arkansas South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10332.EPSG&JEPSG"u@@333333EPSG#�EPSG"v�EPSG#�EPSG"w@A:�G�{EPSG#�EPSG"x@@�
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EPSG<&Great Lakes and St Lawrence AlbersEPSG&^EPSG"u@F��=��EPSG#�EPSG"v�T��8y�EPSG#�EPSG"w@E��fIEPSG#�EPSG"x@H��k��EPSG#�EPSG"zB@EPSG#)EPSG"{B@EPSG#)
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7 � � ����o�W�?{)a I� �C,;�u EPSG<�Moznet geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�Moznet geocentric to geog3DEPSG%��F,A�u EPSG<�LKS94 geocentric to geog3DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�LKS94 geocentric to geog3DEPSG%��B,9�u EPSG<�LKS92 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�LKS92 geocentric to geog3DEPSG%��D,=�u EPSG<�JGD2000 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�S+E
EPSG<�JGD2000 geocentric to geog3DEPSG%��B,9�u EPSG<�ISN93 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�ISN93 geocentric to geog3DEPSG%��E,?�u EPSG<�IRENET95 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�T+G
EPSG<�IRENET95 geocentric to geog3DEPSG%��M,O�u EPSG<�Hartebeesthoek94 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�\+W
EPSG<�Hartebeesthoek94 geocentric to geog3DEPSG%��B,9�u EPSG<�GDA94 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�GDA94 geocentric to geog3DEPSG%��C,;�u EPSG<�ETRS89 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�ETRS89 geocentric to geog3DEPSG%��B,9�u EPSG<�EST97 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�EST97 geocentric to geog3DEPSG%��D,=�u EPSG<�CHTRF95 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�S+E
EPSG<�CHTRF95 geocentric to geog3DEPSG%��Q,W�u EPSG<�Australian Antarctic geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�`+_
EPSG<�Australian Antarctic geocentric to geog3DEPSG%�� ,c�G EPSG<�axis order change (geographic3D horizontal)This conversion allows the creation of a user-defined geographic 3D CRS with axis order longitude, latitude, ellipsoid height from an EPSG geographic 3D CRS.EPSG&t�Y,9�# EPSG<�axis order change (2D)This conversion allows the creation of a user-defined geographic 2D CRS with axis order longitude, latitude from an EPSG geographic 2D CRS.EPSG&s 0 W+M
EPSG<�NAD83(CSRS) geocentric to geog3DEPSG%�
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EPSG<�IGM95 geocentric to geog3DEPSG%��H,E�u EPSG<�Yemen NGN96 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�W+M
EPSG<�Yemen NGN96 geocentric to geog3DEPSG%��C,;�u EPSG<�WGS 84 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�WGS 84 geocentric to geog3DEPSG%��E,?�u EPSG<�SWEREF99 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�T+G
EPSG<�SWEREF99 geocentric to geog3DEPSG%��C,;�u EPSG<�SIRGAS geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�SIRGAS geocentric to geog3DEPSG%��F,A�u EPSG<�RRAF 1991 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�U+I
EPSG<�RRAF 1991 geocentric to geog3DEPSG%��B,9�u EPSG<�RGR92 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�RGR92 geocentric to geog3DEPSG%��F,A�u EPSG<�RGNC91-93 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�U+I
EPSG<�RGNC91-93 geocentric to geog3DEPSG%��C,;�u EPSG<�RGFG95 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�RGFG95 geocentric to geog3DEPSG%��B,9�u EPSG<�RGF93 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�RGF93 geocentric to geog3DEPSG%��C,;�u EPSG<�REGVEN geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�REGVEN geocentric to geog3DEPSG%��F,A�u EPSG<�POSGAR 98 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�U+I
EPSG<�POSGAR 98 geocentric to geog3DEPSG%��E,?�u EPSG<�NZGD2000 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�T+G
EPSG<�NZGD2000 geocentric to geog3DEPSG%��H,E�u EPSG<�NAD83(HARN) geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�W+M
EPSG<�NAD83(HARN) geocentric to geog3DEPSG%� �B,9�u EPSG<�IGM95 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�
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EPSG<�LGD2006 geocentric to geog3DEPSG%��A,7�u EPSG<�GR96 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�P+?
EPSG<�GR96 geocentric to geog3DEPSG%��D,=�u EPSG<�GDM2000 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�S+E
EPSG<�GDM2000 geocentric to geog3DEPSG%��B,9�u EPSG<�PZ-90 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�PZ-90 geocentric to geog3DEPSG%��L,M�u EPSG<�Mauritania 1999 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�[+U
EPSG<�Mauritania 1999 geocentric to geog3DEPSG%��H,E�u EPSG<�Korean 2000 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�W+M
EPSG<�Korean 2000 geocentric to geog3DEPSG%��F,A�u EPSG<�POSGAR 94 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�U+I
EPSG<�POSGAR 94 geocentric to geog3DEPSG%��A,7�u EPSG<�RGPF geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�P+?
EPSG<�RGPF geocentric to geog3DEPSG%��I,G�u EPSG<�MAGNA-SIRGAS geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�X+O
EPSG<�MAGNA-SIRGAS geocentric to geog3DEPSG%��B,9�u EPSG<�PRS92 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�PRS92 geocentric to geog3DEPSG%��E,?�u EPSG<�Lao 1997 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�T+G
EPSG<�Lao 1997 geocentric to geog3DEPSG%��E,?�u EPSG<�Lao 1993 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�T+G
EPSG<�Lao 1993 geocentric to geog3DEPSG%��H,E�u EPSG<�SIRGAS 2000 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�W+M
EPSG<�SIRGAS 2000 geocentric to geog3DEPSG%��E,?�u EPSG<�WGS 72BE geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�T+G
EPSG<�WGS 72BE geocentric to geog3DEPSG%��C,;�u EPSG<�WGS 72 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�
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EPSG>�UTM zone 7NEPSG&OEPSG"aEPSG#�EPSG"b�sEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +#
EPSG>�UTM zone 5NEPSG&OEPSG"aEPSG#�EPSG"b�gEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +#
EPSG>�UTM zone 4NEPSG&OEPSG"aEPSG#�EPSG"b�aEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +#
EPSG>�UTM zone 3NEPSG&OEPSG"aEPSG#�EPSG"b�[EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +#
EPSG>�UTM zone 2NEPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +#
EPSG>�UTM zone 1NEPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�&,W�s EPSG>�UTM grid system (northern hemisphere)Use UTM zone xx N (codes 16001-16060) for use outwith zone boundary or when easting is not prefixed by zone number.EPSG&`EPSG"aEPSG#�EPSG"~�LEPSG#�EPSG"EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�v,G�5 EPSG>-BLM zone 17N (US survey foot)US survey foot form of UTM zone 17N. Sometimes locally referred to as "UTM zone 17".EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"fA9ૅ �EPSG#+EPSG"gEPSG#+�v,G�5 EPSG>,BLM zone 16N (US survey foot)US survey foot form of UTM zone 16N. Sometimes locally referred to as "UTM zone 16".EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"fA9ૅ �EPSG#+EPSG"gEPSG#+�v,G�5 EPSG>+BLM zone 15N (US survey foot)US survey foot form of UTM zone 15N. Sometimes locally referred to as "UTM zone 15".EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"fA9ૅ �EPSG#+EPSG"gEPSG#+�v,G�5 EPSG>*BLM zone 14N (US survey foot)US survey foot form of UTM zone 14N. Sometimes locally referred to as "UTM zone 14".EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"fA9ૅ �EPSG#+EPSG"gEPSG#+�+A' EPSG<�EPSG topocentric example BExample only.EPSG&lEPSG"�AL��(��EPSG#)EPSG"�A �Q�EPSG#)EPSG"�AS�4fffEPSG#)�+A' EPSG<�EPSG topocentric example AExample only.EPSG&mEPSG"�7EPSG#�EPSG"�EPSG#�EPSG"�EPSG#)�H,E�u EPSG<�geographic3D to geographic2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�geocentric to geographic3DEPSG%��C,;�u EPSG<�WGS 66 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�R+C
EPSG<�WGS 66 geocentric to geog3DEPSG%��L,M�u EPSG<�NAD83(NSRS2007) geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�[+U
EPSG<�NAD83(NSRS2007) geocentric to geog3DEPSG%��D,=�u EPSG<�JAD2001 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�S+E
EPSG<�JAD2001 geocentric to geog3DEPSG%��B,9�u EPSG<�DGN95 geog3D to geog2DSee EPSG Guidance Note #7 or Coordinate Operation Method description for techniques for handling reverse conversion.EPSG%�Q+A
EPSG<�DGN95 geocentric to geog3DEPSG%�� +#
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EPSG>�UTM zone 35NEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 34NEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 33NEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 32NEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 31NEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 30NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 29NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 28NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 27NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 26NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 25NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 24NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 23NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 22NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 21NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 20NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 19NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 18NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 17NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 16NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 15NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 14NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 13NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 12NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 11NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 10NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +#
EPSG>�UTM zone 9NEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 36NEPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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EPSG>�Universal Polar Stereographic NorthEPSG&REPSG"aZEPSG#�EPSG"bEPSG#�EPSG"e?����+EPSG#�EPSG"f ��EPSG#)EPSG"g ��EPSG#)� +%
EPSG>�UTM zone 60NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 59NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 58NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 57NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 56NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 55NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 54NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 53NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 52NEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 51NEPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 50NEPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 49NEPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 48NEPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 47NEPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 46NEPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 45NEPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 44NEPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 43NEPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 42NEPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 41NEPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 40NEPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 39NEPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� +%
EPSG>�UTM zone 38NEPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 47Also found with zone truncated from false easting: see Gauss-Kruger cm 141E (code 16324). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�*,G�3 EPSG>�3-degree Gauss-Kruger zone 46Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 138E (code 16176). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fň�EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 45Also found with zone truncated from false easting: see Gauss-Kruger cm 135E (code 16323). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�F`EPSG#)EPSG"gEPSG#)�*,G�3 EPSG>�3-degree Gauss-Kruger zone 44Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 132E (code 16174). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 43Also found with zone truncated from false easting: see Gauss-Kruger cm 129E (code 16322). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�),G�3 EPSG>�3-degree Gauss-Kruger zone 42Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 126E (code 16172). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b~EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)
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EPSG>�UTM zone 3SEPSG&OEPSG"aEPSG#�EPSG"b�[EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+#
EPSG>�UTM zone 2SEPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+#
EPSG>�UTM zone 1SEPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�*,W�s EPSG>�UTM grid system (southern hemisphere)Use UTM zone xx S (codes 16101-16160) for use outwith zone boundary or when easting is not prefixed by zone number.EPSG&`EPSG"aEPSG#�EPSG"~�LEPSG#�EPSG"EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�y,G�Q EPSG>�3-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 180E (code 16190).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�( EPSG#)EPSG"gEPSG#)�*,G�3 EPSG>�3-degree Gauss-Kruger zone 64Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 168W (code 16194). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�XEPSG#�EPSG"eEPSG#�EPSG"f�1 EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 63Also found with zone truncated from false easting: see Gauss-Kruger cm 171W (code 16332). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�*,G�3 EPSG>�3-degree Gauss-Kruger zone 62Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 174W (code 16192). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�REPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 61Also found with zone truncated from false easting: see Gauss-Kruger cm 177W (code 16331). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"eEPSG#�EPSG"f�j`EPSG#)EPSG"gEPSG#)�),G�1 EPSG>�3-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 180 (code 16190). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�� EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 59Also found with zone truncated from false easting: see Gauss-Kruger cm 177E (code 16330). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�*,G�3 EPSG>�3-degree Gauss-Kruger zone 58Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 174E (code 16188). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f|��EPSG#)EPSG"gEPSG#)�!,G�! EPSG>�3-degree Gauss-Kruger zone 57Also found with zone truncated from false easting: see Gauss-Kruger cm 171E (code 16329). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fma`EPSG#)EPSG"gEPSG#)�*,G�3 EPSG>�3-degree Gauss-Kruger zone 56Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 168E (code 16186). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f^ EPSG#)EPSG"gEPSG#)�+#
EPSG>�UTM zone 5SEPSG&OEPSG"aEPSG#�EPSG"b�gEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#) �+#
EPSG>�UTM zone 4SEPSG&OEPSG"aEPSG#�EPSG"b�aEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)
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EPSG?UTM zone 32SEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 31SEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 30SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 29SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 28SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 27SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 26SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 25SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 24SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 23SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 22SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 21SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 20SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 19SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 18SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 17SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 16SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 15SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 14SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 13SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 12SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 11SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG>�UTM zone 10SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+#
EPSG>�UTM zone 9SEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+#
EPSG>�UTM zone 8SEPSG&OEPSG"aEPSG#�EPSG"b�yEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+#
EPSG>�UTM zone 7SEPSG&OEPSG"aEPSG#�EPSG"b�sEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 33SEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)
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EPSG?!Universal Polar Stereographic SouthEPSG&REPSG"a�EPSG#�EPSG"bEPSG#�EPSG"e?����+EPSG#�EPSG"f ��EPSG#)EPSG"g ��EPSG#)�+%
EPSG? UTM zone 60SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 59SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 58SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 57SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 56SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 55SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 54SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 53SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 52SEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 51SEPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 50SEPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 49SEPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 48SEPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 47SEPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 46SEPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 45SEPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 44SEPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 43SEPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 42SEPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?
UTM zone 41SEPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 40SEPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 39SEPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
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UTM zone 38SEPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG? UTM zone 37SEPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 36SEPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+%
EPSG?UTM zone 35SEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)
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b B"����b B � ,G� EPSG?83-degree Gauss-Kruger CM 162E3-degree Gauss-Kruger zone 54N (code 16084) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?73-degree Gauss-Kruger CM 159E3-degree Gauss-Kruger zone 53N (code 16083) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?63-degree Gauss-Kruger CM 156E3-degree Gauss-Kruger zone 52N (code 16082) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?53-degree Gauss-Kruger CM 153E3-degree Gauss-Kruger zone 51N (code 16081) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?43-degree Gauss-Kruger CM 150E3-degree Gauss-Kruger zone 50N (code 16080) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?33-degree Gauss-Kruger CM 147E3-degree Gauss-Kruger zone 49N (code 16079) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?23-degree Gauss-Kruger CM 144E3-degree Gauss-Kruger zone 48N (code 16078) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?13-degree Gauss-Kruger CM 141E3-degree Gauss-Kruger zone 47N (code 16077) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?03-degree Gauss-Kruger CM 138E3-degree Gauss-Kruger zone 46N (code 16076) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?/3-degree Gauss-Kruger CM 135E3-degree Gauss-Kruger zone 45N (code 16075) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?.3-degree Gauss-Kruger CM 132E3-degree Gauss-Kruger zone 44N (code 16074) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?-3-degree Gauss-Kruger CM 129E3-degree Gauss-Kruger zone 43N (code 16073) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?,3-degree Gauss-Kruger CM 126E3-degree Gauss-Kruger zone 42N (code 16072) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b~EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?+3-degree Gauss-Kruger CM 123E3-degree Gauss-Kruger zone 41N (code 16071) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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` qQ1���� � �u,E�O EPSG?L6-degree Gauss-Kruger zone 4Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 21E (code 16304).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fD� EPSG#)EPSG"gEPSG#)�u,E�O EPSG?K6-degree Gauss-Kruger zone 3Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 15E (code 16303).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f5g�EPSG#)EPSG"gEPSG#)�t,E�M EPSG?J6-degree Gauss-Kruger zone 2Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 9E (code 16302).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f&%�EPSG#)EPSG"gEPSG#)�%,E�/ EPSG?I6-degree Gauss-Kruger zone 1Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 3E (code 16301). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#)� ,G� EPSG?B3-degree Gauss-Kruger CM 168W3-degree Gauss-Kruger zone 64N (code 16094) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�XEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?A3-degree Gauss-Kruger CM 171W3-degree Gauss-Kruger zone 63N (code 16093) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?@3-degree Gauss-Kruger CM 174W3-degree Gauss-Kruger zone 62N (code 16092) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�REPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG??3-degree Gauss-Kruger CM 177W3-degree Gauss-Kruger zone 61N (code 16091) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�m,G�; EPSG?>3-degree Gauss-Kruger CM 180E3-degree Gauss-Kruger zone 60N (code 16099) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?=3-degree Gauss-Kruger CM 177E3-degree Gauss-Kruger zone 59N (code 16089) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?<3-degree Gauss-Kruger CM 174E3-degree Gauss-Kruger zone 58N (code 16088) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?;3-degree Gauss-Kruger CM 171E3-degree Gauss-Kruger zone 57N (code 16087) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG?:3-degree Gauss-Kruger CM 168E3-degree Gauss-Kruger zone 56N (code 16086) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) ) �u,E�O EPSG?M6-degree Gauss-Kruger zone 5Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 27E (code 16305).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fS�`EPSG#)EPSG"gEPSG#)
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. 5<CJQW]ci n �y,G�Q EPSG?^6-degree Gauss-Kruger zone 22Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 129E (code 16322).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fWR�EPSG#)EPSG"gEPSG#)�x,G�Q EPSG?]6-degree Gauss-Kruger zone 21Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 123E (code 16321).EPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"eEPSG#�EPSG"fH`EPSG#)EPSG"gEPSG#)�x,G�Q EPSG?\6-degree Gauss-Kruger zone 20Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 117E (code 16320).EPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"eEPSG#�EPSG"f8� EPSG#)EPSG"gEPSG#)�x,G�Q EPSG?[6-degree Gauss-Kruger zone 19Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 111E (code 16319).EPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"eEPSG#�EPSG"f)��EPSG#)EPSG"gEPSG#)�x,G�Q EPSG?Z6-degree Gauss-Kruger zone 18Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 105E (code 16318).EPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"eEPSG#�EPSG"fI�EPSG#)EPSG"gEPSG#)�w,G�O EPSG?Y6-degree Gauss-Kruger zone 17Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 99E (code 16317).EPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"eEPSG#�EPSG"f `EPSG#)EPSG"gEPSG#)�w,G�O EPSG?X6-degree Gauss-Kruger zone 16Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 93E (code 16316).EPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"eEPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)�w,G�O EPSG?W6-degree Gauss-Kruger zone 15Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 87E (code 16315).EPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"eEPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�w,G�O EPSG?V6-degree Gauss-Kruger zone 14Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 81E (code 16314).EPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"eEPSG#�EPSG"f �@�EPSG#)EPSG"gEPSG#)�w,G�O EPSG?U6-degree Gauss-Kruger zone 13Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 75E (code 16313).EPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"eEPSG#�EPSG"f �`EPSG#)EPSG"gEPSG#)�w,G�O EPSG?T6-degree Gauss-Kruger zone 12Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 69E (code 16312).EPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"eEPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)�w,G�O EPSG?S6-degree Gauss-Kruger zone 11Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 63E (code 16311).EPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"eEPSG#�EPSG"f �y�EPSG#)EPSG"gEPSG#)�w,G�O EPSG?R6-degree Gauss-Kruger zone 10Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 57E (code 16310).EPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"eEPSG#�EPSG"f �7�EPSG#)EPSG"gEPSG#)�v,E�O EPSG?Q6-degree Gauss-Kruger zone 9Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 51E (code 16309).EPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"eEPSG#�EPSG"f ��`EPSG#)EPSG"gEPSG#)�v,E�O EPSG?P6-degree Gauss-Kruger zone 8Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 45E (code 16308).EPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"eEPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)�u,E�O EPSG?O6-degree Gauss-Kruger zone 7Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 39E (code 16307).EPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"frp�EPSG#)EPSG"gEPSG#)
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#(-2��� V �*,G�3 EPSG?m6-degree Gauss-Kruger zone 37Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 141W (code 16337). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�sEPSG#�EPSG"eEPSG#�EPSG"f<4`EPSG#)EPSG"gEPSG#)�*,G�3 EPSG?l6-degree Gauss-Kruger zone 36Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 147W (code 16336). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�mEPSG#�EPSG"eEPSG#�EPSG"f,� EPSG#)EPSG"gEPSG#)�*,G�3 EPSG?k6-degree Gauss-Kruger zone 35Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 153W (code 16335). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�gEPSG#�EPSG"eEPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�*,G�3 EPSG?j6-degree Gauss-Kruger zone 34Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 159W (code 16334). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�aEPSG#�EPSG"eEPSG#�EPSG"fm�EPSG#)EPSG"gEPSG#)�*,G�3 EPSG?i6-degree Gauss-Kruger zone 33Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 165W (code 16333). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�[EPSG#�EPSG"eEPSG#�EPSG"f�+`EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?h6-degree Gauss-Kruger zone 32Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 171W (code 16332).EPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"eEPSG#�EPSG"f�� EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?g6-degree Gauss-Kruger zone 31Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 177W (code 16331).EPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?f6-degree Gauss-Kruger zone 30Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 177E (code 16330).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�d�EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?e6-degree Gauss-Kruger zone 29Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 171E (code 16329).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�"`EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?d6-degree Gauss-Kruger zone 28Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 165E (code 16328).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�� EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?c6-degree Gauss-Kruger zone 27Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 159E (code 16327).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?b6-degree Gauss-Kruger zone 26Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 153E (code 16326).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�[�EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?a6-degree Gauss-Kruger zone 25Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 147E (code 16325).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#)�y,G�Q EPSG?`6-degree Gauss-Kruger zone 24Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 141E (code 16324).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fu� EPSG#)EPSG"gEPSG#) �
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'���~T* �� �(,G�1 EPSG?z6-degree Gauss-Kruger zone 50Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 63W (code 16350). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?y6-degree Gauss-Kruger zone 49Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 69W (code 16349). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f�O`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?x6-degree Gauss-Kruger zone 48Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 75W (code 16348). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f�
EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?w6-degree Gauss-Kruger zone 47Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 81W (code 16347). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?v6-degree Gauss-Kruger zone 46Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 87W (code 16346). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fň�EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?u6-degree Gauss-Kruger zone 45Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 93W (code 16345). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f�F`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?t6-degree Gauss-Kruger zone 44Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 99W (code 16344). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�),G�3 EPSG?s6-degree Gauss-Kruger zone 43Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 105W (code 16343). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�),G�3 EPSG?r6-degree Gauss-Kruger zone 42Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 111W (code 16342). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�),G�3 EPSG?q6-degree Gauss-Kruger zone 41Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 117W (code 16341). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fy=`EPSG#)EPSG"gEPSG#)�),G�3 EPSG?p6-degree Gauss-Kruger zone 40Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 123W (code 16340). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fi� EPSG#)EPSG"gEPSG#)�*,G�3 EPSG?o6-degree Gauss-Kruger zone 39Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 129W (code 16339). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fZ��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?{6-degree Gauss-Kruger zone 51Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 57W (code 16351). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)
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. ������� � �l,E�= EPSG?�3-degree Gauss-Kruger zone 5Also found with zone truncated from false easting: see Gauss-Kruger CM 15E (code 16303).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fS�`EPSG#)EPSG"gEPSG#)�u,E�O EPSG?�3-degree Gauss-Kruger zone 4Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 12E (code 16364).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"fD� EPSG#)EPSG"gEPSG#)�k,E�; EPSG?�3-degree Gauss-Kruger zone 3Also found with zone truncated from false easting: see Gauss-Kruger CM 9E (code 16302).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f5g�EPSG#)EPSG"gEPSG#)�t,E�M EPSG?�3-degree Gauss-Kruger zone 2Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 6E (code 16362).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f&%�EPSG#)EPSG"gEPSG#)�k,E�; EPSG?�3-degree Gauss-Kruger zone 1Also found with zone truncated from false easting: see Gauss-Kruger CM 3E (code 16301).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#)�',G�/ EPSG?�6-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 3W (code 16360). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f�( EPSG#)EPSG"gEPSG#)�',G�/ EPSG?�6-degree Gauss-Kruger zone 59Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 9W (code 16359). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�6-degree Gauss-Kruger zone 58Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 15W (code 16358). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f|��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�6-degree Gauss-Kruger zone 57Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 21W (code 16357). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fma`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�6-degree Gauss-Kruger zone 56Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 27W (code 16356). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f^ EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?6-degree Gauss-Kruger zone 55Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 33W (code 16355). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fN��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?~6-degree Gauss-Kruger zone 54Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 39W (code 16354). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f?��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?}6-degree Gauss-Kruger zone 53Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 45W (code 16353). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f0X`EPSG#)EPSG"gEPSG#) 3 �u,E�O EPSG?�3-degree Gauss-Kruger zone 6Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 18E (code 16366).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fc.�EPSG#)EPSG"gEPSG#) > �
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� ��hEB=707 > ��s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 87EGSK 3-degree Gauss-Kruger zone 29N (code 16929) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#) ��s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 36EGSK 3-degree Gauss-Kruger zone 12N (code 16912) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b$EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#) ��,O�Y EPSGB;GSK 3-degree Gauss-Kruger zone 55Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 165E (code 17155).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fK PEPSG#)EPSG"gEPSG#) �� ,O�Y EPSGB+GSK 3-degree Gauss-Kruger zone 39Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 117E (code 17139).EPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"eEPSG#�EPSG"fV�PEPSG#)EPSG"gEPSG#) ��,O�W EPSGBGSK 3-degree Gauss-Kruger zone 23Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 69E (code 17123).EPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"eEPSG#�EPSG"fb�PEPSG#)EPSG"gEPSG#) ��},M�W EPSGB GSK 3-degree Gauss-Kruger zone 7Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 21E (code 17107).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fn�PEPSG#)EPSG"gEPSG#) �� ,G� EPSG@
3-degree Gauss-Kruger CM 102E3-degree Gauss-Kruger zone 34N (code 16294) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bfEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) � ,E� EPSG?�3-degree Gauss-Kruger CM 57E3-degree Gauss-Kruger zone 19N (code 16279) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) �,C� EPSG?�3-degree Gauss-Kruger CM 9E3-degree Gauss-Kruger zone 3N (code 16263) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) �,3� EPSG?�Gauss-Kruger CM 75WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 48N (code 16248). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) �,5� EPSG?�Gauss-Kruger CM 165WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 33N (code 16233). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�[EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) �a,3�9 EPSG?�Gauss-Kruger CM 87EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 15N (code 16215).EPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#) � ,G�! EPSG?�3-degree Gauss-Kruger zone 37Also found with zone truncated from false easting: see Gauss-Kruger cm 111E (code 16319). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"eEPSG#�EPSG"f<4`EPSG#)EPSG"gEPSG#) � ,G� EPSG?�3-degree Gauss-Kruger zone 23Also found with zone truncated from false easting: see Gauss-Kruger cm 69E (code 16312). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"eEPSG#�EPSG"ff��EPSG#)EPSG"gEPSG#) �l,E�= EPSG?�3-degree Gauss-Kruger zone 7Also found with zone truncated from false easting: see Gauss-Kruger CM 21E (code 16304).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"frp�EPSG#)EPSG"gEPSG#)
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G N^4���} S �(,G�1 EPSG?�3-degree Gauss-Kruger zone 22Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 66E (code 16382). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bBEPSG#�EPSG"eEPSG#�EPSG"fWR�EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 21Also found with zone truncated from false easting: see Gauss-Kruger cm 63E (code 16311). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"eEPSG#�EPSG"fH`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 20Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 60E (code 16380). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b<EPSG#�EPSG"eEPSG#�EPSG"f8� EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 19Also found with zone truncated from false easting: see Gauss-Kruger cm 57E (code 16310). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"eEPSG#�EPSG"f)��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 18Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 54E (code 16378). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b6EPSG#�EPSG"eEPSG#�EPSG"fI�EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 17Also found with zone truncated from false easting: see Gauss-Kruger cm 51E (code 16309). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"eEPSG#�EPSG"f `EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 16Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 48E (code 16376). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b0EPSG#�EPSG"eEPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)�n,G�= EPSG?�3-degree Gauss-Kruger zone 15Also found with zone truncated from false easting: see Gauss-Kruger CM 45E (code 16308).EPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"eEPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�w,G�O EPSG?�3-degree Gauss-Kruger zone 14Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 42E (code 16374).EPSG&OEPSG"aEPSG#�EPSG"b*EPSG#�EPSG"eEPSG#�EPSG"f �@�EPSG#)EPSG"gEPSG#)�n,G�= EPSG?�3-degree Gauss-Kruger zone 13Also found with zone truncated from false easting: see Gauss-Kruger CM 39E (code 16307).EPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"f �`EPSG#)EPSG"gEPSG#)�w,G�O EPSG?�3-degree Gauss-Kruger zone 12Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 36E (code 16372).EPSG&OEPSG"aEPSG#�EPSG"b$EPSG#�EPSG"eEPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)�n,G�= EPSG?�3-degree Gauss-Kruger zone 11Also found with zone truncated from false easting: see Gauss-Kruger CM 33E (code 16306).EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"f �y�EPSG#)EPSG"gEPSG#)�w,G�O EPSG?�3-degree Gauss-Kruger zone 10Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 30E (code 16370).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f �7�EPSG#)EPSG"gEPSG#)�m,E�= EPSG?�3-degree Gauss-Kruger zone 9Also found with zone truncated from false easting: see Gauss-Kruger CM 27E (code 16305).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f ��`EPSG#)EPSG"gEPSG#)�v,E�O EPSG?�3-degree Gauss-Kruger zone 8Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 24E (code 16368).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)
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@ ����^< �),G�3 EPSG?�3-degree Gauss-Kruger zone 36Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 108E (code 16396). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"blEPSG#�EPSG"eEPSG#�EPSG"f,� EPSG#)EPSG"gEPSG#)� ,G�! EPSG?�3-degree Gauss-Kruger zone 35Also found with zone truncated from false easting: see Gauss-Kruger cm 105E (code 16318). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"eEPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�),G�3 EPSG?�3-degree Gauss-Kruger zone 34Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 102E (code 16394). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bfEPSG#�EPSG"eEPSG#�EPSG"fm�EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 33Also found with zone truncated from false easting: see Gauss-Kruger cm 99E (code 16317). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"eEPSG#�EPSG"f�+`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 32Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 96E (code 16392). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b`EPSG#�EPSG"eEPSG#�EPSG"f�� EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 31Also found with zone truncated from false easting: see Gauss-Kruger cm 93E (code 16316). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 30Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 90E (code 16390). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"eEPSG#�EPSG"f�d�EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 29Also found with zone truncated from false easting: see Gauss-Kruger cm 87E (code 16315). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"eEPSG#�EPSG"f�"`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 28Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 84E (code 16388). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bTEPSG#�EPSG"eEPSG#�EPSG"f�� EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 27Also found with zone truncated from false easting: see Gauss-Kruger cm 81E (code 16314). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 26Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 78E (code 16386). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bNEPSG#�EPSG"eEPSG#�EPSG"f�[�EPSG#)EPSG"gEPSG#)� ,G� EPSG?�3-degree Gauss-Kruger zone 25Also found with zone truncated from false easting: see Gauss-Kruger cm 75E (code 16313). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"eEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#)�(,G�1 EPSG?�3-degree Gauss-Kruger zone 24Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 72E (code 16384). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bHEPSG#�EPSG"eEPSG#�EPSG"fu� EPSG#)EPSG"gEPSG#)
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E c�����4Qn � �a,3�9 EPSG?�Gauss-Kruger CM 75EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 13N (code 16213).EPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�a,3�9 EPSG?�Gauss-Kruger CM 69EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 12N (code 16212).EPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�a,3�9 EPSG?�Gauss-Kruger CM 63EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 11N (code 16211).EPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�a,3�9 EPSG?�Gauss-Kruger CM 57EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 10N (code 16210).EPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 51EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 9N (code 16209).EPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 45EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 8N (code 16208).EPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 39EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 7N (code 16207).EPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 33EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 6N (code 16206).EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 27EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 5N (code 16205).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 21EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 4N (code 16204).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,3�7 EPSG?�Gauss-Kruger CM 15EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 3N (code 16203).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�_,1�7 EPSG?�Gauss-Kruger CM 9EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 2N (code 16202).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�`,1�9 EPSG?�Gauss-Kruger CM 3EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 1N (code 16201), or for a restricted longitude range 3-degree Gauss-Kruger zone 1N (code 16261). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�),G�3 EPSG?�3-degree Gauss-Kruger zone 39Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 117E (code 16320). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"eEPSG#�EPSG"fZ��EPSG#)EPSG"gEPSG#)�),G�3 EPSG?�3-degree Gauss-Kruger zone 38Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 114E (code 16398). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"brEPSG#�EPSG"eEPSG#�EPSG"fKv�EPSG#)EPSG"gEPSG#) ? �a,3�9 EPSG?�Gauss-Kruger CM 81EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 14N (code 16214).EPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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� ���1Lg��� � �c,5�9 EPSG?�Gauss-Kruger CM 171WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 32N (code 16232).EPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 177WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 31N (code 16231).EPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 177EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 30N (code 16230).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 171EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 29N (code 16229).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 165EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 28N (code 16228).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 159EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 27N (code 16227).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 153EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 26N (code 16226).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 147EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 25N (code 16225).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 141EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 24N (code 16224).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 135EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 23N (code 16223).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�c,5�9 EPSG?�Gauss-Kruger CM 129EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 22N (code 16222).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�b,5�9 EPSG?�Gauss-Kruger CM 123EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 21N (code 16221).EPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�b,5�9 EPSG?�Gauss-Kruger CM 117EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 20N (code 16220).EPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�b,5�9 EPSG?�Gauss-Kruger CM 111EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 19N (code 16219).EPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�b,5�9 EPSG?�Gauss-Kruger CM 105EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 18N (code 16218).EPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�a,3�9 EPSG?�Gauss-Kruger CM 99EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 17N (code 16217).EPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�a,3�9 EPSG?�Gauss-Kruger CM 93EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 16N (code 16216).EPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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� |fQ<'�� �� �,3� EPSG?�Gauss-Kruger CM 87WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 46N (code 16246). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 93WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 45N (code 16245). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 99WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 44N (code 16244). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 105WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 43N (code 16243). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 111WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 42N (code 16242). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 117WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 41N (code 16241). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 123WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 40N (code 16240). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 129WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 39N (code 16239). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 135WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 38N (code 16238). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�yEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 141WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 37N (code 16237). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�sEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 147WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 36N (code 16236). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�mEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 153WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 35N (code 16235). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�gEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,5� EPSG?�Gauss-Kruger CM 159WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 34N (code 16234). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�aEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 81WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 47N (code 16247). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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� �t`L8%� � �,C� EPSG?�3-degree Gauss-Kruger CM 6E3-degree Gauss-Kruger zone 2N (code 16262) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,C� EPSG?�3-degree Gauss-Kruger CM 3E3-degree Gauss-Kruger zone 1N (code 16261) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,1� EPSG?�Gauss-Kruger CM 3WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 60N (code 16260). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,1� EPSG?�Gauss-Kruger CM 9WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 59N (code 16259). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 15WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 58N (code 16258). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 21WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 57N (code 16257). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 27WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 56N (code 16256). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 33WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 55N (code 16255). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 39WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 54N (code 16254). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 45WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 53N (code 16253). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 51WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 52N (code 16252). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 57WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 51N (code 16251). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 63WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 50N (code 16250). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,3� EPSG?�Gauss-Kruger CM 69WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 49N (code 16249). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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� �������uW 9 � ,E� EPSG?�3-degree Gauss-Kruger CM 54E3-degree Gauss-Kruger zone 18N (code 16278) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b6EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 51E3-degree Gauss-Kruger zone 17N (code 16277) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 48E3-degree Gauss-Kruger zone 16N (code 16276) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b0EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 45E3-degree Gauss-Kruger zone 15N (code 16275) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�k,E�; EPSG?�3-degree Gauss-Kruger CM 42E3-degree Gauss-Kruger zone 14N (code 16274) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b*EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 39E3-degree Gauss-Kruger zone 13N (code 16273) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�k,E�; EPSG?�3-degree Gauss-Kruger CM 36E3-degree Gauss-Kruger zone 12N (code 16272) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b$EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 33E3-degree Gauss-Kruger zone 11N (code 16271) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�k,E�; EPSG?�3-degree Gauss-Kruger CM 30E3-degree Gauss-Kruger zone 10N (code 16270) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,E� EPSG?�3-degree Gauss-Kruger CM 27E3-degree Gauss-Kruger zone 9N (code 16269) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�j,E�9 EPSG?�3-degree Gauss-Kruger CM 24E3-degree Gauss-Kruger zone 8N (code 16268) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,E� EPSG?�3-degree Gauss-Kruger CM 21E3-degree Gauss-Kruger zone 7N (code 16267) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�j,E�9 EPSG?�3-degree Gauss-Kruger CM 18E3-degree Gauss-Kruger zone 6N (code 16266) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,E� EPSG?�3-degree Gauss-Kruger CM 15E3-degree Gauss-Kruger zone 5N (code 16265) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,E� EPSG?�3-degree Gauss-Kruger CM 12E3-degree Gauss-Kruger zone 4N (code 16264) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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j L.����z \� � ,E� EPSG@3-degree Gauss-Kruger CM 96E3-degree Gauss-Kruger zone 32N (code 16292) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b`EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 93E3-degree Gauss-Kruger zone 31N (code 16291) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 90E3-degree Gauss-Kruger zone 30N (code 16290) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 87E3-degree Gauss-Kruger zone 29N (code 16289) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 84E3-degree Gauss-Kruger zone 28N (code 16288) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bTEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 81E3-degree Gauss-Kruger zone 27N (code 16287) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 78E3-degree Gauss-Kruger zone 26N (code 16286) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bNEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@3-degree Gauss-Kruger CM 75E3-degree Gauss-Kruger zone 25N (code 16285) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@ 3-degree Gauss-Kruger CM 72E3-degree Gauss-Kruger zone 24N (code 16284) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bHEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 69E3-degree Gauss-Kruger zone 23N (code 16283) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 66E3-degree Gauss-Kruger zone 22N (code 16282) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bBEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 63E3-degree Gauss-Kruger zone 21N (code 16281) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG?�3-degree Gauss-Kruger CM 60E3-degree Gauss-Kruger zone 20N (code 16280) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"b<EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,E� EPSG@ 3-degree Gauss-Kruger CM 99E3-degree Gauss-Kruger zone 33N (code 16293) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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��HT � �++ I EPSGA\TM 132 SEUsed for Tangguh developments.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�)+ G EPSGAETM 109 SEUsed by Arco and BP for ONWJ.EPSG&OEPSG"aEPSG#�EPSG"bmEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)� +
EPSG@�TM 36 SEEPSG&OEPSG"aEPSG#�EPSG"b$EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)� +
EPSG@�TM 12 SEEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)�+#
EPSG@�TM 11.30 SEEPSG&OEPSG"aEPSG#�EPSG"b@&������EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)� +
EPSG@�GK 106 NEEPSG&OEPSG"aEPSG#�EPSG"bjEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@zTM 106 NEEPSG&OEPSG"aEPSG#�EPSG"bjEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�.+ [ EPSG@jTM 90 NENot part of the global UTM grid system.EPSG&OEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@.TM 30 NEEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@ TM 13 NEEPSG&OEPSG"aEPSG#�EPSG"b
EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@ TM 12 NEEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@TM 11 NEEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�%,�I EPSG@TM 6 NEUsed by ExxonMobil in Nigeria beyond the contintental shelf. Used by Total in French Mediterranean and with effect from March 2004 all areas offshore Nigeria.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@TM 5 NEEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSG@TM 0 NEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG@3-degree Gauss-Kruger CM 117E3-degree Gauss-Kruger zone 39N (code 16299) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG@3-degree Gauss-Kruger CM 114E3-degree Gauss-Kruger zone 38N (code 16298) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"brEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG@
3-degree Gauss-Kruger CM 111E3-degree Gauss-Kruger zone 37N (code 16297) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG@ 3-degree Gauss-Kruger CM 108E3-degree Gauss-Kruger zone 36N (code 16296) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"blEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)� ,G� EPSG@ 3-degree Gauss-Kruger CM 105E3-degree Gauss-Kruger zone 35N (code 16295) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�*+ I EPSGALTM 116 SEUsed by BP for Terang-Sirasun.EPSG&OEPSG"aEPSG#�EPSG"btEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#)
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� ��������� � �,O�W EPSGBGSK 3-degree Gauss-Kruger zone 22Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 66E (code 17122).EPSG&OEPSG"aEPSG#�EPSG"bBEPSG#�EPSG"eEPSG#�EPSG"fS�EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 21Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 63E (code 17121).EPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"eEPSG#�EPSG"fD?�EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 20Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 60E (code 17120).EPSG&OEPSG"aEPSG#�EPSG"b<EPSG#�EPSG"eEPSG#�EPSG"f4��EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 19Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 57E (code 17119).EPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"eEPSG#�EPSG"f%�PEPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 18Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 54E (code 17118).EPSG&OEPSG"aEPSG#�EPSG"b6EPSG#�EPSG"eEPSG#�EPSG"fyEPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 17Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 51E (code 17117).EPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"eEPSG#�EPSG"f6�EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 16Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 48E (code 17116).EPSG&OEPSG"aEPSG#�EPSG"b0EPSG#�EPSG"eEPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 15Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 45E (code 17115).EPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"eEPSG#�EPSG"f �PEPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 14Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 42E (code 17114).EPSG&OEPSG"aEPSG#�EPSG"b*EPSG#�EPSG"eEPSG#�EPSG"f �pEPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 13Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 39E (code 17113).EPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"f �-�EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 12Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 36E (code 17112).EPSG&OEPSG"aEPSG#�EPSG"b$EPSG#�EPSG"eEPSG#�EPSG"f ��EPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 11Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 33E (code 17111).EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"f ��PEPSG#)EPSG"gEPSG#)�,O�W EPSGBGSK 3-degree Gauss-Kruger zone 10Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 30E (code 17110).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f �gEPSG#)EPSG"gEPSG#)�~,M�W EPSGB
GSK 3-degree Gauss-Kruger zone 9Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 27E (code 17109).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f �$�EPSG#)EPSG"gEPSG#)�},M�W EPSGB GSK 3-degree Gauss-Kruger zone 8Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 24E (code 17108).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f}�EPSG#)EPSG"gEPSG#)
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� ��������� � � ,O�Y EPSGB*GSK 3-degree Gauss-Kruger zone 38Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 114E (code 17138).EPSG&OEPSG"aEPSG#�EPSG"brEPSG#�EPSG"eEPSG#�EPSG"fG�EPSG#)EPSG"gEPSG#)� ,O�Y EPSGB)GSK 3-degree Gauss-Kruger zone 37Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 111E (code 17137).EPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"eEPSG#�EPSG"f8c�EPSG#)EPSG"gEPSG#)� ,O�Y EPSGB(GSK 3-degree Gauss-Kruger zone 36Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 108E (code 17136).EPSG&OEPSG"aEPSG#�EPSG"blEPSG#�EPSG"eEPSG#�EPSG"f)!�EPSG#)EPSG"gEPSG#)� ,O�Y EPSGB'GSK 3-degree Gauss-Kruger zone 35Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 105E (code 17135).EPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"eEPSG#�EPSG"f�PEPSG#)EPSG"gEPSG#)� ,O�Y EPSGB&GSK 3-degree Gauss-Kruger zone 34Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 102E (code 17134).EPSG&OEPSG"aEPSG#�EPSG"bfEPSG#�EPSG"eEPSG#�EPSG"f
�EPSG#)EPSG"gEPSG#)�,O�W EPSGB%GSK 3-degree Gauss-Kruger zone 33Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 99E (code 17133).EPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"eEPSG#�EPSG"f�Z�EPSG#)EPSG"gEPSG#)�,O�W EPSGB$GSK 3-degree Gauss-Kruger zone 32Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 96E (code 17132).EPSG&OEPSG"aEPSG#�EPSG"b`EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,O�W EPSGB#GSK 3-degree Gauss-Kruger zone 31Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 93E (code 17131).EPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"eEPSG#�EPSG"f��PEPSG#)EPSG"gEPSG#)�,O�W EPSGB"GSK 3-degree Gauss-Kruger zone 30Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 90E (code 17130).EPSG&OEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"eEPSG#�EPSG"f͔EPSG#)EPSG"gEPSG#)�,O�W EPSGB!GSK 3-degree Gauss-Kruger zone 29Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 87E (code 17129).EPSG&OEPSG"aEPSG#�EPSG"bWEPSG#�EPSG"eEPSG#�EPSG"f�Q�EPSG#)EPSG"gEPSG#)�,O�W EPSGB GSK 3-degree Gauss-Kruger zone 28Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 84E (code 17128).EPSG&OEPSG"aEPSG#�EPSG"bTEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,O�W EPSGB GSK 3-degree Gauss-Kruger zone 27Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 81E (code 17127).EPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"eEPSG#�EPSG"f��PEPSG#)EPSG"gEPSG#)�,O�W EPSGB GSK 3-degree Gauss-Kruger zone 26Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 78E (code 17126).EPSG&OEPSG"aEPSG#�EPSG"bNEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,O�W EPSGB GSK 3-degree Gauss-Kruger zone 25Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 75E (code 17125).EPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"eEPSG#�EPSG"f�H�EPSG#)EPSG"gEPSG#)�,O�W EPSGB GSK 3-degree Gauss-Kruger zone 24Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 72E (code 17124).EPSG&OEPSG"aEPSG#�EPSG"bHEPSG#�EPSG"eEPSG#�EPSG"fr�EPSG#)EPSG"gEPSG#)
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� ��������� � �,O�Y EPSGB:GSK 3-degree Gauss-Kruger zone 54Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 162E (code 17154).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f;�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB9GSK 3-degree Gauss-Kruger zone 53Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 159E (code 17153).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f,��EPSG#)EPSG"gEPSG#)�,O�Y EPSGB8GSK 3-degree Gauss-Kruger zone 52Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 156E (code 17152).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f E�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB7GSK 3-degree Gauss-Kruger zone 51Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 153E (code 17151).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fPEPSG#)EPSG"gEPSG#)�,O�Y EPSGB6GSK 3-degree Gauss-Kruger zone 50Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 150E (code 17150).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,O�Y EPSGB5GSK 3-degree Gauss-Kruger zone 49Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 147E (code 17149).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�~�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB4GSK 3-degree Gauss-Kruger zone 48Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 144E (code 17148).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�<�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB3GSK 3-degree Gauss-Kruger zone 47Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 141E (code 17147).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�PEPSG#)EPSG"gEPSG#)�,O�Y EPSGB2GSK 3-degree Gauss-Kruger zone 46Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 138E (code 17146).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,O�Y EPSGB1GSK 3-degree Gauss-Kruger zone 45Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 135E (code 17145).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�u�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB0GSK 3-degree Gauss-Kruger zone 44Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 132E (code 17144).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�3�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB/GSK 3-degree Gauss-Kruger zone 43Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 129E (code 17143).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f��PEPSG#)EPSG"gEPSG#)� ,O�Y EPSGB.GSK 3-degree Gauss-Kruger zone 42Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 126E (code 17142).EPSG&OEPSG"aEPSG#�EPSG"b~EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)� ,O�Y EPSGB-GSK 3-degree Gauss-Kruger zone 41Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 123E (code 17141).EPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"eEPSG#�EPSG"ful�EPSG#)EPSG"gEPSG#)� ,O�Y EPSGB,GSK 3-degree Gauss-Kruger zone 40Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 120E (code 17140).EPSG&OEPSG"aEPSG#�EPSG"bxEPSG#�EPSG"eEPSG#�EPSG"ff*�EPSG#)EPSG"gEPSG#)
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� �����[�JVbn y �s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 30EGSK 3-degree Gauss-Kruger zone 10N (code 16910) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�r,M�A EPSGB�GSK 3-degree Gauss-Kruger CM 27EGSK 3-degree Gauss-Kruger zone 9N (code 16909) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�r,M�A EPSGB�GSK 3-degree Gauss-Kruger CM 24EGSK 3-degree Gauss-Kruger zone 8N (code 16908) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�r,M�A EPSGB�GSK 3-degree Gauss-Kruger CM 21EGSK 3-degree Gauss-Kruger zone 7N (code 16907) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�+
EPSGB�TM 54 NWEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSGBmTM 5 NWEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+
EPSGBiTM 1 NWEPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�,O�Y EPSGBDGSK 3-degree Gauss-Kruger zone 64Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 168W (code 17164).EPSG&OEPSG"aEPSG#�EPSG"b�XEPSG#�EPSG"eEPSG#�EPSG"f�`�EPSG#)EPSG"gEPSG#)�,O�Y EPSGBCGSK 3-degree Gauss-Kruger zone 63Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 171W (code 17163).EPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"eEPSG#�EPSG"f� PEPSG#)EPSG"gEPSG#)�,O�Y EPSGBBGSK 3-degree Gauss-Kruger zone 62Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 174W (code 17162).EPSG&OEPSG"aEPSG#�EPSG"b�REPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"gEPSG#)�,O�Y EPSGBAGSK 3-degree Gauss-Kruger zone 61Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 177W (code 17161).EPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"eEPSG#�EPSG"f���EPSG#)EPSG"gEPSG#)� ,O�W EPSGB@GSK 3-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 180 (code 17160).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�W�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB?GSK 3-degree Gauss-Kruger zone 59Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 177E (code 17159).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f�PEPSG#)EPSG"gEPSG#)�,O�Y EPSGB>GSK 3-degree Gauss-Kruger zone 58Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 174E (code 17158).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fx�EPSG#)EPSG"gEPSG#)�,O�Y EPSGB=GSK 3-degree Gauss-Kruger zone 57Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 171E (code 17157).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fi��EPSG#)EPSG"gEPSG#)�,O�Y EPSGB<GSK 3-degree Gauss-Kruger zone 56Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 168E (code 17156).EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fZN�EPSG#)EPSG"gEPSG#) �s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 33EGSK 3-degree Gauss-Kruger zone 11N (code 16911) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)
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B MXcny���� � �s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 81EGSK 3-degree Gauss-Kruger zone 27N (code 16927) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bQEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 78EGSK 3-degree Gauss-Kruger zone 26N (code 16926) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bNEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 75EGSK 3-degree Gauss-Kruger zone 25N (code 16925) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bKEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 72EGSK 3-degree Gauss-Kruger zone 24N (code 16924) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bHEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 69EGSK 3-degree Gauss-Kruger zone 23N (code 16923) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bEEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 66EGSK 3-degree Gauss-Kruger zone 22N (code 16922) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bBEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 63EGSK 3-degree Gauss-Kruger zone 21N (code 16921) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b?EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 60EGSK 3-degree Gauss-Kruger zone 20N (code 16920) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b<EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 57EGSK 3-degree Gauss-Kruger zone 19N (code 16919) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b9EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 54EGSK 3-degree Gauss-Kruger zone 18N (code 16918) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b6EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 51EGSK 3-degree Gauss-Kruger zone 17N (code 16917) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b3EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 48EGSK 3-degree Gauss-Kruger zone 16N (code 16916) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b0EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 45EGSK 3-degree Gauss-Kruger zone 15N (code 16915) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b-EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 42EGSK 3-degree Gauss-Kruger zone 14N (code 16914) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b*EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 39EGSK 3-degree Gauss-Kruger zone 13N (code 16913) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b'EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 84EGSK 3-degree Gauss-Kruger zone 28N (code 16928) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bTEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)
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@ JT^hr|��� � �u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 135EGSK 3-degree Gauss-Kruger zone 45N (code 16945) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 132EGSK 3-degree Gauss-Kruger zone 44N (code 16944) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 129EGSK 3-degree Gauss-Kruger zone 43N (code 16943) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 126EGSK 3-degree Gauss-Kruger zone 42N (code 16942) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b~EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 123EGSK 3-degree Gauss-Kruger zone 41N (code 16941) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 120EGSK 3-degree Gauss-Kruger zone 40N (code 16940) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bxEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 117EGSK 3-degree Gauss-Kruger zone 39N (code 16939) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"buEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 114EGSK 3-degree Gauss-Kruger zone 38N (code 16938) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"brEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 111EGSK 3-degree Gauss-Kruger zone 37N (code 16937) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"boEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 108EGSK 3-degree Gauss-Kruger zone 36N (code 16936) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"blEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 105EGSK 3-degree Gauss-Kruger zone 35N (code 16935) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"biEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�t,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 102EGSK 3-degree Gauss-Kruger zone 34N (code 16934) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bfEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 99EGSK 3-degree Gauss-Kruger zone 33N (code 16933) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bcEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 96EGSK 3-degree Gauss-Kruger zone 32N (code 16932) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b`EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 93EGSK 3-degree Gauss-Kruger zone 31N (code 16931) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b]EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�s,M�C EPSGB�GSK 3-degree Gauss-Kruger CM 90EGSK 3-degree Gauss-Kruger zone 30N (code 16930) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)
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6 ?HQZclu~� � �u,O�C EPSGC GSK 3-degree Gauss-Kruger CM 177WGSK 3-degree Gauss-Kruger zone 61N (code 16961) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b�OEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 180EGSK 3-degree Gauss-Kruger zone 60N (code 16960) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 177EGSK 3-degree Gauss-Kruger zone 59N (code 16959) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 174EGSK 3-degree Gauss-Kruger zone 58N (code 16958) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 171EGSK 3-degree Gauss-Kruger zone 57N (code 16957) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 168EGSK 3-degree Gauss-Kruger zone 56N (code 16956) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 165EGSK 3-degree Gauss-Kruger zone 55N (code 16955) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 162EGSK 3-degree Gauss-Kruger zone 54N (code 16954) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGCGSK 3-degree Gauss-Kruger CM 159EGSK 3-degree Gauss-Kruger zone 53N (code 16953) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGC GSK 3-degree Gauss-Kruger CM 156EGSK 3-degree Gauss-Kruger zone 52N (code 16952) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 153EGSK 3-degree Gauss-Kruger zone 51N (code 16951) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 150EGSK 3-degree Gauss-Kruger zone 50N (code 16950) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 147EGSK 3-degree Gauss-Kruger zone 49N (code 16949) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 144EGSK 3-degree Gauss-Kruger zone 48N (code 16948) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGB�GSK 3-degree Gauss-Kruger CM 141EGSK 3-degree Gauss-Kruger zone 47N (code 16947) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)�u,O�C EPSGC
GSK 3-degree Gauss-Kruger CM 174WGSK 3-degree Gauss-Kruger zone 62N (code 16962) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b�REPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#) �
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���Eh�� � �+,e� EPSGE=Alberta 3-degree TM reference meridian 120 WIf used for rural area control markers, area of use is amended to west of 118 deg W; however use of UTM encouraged in these areas.EPSG&OEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�.H� EPSG#)EPSG"fEPSG#)EPSG"gEPSG#)
�Y,Y� EPSGD�South West African Survey Grid zone 21Transformation method sometimes described as "Gauss conform".EPSG&PEPSG"a�EPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fEPSG#GEPSG"gEPSG#G �T+Cw EPSGD/Australian Map Grid zone 55Grid convergence uses opposite sign convention to UTMEPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#) �!+=
EPSGDIndonesia TM-3 zone 46.2EPSG&OEPSG"aEPSG#�EPSG"b@W� EPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"g�`EPSG#) �W+Gy EPSGC�Map Grid of Australia zone 57Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g ���EPSG#) �,3� EPSGC�Sweden zone 5 gon OAt the municipal level alternative projections are found defined with different sets of False Northing and Easting, based on 100 km grid squares. This is denoted by the last part of the name. For example 61:-1 means FN = -6100000 and FE = 100000 m.EPSG&OEPSG"aEPSG#�EPSG"b@6U>-b8�EPSG#�EPSG"eEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#) �L+qo EPSGC�North Pole Lambert Azimuthal Equal Area (Atlantic)For studies of North Atlantic and Greenland area.EPSG&\EPSG"aZEPSG#�EPSG"b�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#) �,-�; EPSGC�SCAR IMW SU36-40After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"�-EPSG#�EPSG"fEPSG#)EPSG"gEPSG#) �9,-�; EPSGCtSCAR IMW ST33-36After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"vEPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) �9,-�; EPSGCgSCAR IMW SS46-48After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"vcEPSG#�EPSG"w�R�����EPSG#�EPSG"x�R������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) �:,-�; EPSGCZSCAR IMW SS04-06After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"v�gEPSG#�EPSG"w�R�����EPSG#�EPSG"x�R������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) �9,-�; EPSGCMSCAR IMW SR35-36After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"v EPSG#�EPSG"w�Q�����EPSG#�EPSG"x�Q������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) ��9,-�; EPSGC@SCAR IMW SQ49-50After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"vrEPSG#�EPSG"w�P�����EPSG#�EPSG"x�P������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) ��u,O�C EPSGC GSK 3-degree Gauss-Kruger CM 171WGSK 3-degree Gauss-Kruger zone 63N (code 16963) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#�EPSG"b�UEPSG#�EPSG"eEPSG#�EPSG"fАEPSG#)EPSG"gEPSG#)
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� O ��aF+�� �� �,-�; EPSGC�SCAR IMW SU26-30After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGCSCAR IMW SU21-25After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC~SCAR IMW SU16-20After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC}SCAR IMW SU11-15After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC|SCAR IMW SU06-10After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��yEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC{SCAR IMW SU01-05After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��[EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�:,-�; EPSGCzSCAR IMW ST57-60After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"v �EPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�:,-�; EPSGCySCAR IMW ST53-56After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"v �EPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�9,-�; EPSGCxSCAR IMW ST49-52After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"vxEPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�9,-�; EPSGCwSCAR IMW ST45-48After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"v`EPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�9,-�; EPSGCvSCAR IMW ST41-44After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"vHEPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�9,-�; EPSGCuSCAR IMW ST37-40After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"u�EPSG#�EPSG"v0EPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#) ! �,-�; EPSGC�SCAR IMW SU31-35After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)
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| aG-����, tH �6+mE EPSGC�North Pole Lambert Azimuthal Equal Area (Alaska)For studies of Alaskan area.EPSG&\EPSG"aZEPSG#�EPSG"b�jEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�=+uK EPSGC�North Pole Lambert Azimuthal Equal Area (Bering Sea)For studies of Bering Sea area.EPSG&\EPSG"aZEPSG#�EPSG"b �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�X+G_ EPSGC�USGS Transantarctic MountainsUSGS mapping of Transantarctic mountains.EPSG&JEPSG"u�EPSG#�EPSG"v �EPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�,-�; EPSGC�SCAR IMW SW01-60After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SV51-60After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"� �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SV41-50After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"�ZEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SV31-40After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"� EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SV21-30After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SV11-20After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SV01-10After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"��jEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SU56-60After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"� �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SU51-55After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"� �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SU46-50After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"�iEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,-�; EPSGC�SCAR IMW SU41-45After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&eEPSG"��T ��[EPSG#�EPSG"�KEPSG#�EPSG"fEPSG#)EPSG"gEPSG#) b �6+mG EPSGC�North Pole Lambert Azimuthal Equal Area (Canada)For studies of Canadian area.EPSG&\EPSG"aZEPSG#�EPSG"b�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)
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EPSGHGreenland zone 7 westEPSG&bEPSG"a@P33333EPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#) �+
EPSGG�Libya TMEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?��S���EPSG#�EPSG"fB@EPSG#)EPSG"gEPSG#) �8,)�a EPSGGeBalkans zone 7In Macedonia replaced by MSCS (map projection code 6203) from 2008 but from 2013 this projection used for AREC electronic cadastral database (E-kat) across whole country.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"frp�EPSG#)EPSG"gEPSG#) �F,A�; EPSGG<India zone I (1962 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"a@@&fffffEPSG#�EPSG"bDEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD��3333EPSG#)EPSG"gA+罙���EPSG#) �,!� EPSGGIsraeli CSBased on proj 18201 but with 1 million added to FN. Note: Palestine Belt (proj code 18202) has identical parameter values: the difference in conversion between the Israeli CS and the Palestine Belt caused by their different methods is under 2m in Israel.EPSG&NEPSG"a@?p����EPSG#�EPSG"b@A��%)EPSG#�EPSG"fA�\p��
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EPSGGNord TunisieEPSG&IEPSG"a(EPSG#�EPSG"b EPSG#�EPSG"e?��w=EPSG#�EPSG"f� EPSG#)EPSG"g��EPSG#) �),)�; EPSGF�India zone IVaBEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"a EPSG#�EPSG"bPEPSG#�EPSG"e?���t�EPSG#�EPSG"f-�EPSG#|EPSG"gB@EPSG#| � ,G�_ EPSGF�France Conic Conformal zone 2Compliments Lambert-93. Scale factor ranges between -9 and +7 cm/km. Area of use overlaps adjacent zones.EPSG&JEPSG"u+EPSG#�EPSG"vEPSG#�EPSG"w@E EPSG#�EPSG"x@E� EPSG#�EPSG"z�EPSG#)EPSG"{!��EPSG#) �X+Gq EPSGF�Colombia MAGNA 2018 West zoneAssociated with MAGNA-SIRGAS 2018 reference frame.EPSG&OEPSG"a@k$��EPSG#�EPSG"b�SB�M�TYEPSG#�EPSG"eEPSG#�EPSG"fB@EPSG#)EPSG"gB@EPSG#) �,-� EPSGFAustria zone M28Longitude is referenced to the Ferro meridian. See code 18044 for equivalent referenced to Greenwich meridian. Replaces Austria West Zone (EPSG code 18041) for large and medium scale topographic mapping and engineering survey but not cadastral survey.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"fI�EPSG#)EPSG"gEPSG#) �E+=e EPSGFYAustria Gauss-Kruger M34Proj code 18046 but with truncated northing.EPSG&OEPSG"aEPSG#�EPSG"b@0333333EPSG#�EPSG"eEPSG#�EPSG"f q�EPSG#)EPSG"g���EPSG#) �c,/�
EPSGF%North Taieri 2000Replaces North Taieri Circuit (code 17927) after 1st March 2000.EPSG&OEPSG"a�F��_o�EPSG#�EPSG"b@eEMj OEPSG#�EPSG"e?� )�rEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#) �U,)� EPSGFWairarapa 2000Replaces Wairarapa Circuit (code 17908) after 1st March 2000.EPSG&OEPSG"a�DF��tEPSG#�EPSG"b@e�Q� �EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#) �,5�Y EPSGE�Jacksons Bay CircuitReplaced Imperial measure circuit in 1972. Replaced by Jacksons Bay 2000 (code 17949) from March 2000.EPSG&OEPSG"a�E���&EPSG#�EPSG"b@e ��%��EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
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�,3�W EPSGE�Poverty Bay CircuitReplaced Imperial measure circuit in 1972. Replaced by Poverty Bay 2000 (code 17933) from March 2000.EPSG&OEPSG"a�C/��3�#EPSG#�EPSG"b@f0��9��EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
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� ���� �|,-�Q EPSGE�Hokitika CircuitReplaced Imperial measure circuit in 1972. Replaced by Hokitika 2000 (code 17947) from March 2000.EPSG&OEPSG"a�EC�L�8-EPSG#�EPSG"b@eR���FEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�,3�W EPSGE�Marlborough CircuitReplaced Imperial measure circuit in 1972. Replaced by Marlborough 2000 (code 17946) from March 2000.EPSG&OEPSG"a�D�yT�EPSG#�EPSG"b@e�bF܈WEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�v,'�K EPSGE�Amuri CircuitReplaced Imperial measure circuit in 1972. Replaced by Amuri 2000 (code 17945) from March 2000.EPSG&OEPSG"a�E4� 5�EPSG#�EPSG"b@e� �s� EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�t,%�I EPSGE�Grey CircuitReplaced Imperial measure circuit in 1972. Replaced by Grey 2000 (code 17944) from March 2000.EPSG&OEPSG"a�E��EPSG#�EPSG"b@ejm���EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�x,)�M EPSGE�Buller CircuitReplaced Imperial measure circuit in 1972. Replaced by Buller 2000 (code 17943) from March 2000.EPSG&OEPSG"a�D��c_ EPSG#�EPSG"b@ek QQ�8EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�z,+�O EPSGE�Karamea CircuitReplaced Imperial measure circuit in 1972. Replaced by Karamea 2000 (code 17942) from March 2000.EPSG&OEPSG"a�D�(�EPSG#�EPSG"b@e�%-��EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�x,)�M EPSGE�Nelson CircuitReplaced Imperial measure circuit in 1972. Replaced by Nelson 2000 (code 17941) from March 2000.EPSG&OEPSG"a�D���6
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�`EPSG#)�,3�W EPSGE�Collingwood CircuitReplaced Imperial measure circuit in 1972. Replaced by Collingwood 2000 (code 17940) from March 2000.EPSG&OEPSG"a�D6p�7 �EPSG#�EPSG"b@e�ܪp+�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)� ,1�U EPSGE�Wellington CircuitReplaced Imperial measure circuit in 1972. Replaced by Wellington 2000 (code 17939) from March 2000.EPSG&OEPSG"a�D�Ν�XEPSG#�EPSG"b@e�ծȪ�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�~,/�S EPSGE�Wairarapa CircuitReplaced Imperial measure circuit in 1972. Replaced by Wairarapa 2000 (code 17938) from March 2000.EPSG&OEPSG"a�DF��UaEPSG#�EPSG"b@e�RK���EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�|,-�Q EPSGE�Wanganui CircuitReplaced Imperial measure circuit in 1972. Replaced by Wanganui 2000 (code 17937) from March 2000.EPSG&OEPSG"a�DQ!��EPSG#�EPSG"b@e�U�͖EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�~,/�S EPSGE�Tuhirangi CircuitReplaced Imperial measure circuit in 1972. Replaced by Tuhirangi 2000 (code 17936) from March 2000.EPSG&OEPSG"a�C������EPSG#�EPSG"b@e�<��I�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�|,-�Q EPSGE�Taranaki CircuitReplaced Imperial measure circuit in 1972. Replaced by Taranaki 2000 (code 17935) from March 2000.EPSG&OEPSG"a�C�Z ϗEPSG#�EPSG"b@e�Jk�MEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)� ,1�U EPSGE�Hawkes Bay CircuitReplaced Imperial measure circuit in 1972. Replaced by Hawkes Bay 2000 (code 17934) from March 2000.EPSG&OEPSG"a�C��{�_�EPSG#�EPSG"b@f �|{�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#) �z,+�O EPSGE�Okarito CircuitReplaced Imperial measure circuit in 1972. Replaced by Okarito 2000 (code 17948) from March 2000.EPSG&OEPSG"a�E�%�on�EPSG#�EPSG"b@eD��(~EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
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� ������ 1X� �+ �U,)� EPSGFTuhirangi 2000Replaces Tuhirangi Circuit (code 17906) after 1st March 2000.EPSG&OEPSG"a�C���Fs�EPSG#�EPSG"b@e�<�쿱EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�S,'� EPSGFTaranaki 2000Replaces Taranaki Circuit (code 17905) after 1st March 2000.EPSG&OEPSG"a�C�W���'EPSG#�EPSG"b@e�I�^5?EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�W,+� EPSGFHawkes Bay 2000Replaces Hawkes Bay Circuit (code 17904) after 1st March 2000.EPSG&OEPSG"a�C��Y��}EPSG#�EPSG"b@f �G�{EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�Y,-� EPSGF
Poverty Bay 2000Replaces Poverty Bay Circuit (code 17903) after 1st March 2000.EPSG&OEPSG"a�C/���rEPSG#�EPSG"b@f0�PH�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�],1� EPSGF Bay of Plenty 2000Replaces Bay of Plenty Circuit (code 17902) after 1st March 2000.EPSG&OEPSG"a�B� �1'EPSG#�EPSG"b@f�Z���EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�_,+� EPSGF Mount Eden 2000Replaces Mount Eden Circuit (code 17901) after 1st March 2000.EPSG&OEPSG"a�BC)^� EPSG#�EPSG"b@eΐ-�
EPSG#�EPSG"e?�.H� EPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)� ,'�K EPSGFBluff CircuitReplaced Imperial measure circuit in 1972. Replaced by Bluff 2000 (code 17958) from March 2000.EPSG&OEPSG"a�G.���EPSG#�EPSG"b@e���)�EPSG#�EPSG"eEPSG#�EPSG"fAO���
=EPSG#)EPSG"gA%\�(�EPSG#)� ,5�Y EPSGFNorth Taieri CircuitReplaced Imperial measure circuit in 1972. Replaced by North Taieri 2000 (code 17957) from March 2000.EPSG&OEPSG"a�F��D-�EPSG#�EPSG"b@eEM�\��EPSG#�EPSG"e?� )�rEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�,?�c EPSGFObservation Point CircuitReplaced Imperial measure circuit in 1972. Replaced by Observation Point 2000 (code 17956) from March 2000.EPSG&OEPSG"a�F�/����EPSG#�EPSG"b@eK�7�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)� ,1�U EPSGFMount York CircuitReplaced Imperial measure circuit in 1972. Replaced by Mount York 2000 (code 17955) from March 2000.EPSG&OEPSG"a�F��\F|�EPSG#�EPSG"b@d�$ȷ>pEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�,9�] EPSGFMount Nicholas CircuitReplaced Imperial measure circuit in 1972. Replaced by Mount Nicholas 2000 (code 17954) from March 2000.EPSG&OEPSG"a�F��Ib�nEPSG#�EPSG"b@e�N�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�,3�W EPSGFLindis Peak CircuitReplaced Imperial measure circuit in 1972. Replaced by Lindis Peak 2000 (code 17953) from March 2000.EPSG&OEPSG"a�F8h��kEPSG#�EPSG"b@e(��I}MEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�x,)�M EPSGFTimaru CircuitReplaced Imperial measure circuit in 1972. Replaced by Timaru 2000 (code 17952) from March 2000.EPSG&OEPSG"a�F ҃/��EPSG#�EPSG"b@ea $��hEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�x,)�M EPSGFGawler CircuitReplaced Imperial measure circuit in 1972. Replaced by Gawler 2000 (code 17951) from March 2000.EPSG&OEPSG"a�E�T21VEPSG#�EPSG"b@ef����EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#)�,9�] EPSGF Mount Pleasant CircuitReplaced Imperial measure circuit in 1972. Replaced by Mount Pleasant 2000 (code 17950) from March 2000.EPSG&OEPSG"a�E�"��zEPSG#�EPSG"b@e���|�EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g
�`EPSG#) 1 �S,'� EPSGFWanganui 2000Replaces Wanganui Circuit (code 17907) after 1st March 2000.EPSG&OEPSG"a�DQ�_EPSG#�EPSG"b@e�U�=�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)
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= b����+Z�� � �e,9� EPSGF$Observation Point 2000Replaces Observation Point Circuit (code 17926) after 1st March 2000.EPSG&OEPSG"a�F�.��2�EPSG#�EPSG"b@eK�rGE9EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�W,+� EPSGF#Mount York 2000Replaces Mount York Circuit (code 17925) after 1st March 2000.EPSG&OEPSG"a�F�� ѷEPSG#�EPSG"b@d�$ xGEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�_,3� EPSGF"Mount Nicholas 2000Replaces Mount Nicholas Circuit (code 17924) after 1st March 2000.EPSG&OEPSG"a�F���|��EPSG#�EPSG"b@e�7KƨEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�Y,-� EPSGF!Lindis Peak 2000Replaces Lindis Peak Circuit (code 17923) after 1st March 2000.EPSG&OEPSG"a�F8e��OEPSG#�EPSG"b@e(�7��4EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�O,#� EPSGF Timaru 2000Replaces Timaru Circuit (code 17922) after 1st March 2000.EPSG&OEPSG"a�F �A��EPSG#�EPSG"b@ea '�0EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�O,#� EPSGF Gawler 2000Replaces Gawler Circuit (code 17921) after 1st March 2000.EPSG&OEPSG"a�E�$�/EPSG#�EPSG"b@ef�s�PEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�_,3� EPSGF Mount Pleasant 2000Replaces Mount Pleasant Circuit (code 17920) after 1st March 2000.EPSG&OEPSG"a�E�!�.H�EPSG#�EPSG"b@e���҈�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�[,/�
EPSGF Jacksons Bay 2000Replaces Jacksons Bay Circuit (code 17919) after 1st March 2000.EPSG&OEPSG"a�E��n�EPSG#�EPSG"b@e �$tS�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�Q,%� EPSGF Okarito 2000Replaces Okarito Circuit (code 17918) after 1st March 2000.EPSG&OEPSG"a�E�$ xGEPSG#�EPSG"b@eD쿱[WEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�S,'� EPSGFHokitika 2000Replaces Hokitika Circuit (code 17917) after 1st March 2000.EPSG&OEPSG"a�EC����EPSG#�EPSG"b@eR���?EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�Y,-� EPSGFMarlborough 2000Replaces Marlborough Circuit (code 17916) after 1st March 2000.EPSG&OEPSG"a�D�x��EPSG#�EPSG"b@e�a�e�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�L+! EPSGFAmuri 2000Replaces Amuri Circuit (code 17915) after 1st March 2000.EPSG&OEPSG"a�E4�j~��EPSG#�EPSG"b@e� }�H�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�J+ } EPSGFGrey 2000Replaces Grey Circuit (code 17914) after 1st March 2000.EPSG&OEPSG"a�E��u��EPSG#�EPSG"b@ejm��8�EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�O,#� EPSGFBuller 2000Replaces Buller Circuit (code 17913) after 1st March 2000.EPSG&OEPSG"a�D��(��EPSG#�EPSG"b@ek ��҉EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�Q,%� EPSGFKaramea 2000Replaces Karamea Circuit (code 17912) after 1st March 2000.EPSG&OEPSG"a�D�
�(��EPSG#�EPSG"b@e���nEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�O,#� EPSGFNelson 2000Replaces Nelson Circuit (code 17911) after 1st March 2000.EPSG&OEPSG"a�D�֡a�EPSG#�EPSG"b@e��U�=EPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�Y,-� EPSGFCollingwood 2000Replaces Collingwood Circuit (code 17910) after 1st March 2000.EPSG&OEPSG"a�D6p:�~�EPSG#�EPSG"b@e��]c�fEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)�W,+� EPSGFWellington 2000Replaces Wellington Circuit (code 17909) after 1st March 2000.EPSG&OEPSG"a�D�X�eEPSG#�EPSG"b@e���FEPSG#�EPSG"eEPSG#�EPSG"f�EPSG#)EPSG"g 5 EPSG#)
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� ���H����9 < �E+=e EPSGFXAustria Gauss-Kruger M31Proj code 18045 but with truncated northing.EPSG&OEPSG"aEPSG#�EPSG"b@*ffffffEPSG#�EPSG"eEPSG#�EPSG"f��EPSG#)EPSG"g���EPSG#)�W,?� EPSGFVAustria Gauss-Kruger EastGreenwich equivalent of Austria GK East zone (EPSG code 18003).EPSG&OEPSG"aEPSG#�EPSG"b@0333333EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g���EPSG#)�],E� EPSGFUAustria Gauss-Kruger CentralGreenwich equivalent of Austria GK Central zone (EPSG code 18002).EPSG&OEPSG"aEPSG#�EPSG"b@*ffffffEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g���EPSG#)�W,?� EPSGFTAustria Gauss-Kruger WestGreenwich equivalent of Austria GK West zone (EPSG code 18001).EPSG&OEPSG"aEPSG#�EPSG"b@$ffffffEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g���EPSG#)�U,I� EPSGFSAustria Gauss-Kruger East ZoneAustria East Zone (EPSG proj code 18043) with truncated northing. Longitude is referenced to the Ferro meridian. See code 18006 for equivalent projection referenced to the Greenwich meridian.EPSG&OEPSG"aEPSG#�EPSG"b"EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g���EPSG#)�[,O� EPSGFRAustria Gauss-Kruger Central ZoneAustria Central Zone (EPSG proj code 18042) with truncated northing. Longitude is referenced to the Ferro meridian. See code 18005 for equivalent projection referenced to the Greenwich meridian.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g���EPSG#)�U,I� EPSGFQAustria Gauss-Kruger West ZoneAustria West Zone (EPSG proj code 18041) with truncated northing. Longitude is referenced to the Ferro meridian. See code 18004 for equivalent projection referenced to the Greenwich meridian.EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g���EPSG#)�1,W�y EPSGF.Darwin Glacier Lambert Conformal 2000Replaced by McMurdo Sound Lambert Conformal 2000 (proj code 5475) from March 2011. LINZ S20007 withdrawn at this date.EPSG&JEPSG"u�EPSG#�EPSG"v �EPSG#�EPSG"w�S�����EPSG#�EPSG"x�S������EPSG#�EPSG"z� EPSG#)EPSG"{EPSG#)�\+]q EPSGF-Chatham Islands Transverse Mercator 2000Replaces Chatham Island Circuit 2000 (code 17959).EPSG&OEPSG"aEPSG#�EPSG"b�f �����EPSG#�EPSG"eEPSG#�EPSG"f5g�EPSG#)EPSG"g ���EPSG#)�,u�' EPSGF,New Zealand Continental Shelf Lambert Conformal 2000See NIWA Albers (projection code 9190) for oceanic data statistical analysis.EPSG&JEPSG"u�EPSG#�EPSG"v �EPSG#�EPSG"w�B�fffffEPSG#�EPSG"x�F&fffffEPSG#�EPSG"z-�EPSG#)EPSG"{j�EPSG#)�!+W
EPSGF+Raoul Island Transverse Mercator 2000EPSG&OEPSG"aEPSG#�EPSG"b�NEPSG#�EPSG"eEPSG#�EPSG"f5g�EPSG#)EPSG"g ���EPSG#)�&+a
EPSGF*Antipodes Islands Transverse Mercator 2000EPSG&OEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f5g�EPSG#)EPSG"g ���EPSG#)�$+]
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�`EPSG#)EPSG"{d�@EPSG#)�,+�U EPSGF�Lambert zone IVLongitude is referenced to the Paris meridian. Introduced 1972. Replaces Lambert Corse (code 18094).EPSG&IEPSG"a@Gl�����EPSG#�EPSG"bEPSG#�EPSG"e?� hC5EPSG#�EPSG"f@mKt�j~�EPSG#)EPSG"gAO;dZEPSG#)�|,-�_ EPSGF�Lambert zone IIILongitude is referenced to the Paris meridian. Introduced 1972. Replaces Lambert Sud France (code 18093).EPSG&IEPSG"a1EPSG#�EPSG"bEPSG#�EPSG"e?��¿EPSG#�EPSG"f '�EPSG#)EPSG"g0� EPSG#)�~,+�e EPSGF�Lambert zone IILongitude is referenced to the Paris meridian. Introduced 1972. Replaces Lambert Centre France (code 18092).EPSG&IEPSG"a4EPSG#�EPSG"bEPSG#�EPSG"e?��]ZEPSG#�EPSG"f '�EPSG#)EPSG"g!��EPSG#)�{,)�a EPSGF�Lambert zone ILongitude is referenced to the Paris meridian. Introduced 1972. Replaces Lambert Nord France (code 18091).EPSG&IEPSG"a7EPSG#�EPSG"bEPSG#�EPSG"e?���g�EPSG#�EPSG"f '�EPSG#)EPSG"gO�EPSG#)�+A
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EPSGF�Nigeria West BeltEPSG&OEPSG"aEPSG#�EPSG"b@333333EPSG#�EPSG"e?��E��EPSG#�EPSG"fA *�z�HEPSG#)EPSG"gEPSG#)�u,Y�% EPSGF�New Zealand South Island National GridReplaced by New Zealand Map Grid (code 19917). Used for topographic mapping.EPSG&OEPSG"a�EPSG#�EPSG"b@ei�����EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#PEPSG"g� EPSG#P�u,Y�% EPSGF�New Zealand North Island National GridReplaced by New Zealand Map Grid (code 19917). Used for topographic mapping.EPSG&OEPSG"a�EPSG#�EPSG"b@e陙���EPSG#�EPSG"eEPSG#�EPSG"f��EPSG#PEPSG"g�EPSG#P�
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EPSGF�Sahara SudEPSG&IEPSG"aEPSG#�EPSG"b�EPSG#�EPSG"e?�ۜ.�~EPSG#�EPSG"f�`EPSG#)EPSG"g�EPSG#)� +#- EPSGF�Sahara NordCreated in 1977.EPSG&IEPSG"a EPSG#�EPSG"b�EPSG#�EPSG"e?��T�OEPSG#�EPSG"fO�EPSG#)EPSG"g�EPSG#)�F,� EPSGF�SaharaCreated in 1977 to cover Sahara Marocain (ex Spanish Sahara)EPSG&IEPSG"a EPSG#�EPSG"b�EPSG#�EPSG"e?�#��xEPSG#�EPSG"fO�EPSG#)EPSG"g�EPSG#)�, �} EPSGF�Sud MarocA projection with the same parameter values used the Lambert Conic Near-Conformal method (EPSG code 9817) prior to 1953.EPSG&IEPSG"a!EPSG#�EPSG"b�EPSG#�EPSG"e?��ج��EPSG#�EPSG"f� EPSG#)EPSG"g��EPSG#)�,!�} EPSGF�Nord MarocA projection with the same parameter values used the Lambert Conic Near-Conformal method (EPSG code 9817) prior to 1953.EPSG&IEPSG"a%EPSG#�EPSG"b�EPSG#�EPSG"e?��.C �EPSG#�EPSG"f� EPSG#)EPSG"g��EPSG#)�9+%i EPSGF�Italy zone 2Original transformation by Gauss-Boaga formulaEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f&s�EPSG#)EPSG"gEPSG#)�9+%i EPSGF�Italy zone 1Original transformation by Gauss-Boaga formulaEPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�#��xEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#)�),)�; EPSGF�India zone IVbBEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"a EPSG#�EPSG"bdEPSG#�EPSG"e?���t�EPSG#�EPSG"f-�EPSG#|EPSG"gB@EPSG#| �+1
EPSGF�Philippines zone VEPSG&OEPSG"aEPSG#�EPSG"b}EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+3
EPSGF�Philippines zone IVEPSG&OEPSG"aEPSG#�EPSG"b{EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)
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� � q��V��I��W � � ,)� EPSGGPalestine BeltReplaces Palestine Grid (code 18201). See also Israeli CS (proj code 18203) which has identical parameter values: the difference in coordinates between the Palestine Belt and the Israeli CS caused by their different methods is under 2m within Israel.EPSG&OEPSG"a@?p����EPSG#�EPSG"b@A��%)EPSG#�EPSG"eEPSG#�EPSG"fA�\p��
EPSG#)EPSG"gA11��9XEPSG#)�,)� EPSGGPalestine GridReplaced (i) in Israel by Israeli CS (proj code 18203) which adds 1 million to FN; (ii) for AMS by Palestine Belt (code18202) which adds 1 million to FN and changes method to TM. Also encountered as a TM projection without change to FN (see code 7141).EPSG&NEPSG"a@?p����EPSG#�EPSG"b@A��%)EPSG#�EPSG"fA�\p��
EPSG#)EPSG"g@��>�C��EPSG#)�-+/W EPSGGFinland ETRS-GK31Replaced by GK31FIN (proj code 3872).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK30Replaced by GK30FIN (proj code 3871).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK29Replaced by GK29FIN (proj code 3870).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK28Replaced by GK28FIN (proj code 3869).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK27Replaced by GK27FIN (proj code 3868).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+)
EPSGGFinland zone 4EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"eEPSG#�EPSG"fD� EPSG#)EPSG"gEPSG#)� ,O�q EPSGGFinland Uniform Coordinate SystemUsed by Uniform Coordinate System over all country and also by zone 3 of Basic Coordinate System at larger scales.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f5g�EPSG#)EPSG"gEPSG#)�+)
EPSGGFinland zone 2EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f&%�EPSG#)EPSG"gEPSG#)�+)
EPSGGFinland zone 1EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f�`EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK26Replaced by GK26FIN (proj code 3867).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGG
Finland ETRS-GK25Replaced by GK25FIN (proj code 3866).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGG Finland ETRS-GK24Replaced by GK24FIN (proj code 3865).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGG Finland ETRS-GK23Replaced by GK23FIN (proj code 3864).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGG
Finland ETRS-GK22Replaced by GK22FIN (proj code 3863).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGG Finland ETRS-GK21Replaced by GK21FIN (proj code 3862).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK20Replaced by GK20FIN (proj code 3861).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�-+/W EPSGGFinland ETRS-GK19Replaced by GK19FIN (proj code 3860).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+#
EPSGGSud TunisieEPSG&IEPSG"a%EPSG#�EPSG"b EPSG#�EPSG"e?��.C �EPSG#�EPSG"f� EPSG#)EPSG"g��EPSG#)
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G ��-w��}9 �� �A,E�; EPSGG:India zone IVa (1975 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"a EPSG#�EPSG"bPEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD�� EPSG#)EPSG"gA+� EPSG#)�B,G�; EPSGG9India zone IIIa (1975 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#�EPSG"bPEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD�� EPSG#)EPSG"gA+� EPSG#)�A,E�; EPSGG8India zone IIa (1975 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#�EPSG"bJEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD�� EPSG#)EPSG"gA+� EPSG#)�F,A�; EPSGG7India zone I (1975 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"a@@&fffffEPSG#�EPSG"bDEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD�� EPSG#)EPSG"gA+� EPSG#)�6+'g EPSGG4NGO zone VIIILongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b@2333333EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�5+%g EPSGG3NGO zone VIILongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b@,333333EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�4+#g EPSGG2NGO zone VILongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b@$333333EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�3+!g EPSGG1NGO zone VLongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b@ffffffEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�4+#g EPSGG0NGO zone IVLongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b@ffffffEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�-+%g EPSGG/NGO zone IIILongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�4+#g EPSGG.NGO zone IILongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b�������EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�3+!g EPSGG-NGO zone ILongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#�EPSG"b�������EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�#+'
EPSGG$Guatemala SurEPSG&IEPSG"a@-z�G�EPSG#�EPSG"b�V������EPSG#�EPSG"e?�,P@ ZEPSG#�EPSG"f� EPSG#)EPSG"gA墹XbEPSG#)�%++
EPSGG#Guatemala NorteEPSG&IEPSG"a@0}p��
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EPSGG Finland zone 5EPSG&OEPSG"aEPSG#�EPSG"b!EPSG#�EPSG"eEPSG#�EPSG"fS�`EPSG#)EPSG"gEPSG#)�g,!� EPSGG Israeli TMDesigned to approximate Israeli CRS grid in north-central Israel.EPSG&OEPSG"a@?p���A�EPSG#�EPSG"b@A��q��EPSG#�EPSG"e?� �~EPSG#�EPSG"fA
�L�1'EPSG#)EPSG"gA#!�Ǯ{EPSG#) O �A,E�; EPSGG;India zone IIb (1975 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD�� EPSG#)EPSG"gA+� EPSG#)
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Z��4|�7� Jo� �q� �a,9� EPSGGWMaracaibo La Rosa GridGrid coordinates are (-17044E 29545N) at Maracaibo Cathedral.EPSG&IEPSG"a@$333333EPSG#�EPSG"b�Q�+` �EPSG#�EPSG"eEPSG#�EPSG"f�lEPSG#)EPSG"g�֘�z�HEPSG#)�^,3� EPSGGVMaracaibo Grid (M3)Grid coordinates are (500000 500000) at Maracaibo Cathedral.EPSG&IEPSG"a@$333333EPSG#�EPSG"b�Q�+` �EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gAML �1EPSG#)�Y,)� EPSGGUMaracaibo GridGrid coordinates are (200000 200000) at Maracaibo Cathedral.EPSG&IEPSG"a@$333333EPSG#�EPSG"b�Q�+` �EPSG#�EPSG"eEPSG#�EPSG"f
@EPSG#)EPSG"gA��9XbEPSG#)�P+3q EPSGGTMaracaibo Grid (M1)Grid coordinates are (0 0) at Maracaibo Cathedral.EPSG&IEPSG"a@$333333EPSG#�EPSG"b�Q�+` �EPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"g�鹟��wEPSG#)�
++
EPSGGMKorea West BeltEPSG&OEPSG"a&EPSG#�EPSG"b}EPSG#�EPSG"eEPSG#�EPSG"f
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EPSGGLKorea Central BeltEPSG&OEPSG"a&EPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"f
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EPSGGKKorea East BeltEPSG&OEPSG"a&EPSG#�EPSG"b �EPSG#�EPSG"eEPSG#�EPSG"f
@EPSG#)EPSG"g� EPSG#)�6+'a EPSGGHLibya zone 13Replaced by Libya TM zone 13 (code 18318).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�6+'a EPSGGGLibya zone 12Replaced by Libya TM zone 12 (code 18317).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�6+'a EPSGGFLibya zone 11Replaced by Libya TM zone 11 (code 18316).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�6+'a EPSGGELibya zone 10Replaced by Libya TM zone 10 (code 18315).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�4+%_ EPSGGDLibya zone 9Replaced by Libya TM zone 9 (code 18314).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�4+%_ EPSGGCLibya zone 8Replaced by Libya TM zone 8 (code 18313).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�4+%_ EPSGGBLibya zone 7Replaced by Libya TM zone 7 (code 18312).EPSG&OEPSG"aEPSG#�EPSG"b
EPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�4+%_ EPSGGALibya zone 6Replaced by Libya TM zone 6 (code 18311).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�4+%_ EPSGG@Libya zone 5Replaced by Libya TM zone 5 (code 18310).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�.H� EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�A,E�; EPSGG>India zone IIb (1937 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#�EPSG"bZEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD���Q�EPSG#)EPSG"gA+�u\EPSG#)�A,E�; EPSGG=India zone IIa (1962 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#�EPSG"bJEPSG#�EPSG"e?���t�EPSG#�EPSG"fAD��3333EPSG#)EPSG"gA+罙���EPSG#) * �
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EPSGGdBalkans zone 6EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"fc.�EPSG#)EPSG"gEPSG#)�
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EPSGGcBalkans zone 5EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�.H� EPSG#�EPSG"fS�`EPSG#)EPSG"gEPSG#)
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d y��� M��4��K b �3+-U EPSGG�Libya TM zone 13Replaces Libya zone 13 (code 18248).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�3+-U EPSGG�Libya TM zone 11Replaces Libya zone 11 (code 18246).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�3+-U EPSGG�Libya TM zone 10Replaces Libya zone 10 (code 18245).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�1++S EPSGG�Libya TM zone 9Replaces Libya zone 9 (code 18244).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�1++S EPSGG�Libya TM zone 8Replaces Libya zone 8 (code 18243).EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�1++S EPSGG�Libya TM zone 7Replaces Libya zone 7 (code 18242).EPSG&OEPSG"aEPSG#�EPSG"b
EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�1++S EPSGG�Libya TM zone 6Replaces Libya zone 6 (code 18241).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�1++S EPSGG�Libya TM zone 5Replaces Libya zone 5 (code 18240).EPSG&OEPSG"aEPSG#�EPSG"b EPSG#�EPSG"e?�$tS�EPSG#�EPSG"f
@EPSG#)EPSG"gEPSG#)�],5� EPSGG�Poland CS2000 zone 8See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�^��)EPSG#�EPSG"f �� EPSG#)EPSG"gEPSG#)�\,5� EPSGG�Poland CS2000 zone 7See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�^��)EPSG#�EPSG"frp�EPSG#)EPSG"gEPSG#)�\,5� EPSGG�Poland CS2000 zone 6See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�^��)EPSG#�EPSG"fc.�EPSG#)EPSG"gEPSG#)�\,5� EPSGG�Poland CS2000 zone 5See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�^��)EPSG#�EPSG"fS�`EPSG#)EPSG"gEPSG#)�i,#�C EPSGG|Poland CS92See Poland CS2000 zones (codes 18305-08) for cadastral survey and mapping at larger scales.EPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�C�\��EPSG#�EPSG"f� EPSG#)EPSG"g� �EPSG#)�+
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EPSGGmPoland zone VEPSG&OEPSG"aEPSG#�EPSG"b@2�� ě�EPSG#�EPSG"e?��Y1�}EPSG#�EPSG"f��EPSG#)EPSG"g�H�EPSG#)� +)
EPSGGlPoland zone IVEPSG&QEPSG"a@I�dZ �EPSG#�EPSG"b@0f�x��EPSG#�EPSG"e?�\��N<EPSG#�EPSG"f8��EPSG#)EPSG"gU�xEPSG#)� ++
EPSGGkPoland zone IIIEPSG&QEPSG"a@J������EPSG#�EPSG"b@1 �TEPSG#�EPSG"e?�\��N<EPSG#�EPSG"f5k�EPSG#)EPSG"g[��EPSG#)� +)
EPSGGjPoland zone IIEPSG&QEPSG"a@J����EPSG#�EPSG"b@5MV�EPSG#�EPSG"e?�\��N<EPSG#�EPSG"fF<xEPSG#)EPSG"gX��EPSG#)� +'
EPSGGiPoland zone IEPSG&QEPSG"a@I/�vȴ9EPSG#�EPSG"b@5 �����EPSG#�EPSG"e?�\��N<EPSG#�EPSG"fF�HEPSG#)EPSG"gV*�EPSG#)� +'
EPSGGhPoland zone IEPSG&QEPSG"a@I/�vȴ9EPSG#�EPSG"b@5 �����EPSG#�EPSG"e?�\��N<EPSG#�EPSG"fF�HEPSG#)EPSG"gSkxEPSG#)�+)
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EPSG#QEPSG"qA6+��z�HEPSG#Q�,k�qEPSGM�Rectified Skew Orthomorphic Borneo Grid (chain)See 19957 and 19958 for feet and metres versions. If using Hotine Oblique Mercator (variant A) method (code 9812) FE = FN = 0 chSe. Being replaced by metric version (code 19958).EPSG&WEPSG"kEPSG#�EPSG"lsEPSG#�EPSG"m@J��ݪ��EPSG#�EPSG"n@J��@���EPSG#�EPSG"o?�t�q�EPSG#�EPSG"p@ܪ {���EPSG#REPSG"q@���]c�EPSG#R�I+#} EPSGM�Suriname TMReplaced Suriname Old TM in 1979 (scale factor changed).EPSG&OEPSG"aEPSG#�EPSG"b�K�z�G�EPSG#�EPSG"e?�.H� EPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�I++u EPSGM�Suriname Old TMIntroduced in 1975. Replaced by Suriname TM in 1979.EPSG&OEPSG"aEPSG#�EPSG"b�K�z�G�EPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�+!
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EPSGM�Swiss Oblique Mercator 1995EPSG&WEPSG"k@GI#2�EPSG#�EPSG"l@ �C��EPSG#�EPSG"mZEPSG#�EPSG"nZEPSG#�EPSG"oEPSG#�EPSG"p'�@EPSG#)EPSG"qO�EPSG#)�f,5�' EPSGM�Levant StereographicUsed prior to World War II for cadastral and large scale topographic mapping.EPSG&QEPSG"a&EPSG#�EPSG"b@E� EPSG#�EPSG"e?�.�ד�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,'�Y EPSGM�Syria LambertReplaced Levant zone using same parameters but truncated near-conformal method (code 19940) from 1973.EPSG&IEPSG"a@A1� �REPSG#�EPSG"b@B��G�{EPSG#�EPSG"e?��Ӈ��EPSG#�EPSG"f��EPSG#)EPSG"g��EPSG#)�&++
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@EPSG#)EPSG"gАEPSG#)�(,!�3 EPSGNIrish GridDefined as part of the 1965 and 1975 mapping adustments in which the scale factor was introduced as a best fit to retain existing grid coordinates.EPSG&OEPSG"a@J�fffffEPSG#�EPSG"b�EPSG#�EPSG"e?� $�=��EPSG#�EPSG"f
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EPSGM�US National Atlas Equal AreaEPSG&]EPSG"|-EPSG#�EPSG"}�EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�,M�U EPSGM�New War Office Sierra Leone GridReplaces the War Office Sierra Leone Grid. New grid is 422.3 ft west and 112.1 ft south of old grid.EPSG&OEPSG"a@������EPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f 5 EPSG#�EPSG"g '�EPSG#��|,E�M EPSGM�Sierra Leone New Colony GridReplaces the Sierra Leone Colony Grid. New grid is 422.3 ft west and 112.1 ft south of old grid.EPSG&OEPSG"a@������EPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#�EPSG"gEPSG#��#+?
EPSGM�Irish Transverse MercatorEPSG&OEPSG"a@J�fffffEPSG#�EPSG"b�EPSG#�EPSG"e?��<`EPSG#�EPSG"f '�EPSG#)EPSG"g q�EPSG#)�k,3� EPSGN
Hong Kong 1980 GridGrid origin is Partiridge Hill triangulation station (old trig "2").EPSG&OEPSG"a@6/2��m�EPSG#�EPSG"b@\���h EPSG#�EPSG"eEPSG#�EPSG"fA)�����EPSG#)EPSG"gA(������EPSG#)
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EPSGN Kuwait Transverse MercatorEPSG&OEPSG"aEPSG#�EPSG"b0EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"gEPSG#)�p,)�W EPSGN Soldner BerlinOrigin is trigonometrical station Müggelberg. Effective under city ordnance dated 5th November 1991.EPSG&NEPSG"a@J `C�EPSG#�EPSG"b@*�a։��EPSG#�EPSG"f �@EPSG#)EPSG"g'EPSG#)�[,A� EPSGNJordan Transverse MercatorInformation has not been confirmed by National Mapping Agency.EPSG&OEPSG"aEPSG#�EPSG"b%EPSG#�EPSG"e?�\��N<EPSG#�EPSG"f� EPSG#)EPSG"g�9@EPSG#)�3+E
EPSGNAustralian Antarctic LambertEPSG&JEPSG"u�EPSG#�EPSG"vFEPSG#�EPSG"w�Q33333EPSG#�EPSG"x�R�33333EPSG#�EPSG"z[��EPSG#)EPSG"{[��EPSG#)�+]
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EPSGNJan Mayen GridEPSG&OEPSG"aEPSG#�EPSG"b� ������EPSG#�EPSG"eEPSG#�EPSG"f �PEPSG#)EPSG"g��@EPSG#)� +C
EPSGNLatvian Transverse MercatorEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"e?�#��xEPSG#�EPSG"f� EPSG#)EPSG"g�r�EPSG#)�w,5�# EPSGNIceland Lambert 1993Used only with ISN93 geogCRS. Replaced by Iceland Lambert 2004 (code 5326).EPSG&JEPSG"uAEPSG#�EPSG"v�EPSG#�EPSG"w@P �����EPSG#�EPSG"x@P\�����EPSG#�EPSG"z� EPSG#)EPSG"{� EPSG#)�.+5K EPSGNIceland Lambert 1955Used only with Hjorsey geogCRS.EPSG&bEPSG"aAEPSG#�EPSG"b�EPSG#�EPSG"eEPSG#�EPSG"f� EPSG#)EPSG"g� EPSG#)�x,5�[ EPSGNIceland Lambert 1900Used only with Reykjavik geogCRS. Longitude of origin originally defined as 31°30' west of Copenhagen.EPSG&bEPSG"aAEPSG#�EPSG"b�3#c�WEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�1+9e EPSGNEurope Equal Area 2001LCC (code 19985) used for conformal mapping.EPSG&\EPSG"a4EPSG#�EPSG"b
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IAU_2015ZMercatorEPSGEPSG"aEPSG#�EPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�+ /
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IAU_2015KLambert Conic ConformalEPSG&JEPSG"u(EPSG#�EPSG"vEPSG#�EPSG"wEPSG#�EPSG"x<EPSG#�EPSG"zEPSG#)EPSG"{EPSG#)�+ =
IAU_2015FOrthographic, clon = 180EPSG&pEPSG"aEPSG#�EPSG"b �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)� + 9
IAU_2015AOrthographic, clon = 0EPSG&pEPSG"aEPSG#�EPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�+ 1
IAU_2015<Tranverse MercatorEPSG&OEPSG"aEPSG#�EPSG"bEPSG#�EPSG"eEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)z+ 5
IAU_20157Robinson, clon = 180PROJROBINSONEPSG"b �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)v+ 1
IAU_20152Robinson, clon = 0PROJROBINSONEPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)|+ 7
IAU_2015-Mollweide, clon = 180PROJMOLLWEIDEEPSG"b �EPSG#�EPSG"fEPSG#)EPSG"gEPSG#)x+ 3
IAU_2015(Mollweide, clon = 0PROJMOLLWEIDEEPSG"bEPSG#�EPSG"fEPSG#)EPSG"gEPSG#)�+ #
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? EPSG
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? EPSG Rassadiran / Nakhl e TaqiEPSG0EPSG9EPSGM�3
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; EPSGHartebeesthoek94 / Lo27EPSGgEPSG4EPSGDw<
; EPSGHartebeesthoek94 / Lo25EPSGgEPSG4EPSGDu<
; EPSGHartebeesthoek94 / Lo23EPSGgEPSG4EPSGDs<
; EPSGHartebeesthoek94 / Lo21EPSGgEPSG4EPSGDq<
; EPSG Hartebeesthoek94 / Lo19EPSGgEPSG4EPSGDo<
; EPSG�Hartebeesthoek94 / Lo17EPSGgEPSG4EPSGDm<
; EPSG�Hartebeesthoek94 / Lo15EPSGgEPSG4EPSGDkF
O EPSG�Hanoi 1972 / Gauss-Kruger zone 19EPSG�EPSG3EPSG?[F
O EPSG�Hanoi 1972 / Gauss-Kruger zone 18EPSG�EPSG3EPSG?Z@
C EPSG�Abidjan 1987 / UTM zone 29NEPSG0EPSG/EPSG>�@
C EPSG�Locodjo 1965 / UTM zone 29NEPSG0EPSG.EPSG>�@
C EPSG�Abidjan 1987 / UTM zone 30NEPSG0EPSG/EPSG>�@
C EPSG�Locodjo 1965 / UTM zone 30NEPSG0EPSG.EPSG>�B
G EPSG�Israel 1993 / Israeli TM GridEPSG0EPSG-EPSGG A
E EPSG�NAD83(CSRS98) / UTM zone 20NEPSG0EPSG,EPSG>�A
E EPSG�NAD83(CSRS98) / UTM zone 19NEPSG0EPSG,EPSG>�I
U EPSG�NAD83(CSRS98) / New Brunswick StereoEPSG�EPSG,EPSGM�@
C EPSG�NAD27(CGQ77) / UTM zone 21NEPSG0EPSGEPSG>�@
C EPSG�NAD27(CGQ77) / UTM zone 20NEPSG0EPSGEPSG>�@
C EPSG�NAD27(CGQ77) / UTM zone 19NEPSG0EPSGEPSG>�@
C EPSG�NAD27(CGQ77) / UTM zone 18NEPSG0EPSGEPSG>�@
C EPSG�NAD27(CGQ77) / UTM zone 17NEPSG0EPSGEPSG>�=
= EPSG�NAD27(76) / UTM zone 18NEPSG0EPSG EPSG>�=
= EPSG�NAD27(76) / UTM zone 17NEPSG0EPSG EPSG>�=
= EPSG�NAD27(76) / UTM zone 16NEPSG0EPSG EPSG>�=
= EPSG�NAD27(76) / UTM zone 15NEPSG0EPSG EPSG>�<
; EPSG�NAD27(76) / MTM zone 17EPSG0EPSG EPSGE5<
; EPSG�NAD27(76) / MTM zone 16EPSG0EPSG EPSGE4<
; EPSG�NAD27(76) / MTM zone 15EPSG0EPSG EPSGE3<
; EPSG�NAD27(76) / MTM zone 14EPSG0EPSG EPSGE2<
; EPSG�NAD27(76) / MTM zone 13EPSG0EPSG EPSGE1<
; EPSG�NAD27(76) / MTM zone 12EPSG0EPSG EPSGE0<
; EPSG�NAD27(76) / MTM zone 11EPSG0EPSG EPSGE/<
; EPSG�NAD27(76) / MTM zone 10EPSG�EPSG EPSGE.;
9 EPSG�NAD27(76) / MTM zone 9EPSG�EPSG EPSGE-;
9 EPSG�NAD27(76) / MTM zone 8EPSG�EPSG EPSGE,A
E EPSG�NAD27(CGQ77) / SCoPQ zone 10EPSG�EPSGEPSGE.@
C EPSG�NAD27(CGQ77) / SCoPQ zone 9EPSG�EPSGEPSGE-@
C EPSG�NAD27(CGQ77) / SCoPQ zone 8EPSG�EPSGEPSGE,@
C EPSG�NAD27(CGQ77) / SCoPQ zone 7EPSG�EPSGEPSGE+@
C EPSG�NAD27(CGQ77) / SCoPQ zone 6EPSG�EPSGEPSGE*@
C EPSG�NAD27(CGQ77) / SCoPQ zone 5EPSG�EPSGEPSGE)@
C EPSG�NAD27(CGQ77) / SCoPQ zone 4EPSG�EPSGEPSGE(@
C EPSG�NAD27(CGQ77) / SCoPQ zone 3EPSG�EPSGEPSGE'@
C EPSG�NAD27(CGQ77) / SCoPQ zone 2EPSG�EPSGEPSGE$N
_ EPSG�St. Vincent 45 / British West Indies GridEPSG0EPSG�EPSGM�N
_ EPSG�St. Lucia 1955 / British West Indies GridEPSG0EPSG�EPSGM�N
_ EPSG�St. Kitts 1955 / British West Indies GridEPSG0EPSG�EPSGM�O
a EPSG�Montserrat 1958 / British West Indies GridEPSG0EPSG�EPSGM�L
[ EPSG�Grenada 1953 / British West Indies GridEPSG0EPSG�EPSGM�M
] EPSG�Dominica 1945 / British West Indies GridEPSG0EPSG�EPSGM�L
[ EPSG�Antigua 1943 / British West Indies GridEPSG0EPSG�EPSGM�M
] EPSG�Anguilla 1957 / British West Indies GridEPSG0EPSG�EPSGM�
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; EPSGJNZGD2000 / Okarito 2000EPSG�EPSGGEPSGF =
= EPSGINZGD2000 / Hokitika 2000EPSG�EPSGGEPSGF@
C EPSGHNZGD2000 / Marlborough 2000EPSG�EPSGGEPSGF:
7 EPSGGNZGD2000 / Amuri 2000EPSG�EPSGGEPSGF9
5 EPSGFNZGD2000 / Grey 2000EPSG�EPSGGEPSGF;
9 EPSGENZGD2000 / Buller 2000EPSG�EPSGGEPSGF<
; EPSGDNZGD2000 / Karamea 2000EPSG�EPSGGEPSGF;
9 EPSGCNZGD2000 / Nelson 2000EPSG�EPSGGEPSGF@
C EPSGBNZGD2000 / Collingwood 2000EPSG�EPSGGEPSGF?
A EPSGANZGD2000 / Wellington 2000EPSG�EPSGGEPSGF>
? EPSG@NZGD2000 / Wairarapa 2000EPSG�EPSGGEPSGF=
= EPSG?NZGD2000 / Wanganui 2000EPSG�EPSGGEPSGF>
? EPSG>NZGD2000 / Tuhirangi 2000EPSG�EPSGGEPSGF=
= EPSG=NZGD2000 / Taranaki 2000EPSG�EPSGGEPSGF?
A EPSG<NZGD2000 / Hawkes Bay 2000EPSG�EPSGGEPSGF@
C EPSG;NZGD2000 / Poverty Bay 2000EPSG�EPSGGEPSGF
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G EPSG:NZGD2000 / Bay of Plenty 2000EPSG�EPSGGEPSGF ?
A EPSG9NZGD2000 / Mount Eden 2000EPSG�EPSGGEPSGF B
G EPSG8Lake / Maracaibo La Rosa GridEPSG�EPSG�EPSGGW=
= EPSG7Lake / Maracaibo Grid M3EPSG�EPSG�EPSGGV:
7 EPSG6Lake / Maracaibo GridEPSG�EPSG�EPSGGU=
= EPSG5Lake / Maracaibo Grid M1EPSG�EPSG�EPSGGT8
3 EPSG4GGRS87 / Greek GridEPSG0EPSGEPSGM�<
; EPSG3Qatar 1948 / Qatar GridEPSG0EPSG�EPSGM�<
; EPSG2Korean 1985 / West BeltEPSG�EPSGBEPSGGM?
A EPSG1Korean 1985 / Central BeltEPSG�EPSGBEPSGGL<
; EPSG0Korean 1985 / East BeltEPSG�EPSGBEPSGGK:
7 EPSG/Bissau / UTM zone 28NEPSG0EPSGEEPSG>�9
5 EPSG.WGS 72BE / TM 106 NEEPSG0EPSG�EPSG@z;
9 EPSG-Hanoi 1972 / GK 106 NEEPSG�EPSG3EPSG@�F
O EPSG,South Yemen / Gauss Kruger zone 9EPSG�EPSGDEPSG?QF
O EPSG+South Yemen / Gauss Kruger zone 8EPSG�EPSGDEPSG?P?
A EPSG*Yemen NGN96 / UTM zone 39NEPSG0EPSGCEPSG>�?
A EPSG)Yemen NGN96 / UTM zone 38NEPSG0EPSGCEPSG>�8
3 EPSG(Carthage / TM 11 NEEPSG0EPSGEPSG@5
- EPSG'ELD79 / TM 12 NEEPSG0EPSG?EPSG@ 5
- EPSG&NAD27 / Cuba SurEPSG�EPSG�EPSGF�7
1 EPSG%NAD27 / Cuba NorteEPSG�EPSG�EPSGF�C
I EPSG$Hito XVIII 1963 / UTM zone 19SEPSG0EPSG�EPSG>�B
G EPSG#Hito XVIII 1963 / Argentina 2EPSG�EPSG�EPSGFpE
M EPSG"Pampa del Castillo / Argentina 2EPSG�EPSGAEPSGFpB
G EPSG!Chos Malal 1914 / Argentina 2EPSG�EPSG@EPSGFp9
5 EPSG ELD79 / UTM zone 35NEPSG0EPSG?EPSG>�9
5 EPSG ELD79 / UTM zone 34NEPSG0EPSG?EPSG>�9
5 EPSG ELD79 / UTM zone 33NEPSG0EPSG?EPSG>�9
5 EPSG ELD79 / UTM zone 32NEPSG0EPSG?EPSG>�:
7 EPSG ELD79 / Libya zone 13EPSG�EPSG?EPSGGH:
7 EPSGELD79 / Libya zone 12EPSG�EPSG?EPSGGG:
7 EPSGELD79 / Libya zone 11EPSG�EPSG?EPSGGF:
7 EPSGELD79 / Libya zone 10EPSG�EPSG?EPSGGE9
5 EPSGELD79 / Libya zone 9EPSG�EPSG?EPSGGD9
5 EPSGELD79 / Libya zone 8EPSG�EPSG?EPSGGC9
5 EPSGELD79 / Libya zone 7EPSG�EPSG?EPSGGB9
5 EPSGELD79 / Libya zone 6EPSG�EPSG?EPSGGA9
5 EPSGELD79 / Libya zone 5EPSG�EPSG?EPSGG@A
E EPSGNaparima 1955 / UTM zone 20NEPSG0EPSG>EPSG>�?
A EPSGMount Dillon / Tobago GridEPSG7EPSG=EPSGM�<
; EPSGS-JTSK (Ferro) / KrovakEPSGeEPSG�EPSGM�?
A EPSGDabola 1981 / UTM zone 29NEPSG0EPSG�EPSG>�?
A EPSGDabola 1981 / UTM zone 28NEPSG0EPSG�EPSG>�E
M EPSGMadrid 1870 (Madrid) / Spain LCCEPSG�EPSG'EPSGM�>
? EPSG
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Q EPSG�Azores Central 1948 / UTM zone 26NEPSG0EPSGWEPSG>�J
W EPSG�Azores Occidental 1939 / UTM zone 25NEPSG0EPSGVEPSG>�7
1 EPSG�ETRF2000-PL / CS92EPSG�EPSG%�EPSGG|<
; EPSG�ETRF2000-PL / CS2000/24EPSG�EPSG%�EPSGG�<
; EPSG�ETRF2000-PL / CS2000/21EPSG�EPSG%�EPSGG�<
; EPSG�ETRF2000-PL / CS2000/18EPSG�EPSG%�EPSGG�<
; EPSG�ETRF2000-PL / CS2000/15EPSG�EPSG%�EPSGG�E
M EPSGPulkovo 1942(58) / Poland zone VEPSG�EPSGSEPSGGmF
O EPSG~Pulkovo 1942(58) / Poland zone IVEPSG�EPSGSEPSGGlG
Q EPSG}Pulkovo 1942(58) / Poland zone IIIEPSG�EPSGSEPSGGkF
O EPSG|Pulkovo 1942(58) / Poland zone IIEPSG�EPSGSEPSGGjE
M EPSG{Pulkovo 1942(58) / Poland zone IEPSG�EPSGSEPSGGi8
3 EPSGzMGI / Slovenia GridEPSG�EPSG�EPSGM�:
7 EPSGyLUREF / Luxembourg TMEPSG�EPSGUEPSGM�K
Y EPSGxPulkovo 1942(83) / Gauss Kruger zone 5EPSG�EPSGREPSG?�K
Y EPSGwPulkovo 1942(83) / Gauss Kruger zone 4EPSG�EPSGREPSG?�K
Y EPSGvPulkovo 1942(83) / Gauss Kruger zone 3EPSG�EPSGREPSG?�;
9 EPSGuAbidjan 1987 / TM 5 NWEPSG0EPSG/EPSGBm;
9 EPSGtLocodjo 1965 / TM 5 NWEPSG0EPSG.EPSGBmA
E EPSGsUS National Atlas Equal AreaEPSG�EPSG�EPSG;E
M EPSGrSierra Leone 1968 / UTM zone 29NEPSG0EPSGOEPSG>�E
M EPSGqSierra Leone 1968 / UTM zone 28NEPSG0EPSGOEPSG>�L
[ EPSGpSierra Leone 1924 / New War Office GridEPSG4EPSGNEPSGM�H
S EPSGoSierra Leone 1924 / New Colony GridEPSG4EPSGNEPSGM�<
; EPSGnIRENET95 / UTM zone 29NEPSG0EPSGMEPSG>�I
U EPSGmIRENET95 / Irish Transverse MercatorEPSG0EPSGMEPSGM�?
A EPSGlNAD83(HARN) / UTM zone 59SEPSG0EPSG8EPSG? Q
e EPSGkAmerican Samoa 1962 / American Samoa LambertEPSG�EPSGIEPSG;�:
7 EPSGjRGF93 v1 / Lambert-93EPSG�EPSGKEPSGF�A
E EPSGiNAD83(CSRS98) / UTM zone 11NEPSG0EPSG,EPSG>�A
E EPSGhNAD83(CSRS98) / UTM zone 12NEPSG0EPSG,EPSG>�A
E EPSGgNAD83(CSRS98) / UTM zone 13NEPSG0EPSG,EPSG>�A
E EPSGfNAD83(CSRS98) / UTM zone 17NEPSG0EPSG,EPSG>�A
E EPSGeNAD83(CSRS98) / UTM zone 18NEPSG0EPSG,EPSG>�A
E EPSGdNAD83(CSRS98) / UTM zone 21NEPSG0EPSG,EPSG>�@
C EPSGcNAD83(CSRS98) / MTM zone 10EPSG�EPSG,EPSGE.?
A EPSGbNAD83(CSRS98) / MTM zone 9EPSG�EPSG,EPSGE-?
A EPSGaNAD83(CSRS98) / MTM zone 8EPSG�EPSG,EPSGE,?
A EPSG`NAD83(CSRS98) / MTM zone 7EPSG�EPSG,EPSGE+?
A EPSG_NAD83(CSRS98) / MTM zone 6EPSG�EPSG,EPSGE*?
A EPSG^NAD83(CSRS98) / MTM zone 5EPSG�EPSG,EPSGE)?
A EPSG]NAD83(CSRS98) / MTM zone 4EPSG�EPSG,EPSGE(?
A EPSG\NAD83(CSRS98) / MTM zone 3EPSG�EPSG,EPSGE'A
E EPSG[NAD83(CSRS98) / SCoPQ zone 2EPSG�EPSG,EPSGE$B
G EPSGZNAD27(CGQ77) / Quebec LambertEPSG�EPSGEPSGM�4
+ EPSGYAccra / TM 1 NWEPSG0EPSGHEPSGBi@
C EPSGXAccra / Ghana National GridEPSG4EPSGHEPSGM�<
; EPSGWNZGD2000 / UTM zone 60SEPSG0EPSGGEPSG? <
; EPSGVNZGD2000 / UTM zone 59SEPSG0EPSGGEPSG? <
; EPSGUNZGD2000 / UTM zone 58SEPSG0EPSGGEPSG? :
7 EPSGTNZGD2000 / Bluff 2000EPSG�EPSGGEPSGF&A
E EPSGSNZGD2000 / North Taieri 2000EPSG�EPSGGEPSGF%F
O EPSGRNZGD2000 / Observation Point 2000EPSG�EPSGGEPSGF$?
A EPSGQNZGD2000 / Mount York 2000EPSG�EPSGGEPSGF#C
I EPSGPNZGD2000 / Mount Nicholas 2000EPSG�EPSGGEPSGF"@
C EPSGONZGD2000 / Lindis Peak 2000EPSG�EPSGGEPSGF!;
9 EPSGNNZGD2000 / Timaru 2000EPSG�EPSGGEPSGF ;
9 EPSGMNZGD2000 / Gawler 2000EPSG�EPSGGEPSGF @
C EPSG�Madeira 1936 / UTM zone 28NEPSG0EPSGYEPSG>�
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S EPSG�NAD83 / Massachusetts Island (ftUS)EPSG�EPSG�EPSG;�J
W EPSG�NAD83 / Massachusetts Mainland (ftUS)EPSG�EPSG�EPSG;�<
; EPSG�NAD83 / Maryland (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / Kentucky South (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / Kentucky North (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Indiana West (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Indiana East (ftUS)EPSG�EPSG�EPSG;�>
? EPSG�NAD83 / Idaho West (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83 / Idaho Central (ftUS)EPSG�EPSG�EPSG;�>
? EPSG�NAD83 / Idaho East (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Georgia West (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Georgia East (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83 / Florida North (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Florida West (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Florida East (ftUS)EPSG�EPSG�EPSG;�<
; EPSG�NAD83 / Delaware (ftUS)EPSG�EPSG�EPSG;�?
A EPSG�NAD83 / Connecticut (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / Colorado South (ftUS)EPSG�EPSG�EPSG;�D
K EPSG�NAD83 / Colorado Central (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / Colorado North (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83 / California zone 6 (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83 / California zone 5 (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83 / California zone 4 (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83 / California zone 3 (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83 / California zone 2 (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83 / California zone 1 (ftUS)EPSG�EPSG�EPSG;�>
? EPSG�NAD83 / Arizona West (ft)EPSG�EPSG�EPSG;�A
E EPSG�NAD83 / Arizona Central (ft)EPSG�EPSG�EPSG;�>
? EPSG�NAD83 / Arizona East (ft)EPSG�EPSG�EPSG;�N
_ EPSG�Scoresbysund 1952 / Greenland zone 6 eastEPSGEPSGcEPSGG�9
5 EPSG�ATS77 / UTM zone 20NEPSG0EPSGEPSG>�9
5 EPSG�ATS77 / UTM zone 19NEPSG0EPSGEPSG>�N
_ EPSG�Scoresbysund 1952 / Greenland zone 5 eastEPSGEPSGcEPSGG�?
A EPSG�Qornoq 1927 / UTM zone 23NEPSG0EPSGbEPSG>�?
A EPSG�Qornoq 1927 / UTM zone 22NEPSG0EPSGbEPSG>�?
A EPSG�Manoca 1962 / UTM zone 32NEPSG0EPSGaEPSG>�;
9 EPSG�Douala 1948 / AOF westEPSG0EPSG`EPSGG�6
/ EPSG�ETRS89 / TM 30 NEEPSG0EPSG�EPSG@.I
U EPSG�ED50 / 3-degree Gauss-Kruger zone 15EPSG�EPSG�EPSG?�I
U EPSG�ED50 / 3-degree Gauss-Kruger zone 14EPSG�EPSG�EPSG?�I
U EPSG�ED50 / 3-degree Gauss-Kruger zone 13EPSG�EPSG�EPSG?�I
U EPSG�ED50 / 3-degree Gauss-Kruger zone 12EPSG�EPSG�EPSG?�I
U EPSG�ED50 / 3-degree Gauss-Kruger zone 11EPSG�EPSG�EPSG?�I
U EPSG�ED50 / 3-degree Gauss-Kruger zone 10EPSG�EPSG�EPSG?�H
S EPSG�ED50 / 3-degree Gauss-Kruger zone 9EPSG�EPSG�EPSG?�;
9 EPSG�NAD83 / Kentucky NorthEPSG�EPSG�EPSG;�6
/ EPSG�NAD27 / TennesseeEPSG�EPSG�EPSG;�:
7 EPSG�REGVEN / UTM zone 20NEPSG0EPSG]EPSG>�:
7 EPSG�REGVEN / UTM zone 19NEPSG0EPSG]EPSG>�:
7 EPSG�REGVEN / UTM zone 18NEPSG0EPSG]EPSG>�P
c EPSG�ATS77 / New Brunswick Stereographic (ATS77)EPSG�EPSGEPSGM�H
S EPSG�Albanian 1987 / Gauss Kruger zone 4EPSG�EPSG_EPSG?L=
= EPSG�ETRS89 / Kp2000 BornholmEPSG0EPSG�EPSGG�<
; EPSG�ETRS89 / Kp2000 ZealandEPSG0EPSG�EPSGG�<
; EPSG�ETRS89 / Kp2000 JutlandEPSG0EPSG�EPSGG�>
? EPSG�NAD83(HARN) / UTM zone 2SEPSG0EPSG8EPSG>�Q
e EPSG�American Samoa 1962 / American Samoa LambertEPSG�EPSGIEPSG;�T
k EPSG�NZGD2000 / New Zealand Transverse Mercator 2000EPSG�EPSGGEPSGN
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3 EPSG Batavia / TM 109 SEEPSG0EPSGsEPSGAEH
S EPSG Qornoq 1927 / Greenland zone 8 eastEPSGEPSGbEPSGG�H
S EPSG Qornoq 1927 / Greenland zone 7 westEPSGEPSGbEPSGHH
S EPSG Qornoq 1927 / Greenland zone 6 westEPSGEPSGbEPSGHH
S EPSG Qornoq 1927 / Greenland zone 5 westEPSGEPSGbEPSGHH
S EPSG�Qornoq 1927 / Greenland zone 4 westEPSGEPSGbEPSGHH
S EPSG�Qornoq 1927 / Greenland zone 4 eastEPSG�EPSGbEPSGG�H
S EPSG�Qornoq 1927 / Greenland zone 3 westEPSGEPSGbEPSGHH
S EPSG�Qornoq 1927 / Greenland zone 3 eastEPSG�EPSGbEPSGG�H
S EPSG�Qornoq 1927 / Greenland zone 2 westEPSGEPSGbEPSGH H
S EPSG�Qornoq 1927 / Greenland zone 2 eastEPSG�EPSGbEPSGG�H
S EPSG�Qornoq 1927 / Greenland zone 1 eastEPSG�EPSGbEPSGG�L
[ EPSG�Ammassalik 1958 / Greenland zone 7 eastEPSGEPSGdEPSGG�C
I EPSG�ATS77 / MTM Nova Scotia zone 5EPSG0EPSGEPSGE�C
I EPSG�ATS77 / MTM Nova Scotia zone 4EPSG0EPSGEPSGE�]
} EPSG�NAD83(CSRS98) / Prince Edward Isl. Stereographic (NAD83)EPSG�EPSG,EPSGM�]
} EPSG�NAD83(CSRS98) / Prince Edward Isl. Stereographic (NAD83)EPSG�EPSGEPSGM�U
m EPSG�ATS77 / Prince Edward Isl. Stereographic (ATS77)EPSG�EPSGEPSGM�C
I EPSG�NAD83 / Wisconsin South (ftUS)EPSG�EPSG�EPSG< E
M EPSG�NAD83 / Wisconsin Central (ftUS)EPSG�EPSG�EPSG<
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I EPSG�NAD83 / Wisconsin North (ftUS)EPSG�EPSG�EPSG< D
K EPSG�NAD83 / Washington South (ftUS)EPSG�EPSG�EPSG<D
K EPSG�NAD83 / Washington North (ftUS)EPSG�EPSG�EPSG<B
G EPSG�NAD83 / Virginia South (ftUS)EPSG�EPSG�EPSG<B
G EPSG�NAD83 / Virginia North (ftUS)EPSG�EPSG�EPSG<<
; EPSG�NAD83 / Utah South (ft)EPSG�EPSG�EPSG<>
? EPSG�NAD83 / Utah Central (ft)EPSG�EPSG�EPSG<<
; EPSG�NAD83 / Utah North (ft)EPSG�EPSG�EPSG<?
A EPSG�NAD83 / Texas South (ftUS)EPSG�EPSG�EPSG<G
Q EPSG�NAD83 / Texas South Central (ftUS)EPSG�EPSG�EPSG< A
E EPSG�NAD83 / Texas Central (ftUS)EPSG�EPSG�EPSG;�G
Q EPSG�NAD83 / Texas North Central (ftUS)EPSG�EPSG�EPSG;�?
A EPSG�NAD83 / Texas North (ftUS)EPSG�EPSG�EPSG;�=
= EPSG�NAD83 / Tennessee (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / South Carolina (ft)EPSG�EPSG�EPSG;�F
O EPSG�NAD83 / Pennsylvania South (ftUS)EPSG�EPSG�EPSG;�F
O EPSG�NAD83 / Pennsylvania North (ftUS)EPSG�EPSG�EPSG;�>
? EPSG�NAD83 / Oregon South (ft)EPSG�EPSG�EPSG;�>
? EPSG�NAD83 / Oregon North (ft)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / Oklahoma South (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / Oklahoma North (ftUS)EPSG�EPSG�EPSG;�D
K EPSG�NAD83 / North Dakota South (ft)EPSG�EPSG�EPSG;�D
K EPSG�NAD83 / North Dakota North (ft)EPSG�EPSG�EPSG;�B
G EPSG�NAD83 / North Carolina (ftUS)EPSG�EPSG�EPSG;�H
S EPSG�NAD83 / New York Long Island (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83 / New York West (ftUS)EPSG�EPSG�EPSG;�D
K EPSG�NAD83 / New York Central (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83 / New York East (ftUS)EPSG�EPSG�EPSG;�C
I EPSG�NAD83 / New Mexico West (ftUS)EPSG�EPSG�EPSG;�F
O EPSG�NAD83 / New Mexico Central (ftUS)EPSG�EPSG�EPSG;�C
I EPSG�NAD83 / New Mexico East (ftUS)EPSG�EPSG�EPSG;�9
5 EPSG�NAD83 / Montana (ft)EPSG�EPSG�EPSG;�D
K EPSG�NAD83 / Mississippi West (ftUS)EPSG�EPSG�EPSG;�D
K EPSG�NAD83 / Mississippi East (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83 / Michigan South (ft)EPSG�EPSG�EPSG;� 7
1 EPSG WGS 84 / TM 132 SEEPSG0EPSG�EPSGA\
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_ EPSG ?Xian 1980 / 3-degree Gauss-Kruger zone 43EPSG�EPSGEPSG>�N
_ EPSG >Xian 1980 / 3-degree Gauss-Kruger zone 42EPSG�EPSGEPSG>�N
_ EPSG =Xian 1980 / 3-degree Gauss-Kruger zone 41EPSG�EPSGEPSG>�N
_ EPSG <Xian 1980 / 3-degree Gauss-Kruger zone 40EPSG�EPSGEPSG>�N
_ EPSG ;Xian 1980 / 3-degree Gauss-Kruger zone 39EPSG�EPSGEPSG?�N
_ EPSG :Xian 1980 / 3-degree Gauss-Kruger zone 38EPSG�EPSGEPSG?�N
_ EPSG 9Xian 1980 / 3-degree Gauss-Kruger zone 37EPSG�EPSGEPSG?�N
_ EPSG 8Xian 1980 / 3-degree Gauss-Kruger zone 36EPSG�EPSGEPSG?�N
_ EPSG 7Xian 1980 / 3-degree Gauss-Kruger zone 35EPSG�EPSGEPSG?�N
_ EPSG 6Xian 1980 / 3-degree Gauss-Kruger zone 34EPSG�EPSGEPSG?�N
_ EPSG 5Xian 1980 / 3-degree Gauss-Kruger zone 33EPSG�EPSGEPSG?�N
_ EPSG 4Xian 1980 / 3-degree Gauss-Kruger zone 32EPSG�EPSGEPSG?�N
_ EPSG 3Xian 1980 / 3-degree Gauss-Kruger zone 31EPSG�EPSGEPSG?�N
_ EPSG 2Xian 1980 / 3-degree Gauss-Kruger zone 30EPSG�EPSGEPSG?�N
_ EPSG 1Xian 1980 / 3-degree Gauss-Kruger zone 29EPSG�EPSGEPSG?�N
_ EPSG 0Xian 1980 / 3-degree Gauss-Kruger zone 28EPSG�EPSGEPSG?�N
_ EPSG /Xian 1980 / 3-degree Gauss-Kruger zone 27EPSG�EPSGEPSG?�N
_ EPSG .Xian 1980 / 3-degree Gauss-Kruger zone 26EPSG�EPSGEPSG?�N
_ EPSG -Xian 1980 / 3-degree Gauss-Kruger zone 25EPSG�EPSGEPSG?�E
M EPSG ,Xian 1980 / Gauss-Kruger CM 135EEPSG�EPSGEPSG?�E
M EPSG +Xian 1980 / Gauss-Kruger CM 129EEPSG�EPSGEPSG?�E
M EPSG *Xian 1980 / Gauss-Kruger CM 123EEPSG�EPSGEPSG?�E
M EPSG )Xian 1980 / Gauss-Kruger CM 117EEPSG�EPSGEPSG?�E
M EPSG (Xian 1980 / Gauss-Kruger CM 111EEPSG�EPSGEPSG?�E
M EPSG 'Xian 1980 / Gauss-Kruger CM 105EEPSG�EPSGEPSG?�D
K EPSG &Xian 1980 / Gauss-Kruger CM 99EEPSG�EPSGEPSG?�D
K EPSG %Xian 1980 / Gauss-Kruger CM 93EEPSG�EPSGEPSG?�D
K EPSG $Xian 1980 / Gauss-Kruger CM 87EEPSG�EPSGEPSG?�D
K EPSG #Xian 1980 / Gauss-Kruger CM 81EEPSG�EPSGEPSG?�D
K EPSG "Xian 1980 / Gauss-Kruger CM 75EEPSG�EPSGEPSG?�E
M EPSG !Xian 1980 / Gauss-Kruger zone 23EPSG�EPSGEPSG?_E
M EPSG Xian 1980 / Gauss-Kruger zone 22EPSG�EPSGEPSG?^E
M EPSG Xian 1980 / Gauss-Kruger zone 21EPSG�EPSGEPSG?]E
M EPSG Xian 1980 / Gauss-Kruger zone 20EPSG�EPSGEPSG?\E
M EPSG Xian 1980 / Gauss-Kruger zone 19EPSG�EPSGEPSG?[E
M EPSG Xian 1980 / Gauss-Kruger zone 18EPSG�EPSGEPSG?ZE
M EPSG Xian 1980 / Gauss-Kruger zone 17EPSG�EPSGEPSG?YE
M EPSG Xian 1980 / Gauss-Kruger zone 16EPSG�EPSGEPSG?XE
M EPSG Xian 1980 / Gauss-Kruger zone 15EPSG�EPSGEPSG?WE
M EPSG Xian 1980 / Gauss-Kruger zone 14EPSG�EPSGEPSG?VE
M EPSG Xian 1980 / Gauss-Kruger zone 13EPSG�EPSGEPSG?U?
A EPSG Hong Kong 1980 Grid SystemEPSG�EPSGEPSGN
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# EPSG ED50 / TM45EPSG�EPSG�EPSG?�0
# EPSG ED50 / TM42EPSG�EPSG�EPSG?�0
# EPSG ED50 / TM39EPSG�EPSG�EPSG?�0
# EPSG ED50 / TM36EPSG�EPSG�EPSG?�0
# EPSG ED50 / TM33EPSG�EPSG�EPSG?�0
# EPSG ED50 / TM30EPSG�EPSG�EPSG?�0
# EPSG ED50 / TM27EPSG�EPSG�EPSG?�@
C EPSG Ain el Abd / Aramco LambertEPSG0EPSGlEPSGN :
7 EPSG
PSAD56 / ICN RegionalEPSG�EPSG�EPSGNC
I EPSG Campo Inchauspe / UTM zone 20SEPSG0EPSG}EPSG>�C
I EPSG Campo Inchauspe / UTM zone 19SEPSG0EPSG}EPSG>�J
W EPSG
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e EPSG qBeijing 1954 / 3-degree Gauss-Kruger zone 41EPSG�EPSGvEPSG>�Q
e EPSG pBeijing 1954 / 3-degree Gauss-Kruger zone 40EPSG�EPSGvEPSG>�Q
e EPSG oBeijing 1954 / 3-degree Gauss-Kruger zone 39EPSG�EPSGvEPSG?�Q
e EPSG nBeijing 1954 / 3-degree Gauss-Kruger zone 38EPSG�EPSGvEPSG?�Q
e EPSG mBeijing 1954 / 3-degree Gauss-Kruger zone 37EPSG�EPSGvEPSG?�Q
e EPSG lBeijing 1954 / 3-degree Gauss-Kruger zone 36EPSG�EPSGvEPSG?�Q
e EPSG kBeijing 1954 / 3-degree Gauss-Kruger zone 35EPSG�EPSGvEPSG?�Q
e EPSG jBeijing 1954 / 3-degree Gauss-Kruger zone 34EPSG�EPSGvEPSG?�Q
e EPSG iBeijing 1954 / 3-degree Gauss-Kruger zone 33EPSG�EPSGvEPSG?�Q
e EPSG hBeijing 1954 / 3-degree Gauss-Kruger zone 32EPSG�EPSGvEPSG?�Q
e EPSG gBeijing 1954 / 3-degree Gauss-Kruger zone 31EPSG�EPSGvEPSG?�Q
e EPSG fBeijing 1954 / 3-degree Gauss-Kruger zone 30EPSG�EPSGvEPSG?�Q
e EPSG eBeijing 1954 / 3-degree Gauss-Kruger zone 29EPSG�EPSGvEPSG?�Q
e EPSG dBeijing 1954 / 3-degree Gauss-Kruger zone 28EPSG�EPSGvEPSG?�Q
e EPSG cBeijing 1954 / 3-degree Gauss-Kruger zone 27EPSG�EPSGvEPSG?�Q
e EPSG bBeijing 1954 / 3-degree Gauss-Kruger zone 26EPSG�EPSGvEPSG?�Q
e EPSG aBeijing 1954 / 3-degree Gauss-Kruger zone 25EPSG�EPSGvEPSG?�3
) EPSG `RT90 2.5 gon WEPSG�EPSG EPSGM�T
k EPSG _Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 5EPSG�EPSGREPSG?�T
k EPSG ^Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 4EPSG�EPSGREPSG?�T
k EPSG ]Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 3EPSG�EPSGREPSG?�F
O EPSG \South Yemen / Gauss-Kruger zone 9EPSG�EPSGDEPSG?QF
O EPSG [South Yemen / Gauss-Kruger zone 8EPSG�EPSGDEPSG?P9
5 EPSG ZKKJ / Finland zone 4EPSG�EPSGEPSGGL
[ EPSG YKKJ / Finland Uniform Coordinate SystemEPSG�EPSGEPSGG9
5 EPSG XKKJ / Finland zone 2EPSG�EPSGEPSGG9
5 EPSG WKKJ / Finland zone 1EPSG�EPSGEPSGGN
_ EPSG VXian 1980 / 3-degree Gauss-Kruger CM 135EEPSG�EPSGEPSG?�N
_ EPSG UXian 1980 / 3-degree Gauss-Kruger CM 132EEPSG�EPSGEPSG?.N
_ EPSG TXian 1980 / 3-degree Gauss-Kruger CM 129EEPSG�EPSGEPSG?�N
_ EPSG SXian 1980 / 3-degree Gauss-Kruger CM 126EEPSG�EPSGEPSG?,N
_ EPSG RXian 1980 / 3-degree Gauss-Kruger CM 123EEPSG�EPSGEPSG?�N
_ EPSG QXian 1980 / 3-degree Gauss-Kruger CM 120EEPSG�EPSGEPSG?*N
_ EPSG PXian 1980 / 3-degree Gauss-Kruger CM 117EEPSG�EPSGEPSG?�N
_ EPSG OXian 1980 / 3-degree Gauss-Kruger CM 114EEPSG�EPSGEPSG@N
_ EPSG NXian 1980 / 3-degree Gauss-Kruger CM 111EEPSG�EPSGEPSG?�N
_ EPSG MXian 1980 / 3-degree Gauss-Kruger CM 108EEPSG�EPSGEPSG@ N
_ EPSG LXian 1980 / 3-degree Gauss-Kruger CM 105EEPSG�EPSGEPSG?�N
_ EPSG KXian 1980 / 3-degree Gauss-Kruger CM 102EEPSG�EPSGEPSG@
M
] EPSG JXian 1980 / 3-degree Gauss-Kruger CM 99EEPSG�EPSGEPSG?�M
] EPSG IXian 1980 / 3-degree Gauss-Kruger CM 96EEPSG�EPSGEPSG@M
] EPSG HXian 1980 / 3-degree Gauss-Kruger CM 93EEPSG�EPSGEPSG?�M
] EPSG GXian 1980 / 3-degree Gauss-Kruger CM 90EEPSG�EPSGEPSG@M
] EPSG FXian 1980 / 3-degree Gauss-Kruger CM 87EEPSG�EPSGEPSG?�M
] EPSG EXian 1980 / 3-degree Gauss-Kruger CM 84EEPSG�EPSGEPSG@M
] EPSG DXian 1980 / 3-degree Gauss-Kruger CM 81EEPSG�EPSGEPSG?�M
] EPSG CXian 1980 / 3-degree Gauss-Kruger CM 78EEPSG�EPSGEPSG@M
] EPSG BXian 1980 / 3-degree Gauss-Kruger CM 75EEPSG�EPSGEPSG?�N
_ EPSG AXian 1980 / 3-degree Gauss-Kruger zone 45EPSG�EPSGEPSG>� O
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Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 45EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 39EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 33EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 27EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 21EEPSG�EPSGhEPSG?�H
S EPSG �Albanian 1987 / Gauss-Kruger zone 4EPSG�EPSG_EPSG?LM
] EPSG �JGD2000 / Japan Plane Rectangular CS XIXEPSG�EPSGEPSGE�O
a EPSG �JGD2000 / Japan Plane Rectangular CS XVIIIEPSG�EPSGEPSGE�N
_ EPSG �JGD2000 / Japan Plane Rectangular CS XVIIEPSG�EPSGEPSGE�M
] EPSG �JGD2000 / Japan Plane Rectangular CS XVIEPSG�EPSGEPSGE�L
[ EPSG �JGD2000 / Japan Plane Rectangular CS XVEPSG�EPSGEPSGE�M
] EPSG �JGD2000 / Japan Plane Rectangular CS XIVEPSG�EPSGEPSGE�N
_ EPSG �JGD2000 / Japan Plane Rectangular CS XIIIEPSG�EPSGEPSGE�M
] EPSG �JGD2000 / Japan Plane Rectangular CS XIIEPSG�EPSGEPSGE�L
[ EPSG �JGD2000 / Japan Plane Rectangular CS XIEPSG�EPSGEPSGE�K
Y EPSG �JGD2000 / Japan Plane Rectangular CS XEPSG�EPSGEPSGE�L
[ EPSG �JGD2000 / Japan Plane Rectangular CS IXEPSG�EPSGEPSGE�N
_ EPSG �JGD2000 / Japan Plane Rectangular CS VIIIEPSG�EPSGEPSGE�M
] EPSG �JGD2000 / Japan Plane Rectangular CS VIIEPSG�EPSGEPSGE�L
[ EPSG �JGD2000 / Japan Plane Rectangular CS VIEPSG�EPSGEPSGE�K
Y EPSG �JGD2000 / Japan Plane Rectangular CS VEPSG�EPSGEPSGE�L
[ EPSG �JGD2000 / Japan Plane Rectangular CS IVEPSG�EPSGEPSGE�M
] EPSG �JGD2000 / Japan Plane Rectangular CS IIIEPSG�EPSGEPSGE�L
[ EPSG �JGD2000 / Japan Plane Rectangular CS IIEPSG�EPSGEPSGE�K
Y EPSG �JGD2000 / Japan Plane Rectangular CS IEPSG�EPSGEPSGE�Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 135EEPSG�EPSGvEPSG?�Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 132EEPSG�EPSGvEPSG?.Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 129EEPSG�EPSGvEPSG?�Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 126EEPSG�EPSGvEPSG?,Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 123EEPSG�EPSGvEPSG?�Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 120EEPSG�EPSGvEPSG?*Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 117EEPSG�EPSGvEPSG?�Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 114EEPSG�EPSGvEPSG@Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 111EEPSG�EPSGvEPSG?�Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 108EEPSG�EPSGvEPSG@ Q
e EPSG �Beijing 1954 / 3-degree Gauss-Kruger CM 105EEPSG�EPSGvEPSG?�Q
e EPSG Beijing 1954 / 3-degree Gauss-Kruger CM 102EEPSG�EPSGvEPSG@
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c EPSG ~Beijing 1954 / 3-degree Gauss-Kruger CM 99EEPSG�EPSGvEPSG?�P
c EPSG }Beijing 1954 / 3-degree Gauss-Kruger CM 96EEPSG�EPSGvEPSG@P
c EPSG |Beijing 1954 / 3-degree Gauss-Kruger CM 93EEPSG�EPSGvEPSG?�P
c EPSG {Beijing 1954 / 3-degree Gauss-Kruger CM 90EEPSG�EPSGvEPSG@P
c EPSG zBeijing 1954 / 3-degree Gauss-Kruger CM 87EEPSG�EPSGvEPSG?�P
c EPSG yBeijing 1954 / 3-degree Gauss-Kruger CM 84EEPSG�EPSGvEPSG@P
c EPSG xBeijing 1954 / 3-degree Gauss-Kruger CM 81EEPSG�EPSGvEPSG?�P
c EPSG wBeijing 1954 / 3-degree Gauss-Kruger CM 78EEPSG�EPSGvEPSG@P
c EPSG vBeijing 1954 / 3-degree Gauss-Kruger CM 75EEPSG�EPSGvEPSG?�Q
e EPSG uBeijing 1954 / 3-degree Gauss-Kruger zone 45EPSG�EPSGvEPSG>�Q
e EPSG tBeijing 1954 / 3-degree Gauss-Kruger zone 44EPSG�EPSGvEPSG>�
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c EPSG �Pulkovo 1942 / 3-degree Gauss-Kruger zone 7EPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 171WEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 177WEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 177EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 171EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 165EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 159EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 153EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 147EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 141EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 135EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 129EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 123EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 117EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 111EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1942 / Gauss-Kruger CM 105EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 99EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 93EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 87EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 81EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 75EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 69EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 63EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 57EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 51EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 45EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 39EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 33EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 27EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 21EEPSG�EPSG�EPSG?�G
Q EPSG �Pulkovo 1942 / Gauss-Kruger CM 15EEPSG�EPSG�EPSG?�F
O EPSG �Pulkovo 1942 / Gauss-Kruger CM 9EEPSG�EPSG�EPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 171WEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 177WEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 177EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 171EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 165EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 159EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 153EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 147EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 141EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 135EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 129EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 123EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 117EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 111EEPSG�EPSGhEPSG?�H
S EPSG �Pulkovo 1995 / Gauss-Kruger CM 105EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 99EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 93EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 87EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 81EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 75EEPSG�EPSGhEPSG?�G
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 69EEPSG�EPSGhEPSG?�
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�Pulkovo 1995 / 3-degree Gauss-Kruger CM 156EEPSG�EPSGhEPSG?6Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 153EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 150EEPSG�EPSGhEPSG?4Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 147EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 144EEPSG�EPSGhEPSG?2Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 141EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 138EEPSG�EPSGhEPSG?0Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 135EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 132EEPSG�EPSGhEPSG?.8
3 EPSG
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3 EPSG
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e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 129EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 126EEPSG�EPSGhEPSG?,Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 123EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 120EEPSG�EPSGhEPSG?*Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 117EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 114EEPSG�EPSGhEPSG@Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 111EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 108EEPSG�EPSGhEPSG@ Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 105EEPSG�EPSGhEPSG?�Q
e EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 102EEPSG�EPSGhEPSG@
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c EPSG
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c EPSG
�Pulkovo 1995 / 3-degree Gauss-Kruger CM 96EEPSG�EPSGhEPSG@P
c EPSG
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M EPSG NAD83(HARN) / North Dakota SouthEPSG�EPSG8EPSG4E
M EPSG NAD83(HARN) / North Dakota NorthEPSG�EPSG8EPSG4G
Q EPSG NAD83(HARN) / New York Long IslandEPSG�EPSG8EPSG3N@
C EPSG NAD83(HARN) / New York WestEPSG�EPSG8EPSG3MC
I EPSG
NAD83(HARN) / New York CentralEPSG�EPSG8EPSG3L@
C EPSG NAD83(HARN) / New York EastEPSG�EPSG8EPSG3KB
G EPSG NAD83(HARN) / New Mexico WestEPSG�EPSG8EPSG2�E
M EPSG
NAD83(HARN) / New Mexico CentralEPSG�EPSG8EPSG2�B
G EPSG NAD83(HARN) / New Mexico EastEPSG�EPSG8EPSG2�=
= EPSG NAD83(HARN) / New JerseyEPSG�EPSG8EPSG2�@
C EPSG NAD83(HARN) / New HampshireEPSG�EPSG8EPSG2 >
? EPSG NAD83(HARN) / Nevada WestEPSG�EPSG8EPSG1�A
E EPSG NAD83(HARN) / Nevada CentralEPSG�EPSG8EPSG1�>
? EPSG NAD83(HARN) / Nevada EastEPSG�EPSG8EPSG1�;
9 EPSG NAD83(HARN) / NebraskaEPSG�EPSG8EPSG1V:
7 EPSG NAD83(HARN) / MontanaEPSG�EPSG8EPSG0�@
C EPSG NAD83(HARN) / Missouri WestEPSG�EPSG8EPSG0�C
I EPSG NAD83(HARN) / Missouri CentralEPSG�EPSG8EPSG0�@
C EPSG
�NAD83(HARN) / Missouri EastEPSG�EPSG8EPSG0�C
I EPSG
�NAD83(HARN) / Mississippi WestEPSG�EPSG8EPSG0,C
I EPSG
�NAD83(HARN) / Mississippi EastEPSG�EPSG8EPSG0+B
G EPSG
�NAD83(HARN) / Minnesota SouthEPSG�EPSG8EPSG/�D
K EPSG
�NAD83(HARN) / Minnesota CentralEPSG�EPSG8EPSG/�B
G EPSG
�NAD83(HARN) / Minnesota NorthEPSG�EPSG8EPSG/�A
E EPSG
�NAD83(HARN) / Michigan SouthEPSG�EPSG8EPSG/oC
I EPSG
�NAD83(HARN) / Michigan CentralEPSG�EPSG8EPSG/nA
E EPSG
�NAD83(HARN) / Michigan NorthEPSG�EPSG8EPSG/mG
Q EPSG
�NAD83(HARN) / Massachusetts IslandEPSG�EPSG8EPSG/ I
U EPSG
�NAD83(HARN) / Massachusetts MainlandEPSG�EPSG8EPSG.�;
9 EPSG
�NAD83(HARN) / MarylandEPSG�EPSG8EPSG.�=
= EPSG
�NAD83(HARN) / Maine WestEPSG�EPSG8EPSG.8=
= EPSG
�NAD83(HARN) / Maine EastEPSG�EPSG8EPSG.7B
G EPSG
�NAD83(HARN) / Louisiana SouthEPSG�EPSG8EPSG-�B
G EPSG
�NAD83(HARN) / Louisiana NorthEPSG�EPSG8EPSG-�A
E EPSG
�NAD83(HARN) / Kentucky SouthEPSG�EPSG8EPSG-pA
E EPSG
�NAD83(HARN) / Kentucky NorthEPSG�EPSG8EPSG;�?
A EPSG
�NAD83(HARN) / Kansas SouthEPSG�EPSG8EPSG- ?
A EPSG
�NAD83(HARN) / Kansas NorthEPSG�EPSG8EPSG- =
= EPSG
�NAD83(HARN) / Iowa SouthEPSG�EPSG8EPSG,�=
= EPSG
�NAD83(HARN) / Iowa NorthEPSG�EPSG8EPSG,�?
A EPSG
�NAD83(HARN) / Indiana WestEPSG�EPSG8EPSG,D?
A EPSG
�NAD83(HARN) / Indiana EastEPSG�EPSG8EPSG,C@
C EPSG
�NAD83(HARN) / Illinois WestEPSG�EPSG8EPSG+�@
C EPSG
�NAD83(HARN) / Illinois EastEPSG�EPSG8EPSG+�=
= EPSG
�NAD83(HARN) / Idaho WestEPSG�EPSG8EPSG+}@
C EPSG
�NAD83(HARN) / Idaho CentralEPSG�EPSG8EPSG+|=
= EPSG
�NAD83(HARN) / Idaho EastEPSG�EPSG8EPSG+{@
C EPSG
�NAD83(HARN) / Hawaii zone 5EPSG�EPSG8EPSG; @
C EPSG
�NAD83(HARN) / Hawaii zone 4EPSG�EPSG8EPSG; @
C EPSG
�NAD83(HARN) / Hawaii zone 3EPSG�EPSG8EPSG; @
C EPSG
�NAD83(HARN) / Hawaii zone 2EPSG�EPSG8EPSG; @
C EPSG
�NAD83(HARN) / Hawaii zone 1EPSG�EPSG8EPSG;?
A EPSG
�NAD83(HARN) / Georgia WestEPSG�EPSG8EPSG+?
A EPSG
�NAD83(HARN) / Georgia EastEPSG�EPSG8EPSG+@
C EPSG
�NAD83(HARN) / Florida NorthEPSG�EPSG8EPSG*�?
A EPSG
�NAD83(HARN) / Florida WestEPSG�EPSG8EPSG*�?
A EPSG
�NAD83(HARN) / Florida EastEPSG�EPSG8EPSG*�;
9 EPSG
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= EPSG NAD83(HARN) / Ohio SouthEPSG�EPSG8EPSG4x
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S EPSG LNAD83(HARN) / Kentucky South (ftUS)EPSG�EPSG8EPSG;�H
S EPSG KNAD83(HARN) / Kentucky North (ftUS)EPSG�EPSG8EPSG;�F
O EPSG JNAD83(HARN) / Indiana West (ftUS)EPSG�EPSG8EPSG;�F
O EPSG INAD83(HARN) / Indiana East (ftUS)EPSG�EPSG8EPSG;�D
K EPSG HNAD83(HARN) / Idaho West (ftUS)EPSG�EPSG8EPSG;�G
Q EPSG GNAD83(HARN) / Idaho Central (ftUS)EPSG�EPSG8EPSG;�D
K EPSG FNAD83(HARN) / Idaho East (ftUS)EPSG�EPSG8EPSG;�F
O EPSG ENAD83(HARN) / Georgia West (ftUS)EPSG�EPSG8EPSG;�F
O EPSG DNAD83(HARN) / Georgia East (ftUS)EPSG�EPSG8EPSG;�G
Q EPSG CNAD83(HARN) / Florida North (ftUS)EPSG�EPSG8EPSG;�F
O EPSG BNAD83(HARN) / Florida West (ftUS)EPSG�EPSG8EPSG;�F
O EPSG ANAD83(HARN) / Florida East (ftUS)EPSG�EPSG8EPSG;�B
G EPSG @NAD83(HARN) / Delaware (ftUS)EPSG�EPSG8EPSG;�E
M EPSG ?NAD83(HARN) / Connecticut (ftUS)EPSG�EPSG8EPSG;�H
S EPSG >NAD83(HARN) / Colorado South (ftUS)EPSG�EPSG8EPSG;�J
W EPSG =NAD83(HARN) / Colorado Central (ftUS)EPSG�EPSG8EPSG;�H
S EPSG <NAD83(HARN) / Colorado North (ftUS)EPSG�EPSG8EPSG;�K
Y EPSG ;NAD83(HARN) / California zone 6 (ftUS)EPSG�EPSG8EPSG;�K
Y EPSG :NAD83(HARN) / California zone 5 (ftUS)EPSG�EPSG8EPSG;�K
Y EPSG 9NAD83(HARN) / California zone 4 (ftUS)EPSG�EPSG8EPSG;�K
Y EPSG 8NAD83(HARN) / California zone 3 (ftUS)EPSG�EPSG8EPSG;�K
Y EPSG 7NAD83(HARN) / California zone 2 (ftUS)EPSG�EPSG8EPSG;�K
Y EPSG 6NAD83(HARN) / California zone 1 (ftUS)EPSG�EPSG8EPSG;�D
K EPSG 5NAD83(HARN) / Arizona West (ft)EPSG�EPSG8EPSG;�G
Q EPSG 4NAD83(HARN) / Arizona Central (ft)EPSG�EPSG8EPSG;�D
K EPSG 3NAD83(HARN) / Arizona East (ft)EPSG�EPSG8EPSG;�M
] EPSG 2NAD83(HARN) / Puerto Rico and Virgin Is.EPSG�EPSG8EPSG;~?
A EPSG 1NAD83(HARN) / Wyoming WestEPSG�EPSG8EPSG:VG
Q EPSG 0NAD83(HARN) / Wyoming West CentralEPSG�EPSG8EPSG:UG
Q EPSG /NAD83(HARN) / Wyoming East CentralEPSG�EPSG8EPSG:T?
A EPSG .NAD83(HARN) / Wyoming EastEPSG�EPSG8EPSG:SB
G EPSG -NAD83(HARN) / Wisconsin SouthEPSG�EPSG8EPSG9�D
K EPSG ,NAD83(HARN) / Wisconsin CentralEPSG�EPSG8EPSG9�B
G EPSG +NAD83(HARN) / Wisconsin NorthEPSG�EPSG8EPSG9�F
O EPSG *NAD83(HARN) / West Virginia SouthEPSG�EPSG8EPSG9�F
O EPSG )NAD83(HARN) / West Virginia NorthEPSG�EPSG8EPSG9�C
I EPSG (NAD83(HARN) / Washington SouthEPSG�EPSG8EPSG9(C
I EPSG 'NAD83(HARN) / Washington NorthEPSG�EPSG8EPSG9'A
E EPSG &NAD83(HARN) / Virginia SouthEPSG�EPSG8EPSG8�A
E EPSG %NAD83(HARN) / Virginia NorthEPSG�EPSG8EPSG8�:
7 EPSG $NAD83(HARN) / VermontEPSG�EPSG8EPSG8^=
= EPSG #NAD83(HARN) / Utah SouthEPSG�EPSG8EPSG7�?
A EPSG "NAD83(HARN) / Utah CentralEPSG�EPSG8EPSG7�=
= EPSG !NAD83(HARN) / Utah NorthEPSG�EPSG8EPSG7�>
? EPSG NAD83(HARN) / Texas SouthEPSG�EPSG8EPSG7�F
O EPSG NAD83(HARN) / Texas South CentralEPSG�EPSG8EPSG7�@
C EPSG NAD83(HARN) / Texas CentralEPSG�EPSG8EPSG7�F
O EPSG NAD83(HARN) / Texas North CentralEPSG�EPSG8EPSG7�>
? EPSG NAD83(HARN) / Texas NorthEPSG�EPSG8EPSG7�<
; EPSG NAD83(HARN) / TennesseeEPSG�EPSG8EPSG72E
M EPSG NAD83(HARN) / South Dakota SouthEPSG�EPSG8EPSG6�E
M EPSG NAD83(HARN) / South Dakota NorthEPSG�EPSG8EPSG6�?
A EPSG NAD83(HARN) / Rhode IslandEPSG�EPSG8EPSG6?
A EPSG NAD83(HARN) / Oregon SouthEPSG�EPSG8EPSG5@?
A EPSG NAD83(HARN) / Oregon NorthEPSG�EPSG8EPSG5?A
E EPSG NAD83(HARN) / Oklahoma SouthEPSG�EPSG8EPSG4�
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= EPSG �NAD83(CSRS) / MTM zone 7EPSG�EPSG EPSGE+=
= EPSG �NAD83(CSRS) / MTM zone 6EPSG�EPSG EPSGE*=
= EPSG �NAD83(CSRS) / MTM zone 5EPSG�EPSG EPSGE)=
= EPSG �NAD83(CSRS) / MTM zone 4EPSG�EPSG EPSGE(=
= EPSG �NAD83(CSRS) / MTM zone 3EPSG�EPSG EPSGE'?
A EPSG �NAD83(CSRS) / SCoPQ zone 2EPSG�EPSG EPSGE$C
I EPSG Selvagem Grande / UTM zone 28NEPSG0EPSGEPSG>�?
A EPSG ~Porto Santo / UTM zone 28NEPSG0EPSGEPSG>�@
C EPSG }Pulkovo 1942 / CS63 zone K4EPSG�EPSG�EPSGH@
C EPSG |Pulkovo 1942 / CS63 zone K3EPSG�EPSG�EPSGH@
C EPSG {Pulkovo 1942 / CS63 zone K2EPSG�EPSG�EPSGH@
C EPSG zPulkovo 1942 / CS63 zone A4EPSG�EPSG�EPSGH @
C EPSG yPulkovo 1942 / CS63 zone A3EPSG�EPSG�EPSGH @
C EPSG xPulkovo 1942 / CS63 zone A2EPSG�EPSG�EPSGH
@
C EPSG wPulkovo 1942 / CS63 zone A1EPSG�EPSG�EPSGH =
= EPSG vSegara (Jakarta) / NEIEZEPSG�EPSG�EPSGM�:
7 EPSG uSegara / UTM zone 50SEPSG0EPSGEPSG?@
C EPSG tQND95 / Qatar National GridEPSG0EPSGEPSGM�8
3 EPSG sBeduaram / TM 13 NEEPSG�EPSGuEPSG@ I
U EPSG rNAD83(HARN) / Wisconsin South (ftUS)EPSG�EPSG8EPSG< K
Y EPSG qNAD83(HARN) / Wisconsin Central (ftUS)EPSG�EPSG8EPSG<
I
U EPSG pNAD83(HARN) / Wisconsin North (ftUS)EPSG�EPSG8EPSG< J
W EPSG oNAD83(HARN) / Washington South (ftUS)EPSG�EPSG8EPSG<J
W EPSG nNAD83(HARN) / Washington North (ftUS)EPSG�EPSG8EPSG<H
S EPSG mNAD83(HARN) / Virginia South (ftUS)EPSG�EPSG8EPSG<H
S EPSG lNAD83(HARN) / Virginia North (ftUS)EPSG�EPSG8EPSG<B
G EPSG kNAD83(HARN) / Utah South (ft)EPSG�EPSG8EPSG<D
K EPSG jNAD83(HARN) / Utah Central (ft)EPSG�EPSG8EPSG<B
G EPSG iNAD83(HARN) / Utah North (ft)EPSG�EPSG8EPSG<E
M EPSG hNAD83(HARN) / Texas South (ftUS)EPSG�EPSG8EPSG<M
] EPSG gNAD83(HARN) / Texas South Central (ftUS)EPSG�EPSG8EPSG< G
Q EPSG fNAD83(HARN) / Texas Central (ftUS)EPSG�EPSG8EPSG;�M
] EPSG eNAD83(HARN) / Texas North Central (ftUS)EPSG�EPSG8EPSG;�E
M EPSG dNAD83(HARN) / Texas North (ftUS)EPSG�EPSG8EPSG;�C
I EPSG cNAD83(HARN) / Tennessee (ftUS)EPSG�EPSG8EPSG;�D
K EPSG bNAD83(HARN) / Oregon South (ft)EPSG�EPSG8EPSG;�D
K EPSG aNAD83(HARN) / Oregon North (ft)EPSG�EPSG8EPSG;�H
S EPSG `NAD83(HARN) / Oklahoma South (ftUS)EPSG�EPSG8EPSG;�H
S EPSG _NAD83(HARN) / Oklahoma North (ftUS)EPSG�EPSG8EPSG;�J
W EPSG ^NAD83(HARN) / North Dakota South (ft)EPSG�EPSG8EPSG;�J
W EPSG ]NAD83(HARN) / North Dakota North (ft)EPSG�EPSG8EPSG;�N
_ EPSG \NAD83(HARN) / New York Long Island (ftUS)EPSG�EPSG8EPSG;�G
Q EPSG [NAD83(HARN) / New York West (ftUS)EPSG�EPSG8EPSG;�J
W EPSG ZNAD83(HARN) / New York Central (ftUS)EPSG�EPSG8EPSG;�G
Q EPSG YNAD83(HARN) / New York East (ftUS)EPSG�EPSG8EPSG;�I
U EPSG XNAD83(HARN) / New Mexico West (ftUS)EPSG�EPSG8EPSG;�L
[ EPSG WNAD83(HARN) / New Mexico Central (ftUS)EPSG�EPSG8EPSG;�I
U EPSG VNAD83(HARN) / New Mexico East (ftUS)EPSG�EPSG8EPSG;�?
A EPSG UNAD83(HARN) / Montana (ft)EPSG�EPSG8EPSG;�J
W EPSG TNAD83(HARN) / Mississippi West (ftUS)EPSG�EPSG8EPSG;�J
W EPSG SNAD83(HARN) / Mississippi East (ftUS)EPSG�EPSG8EPSG;�F
O EPSG RNAD83(HARN) / Michigan South (ft)EPSG�EPSG8EPSG;�H
S EPSG QNAD83(HARN) / Michigan Central (ft)EPSG�EPSG8EPSG;�F
O EPSG PNAD83(HARN) / Michigan North (ft)EPSG�EPSG8EPSG;�N
_ EPSG ONAD83(HARN) / Massachusetts Island (ftUS)EPSG�EPSG8EPSG;� =
= EPSG �NAD83(CSRS) / MTM zone 9EPSG�EPSG EPSGE-
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) EPSG �SWEREF99 15 45EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 14 15EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 18 00EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 16 30EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 15 00EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 13 30EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 12 00EPSG�EPSG EPSGC�0
# EPSG �SWEREF99 TMEPSG�EPSG EPSGC�6
/ EPSG �NAD83 / BC AlbersEPSG0EPSG�EPSGN?
A EPSG �Monte Mario / Italy zone 2EPSG�EPSG�EPSGF�?
A EPSG �Monte Mario / Italy zone 1EPSG�EPSG�EPSGF�5
- EPSG �Makassar / NEIEZEPSG�EPSG�EPSGM�4
+ EPSG �Batavia / NEIEZEPSG�EPSGsEPSGM�3
) EPSG �Segara / NEIEZEPSG�EPSGEPSGM�A
E EPSG �Grand Comoros / UTM zone 38SEPSG0EPSG&EPSG?
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C EPSG �NEA74 Noumea / UTM zone 58SEPSG0EPSG$EPSG? >
? EPSG �ST71 Belep / UTM zone 58SEPSG0EPSG#EPSG? E
M EPSG �ST84 Ile des Pins / UTM zone 58SEPSG0EPSG"EPSG? >
? EPSG �IGN53 Mare / UTM zone 58SEPSG0EPSG!EPSG? J
W EPSG �NAD83(HARN) / Oregon GIC Lambert (ft)EPSG�EPSG8EPSG<A
E EPSG �NAD83(HARN) / Oregon LCC (m)EPSG�EPSG8EPSG5AD
K EPSG �NAD83 / Oregon GIC Lambert (ft)EPSG�EPSG�EPSG<;
9 EPSG �NAD83 / Oregon LCC (m)EPSG�EPSG�EPSG5A>
? EPSG �Reunion 1947 / TM ReunionEPSG�EPSGEPSGN=
= EPSG �RRAF 1991 / UTM zone 20NEPSG0EPSG EPSG>�8
3 EPSG �MOP78 / UTM zone 1SEPSG0EPSG EPSG>�Q
e EPSG �Saint Pierre et Miquelon 1950 / UTM zone 21NEPSG0EPSG EPSG>�T
k EPSG �Perroud 1950 / Terre Adelie Polar StereographicEPSGEPSG EPSGNT
k EPSG �Petrels 1972 / Terre Adelie Polar StereographicEPSGEPSG EPSGNF
O EPSG �RGNC 1991 / Lambert New CaledoniaEPSG�EPSG%EPSGN
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? EPSG �ST87 Ouvea / UTM zone 58SEPSG0EPSGEPSG? E
M EPSG �IGN72 Grand Terre / UTM zone 58SEPSG0EPSGEPSG? ?
A EPSG �IGN56 Lifou / UTM zone 58SEPSG0EPSGEPSG? @
C EPSG �Combani 1950 / UTM zone 38SEPSG0EPSGEPSG?
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9 EPSG �K0 1949 / UTM zone 42SEPSG0EPSGEPSG?B
G EPSG �IGN72 Nuku Hiva / UTM zone 7SEPSG0EPSGEPSG>�;
9 EPSG �Tahaa 54 / UTM zone 5SEPSG0EPSGEPSG>�<
; EPSG �Tahiti 52 / UTM zone 6SEPSG0EPSGEPSG>�9
5 EPSG �RGR92 / UTM zone 40SEPSG0EPSGEPSG? C
I EPSG �Martinique 1938 / UTM zone 20NEPSG0EPSGEPSG>�:
7 EPSG �RGFG95 / UTM zone 22NEPSG0EPSGEPSG>�9
5 EPSG �CSG67 / UTM zone 22NEPSG0EPSGEPSG>�C
I EPSG �Guadeloupe 1948 / UTM zone 20NEPSG0EPSGEPSG>�@
C EPSG �Fort Marigot / UTM zone 20NEPSG0EPSG
EPSG>�F
O EPSG �NAD83(HARN) / Indiana West (ftUS)EPSG�EPSG8EPSG<
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O EPSG �NAD83(HARN) / Indiana East (ftUS)EPSG�EPSG8EPSG< @
C EPSG �NAD83 / Indiana West (ftUS)EPSG�EPSG�EPSG<
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C EPSG �NAD83 / Indiana East (ftUS)EPSG�EPSG�EPSG< :
7 EPSG �NAD27 / Alaska AlbersEPSG�EPSG�EPSG:�J
W EPSG �Lisbon 1890 (Lisbon) / Portugal BonneEPSGmEPSG(EPSGN ?
A EPSG �NAD83(CSRS) / UTM zone 21NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 20NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 19NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 18NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 17NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 13NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 12NEPSG0EPSG EPSG>�?
A EPSG �NAD83(CSRS) / UTM zone 11NEPSG0EPSG EPSG>�[
y EPSG �NAD83(CSRS) / Prince Edward Isl. Stereographic (NAD83)EPSG�EPSG EPSGM�N
_ EPSG �NAD83(CSRS) / New Brunswick StereographicEPSG�EPSG EPSGM� 3
) EPSG �SWEREF99 18 45EPSG�EPSG EPSGC�
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[ EPSG NAD83(HARN) / Michigan Oblique MercatorEPSG�EPSG8EPSG/vF
O EPSG NAD83 / Michigan Oblique MercatorEPSG�EPSG�EPSG/vD
K EPSG NAD83(HARN) / Maine CS2000 WestEPSG�EPSG8EPSG.MG
Q EPSG NAD83(HARN) / Maine CS2000 CentralEPSG�EPSG8EPSG.LD
K EPSG NAD83(HARN) / Maine CS2000 EastEPSG�EPSG8EPSG.K>
? EPSG NAD83 / Maine CS2000 WestEPSG�EPSG�EPSG.MA
E EPSG NAD83 / Maine CS2000 CentralEPSG�EPSG�EPSG.L>
? EPSG NAD83 / Maine CS2000 EastEPSG�EPSG�EPSG.KP
c EPSG �NAD83(HARN) / Wisconsin Transverse MercatorEPSG�EPSG8EPSG9�J
W EPSG �NAD83 / Wisconsin Transverse MercatorEPSG�EPSG�EPSG9�J
W EPSG �NAD27 / Wisconsin Transverse MercatorEPSG�EPSG�EPSG9�:
7 EPSG �DHDN / Soldner BerlinEPSG�EPSG�EPSGN :
7 EPSG �ETRS89 / TM35FIN(E,N)EPSG0EPSG�EPSG>�5
- EPSG �ED50 / Jordan TMEPSG0EPSG�EPSGN9
5 EPSG �IGM95 / UTM zone 33NEPSG0EPSG>EPSG>�9
5 EPSG �IGM95 / UTM zone 32NEPSG0EPSG>EPSG>�G
Q EPSG �Azores Central 1995 / UTM zone 26NEPSG0EPSG9EPSG>�H
S EPSG �Azores Oriental 1995 / UTM zone 26NEPSG0EPSG8EPSG>�D
K EPSG �Porto Santo 1995 / UTM zone 28NEPSG0EPSG7EPSG>�F
O EPSG �IGN72 Grande Terre / UTM zone 58SEPSG0EPSG6EPSG? 7
1 EPSG �LKS-92 / Latvia TMEPSG�EPSG5EPSGN@
C EPSG �Helle 1954 / Jan Mayen GridEPSG�EPSG4EPSGN9
5 EPSG �ISN93 / Lambert 1993EPSG�EPSG3EPSGN@
C EPSG �Hjorsey 1955 / UTM zone 28NEPSG0EPSG2EPSG>�@
C EPSG �Hjorsey 1955 / UTM zone 27NEPSG0EPSG2EPSG>�@
C EPSG �Hjorsey 1955 / UTM zone 26NEPSG0EPSG2EPSG>�@
C EPSG �Hjorsey 1955 / Lambert 1955EPSG�EPSG2EPSGNB
G EPSG �Reykjavik 1900 / Lambert 1900EPSG�EPSG1EPSGN2
' EPSG �ETRS89 / TM39EPSG�EPSG�EPSG>�2
' EPSG �ETRS89 / TM38EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 37N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 36N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 35N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 34N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 33N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 32N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 31N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 30N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 29N (N-E)EPSG�EPSG�EPSG>�@
C EPSG �ETRS89 / UTM zone 28N (N-E)EPSG�EPSG�EPSG>�2
' EPSG �ETRS89 / TM27EPSG�EPSG�EPSG>�2
' EPSG �ETRS89 / TM26EPSG�EPSG�EPSG>�:
7 EPSG �Moznet / UTM zone 37SEPSG0EPSG"EPSG? :
7 EPSG �Moznet / UTM zone 36SEPSG0EPSG"EPSG?B
G EPSG �ETRS89-extended / LAEA EuropeEPSG�EPSG�EPSGNA
E EPSG �ETRS89-extended / LCC EuropeEPSG�EPSG�EPSGNJ
W EPSG �WGS 84 / Australian Antarctic LambertEPSG0EPSG�EPSGNV
o EPSG �WGS 84 / Australian Antarctic Polar StereographicEPSG�EPSG�EPSGNK
Y EPSG �WGS 84 / Antarctic Polar StereographicEPSG�EPSG�EPSGN1
% EPSG �RT38 5 gon OEPSG�EPSG�EPSGC�3
) EPSG �RT38 2.5 gon OEPSG�EPSG�EPSGC�/
! EPSG �RT38 0 gonEPSG�EPSG�EPSGC�3
) EPSG �RT38 2.5 gon VEPSG�EPSG�EPSGM�1
% EPSG �RT38 5 gon VEPSG�EPSG�EPSGC�3
) EPSG �RT38 7.5 gon VEPSG�EPSG�EPSGC�1
% EPSG �RT90 5 gon OEPSG�EPSG EPSGC�3
) EPSG �RT90 2.5 gon OEPSG�EPSG EPSGC�/
! EPSG �RT90 0 gonEPSG�EPSG EPSGC�3
) EPSG �RT90 2.5 gon VEPSG�EPSG EPSGM�1
% EPSG �RT90 5 gon VEPSG�EPSG EPSGC�3
) EPSG �RT90 7.5 gon VEPSG�EPSG EPSGC�3
) EPSG �SWEREF99 23 15EPSG�EPSG EPSGC�3
) EPSG �SWEREF99 21 45EPSG�EPSG EPSGC�
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= EPSG EFiji 1956 / UTM zone 60SEPSG0EPSGqEPSG? D
K EPSG DViti Levu 1912 / Viti Levu GridEPSG�EPSG�EPSGM�F
O EPSG CVanua Levu 1915 / Vanua Levu GridEPSG�EPSG�EPSGM�:
7 EPSG BETRS89 / ETRS-GK31FINEPSG�EPSG�EPSGG:
7 EPSG AETRS89 / ETRS-GK30FINEPSG�EPSG�EPSGG:
7 EPSG @ETRS89 / ETRS-GK29FINEPSG�EPSG�EPSGG:
7 EPSG ?ETRS89 / ETRS-GK28FINEPSG�EPSG�EPSGG:
7 EPSG >ETRS89 / ETRS-GK27FINEPSG�EPSG�EPSGG:
7 EPSG =ETRS89 / ETRS-GK26FINEPSG�EPSG�EPSGG:
7 EPSG <ETRS89 / ETRS-GK25FINEPSG�EPSG�EPSGG
:
7 EPSG ;ETRS89 / ETRS-GK24FINEPSG�EPSG�EPSGG :
7 EPSG :ETRS89 / ETRS-GK23FINEPSG�EPSG�EPSGG :
7 EPSG 9ETRS89 / ETRS-GK22FINEPSG�EPSG�EPSGG
:
7 EPSG 8ETRS89 / ETRS-GK21FINEPSG�EPSG�EPSGG :
7 EPSG 7ETRS89 / ETRS-GK20FINEPSG�EPSG�EPSGG:
7 EPSG 6ETRS89 / ETRS-GK19FINEPSG�EPSG�EPSGG?
A EPSG 5PRS92 / Philippines zone 5EPSG�EPSGKEPSGF�?
A EPSG 4PRS92 / Philippines zone 4EPSG�EPSGKEPSGF�?
A EPSG 3PRS92 / Philippines zone 3EPSG�EPSGKEPSGF�?
A EPSG 2PRS92 / Philippines zone 2EPSG�EPSGKEPSGF�?
A EPSG 1PRS92 / Philippines zone 1EPSG�EPSGKEPSGF�E
M EPSG 0Pulkovo 1942(58) / Poland zone IEPSG�EPSGSEPSGGh;
9 EPSG /Douala 1948 / AEF westEPSG0EPSG`EPSGG�F
O EPSG .MAGNA-SIRGAS / Colombia East zoneEPSG�EPSGNEPSGF�N
_ EPSG -MAGNA-SIRGAS / Colombia East Central zoneEPSG�EPSGNEPSGF�H
S EPSG ,MAGNA-SIRGAS / Colombia Bogota zoneEPSG�EPSGNEPSGF�F
O EPSG +MAGNA-SIRGAS / Colombia West zoneEPSG�EPSGNEPSGF�J
W EPSG *MAGNA-SIRGAS / Colombia Far West zoneEPSG�EPSGNEPSGF�3
) EPSG )GDA94 / BCSG02EPSG0EPSG�EPSGC�I
U EPSG (GDA94 / Geoscience Australia LambertEPSG0EPSG�EPSGC�4
+ EPSG 'GDA94 / VicgridEPSG0EPSG�EPSGC�6
/ EPSG &AGD66 / Vicgrid66EPSG0EPSGjEPSGC�H
S EPSG %ETRS89 / Jersey Transverse MercatorEPSG0EPSG�EPSGN ;
9 EPSG $ETRS89 / Guernsey GridEPSG0EPSG�EPSGN 7
1 EPSG #GDA94 / SA LambertEPSG0EPSG�EPSGC�;
9 EPSG "Gulshan 303 / TM 90 NEEPSG0EPSGJEPSG@jC
I EPSG !Mauritania 1999 / UTM zone 30NEPSG0EPSGIEPSG>�C
I EPSG Mauritania 1999 / UTM zone 29NEPSG0EPSGIEPSG>�C
I EPSG Mauritania 1999 / UTM zone 28NEPSG0EPSGIEPSG>�Q
e EPSG American Samoa 1962 / American Samoa LambertEPSG�EPSGIEPSG<;
9 EPSG JGD2000 / UTM zone 55NEPSG0EPSGEPSG>�;
9 EPSG JGD2000 / UTM zone 54NEPSG0EPSGEPSG>�;
9 EPSG JGD2000 / UTM zone 53NEPSG0EPSGEPSG>�;
9 EPSG JGD2000 / UTM zone 52NEPSG0EPSGEPSG>�;
9 EPSG JGD2000 / UTM zone 51NEPSG0EPSGEPSG>�9
5 EPSG Tokyo / UTM zone 55NEPSG0EPSG�EPSG>�9
5 EPSG Tokyo / UTM zone 54NEPSG0EPSG�EPSG>�9
5 EPSG Tokyo / UTM zone 53NEPSG0EPSG�EPSG>�9
5 EPSG Tokyo / UTM zone 52NEPSG0EPSG�EPSG>�9
5 EPSG Tokyo / UTM zone 51NEPSG0EPSG�EPSG>�N
_ EPSG NAD83(HARN) / Kentucky Single Zone (ftUS)EPSG�EPSG8EPSG<G
Q EPSG NAD83(HARN) / Kentucky Single ZoneEPSG�EPSG8EPSG-nH
S EPSG NAD83 / Kentucky Single Zone (ftUS)EPSG�EPSG�EPSG<A
E EPSG NAD83 / Kentucky Single ZoneEPSG�EPSG�EPSG-nE
M EPSG NAD83(HARN) / Florida GDL AlbersEPSG�EPSG8EPSG*�?
A EPSG NAD83 / Florida GDL AlbersEPSG�EPSG�EPSG*�R
g EPSG
NAD83(HARN) / Texas Centric Albers Equal AreaEPSG�EPSG8EPSG7�R
g EPSG NAD83(HARN) / Texas Centric Lambert ConformalEPSG�EPSG8EPSG7�L
[ EPSG NAD83 / Texas Centric Albers Equal AreaEPSG�EPSG�EPSG7�L
[ EPSG
NAD83 / Texas Centric Lambert ConformalEPSG�EPSG�EPSG7�G
Q EPSG NAD83 / Texas State Mapping SystemEPSG�EPSG�EPSG7�
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? EPSG �WGS 84 / SCAR IMW SP19-20EPSG0EPSG�EPSGC4;
9 EPSG �LGD2006 / UTM zone 35NEPSG0EPSG�EPSG>�;
9 EPSG �LGD2006 / UTM zone 34NEPSG0EPSG�EPSG>�;
9 EPSG �LGD2006 / UTM zone 33NEPSG0EPSG�EPSG>�5
- EPSG �FD58 / Iraq zoneEPSG0EPSG$EPSGM�;
9 EPSG LGD2006 / UTM zone 32NEPSG0EPSG�EPSG>�?
A EPSG ~LGD2006 / Libya TM zone 13EPSG�EPSG�EPSGG�?
A EPSG }LGD2006 / Libya TM zone 12EPSG�EPSG�EPSGG�?
A EPSG |LGD2006 / Libya TM zone 11EPSG�EPSG�EPSGG�?
A EPSG {LGD2006 / Libya TM zone 10EPSG�EPSG�EPSGG�>
? EPSG zLGD2006 / Libya TM zone 9EPSG�EPSG�EPSGG�>
? EPSG yLGD2006 / Libya TM zone 8EPSG�EPSG�EPSGG�>
? EPSG xLGD2006 / Libya TM zone 7EPSG�EPSG�EPSGG�>
? EPSG wLGD2006 / Libya TM zone 6EPSG�EPSG�EPSGG�>
? EPSG vLGD2006 / Libya TM zone 5EPSG�EPSG�EPSGG�8
3 EPSG uGR96 / UTM zone 29NEPSG0EPSG�EPSG>�8
3 EPSG tGR96 / UTM zone 28NEPSG0EPSG�EPSG>�8
3 EPSG sGR96 / UTM zone 27NEPSG0EPSG�EPSG>�8
3 EPSG rGR96 / UTM zone 26NEPSG0EPSG�EPSG>�8
3 EPSG qGR96 / UTM zone 25NEPSG0EPSG�EPSG>�8
3 EPSG pGR96 / UTM zone 24NEPSG0EPSG�EPSG>�8
3 EPSG oGR96 / UTM zone 23NEPSG0EPSG�EPSG>�8
3 EPSG nGR96 / UTM zone 22NEPSG0EPSG�EPSG>�8
3 EPSG mGR96 / UTM zone 21NEPSG0EPSG�EPSG>�8
3 EPSG lGR96 / UTM zone 20NEPSG0EPSG�EPSG>�8
3 EPSG kGR96 / UTM zone 19NEPSG0EPSG�EPSG>�8
3 EPSG jGR96 / UTM zone 18NEPSG0EPSG�EPSG>�7
1 EPSG iLGD2006 / Libya TMEPSG�EPSG�EPSGG�<
; EPSG hIndian 1960 / TM 106 NEEPSG0EPSG#EPSG@zO
a EPSG gNAD83 / Great Lakes and St Lawrence AlbersEPSG�EPSG�EPSG<&?
A EPSG fNAD83 / Great Lakes AlbersEPSG�EPSG�EPSG<%>
? EPSG efk89 / Faroe Lambert FK89EPSGEPSG�EPSGM�>
? EPSG dIGN53 Mare / UTM zone 59SEPSG0EPSG!EPSG? =
= EPSG cRGNC91-93 / UTM zone 59SEPSG0EPSG�EPSG? =
= EPSG bRGNC91-93 / UTM zone 58SEPSG0EPSG�EPSG? =
= EPSG aRGNC91-93 / UTM zone 57SEPSG0EPSG�EPSG? B
G EPSG `Kertau (RSO) / RSO Malaya (m)EPSG0EPSG�EPSGM�C
I EPSG _Kertau (RSO) / RSO Malaya (ch)EPSG:EPSG�EPSGM�D
K EPSG ^NEA74 Noumea / Noumea Lambert 2EPSG�EPSG$EPSGM�B
G EPSG ]NEA74 Noumea / Noumea LambertEPSG�EPSG$EPSGM�>
? EPSG \ST87 Ouvea / UTM zone 58SEPSG0EPSG�EPSG? F
O EPSG [RGNC91-93 / Lambert New CaledoniaEPSG�EPSG�EPSGN
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O EPSG ZNAD83(CSRS) / Ontario MNR LambertEPSG0EPSG EPSGM�@
C EPSG YNAD83 / Ontario MNR LambertEPSG0EPSG�EPSGM�?
A EPSG XNAD83(CSRS) / UTM zone 16NEPSG0EPSG EPSG>�?
A EPSG WNAD83(CSRS) / UTM zone 15NEPSG0EPSG EPSG>�?
A EPSG VNAD83(CSRS) / UTM zone 14NEPSG0EPSG EPSG>�?
A EPSG UNAD83(CSRS) / UTM zone 10NEPSG0EPSG EPSG>�>
? EPSG TNAD83(CSRS) / UTM zone 9NEPSG0EPSG EPSG>�>
? EPSG SNAD83(CSRS) / UTM zone 8NEPSG0EPSG EPSG>�>
? EPSG RNAD83(CSRS) / UTM zone 7NEPSG0EPSG EPSG>�<
; EPSG QNAD83(CSRS) / BC AlbersEPSG0EPSG EPSGN)
EPSG PST74EPSG�EPSG EPSGM�P
c EPSG OPulkovo 1995 / 3-degree Gauss-Kruger CM 18EEPSG�EPSGhEPSG?�P
c EPSG NPulkovo 1995 / 3-degree Gauss-Kruger zone 6EPSG�EPSGhEPSG?�?
A EPSG MIndian 1960 / UTM zone 49NEPSG0EPSG#EPSG>�?
A EPSG LIndian 1960 / UTM zone 48NEPSG0EPSG#EPSG>�P
c EPSG KPulkovo 1942 / 3-degree Gauss-Kruger CM 18EEPSG�EPSG�EPSG?�P
c EPSG JPulkovo 1942 / 3-degree Gauss-Kruger zone 6EPSG�EPSG�EPSG?�;
9 EPSG IETRS89 / Faroe LambertEPSGEPSG�EPSGM�9
5 EPSG HFD54 / Faroe LambertEPSGEPSG�EPSGM�>
? EPSG GFiji 1986 / Fiji Map GridEPSG0EPSGpEPSGM�
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? EPSG �WGS 84 / SCAR IMW ST25-28EPSG0EPSG�EPSGCr>
? EPSG �WGS 84 / SCAR IMW ST21-24EPSG0EPSG�EPSGCq>
? EPSG �WGS 84 / SCAR IMW ST17-20EPSG0EPSG�EPSGCp>
? EPSG �WGS 84 / SCAR IMW ST13-16EPSG0EPSG�EPSGCo>
? EPSG �WGS 84 / SCAR IMW ST09-12EPSG0EPSG�EPSGCn>
? EPSG �WGS 84 / SCAR IMW ST05-08EPSG0EPSG�EPSGCm>
? EPSG �WGS 84 / SCAR IMW ST01-04EPSG0EPSG�EPSGCl>
? EPSG �WGS 84 / SCAR IMW SS58-60EPSG0EPSG�EPSGCk>
? EPSG �WGS 84 / SCAR IMW SS55-57EPSG0EPSG�EPSGCj>
? EPSG �WGS 84 / SCAR IMW SS52-54EPSG0EPSG�EPSGCi>
? EPSG �WGS 84 / SCAR IMW SS49-51EPSG0EPSG�EPSGCh>
? EPSG �WGS 84 / SCAR IMW SS46-48EPSG0EPSG�EPSGCg>
? EPSG �WGS 84 / SCAR IMW SS43-45EPSG0EPSG�EPSGCf>
? EPSG �WGS 84 / SCAR IMW SS40-42EPSG0EPSG�EPSGCe>
? EPSG �WGS 84 / SCAR IMW SS37-39EPSG0EPSG�EPSGCd>
? EPSG �WGS 84 / SCAR IMW SS34-36EPSG0EPSG�EPSGCc>
? EPSG �WGS 84 / SCAR IMW SS31-33EPSG0EPSG�EPSGCb>
? EPSG �WGS 84 / SCAR IMW SS28-30EPSG0EPSG�EPSGCa>
? EPSG �WGS 84 / SCAR IMW SS25-27EPSG0EPSG�EPSGC`>
? EPSG �WGS 84 / SCAR IMW SS19-21EPSG0EPSG�EPSGC_>
? EPSG �WGS 84 / SCAR IMW SS16-18EPSG0EPSG�EPSGC^>
? EPSG �WGS 84 / SCAR IMW SS13-15EPSG0EPSG�EPSGC]>
? EPSG �WGS 84 / SCAR IMW SS10-12EPSG0EPSG�EPSGC\>
? EPSG �WGS 84 / SCAR IMW SS07-09EPSG0EPSG�EPSGC[>
? EPSG �WGS 84 / SCAR IMW SS04-06EPSG0EPSG�EPSGCZ>
? EPSG �WGS 84 / SCAR IMW SR59-60EPSG0EPSG�EPSGCY>
? EPSG �WGS 84 / SCAR IMW SR57-58EPSG0EPSG�EPSGCX>
? EPSG �WGS 84 / SCAR IMW SR55-56EPSG0EPSG�EPSGCW>
? EPSG �WGS 84 / SCAR IMW SR53-54EPSG0EPSG�EPSGCV>
? EPSG �WGS 84 / SCAR IMW SR51-52EPSG0EPSG�EPSGCU>
? EPSG �WGS 84 / SCAR IMW SR49-50EPSG0EPSG�EPSGCT>
? EPSG �WGS 84 / SCAR IMW SR47-48EPSG0EPSG�EPSGCS>
? EPSG �WGS 84 / SCAR IMW SR45-46EPSG0EPSG�EPSGCR>
? EPSG �WGS 84 / SCAR IMW SR43-44EPSG0EPSG�EPSGCQ>
? EPSG �WGS 84 / SCAR IMW SR41-42EPSG0EPSG�EPSGCP>
? EPSG �WGS 84 / SCAR IMW SR39-40EPSG0EPSG�EPSGCO>
? EPSG �WGS 84 / SCAR IMW SR37-38EPSG0EPSG�EPSGCN>
? EPSG �WGS 84 / SCAR IMW SR35-36EPSG0EPSG�EPSGCM>
? EPSG �WGS 84 / SCAR IMW SR33-34EPSG0EPSG�EPSGCL>
? EPSG �WGS 84 / SCAR IMW SR31-32EPSG0EPSG�EPSGCK>
? EPSG �WGS 84 / SCAR IMW SR29-30EPSG0EPSG�EPSGCJ>
? EPSG �WGS 84 / SCAR IMW SR27-28EPSG0EPSG�EPSGCI>
? EPSG �WGS 84 / SCAR IMW SR19-20EPSG0EPSG�EPSGCH>
? EPSG �WGS 84 / SCAR IMW SR17-18EPSG0EPSG�EPSGCG>
? EPSG �WGS 84 / SCAR IMW SR15-16EPSG0EPSG�EPSGCF>
? EPSG �WGS 84 / SCAR IMW SR13-14EPSG0EPSG�EPSGCE>
? EPSG �WGS 84 / SCAR IMW SQ57-58EPSG0EPSG�EPSGCD>
? EPSG �WGS 84 / SCAR IMW SQ55-56EPSG0EPSG�EPSGCC>
? EPSG �WGS 84 / SCAR IMW SQ53-54EPSG0EPSG�EPSGCB>
? EPSG �WGS 84 / SCAR IMW SQ51-52EPSG0EPSG�EPSGCA>
? EPSG �WGS 84 / SCAR IMW SQ49-50EPSG0EPSG�EPSGC@>
? EPSG �WGS 84 / SCAR IMW SQ47-48EPSG0EPSG�EPSGC?>
? EPSG �WGS 84 / SCAR IMW SQ45-46EPSG0EPSG�EPSGC>>
? EPSG �WGS 84 / SCAR IMW SQ43-44EPSG0EPSG�EPSGC=>
? EPSG �WGS 84 / SCAR IMW SQ41-42EPSG0EPSG�EPSGC<>
? EPSG �WGS 84 / SCAR IMW SQ39-40EPSG0EPSG�EPSGC;>
? EPSG �WGS 84 / SCAR IMW SQ37-38EPSG0EPSG�EPSGC:>
? EPSG �WGS 84 / SCAR IMW SQ21-22EPSG0EPSG�EPSGC9>
? EPSG �WGS 84 / SCAR IMW SQ19-20EPSG0EPSG�EPSGC8>
? EPSG �WGS 84 / SCAR IMW SQ01-02EPSG0EPSG�EPSGC7>
? EPSG �WGS 84 / SCAR IMW SP23-24EPSG0EPSG�EPSGC6>
? EPSG �WGS 84 / SCAR IMW ST29-32EPSG0EPSG�EPSGCs
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C EPSG
Pulkovo 1942(58) / GUGiK-80EPSG�EPSGSEPSGGn@
C EPSG �IGC 1962 / Congo TM zone 30EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 28EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 26EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 24EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 22EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 20EPSG0EPSGYEPSGD @
C EPSG �IGC 1962 / Congo TM zone 18EPSG0EPSGYEPSGD
@
C EPSG �IGC 1962 / Congo TM zone 16EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 14EPSG0EPSGYEPSGD@
C EPSG �IGC 1962 / Congo TM zone 12EPSG0EPSGYEPSGDB
G EPSG �Kasai 1953 / Congo TM zone 24EPSG0EPSGXEPSGDB
G EPSG �Kasai 1953 / Congo TM zone 22EPSG0EPSGXEPSGD>
? EPSG �Katanga 1955 / Katanga TMEPSG0EPSGWEPSGC�C
I EPSG �Katanga 1955 / Katanga LambertEPSG0EPSGWEPSGC�:
7 EPSG �RGFG95 / UTM zone 21NEPSG0EPSGEPSG>�9
5 EPSG �CSG67 / UTM zone 21NEPSG0EPSGEPSG>�D
K EPSG �NAD83(HARN) / California AlbersEPSG�EPSG8EPSG(�>
? EPSG �NAD83 / California AlbersEPSG�EPSG�EPSG(�>
? EPSG �NAD27 / California AlbersEPSG�EPSG�EPSG(�8
3 EPSG �GDA94 / NSW LambertEPSG0EPSG�EPSGC�B
G EPSG �Nakhl-e Ghanem / UTM zone 39NEPSG0EPSGUEPSG>�=
= EPSG �Maupiti 83 / UTM zone 5SEPSG0EPSGTEPSG>�<
; EPSG �Moorea 87 / UTM zone 6SEPSG0EPSGSEPSG>�<
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C EPSG �IGN63 Hiva Oa / UTM zone 7SEPSG0EPSGQEPSG>�G
Q EPSG �Estonian Coordinate System of 1997EPSG�EPSGTEPSGM�G
Q EPSG �Estonian Coordinate System of 1992EPSG�EPSG%EPSGM�7
1 EPSG �RGPF / UTM zone 8SEPSG0EPSGOEPSG>�7
1 EPSG �RGPF / UTM zone 7SEPSG0EPSGOEPSG>�7
1 EPSG �RGPF / UTM zone 6SEPSG0EPSGOEPSG>�7
1 EPSG �RGPF / UTM zone 5SEPSG0EPSGOEPSG>�<
; EPSG �Guam 1963 / Yap IslandsEPSG�EPSGCEPSG<'K
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? EPSG �WGS 84 / SCAR IMW SV51-60EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SV41-50EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SV31-40EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SV21-30EPSG~EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SV11-20EPSG{EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SV01-10EPSGxEPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU56-60EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU51-55EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU46-50EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU41-45EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU36-40EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU31-35EPSG�EPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU26-30EPSGEPSG�EPSGC�>
? EPSG �WGS 84 / SCAR IMW SU21-25EPSG}EPSG�EPSGC>
? EPSG �WGS 84 / SCAR IMW SU16-20EPSG|EPSG�EPSGC~>
? EPSG �WGS 84 / SCAR IMW SU11-15EPSGzEPSG�EPSGC}>
? EPSG �WGS 84 / SCAR IMW SU06-10EPSGyEPSG�EPSGC|>
? EPSG �WGS 84 / SCAR IMW SU01-05EPSGwEPSG�EPSGC{>
? EPSG �WGS 84 / SCAR IMW ST57-60EPSG0EPSG�EPSGCz>
? EPSG �WGS 84 / SCAR IMW ST53-56EPSG0EPSG�EPSGCy>
? EPSG �WGS 84 / SCAR IMW ST49-52EPSG0EPSG�EPSGCx>
? EPSG �WGS 84 / SCAR IMW ST45-48EPSG0EPSG�EPSGCw>
? EPSG �WGS 84 / SCAR IMW ST41-44EPSG0EPSG�EPSGCv>
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7GDM2000 / Kedah and Perlis GridEPSG0EPSG�EPSGM�:
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5GDM2000 / Terengganu GridEPSG0EPSG�EPSGM�<
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4GDM2000 / Selangor GridEPSG0EPSG�EPSGM�:
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3GDM2000 / Pahang GridEPSG0EPSG�EPSGM�G
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2GDM2000 / Sembilan and Melaka GridEPSG0EPSG�EPSGM�9
5 EPSG
1GDM2000 / Johor GridEPSG0EPSG�EPSGM�A
E EPSG
0GDM2000 / East Malaysia BRSOEPSG0EPSG�EPSGM�<
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/GDM2000 / Peninsula RSOEPSG0EPSG�EPSGM�8
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.FD54 / UTM zone 29NEPSG0EPSG�EPSG>�9
5 EPSG
-NAD83 / UTM zone 60NEPSG0EPSG�EPSG>�9
5 EPSG
,NAD83 / UTM zone 59NEPSG0EPSG�EPSG>�9
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5 EPSG
*NAD27 / UTM zone 59NEPSG0EPSG�EPSG>�B
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)IGN Astro 1960 / UTM zone 30NEPSG0EPSG\EPSG>�B
G EPSG
(IGN Astro 1960 / UTM zone 29NEPSG0EPSG\EPSG>�B
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'IGN Astro 1960 / UTM zone 28NEPSG0EPSG\EPSG>�?
A EPSG
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O EPSG
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NAD83(HARN) / South CarolinaEPSG�EPSG8EPSG6jH
S EPSG
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NAD83(HARN) / North CarolinaEPSG�EPSG8EPSG3�F
O EPSG
Little Cayman 1961 / UTM zone 17NEPSG0EPSGvEPSG>�E
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Grand Cayman 1959 / UTM zone 17NEPSG0EPSGsEPSG>�K
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Egypt Gulf of Suez S-650 TL / Red BeltEPSG0EPSGbEPSGF�D
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Mhast (offshore) / UTM zone 32SEPSG0EPSGaEPSG?C
I EPSG
Mhast (onshore) / UTM zone 32SEPSG0EPSG`EPSG?@
C EPSG
Pulkovo 1942 / CS63 zone C2EPSG�EPSG�EPSGH@
C EPSG
Pulkovo 1942 / CS63 zone C1EPSG�EPSG�EPSGH@
C EPSG
Pulkovo 1942 / CS63 zone C0EPSG�EPSG�EPSGH:
7 EPSG
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NAD83(CSRS) / Statistics Canada LambertEPSG0EPSG EPSGM�F
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NAD83 / Statistics Canada LambertEPSG0EPSG�EPSGM�9
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LKS94 / Lithuania TMEPSG�EPSG=EPSGM�C
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Mauritania 1999 / UTM zone 28NEPSG0EPSG^EPSG>�=
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IGCB 1955 / Congo TM zone 14EPSG0EPSG]EPSGDA
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7 EPSG
NAD83 / Alaska AlbersEPSG�EPSG�EPSG:�C
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Le Pouce 1934 / Mauritius GridEPSG0EPSG[EPSGM�F
O EPSG
IGN 1962 Kerguelen / UTM zone 42SEPSG0EPSGZEPSG?K
Y EPSG
Pulkovo 1942(58) / Gauss-Kruger zone 5EPSG�EPSGSEPSG?MK
Y EPSG
Pulkovo 1942(58) / Gauss-Kruger zone 4EPSG�EPSGSEPSG?LK
Y EPSG
Pulkovo 1942(58) / Gauss-Kruger zone 3EPSG�EPSGSEPSG?KT
k EPSG
Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 8EPSG�EPSGSEPSG?�T
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mNAD83 / New Hampshire (ftUS)EPSG�EPSG�EPSG< A
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lNAD83 / Illinois West (ftUS)EPSG�EPSG�EPSG< A
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kNAD83 / Illinois East (ftUS)EPSG�EPSG�EPSG<B
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jNAD83 / Arkansas South (ftUS)EPSG�EPSG�EPSG<B
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iNAD83 / Arkansas North (ftUS)EPSG�EPSG�EPSG<D
K EPSG
hNAD83(HARN) / New Jersey (ftUS)EPSG�EPSG8EPSG<E
M EPSG
gNAD83(HARN) / Nevada West (ftUS)EPSG�EPSG8EPSG<H
S EPSG
fNAD83(HARN) / Nevada Central (ftUS)EPSG�EPSG8EPSG<E
M EPSG
eNAD83(HARN) / Nevada East (ftUS)EPSG�EPSG8EPSG<F
O EPSG
dNAD83(HARN) / Kansas South (ftUS)EPSG�EPSG8EPSG<F
O EPSG
cNAD83(HARN) / Kansas North (ftUS)EPSG�EPSG8EPSG<D
K EPSG
bNAD83(HARN) / Iowa South (ftUS)EPSG�EPSG8EPSG<D
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aNAD83(HARN) / Iowa North (ftUS)EPSG�EPSG8EPSG<>
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_NAD83 / Nevada West (ftUS)EPSG�EPSG�EPSG<B
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]NAD83 / Nevada East (ftUS)EPSG�EPSG�EPSG<@
C EPSG
\NAD83 / Kansas South (ftUS)EPSG�EPSG�EPSG<@
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[NAD83 / Kansas North (ftUS)EPSG�EPSG�EPSG<>
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ZNAD83 / Iowa South (ftUS)EPSG�EPSG�EPSG<>
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YNAD83 / Iowa North (ftUS)EPSG�EPSG�EPSG<=
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VSVY21 / Singapore TMEPSG�EPSG�EPSGM�U
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UWGS 84 / NSIDC Sea Ice Polar Stereographic NorthEPSGtEPSG�EPSGM�L
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OHong Kong 1963 Grid SystemEPSG�EPSG�EPSGM�;
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INAD83 / Alberta 10-TM (Resource)EPSG0EPSG�EPSGM�C
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Y EPSG
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M EPSGNAD83(NSRS2007) / Nevada CentralEPSG�EPSG�EPSG1�?
A EPSGNAD83(NSRS2007) / NebraskaEPSG�EPSG�EPSG1VC
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O EPSG NAD83(NSRS2007) / Minnesota SouthEPSG�EPSG�EPSG/�F
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W EPSG NAD83(NSRS2007) / Michigan South (ft)EPSG�EPSG�EPSG;�E
M EPSGNAD83(NSRS2007) / Michigan SouthEPSG�EPSG�EPSG/oP
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W EPSGNAD83(NSRS2007) / Michigan North (ft)EPSG�EPSG�EPSG;�E
M EPSGNAD83(NSRS2007) / Michigan NorthEPSG�EPSG�EPSG/mL
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Q EPSGNAD83(NSRS2007) / Michigan CentralEPSG�EPSG�EPSG/nT
k EPSGNAD83(NSRS2007) / Massachusetts Mainland (ftUS)EPSG�EPSG�EPSG;�M
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Q EPSGNNAD83(NSRS2007) / Tennessee (ftUS)EPSG�EPSG�EPSG;�@
C EPSGMNAD83(NSRS2007) / TennesseeEPSG�EPSG�EPSG72P
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c EPSGJNAD83(NSRS2007) / South Dakota North (ftUS)EPSG�EPSG�EPSG<"I
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I EPSGENAD83(NSRS2007) / Rhode IslandEPSG�EPSG�EPSG6P
c EPSGDNAD83(NSRS2007) / Pennsylvania South (ftUS)EPSG�EPSG�EPSG;�I
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S EPSG@NAD83(NSRS2007) / Oregon South (ft)EPSG�EPSG�EPSG;�C
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M EPSG7NAD83(NSRS2007) / Oklahoma NorthEPSG�EPSG�EPSG4�A
E EPSG6NAD83(NSRS2007) / Ohio SouthEPSG�EPSG�EPSG4xA
E EPSG5NAD83(NSRS2007) / Ohio NorthEPSG�EPSG�EPSG4wN
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U EPSG1NAD83(NSRS2007) / North Dakota NorthEPSG�EPSG�EPSG4L
[ EPSG0NAD83(NSRS2007) / North Carolina (ftUS)EPSG�EPSG�EPSG;�E
M EPSG/NAD83(NSRS2007) / North CarolinaEPSG�EPSG�EPSG3�K
Y EPSG.NAD83(NSRS2007) / New York West (ftUS)EPSG�EPSG�EPSG;�D
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g EPSG,NAD83(NSRS2007) / New York Long Island (ftUS)EPSG�EPSG�EPSG;�K
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G EPSG�NAD83(NSRS2007) / UTM zone 9NEPSG0EPSG�EPSG>�B
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G EPSG�NAD83(NSRS2007) / UTM zone 7NEPSG0EPSG�EPSG>�B
G EPSG�NAD83(NSRS2007) / UTM zone 6NEPSG0EPSG�EPSG>�B
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G EPSG~NAD83(NSRS2007) / UTM zone 3NEPSG0EPSG�EPSG>�B
G EPSG}NAD83(NSRS2007) / UTM zone 2NEPSG0EPSG�EPSG>�B
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I EPSG{NAD83(NSRS2007) / UTM zone 60NEPSG0EPSG�EPSG>�C
I EPSGzNAD83(NSRS2007) / UTM zone 59NEPSG0EPSG�EPSG>�C
I EPSGyNAD83(NSRS2007) / Wyoming WestEPSG�EPSG�EPSG:VK
Y EPSGxNAD83(NSRS2007) / Wyoming West CentralEPSG�EPSG�EPSG:UK
Y EPSGwNAD83(NSRS2007) / Wyoming East CentralEPSG�EPSG�EPSG:TC
I EPSGvNAD83(NSRS2007) / Wyoming EastEPSG�EPSG�EPSG:ST
k EPSGuNAD83(NSRS2007) / Wisconsin Transverse MercatorEPSG�EPSG�EPSG9�M
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W EPSGnNAD83(NSRS2007) / West Virginia SouthEPSG�EPSG�EPSG9�J
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A EPSG�NAD83(HARN) / UTM zone 11NEPSG0EPSG8EPSG>�?
A EPSG�NAD83(HARN) / UTM zone 10NEPSG0EPSG8EPSG>�@
C EPSG�NAD83 / Wyoming West (ftUS)EPSG�EPSG�EPSG:ZH
S EPSG�NAD83 / Wyoming West Central (ftUS)EPSG�EPSG�EPSG:YH
S EPSG�NAD83 / Wyoming East Central (ftUS)EPSG�EPSG�EPSG:X@
C EPSG�NAD83 / Wyoming East (ftUS)EPSG�EPSG�EPSG:W>
? EPSG�NAD83 / Ohio South (ftUS)EPSG�EPSG�EPSG4z>
? EPSG�NAD83 / Ohio North (ftUS)EPSG�EPSG�EPSG4yJ
W EPSG�NAD83(NSRS2007) / Wyoming West (ftUS)EPSG�EPSG�EPSG:ZR
g EPSG�NAD83(NSRS2007) / Wyoming West Central (ftUS)EPSG�EPSG�EPSG:YR
g EPSG�NAD83(NSRS2007) / Wyoming East Central (ftUS)EPSG�EPSG�EPSG:XJ
W EPSG�NAD83(NSRS2007) / Wyoming East (ftUS)EPSG�EPSG�EPSG:WH
S EPSG�NAD83(NSRS2007) / Ohio South (ftUS)EPSG�EPSG�EPSG4z
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- EPSG+ETRS89 / GK29FINEPSG�EPSG�EPSG 5
- EPSG*ETRS89 / GK28FINEPSG�EPSG�EPSG 5
- EPSG)ETRS89 / GK27FINEPSG�EPSG�EPSG 5
- EPSG(ETRS89 / GK26FINEPSG�EPSG�EPSG5
- EPSG'ETRS89 / GK25FINEPSG�EPSG�EPSG5
- EPSG&ETRS89 / GK24FINEPSG�EPSG�EPSG5
- EPSG%ETRS89 / GK23FINEPSG�EPSG�EPSG5
- EPSG$ETRS89 / GK22FINEPSG�EPSG�EPSG5
- EPSG#ETRS89 / GK21FINEPSG�EPSG�EPSG5
- EPSG"ETRS89 / GK20FINEPSG�EPSG�EPSG5
- EPSG!ETRS89 / GK19FINEPSG�EPSG�EPSG=
= EPSGWGS 84 / Pseudo-MercatorEPSG�EPSG�EPSG0
# EPSGCounty ST74EPSG�EPSG EPSG
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5 EPSG RSRGD2000 / DGLC2000EPSG�EPSG�EPSGF.8
3 EPSG NZGD2000 / NZCS2000EPSG�EPSGGEPSGF,F
O EPSG
SWEREF99 / RT90 5 gon O emulationEPSG�EPSG EPSGC�H
S EPSG SWEREF99 / RT90 2.5 gon O emulationEPSG�EPSG EPSGC�D
K EPSGSWEREF99 / RT90 0 gon emulationEPSG�EPSG EPSGC�H
S EPSGSWEREF99 / RT90 2.5 gon V emulationEPSG�EPSG EPSGC�F
O EPSGSWEREF99 / RT90 5 gon V emulationEPSG�EPSG EPSGC�H
S EPSGSWEREF99 / RT90 7.5 gon V emulationEPSG�EPSG EPSGC�@
C EPSGPulkovo 1942(58) / Stereo70EPSG�EPSGSEPSGM�T
k EPSGPulkovo 1942(83) / 3-degree Gauss-Kruger zone 8EPSG�EPSGREPSG?�T
k EPSGPulkovo 1942(83) / 3-degree Gauss-Kruger zone 7EPSG�EPSGREPSG?�T
k EPSGPulkovo 1942(83) / 3-degree Gauss-Kruger zone 6EPSG�EPSGREPSG?�U
m EPSG Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 10EPSG�EPSGSEPSG?�T
k EPSG�Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 9EPSG�EPSGSEPSG?�T
k EPSG�Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 4EPSG�EPSGSEPSG?�T
k EPSG�Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 3EPSG�EPSGSEPSG?�K
Y EPSG�Pulkovo 1942(83) / Gauss-Kruger zone 4EPSG�EPSGREPSG?LK
Y EPSG�Pulkovo 1942(83) / Gauss-Kruger zone 3EPSG�EPSGREPSG?KK
Y EPSG�Pulkovo 1942(83) / Gauss-Kruger zone 2EPSG�EPSGREPSG?JK
Y EPSG�Pulkovo 1942(58) / Gauss-Kruger zone 2EPSG�EPSGSEPSG?J:
7 EPSG�WGS 84 / PDC MercatorEPSG0EPSG�EPSG�D
K EPSG�Hu Tzu Shan 1950 / UTM zone 51NEPSG0EPSG�EPSG>�9
5 EPSG�TWD67 / TM2 zone 121EPSG�EPSG�EPSG�9
5 EPSG�TWD67 / TM2 zone 119EPSG�EPSG�EPSG�9
5 EPSG�TWD97 / TM2 zone 121EPSG�EPSG�EPSG�9
5 EPSG�TWD97 / TM2 zone 119EPSG�EPSG�EPSG�E
M EPSG�NAD83(NSRS2007) / Mississippi TMEPSG�EPSG�EPSG�A
E EPSG�NAD83(HARN) / Mississippi TMEPSG�EPSG8EPSG�;
9 EPSG�NAD83 / Mississippi TMEPSG�EPSG�EPSG�B
G EPSG�ETRS89 / Belgian Lambert 2008EPSG�EPSG�EPSG�N
_ EPSG�NAD83(CSRS) / Alberta 3TM ref merid 120 WEPSG0EPSG EPSGE>H
S EPSG�NAD83 / Alberta 3TM ref merid 120 WEPSG0EPSG�EPSGE>H
S EPSG�NAD27 / Alberta 3TM ref merid 120 WEPSG0EPSG�EPSGE>>
? EPSG�NAD83(CSRS) / MTQ LambertEPSG�EPSG EPSGM�8
3 EPSG�NAD83 / MTQ LambertEPSG�EPSG�EPSGM�8
3 EPSG�NAD27 / MTQ LambertEPSG�EPSG�EPSGM�5
- EPSG�NAD27 / Cuba SurEPSG�EPSG�EPSGF�7
1 EPSG�NAD27 / Cuba NorteEPSG�EPSG�EPSGF�J
W EPSG�Slovenia 1996 / Slovene National GridEPSG0EPSG�EPSGM�G
Q EPSG�NZGD2000 / Chatham Islands TM 2000EPSG�EPSGGEPSGF-D
K EPSG�NZGD2000 / Raoul Island TM 2000EPSG�EPSGGEPSGF+I
U EPSG�NZGD2000 / Antipodes Islands TM 2000EPSG�EPSGGEPSGF*G
Q EPSG�NZGD2000 / Campbell Island TM 2000EPSG�EPSGGEPSGF)H
S EPSG�NZGD2000 / Auckland Islands TM 2000EPSG�EPSGGEPSGF(@
C EPSG�MGI / Slovene National GridEPSG�EPSG�EPSGM�5
- EPSG,ETRS89 / GK30FINEPSG�EPSG�EPSG
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Y EPSG�World Equidistant Cylindrical (Sphere)EPSG�EPSG�EPSG�K
Y EPSG�WGS 84 / World Equidistant CylindricalEPSG�EPSG�EPSG�<
; EPSG�REGCAN95 / UTM zone 28NEPSG0EPSG�EPSG>�<
; EPSG�REGCAN95 / UTM zone 27NEPSG0EPSG�EPSG>�8
3 EPSG�Chua / UTM zone 23SEPSG0EPSG�EPSG>�>
? EPSG�RGRDC 2005 / UTM zone 35SEPSG�EPSG�EPSG?>
? EPSG�RGRDC 2005 / UTM zone 34SEPSG�EPSG�EPSG?>
? EPSG�RGRDC 2005 / UTM zone 33SEPSG�EPSG�EPSG?B
G EPSG�RGRDC 2005 / Congo TM zone 28EPSG�EPSG�EPSGDB
G EPSG�RGRDC 2005 / Congo TM zone 26EPSG�EPSG�EPSGDB
G EPSG�RGRDC 2005 / Congo TM zone 24EPSG�EPSG�EPSGDB
G EPSG�RGRDC 2005 / Congo TM zone 22EPSG�EPSG�EPSGDB
G EPSG�RGRDC 2005 / Congo TM zone 20EPSG�EPSG�EPSGD B
G EPSG�RGRDC 2005 / Congo TM zone 18EPSG�EPSG�EPSGD
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G EPSG�RGRDC 2005 / Congo TM zone 16EPSG�EPSG�EPSGDB
G EPSG�RGRDC 2005 / Congo TM zone 14EPSG�EPSG�EPSGDB
G EPSG�RGRDC 2005 / Congo TM zone 12EPSG�EPSG�EPSGD5
- EPSG�WGS 84 / TMzn36NEPSG�EPSG�EPSG>�5
- EPSG�WGS 84 / TMzn35NEPSG�EPSG�EPSG>�;
9 EPSG�MOLDREF99 / Moldova TMEPSG�EPSG�EPSG�<
; EPSG�WGS 84 / Dubai Local TMEPSG0EPSG�EPSGMG
Q EPSG�WGS 84 / IBCAO Polar StereographicEPSGuEPSG�EPSGM�H
S EPSG�WGS 84 / Arctic Polar StereographicEPSGuEPSG�EPSGM�9
5 EPSG�WGS 84 / Mercator 41EPSG�EPSG�EPSGM�:
7 EPSG�Guam 1963 / Guam SPCSEPSG�EPSGCEPSG<(<
; EPSG�Puerto Rico / St. CroixEPSG�EPSG+EPSG;bG
Q EPSG�Puerto Rico State Plane CS of 1927EPSG�EPSG+EPSG;aH
S EPSG�Katanga 1955 / Katanga Gauss zone DEPSG�EPSGWEPSG�H
S EPSG�Katanga 1955 / Katanga Gauss zone CEPSG�EPSGWEPSG�H
S EPSG�Katanga 1955 / Katanga Gauss zone BEPSG�EPSGWEPSG�H
S EPSG�Katanga 1955 / Katanga Gauss zone AEPSG�EPSGWEPSG�C
I EPSG�Katanga 1955 / Katanga LambertEPSG�EPSGWEPSG�G
Q EPSG�NAD83(CSRS) / Canada Atlas LambertEPSG0EPSG EPSG�A
E EPSG�NAD83 / Canada Atlas LambertEPSG0EPSG�EPSG�U
m EPSG�WGS 84 / NSIDC Sea Ice Polar Stereographic SouthEPSGvEPSG�EPSGM�D
K EPSG�WGS 84 / NSIDC EASE-Grid GlobalEPSG�EPSG�EPSGM�C
I EPSG�WGS 84 / NSIDC EASE-Grid SouthEPSGvEPSG�EPSG:C
I EPSG�WGS 84 / NSIDC EASE-Grid NorthEPSGuEPSG�EPSG9G
Q EPSG�NAD83(NSRS2007) / Virginia LambertEPSG�EPSG�EPSGC
I EPSG�NAD83(HARN) / Virginia LambertEPSG�EPSG8EPSG=
= EPSG�NAD83 / Virginia LambertEPSG�EPSG�EPSG4
+ EPSGnRGF93 v1 / CC50EPSG�EPSGKEPSGF�4
+ EPSGmRGF93 v1 / CC49EPSG�EPSGKEPSGF�4
+ EPSGlRGF93 v1 / CC48EPSG�EPSGKEPSGF�4
+ EPSGkRGF93 v1 / CC47EPSG�EPSGKEPSGF�4
+ EPSGjRGF93 v1 / CC46EPSG�EPSGKEPSGF�4
+ EPSGiRGF93 v1 / CC45EPSG�EPSGKEPSGF�4
+ EPSGhRGF93 v1 / CC44EPSG�EPSGKEPSGF�4
+ EPSGgRGF93 v1 / CC43EPSG�EPSGKEPSGF�4
+ EPSGfRGF93 v1 / CC42EPSG�EPSGKEPSGF�?
A EPSGPPuerto Rico / UTM zone 20NEPSG0EPSG+EPSG>�E
M EPSGHMGI 1901 / Slovene National GridEPSG�EPSGBEPSGM�=
= EPSGGMGI 1901 / Slovenia GridEPSG�EPSGBEPSGM�>
? EPSGFMGI 1901 / Balkans zone 8EPSG�EPSGBEPSGGf>
? EPSGEMGI 1901 / Balkans zone 7EPSG�EPSGBEPSGGe>
? EPSGDMGI 1901 / Balkans zone 6EPSG�EPSGBEPSGGd>
? EPSGCMGI 1901 / Balkans zone 5EPSG�EPSGBEPSGGc>
? EPSG5ED50 / Iraq National GridEPSG0EPSG�EPSGM�8
3 EPSG4IGRS / UTM zone 39NEPSG0EPSG1EPSG>�8
3 EPSG3IGRS / UTM zone 38NEPSG0EPSG1EPSG>� 3
) EPSG�ETRS89 / DKTM2EPSG0EPSG�EPSG�
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E EPSG�Mexico ITRF92 / UTM zone 15NEPSG0EPSG�EPSG>�A
E EPSG�Mexico ITRF92 / UTM zone 14NEPSG0EPSG�EPSG>�A
E EPSG�Mexico ITRF92 / UTM zone 13NEPSG0EPSG�EPSG>�A
E EPSG�Mexico ITRF92 / UTM zone 12NEPSG0EPSG�EPSG>�A
E EPSG�Mexico ITRF92 / UTM zone 11NEPSG0EPSG�EPSG>�A
E EPSGzCadastre 1997 / UTM zone 38SEPSG0EPSGEPSG?
9
5 EPSGwRGM04 / UTM zone 38SEPSG0EPSGvEPSG?
;
9 EPSGsRGSPM06 / UTM zone 21NEPSG0EPSGoEPSG>�Z
w EPSGnWGS 84 / Australian Centre for Remote Sensing LambertEPSG0EPSG�EPSGlF
O EPSGiNAD83 / South Dakota North (ftUS)EPSG�EPSG�EPSG<"A
E EPSGhNAD27 / New York Long IslandEPSG�EPSG�EPSGf?
A EPSGgNAD27 / Pennsylvania SouthEPSG�EPSG�EPSGT;
9 EPSGWNAD83 / BLM 19N (ftUS)EPSG�EPSG�EPSG;
9 EPSGVNAD83 / BLM 18N (ftUS)EPSG�EPSG�EPSGQ
e EPSGUNAD83(NSRS2007) / Puerto Rico and Virgin Is.EPSG�EPSG�EPSG;~T
k EPSGRPulkovo 1942(83) / 3-degree Gauss-Kruger zone 8EPSG�EPSGREPSG?�;
9 EPSGQNAD83 / BLM 13N (ftUS)EPSG�EPSG�EPSG;
9 EPSGPNAD83 / BLM 12N (ftUS)EPSG�EPSG�EPSG;
9 EPSGONAD83 / BLM 11N (ftUS)EPSG�EPSG�EPSG;
9 EPSGNNAD83 / BLM 10N (ftUS)EPSG�EPSG�EPSG:
7 EPSGMNAD83 / BLM 9N (ftUS)EPSG�EPSG�EPSG
:
7 EPSGLNAD83 / BLM 8N (ftUS)EPSG�EPSG�EPSG :
7 EPSGKNAD83 / BLM 7N (ftUS)EPSG�EPSG�EPSG :
7 EPSGJNAD83 / BLM 6N (ftUS)EPSG�EPSG�EPSG
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7 EPSGINAD83 / BLM 5N (ftUS)EPSG�EPSG�EPSG :
7 EPSGHNAD83 / BLM 4N (ftUS)EPSG�EPSG�EPSG:
7 EPSGGNAD83 / BLM 3N (ftUS)EPSG�EPSG�EPSG:
7 EPSGFNAD83 / BLM 2N (ftUS)EPSG�EPSG�EPSG:
7 EPSGENAD83 / BLM 1N (ftUS)EPSG�EPSG�EPSG;
9 EPSGDNAD83 / BLM 60N (ftUS)EPSG�EPSG�EPSG[;
9 EPSGCNAD27 / BLM 19N (ftUS)EPSG�EPSG�EPSG;
9 EPSGBNAD27 / BLM 18N (ftUS)EPSG�EPSG�EPSGT
k EPSGAPulkovo 1942(83) / 3-degree Gauss-Kruger zone 7EPSG�EPSGREPSG?�C
I EPSG?Katanga 1955 / Katanga LambertEPSG�EPSGWEPSG@@
C EPSG>NAD83(HARN) / Guam Map GridEPSG�EPSG8EPSG�;
9 EPSG=NAD27 / BLM 13N (ftUS)EPSG�EPSG�EPSG;
9 EPSG<NAD27 / BLM 12N (ftUS)EPSG�EPSG�EPSG;
9 EPSG;NAD27 / BLM 11N (ftUS)EPSG�EPSG�EPSG;
9 EPSG:NAD27 / BLM 10N (ftUS)EPSG�EPSG�EPSG:
7 EPSG9NAD27 / BLM 9N (ftUS)EPSG�EPSG�EPSG
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7 EPSG8NAD27 / BLM 8N (ftUS)EPSG�EPSG�EPSG :
7 EPSG7NAD27 / BLM 7N (ftUS)EPSG�EPSG�EPSG :
7 EPSG6NAD27 / BLM 6N (ftUS)EPSG�EPSG�EPSG
:
7 EPSG5NAD27 / BLM 5N (ftUS)EPSG�EPSG�EPSG :
7 EPSG4NAD27 / BLM 4N (ftUS)EPSG�EPSG�EPSG:
7 EPSG3NAD27 / BLM 3N (ftUS)EPSG�EPSG�EPSG:
7 EPSG2NAD27 / BLM 2N (ftUS)EPSG�EPSG�EPSG:
7 EPSG1NAD27 / BLM 1N (ftUS)EPSG�EPSG�EPSG;
9 EPSG0NAD27 / BLM 60N (ftUS)EPSG�EPSG�EPSG[;
9 EPSG/NAD27 / BLM 59N (ftUS)EPSG�EPSG�EPSGZ@
C EPSG.Kertau 1968 / Kelantan GridEPSG0EPSG�EPSG�E
M EPSG-Kertau 1968 / Perak Revised GridEPSG0EPSG�EPSG�H
S EPSG,Kertau 1968 / Kedah and Perlis GridEPSG0EPSG�EPSG�>
? EPSG+Kertau 1968 / Pinang GridEPSG0EPSG�EPSG�B
G EPSG*Kertau 1968 / Terengganu GridEPSG0EPSG�EPSGQ@
C EPSG)Kertau 1968 / Selangor GridEPSG0EPSG�EPSG>
? EPSG(Kertau 1968 / Pahang GridEPSG0EPSG�EPSGK
Y EPSG'Kertau 1968 / Sembilan and Melaka GridEPSG0EPSG�EPSG=
= EPSG&Kertau 1968 / Johor GridEPSG0EPSG�EPSG;
9 EPSGyNAD83 / BLM 59N (ftUS)EPSG�EPSG�EPSGZ3
) EPSG ETRS89 / DKTM4EPSG0EPSG�EPSG�
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[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 99EEPSG�EPSG�EPSG?�L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 96EEPSG�EPSG�EPSG@L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 93EEPSG�EPSG�EPSG?�L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 90EEPSG�EPSG�EPSG@L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 87EEPSG�EPSG�EPSG?�L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 84EEPSG�EPSG�EPSG@L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 81EEPSG�EPSG�EPSG?�L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 78EEPSG�EPSG�EPSG@L
[ EPSG�CGCS2000 / 3-degree Gauss-Kruger CM 75EEPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 45EPSG�EPSG�EPSG>�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 44EPSG�EPSG�EPSG>�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 43EPSG�EPSG�EPSG>�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 42EPSG�EPSG�EPSG>�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 41EPSG�EPSG�EPSG>�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 40EPSG�EPSG�EPSG>�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 39EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 38EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 37EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 36EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 35EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 34EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 33EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 32EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 31EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 30EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 29EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 28EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 27EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 26EPSG�EPSG�EPSG?�M
] EPSG�CGCS2000 / 3-degree Gauss-Kruger zone 25EPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger CM 135EEPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger CM 129EEPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger CM 123EEPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger CM 117EEPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger CM 111EEPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger CM 105EEPSG�EPSG�EPSG?�C
I EPSG�CGCS2000 / Gauss-Kruger CM 99EEPSG�EPSG�EPSG?�C
I EPSG�CGCS2000 / Gauss-Kruger CM 93EEPSG�EPSG�EPSG?�C
I EPSG�CGCS2000 / Gauss-Kruger CM 87EEPSG�EPSG�EPSG?�C
I EPSG�CGCS2000 / Gauss-Kruger CM 81EEPSG�EPSG�EPSG?�C
I EPSG�CGCS2000 / Gauss-Kruger CM 75EEPSG�EPSG�EPSG?�D
K EPSG�CGCS2000 / Gauss-Kruger zone 23EPSG�EPSG�EPSG?_D
K EPSG�CGCS2000 / Gauss-Kruger zone 22EPSG�EPSG�EPSG?^D
K EPSG�CGCS2000 / Gauss-Kruger zone 21EPSG�EPSG�EPSG?]D
K EPSG�CGCS2000 / Gauss-Kruger zone 20EPSG�EPSG�EPSG?\D
K EPSG�CGCS2000 / Gauss-Kruger zone 19EPSG�EPSG�EPSG?[D
K EPSG�CGCS2000 / Gauss-Kruger zone 18EPSG�EPSG�EPSG?ZD
K EPSG�CGCS2000 / Gauss-Kruger zone 17EPSG�EPSG�EPSG?YD
K EPSG�CGCS2000 / Gauss-Kruger zone 16EPSG�EPSG�EPSG?XD
K EPSG�CGCS2000 / Gauss-Kruger zone 15EPSG�EPSG�EPSG?WD
K EPSG�CGCS2000 / Gauss-Kruger zone 14EPSG�EPSG�EPSG?V
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c EPSG�New Beijing / 3-degree Gauss-Kruger zone 42EPSG�EPSG�EPSG>�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 41EPSG�EPSG�EPSG>�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 40EPSG�EPSG�EPSG>�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 39EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 38EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 37EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 36EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 35EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 34EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 33EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 32EPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 31EPSG�EPSG�EPSG?�P
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Q EPSG�New Beijing / Gauss-Kruger zone 23EPSG�EPSG�EPSG?_G
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Q EPSG�New Beijing / Gauss-Kruger zone 19EPSG�EPSG�EPSG?[G
Q EPSG�New Beijing / Gauss-Kruger zone 18EPSG�EPSG�EPSG?ZG
Q EPSG�New Beijing / Gauss-Kruger zone 17EPSG�EPSG�EPSG?YG
Q EPSG�New Beijing / Gauss-Kruger zone 16EPSG�EPSG�EPSG?XG
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7 EPSG�PTRA08 / UTM zone 25NEPSG0EPSG�EPSG>�9
5 EPSGETRS89 / NTM zone 30EPSG�EPSG�EPSG�9
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5 EPSGETRS89 / NTM zone 28EPSG�EPSG�EPSG�9
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5 EPSG ETRS89 / NTM zone 26EPSG�EPSG�EPSG�9
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5 EPSG ETRS89 / NTM zone 23EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 22EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 21EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 20EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 19EPSG�EPSG�EPSG9
5 EPSGETRS89 / NTM zone 18EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 17EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 16EPSG�EPSG�EPSG�9
5 EPSGETRS89 / NTM zone 15EPSG�EPSG�EPSG�9
5 EPSG ETRS89 / NTM zone 14EPSG�EPSG�EPSG�9
5 EPSG�ETRS89 / NTM zone 13EPSG�EPSG�EPSG�9
5 EPSG�ETRS89 / NTM zone 12EPSG�EPSG�EPSG�9
5 EPSG�ETRS89 / NTM zone 11EPSG�EPSG�EPSG�9
5 EPSG�ETRS89 / NTM zone 10EPSG�EPSG�EPSG�8
3 EPSG�ETRS89 / NTM zone 9EPSG�EPSG�EPSG�8
3 EPSG�ETRS89 / NTM zone 8EPSG�EPSG�EPSG�8
3 EPSG�ETRS89 / NTM zone 7EPSG�EPSG�EPSG�8
3 EPSG�ETRS89 / NTM zone 6EPSG�EPSG�EPSG�8
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a EPSG�New Beijing / 3-degree Gauss-Kruger CM 96EEPSG�EPSG�EPSG@O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 93EEPSG�EPSG�EPSG?�O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 90EEPSG�EPSG�EPSG@O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 87EEPSG�EPSG�EPSG?�O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 84EEPSG�EPSG�EPSG@O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 81EEPSG�EPSG�EPSG?�O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 78EEPSG�EPSG�EPSG@O
a EPSG�New Beijing / 3-degree Gauss-Kruger CM 75EEPSG�EPSG�EPSG?�P
c EPSG�New Beijing / 3-degree Gauss-Kruger zone 45EPSG�EPSG�EPSG>�:
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A EPSG{ETRS89 / LCC Germany (E-N)EPSG0EPSG�EPSG�@
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5 EPSGETRS89 / NTM zone 27EPSG�EPSG�EPSG%9
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5 EPSGETRS89 / NTM zone 25EPSG�EPSG�EPSG#9
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5 EPSGETRS89 / NTM zone 23EPSG�EPSG�EPSG!9
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5 EPSGETRS89 / NTM zone 21EPSG�EPSG�EPSG 9
5 EPSG ETRS89 / NTM zone 20EPSG�EPSG�EPSG 9
5 EPSG�ETRS89 / NTM zone 19EPSG�EPSG�EPSG 9
5 EPSG�ETRS89 / NTM zone 18EPSG�EPSG�EPSG 9
5 EPSG�ETRS89 / NTM zone 17EPSG�EPSG�EPSG9
5 EPSG�ETRS89 / NTM zone 16EPSG�EPSG�EPSG9
5 EPSG�ETRS89 / NTM zone 15EPSG�EPSG�EPSG9
5 EPSG�ETRS89 / NTM zone 14EPSG�EPSG�EPSG9
5 EPSG�ETRS89 / NTM zone 13EPSG�EPSG�EPSG9
5 EPSG�ETRS89 / NTM zone 12EPSG�EPSG�EPSG9
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9 EPSGDNZGD2000 / UTM zone 1SEPSG0EPSGGEPSG>�P
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M EPSGNAD83(NSRS2007) / Vermont (ftUS)EPSG�EPSG�EPSG
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9 EPSGNAD83 / Vermont (ftUS)EPSG�EPSG�EPSG
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5 EPSG RGR92 / UTM zone 39SEPSG0EPSGEPSG? 4
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3 EPSGTUREF / LAEA EuropeEPSG�EPSG�EPSGN;
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7 EPSGREGCAN95 / LCC EuropeEPSG�EPSG�EPSGN9
5 EPSGPTRA08 / LAEA EuropeEPSG�EPSG�EPSGN8
3 EPSG PTRA08 / LCC EuropeEPSG�EPSG�EPSGNQ
e EPSG�Pulkovo 1942(58) / Gauss-Kruger zone 2 (E-N)EPSG0EPSGSEPSG?J:
7 EPSG�Moznet / UTM zone 38SEPSG0EPSG"EPSG?
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I EPSG�ETRS89 / EPSG Arctic zone 2-22EPSG0EPSG�EPSGeA
E EPSG�GR96 / EPSG Arctic zone 8-22EPSG0EPSG�EPSG8A
E EPSG�GR96 / EPSG Arctic zone 8-20EPSG0EPSG�EPSG7A
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E EPSG�GR96 / EPSG Arctic zone 6-30EPSG0EPSG�EPSG�A
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E EPSG�GR96 / EPSG Arctic zone 5-45EPSG0EPSG�EPSG�A
E EPSG�GR96 / EPSG Arctic zone 5-43EPSG0EPSG�EPSG�A
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E EPSG�GR96 / EPSG Arctic zone 4-20EPSG0EPSG�EPSGyA
E EPSG�GR96 / EPSG Arctic zone 3-33EPSG0EPSG�EPSGtA
E EPSG�GR96 / EPSG Arctic zone 3-31EPSG0EPSG�EPSGsA
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W EPSG+WGS 84 / EPSG Arctic Regional zone C1EPSG0EPSG�EPSG J
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W EPSG)WGS 84 / EPSG Arctic Regional zone B4EPSG0EPSG�EPSGJ
W EPSG(WGS 84 / EPSG Arctic Regional zone B3EPSG0EPSG�EPSGJ
W EPSG'WGS 84 / EPSG Arctic Regional zone B2EPSG0EPSG�EPSGJ
W EPSG&WGS 84 / EPSG Arctic Regional zone B1EPSG0EPSG�EPSGJ
W EPSG%WGS 84 / EPSG Arctic Regional zone A5EPSG0EPSG�EPSGJ
W EPSG$WGS 84 / EPSG Arctic Regional zone A4EPSG0EPSG�EPSGJ
W EPSG#WGS 84 / EPSG Arctic Regional zone A3EPSG0EPSG�EPSGJ
W EPSG"WGS 84 / EPSG Arctic Regional zone A2EPSG0EPSG�EPSGJ
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I EPSG�WGS 84 / EPSG Arctic zone 3-23EPSG0EPSG�EPSGoC
I EPSG�WGS 84 / EPSG Arctic zone 3-21EPSG0EPSG�EPSGnC
I EPSG�WGS 84 / EPSG Arctic zone 2-12EPSG0EPSG�EPSG`C
I EPSG�WGS 84 / EPSG Arctic zone 2-10EPSG0EPSG�EPSG_C
I EPSG�WGS 84 / EPSG Arctic zone 2-28EPSG0EPSG�EPSGhC
I EPSG�WGS 84 / EPSG Arctic zone 1-21EPSG0EPSG�EPSGYC
I EPSG�WGS 84 / EPSG Arctic zone 1-31EPSG0EPSG�EPSG^C
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I EPSG�WGS 84 / EPSG Arctic zone 1-27EPSG0EPSG�EPSG\H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 6-24EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 6-22EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 6-20EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 6-18EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 5-39EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 5-37EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 5-35EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 5-33EPSG0EPSG EPSG�H
S EPSG�NAD83(CSRS) / EPSG Arctic zone 4-18EPSG0EPSG EPSGxH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 4-16EPSG0EPSG EPSGwH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 4-14EPSG0EPSG EPSGvH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 3-29EPSG0EPSG EPSGrH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 3-27EPSG0EPSG EPSGqH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 3-25EPSG0EPSG EPSGpH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 2-16EPSG0EPSG EPSGbH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 2-14EPSG0EPSG EPSGaH
S EPSG�NAD83(CSRS) / EPSG Arctic zone 1-23EPSG0EPSG EPSGZL
[ EPSG�NAD83(NSRS2007) / EPSG Arctic zone 6-16EPSG0EPSG�EPSG�L
[ EPSG�NAD83(NSRS2007) / EPSG Arctic zone 6-14EPSG0EPSG�EPSG�L
[ EPSG�NAD83(NSRS2007) / EPSG Arctic zone 5-31EPSG0EPSG�EPSG�L
[ EPSG�NAD83(NSRS2007) / EPSG Arctic zone 5-29EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-27EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-25EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-23EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-21EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-19EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-17EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 5-15EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 4-40EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 4-38EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 4-36EPSG0EPSG�EPSG�C
I EPSG�WGS 84 / EPSG Arctic zone 4-34EPSG0EPSG�EPSG�C
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I EPSG�WGS 84 / EPSG Arctic zone 4-30EPSG0EPSG�EPSG~C
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A EPSG�NAD83(2011) / UTM zone 14NEPSG0EPSG�EPSG>�?
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A EPSG�NAD83(2011) / UTM zone 12NEPSG0EPSG�EPSG>�?
A EPSG�NAD83(2011) / UTM zone 11NEPSG0EPSG�EPSG>�?
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A EPSG�NAD83(2011) / UTM zone 60NEPSG0EPSG�EPSG>�?
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U EPSG�MAGNA-SIRGAS / Valledupar urban gridEPSG�EPSGNEPSGaD
K EPSG�MAGNA-SIRGAS / Tunja urban gridEPSG�EPSGNEPSG`D
K EPSGMAGNA-SIRGAS / Sucre urban gridEPSG�EPSGNEPSG_J
W EPSG~MAGNA-SIRGAS / Santa Marta urban gridEPSG�EPSGNEPSG^T
k EPSG}MAGNA-SIRGAS / San Jose del Guaviare urban gridEPSG�EPSGNEPSG]I
U EPSG|MAGNA-SIRGAS / San Andres urban gridEPSG�EPSGNEPSG\G
Q EPSG{MAGNA-SIRGAS / Riohacha urban gridEPSG�EPSGNEPSG[E
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O EPSGxMAGNA-SIRGAS / Popayan urban gridEPSG�EPSGNEPSGXF
O EPSGwMAGNA-SIRGAS / Pereira urban gridEPSG�EPSGNEPSGWD
K EPSGvMAGNA-SIRGAS / Pasto urban gridEPSG�EPSGNEPSGVD
K EPSGuMAGNA-SIRGAS / Neiva urban gridEPSG�EPSGNEPSGUG
Q EPSGtMAGNA-SIRGAS / Monteria urban gridEPSG�EPSGNEPSGTD
K EPSGsMAGNA-SIRGAS / Mocoa urban gridEPSG�EPSGNEPSGSC
I EPSGrMAGNA-SIRGAS / Mitu urban gridEPSG�EPSGNEPSGRG
Q EPSGqMAGNA-SIRGAS / Medellin urban gridEPSG�EPSGNEPSGQH
S EPSGpMAGNA-SIRGAS / Manizales urban gridEPSG�EPSGNEPSGPF
O EPSGoMAGNA-SIRGAS / Leticia urban gridEPSG�EPSGNEPSGOF
O EPSGnMAGNA-SIRGAS / Inirida urban gridEPSG�EPSGNEPSGNE
M EPSGmMAGNA-SIRGAS / Ibague urban gridEPSG�EPSGNEPSGMH
S EPSGlMAGNA-SIRGAS / Florencia urban gridEPSG�EPSGNEPSGLE
M EPSGkMAGNA-SIRGAS / Cucuta urban gridEPSG�EPSGNEPSGKH
S EPSGjMAGNA-SIRGAS / Cartagena urban gridEPSG�EPSGNEPSGJC
I EPSGiMAGNA-SIRGAS / Cali urban gridEPSG�EPSGNEPSGIJ
W EPSGhMAGNA-SIRGAS / Bucaramanga urban gridEPSG�EPSGNEPSGHE
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Y EPSGNAD83(2011) / California zone 1 (ftUS)EPSG�EPSG�EPSG;�D
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E EPSG NAD83(2011) / Arkansas SouthEPSG�EPSG�EPSG(\H
S EPSG NAD83(2011) / Arkansas North (ftUS)EPSG�EPSG�EPSG<A
E EPSG
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K EPSG NAD83(2011) / Arizona West (ft)EPSG�EPSG�EPSG;�?
A EPSGNAD83(2011) / Arizona WestEPSG�EPSG�EPSG'�D
K EPSGNAD83(2011) / Arizona East (ft)EPSG�EPSG�EPSG;�?
A EPSGNAD83(2011) / Arizona EastEPSG�EPSG�EPSG'�G
Q EPSGNAD83(2011) / Arizona Central (ft)EPSG�EPSG�EPSG;�B
G EPSGNAD83(2011) / Arizona CentralEPSG�EPSG�EPSG'�A
E EPSGNAD83(2011) / Alaska zone 10EPSG�EPSG�EPSG:�@
C EPSGNAD83(2011) / Alaska zone 9EPSG�EPSG�EPSG:�@
C EPSGNAD83(2011) / Alaska zone 8EPSG�EPSG�EPSG:�@
C EPSG NAD83(2011) / Alaska zone 7EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska zone 6EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska zone 5EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska zone 4EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska zone 3EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska zone 2EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska zone 1EPSG�EPSG�EPSG:�@
C EPSG�NAD83(2011) / Alaska AlbersEPSG�EPSG�EPSG:�F
O EPSG�Cayman Islands National Grid 2011EPSGEPSG�EPSG�B
G EPSG�UCS-2000 / Ukraine TM zone 13EPSG�EPSG�EPSG�B
G EPSG�UCS-2000 / Ukraine TM zone 12EPSG�EPSG�EPSG�B
G EPSG�UCS-2000 / Ukraine TM zone 11EPSG�EPSG�EPSG�B
G EPSG�UCS-2000 / Ukraine TM zone 10EPSG�EPSG�EPSG�A
E EPSG�UCS-2000 / Ukraine TM zone 9EPSG�EPSG�EPSG�A
E EPSG�UCS-2000 / Ukraine TM zone 8EPSG�EPSG�EPSG�A
E EPSG�UCS-2000 / Ukraine TM zone 7EPSG�EPSG�EPSG�:
7 EPSG�Mexico ITRF2008 / LCCEPSG�EPSG�EPSG�C
I EPSG�Mexico ITRF2008 / UTM zone 16NEPSG0EPSG�EPSG>�C
I EPSG�Mexico ITRF2008 / UTM zone 15NEPSG0EPSG�EPSG>�C
I EPSG�Mexico ITRF2008 / UTM zone 14NEPSG0EPSG�EPSG>�C
I EPSG�Mexico ITRF2008 / UTM zone 13NEPSG0EPSG�EPSG>�C
I EPSG�Mexico ITRF2008 / UTM zone 12NEPSG0EPSG�EPSG>�C
I EPSG�Mexico ITRF2008 / UTM zone 11NEPSG0EPSG�EPSG>�8
3 EPSG�Mexico ITRF92 / LCCEPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / Alabama WestEPSG�EPSG�EPSG'�?
A EPSG�NAD83(2011) / Alabama EastEPSG�EPSG�EPSG'�H
S EPSG�NAD83(2011) / EPSG Arctic zone 6-16EPSG0EPSG�EPSG� A
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Q EPSGYNAD83(2011) / Massachusetts IslandEPSG�EPSG�EPSG/ B
G EPSGXNAD83(2011) / Maryland (ftUS)EPSG�EPSG�EPSG;�;
9 EPSGWNAD83(2011) / MarylandEPSG�EPSG�EPSG.�D
K EPSGVNAD83(2011) / Maine West (ftUS)EPSG�EPSG�EPSG.:=
= EPSGUNAD83(2011) / Maine WestEPSG�EPSG�EPSG.8D
K EPSGTNAD83(2011) / Maine East (ftUS)EPSG�EPSG�EPSG.9=
= EPSGSNAD83(2011) / Maine EastEPSG�EPSG�EPSG.7D
K EPSGRNAD83(2011) / Maine CS2000 WestEPSG�EPSG�EPSG.MD
K EPSGQNAD83(2011) / Maine CS2000 EastEPSG�EPSG�EPSG.KG
Q EPSGPNAD83(2011) / Maine CS2000 CentralEPSG�EPSG�EPSG.NI
U EPSGONAD83(2011) / Louisiana South (ftUS)EPSG�EPSG�EPSG< B
G EPSGNNAD83(2011) / Louisiana SouthEPSG�EPSG�EPSG-�I
U EPSGMNAD83(2011) / Louisiana North (ftUS)EPSG�EPSG�EPSG< B
G EPSGLNAD83(2011) / Louisiana NorthEPSG�EPSG�EPSG-�H
S EPSGKNAD83(2011) / Kentucky South (ftUS)EPSG�EPSG�EPSG;�A
E EPSGJNAD83(2011) / Kentucky SouthEPSG�EPSG�EPSG-pN
_ EPSGINAD83(2011) / Kentucky Single Zone (ftUS)EPSG�EPSG�EPSG<G
Q EPSGHNAD83(2011) / Kentucky Single ZoneEPSG�EPSG�EPSG-nH
S EPSGGNAD83(2011) / Kentucky North (ftUS)EPSG�EPSG�EPSG;�A
E EPSGFNAD83(2011) / Kentucky NorthEPSG�EPSG�EPSG;�F
O EPSGENAD83(2011) / Kansas South (ftUS)EPSG�EPSG�EPSG<?
A EPSGDNAD83(2011) / Kansas SouthEPSG�EPSG�EPSG- F
O EPSGCNAD83(2011) / Kansas North (ftUS)EPSG�EPSG�EPSG<?
A EPSGBNAD83(2011) / Kansas NorthEPSG�EPSG�EPSG- D
K EPSGANAD83(2011) / Iowa South (ftUS)EPSG�EPSG�EPSG<=
= EPSG@NAD83(2011) / Iowa SouthEPSG�EPSG�EPSG,�D
K EPSG?NAD83(2011) / Iowa North (ftUS)EPSG�EPSG�EPSG<=
= EPSG>NAD83(2011) / Iowa NorthEPSG�EPSG�EPSG,�F
O EPSG=NAD83(2011) / Indiana West (ftUS)EPSG�EPSG�EPSG<
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A EPSG<NAD83(2011) / Indiana WestEPSG�EPSG�EPSG,DF
O EPSG;NAD83(2011) / Indiana East (ftUS)EPSG�EPSG�EPSG< ?
A EPSG:NAD83(2011) / Indiana EastEPSG�EPSG�EPSG,CG
Q EPSG9NAD83(2011) / Illinois West (ftUS)EPSG�EPSG�EPSG< @
C EPSG8NAD83(2011) / Illinois WestEPSG�EPSG�EPSG+�G
Q EPSG7NAD83(2011) / Illinois East (ftUS)EPSG�EPSG�EPSG<@
C EPSG6NAD83(2011) / Illinois EastEPSG�EPSG�EPSG+�D
K EPSG5NAD83(2011) / Idaho West (ftUS)EPSG�EPSG�EPSG;�=
= EPSG4NAD83(2011) / Idaho WestEPSG�EPSG�EPSG+}D
K EPSG3NAD83(2011) / Idaho East (ftUS)EPSG�EPSG�EPSG;�=
= EPSG2NAD83(2011) / Idaho EastEPSG�EPSG�EPSG+{G
Q EPSG1NAD83(2011) / Idaho Central (ftUS)EPSG�EPSG�EPSG;�@
C EPSG0NAD83(2011) / Idaho CentralEPSG�EPSG�EPSG+|F
O EPSG/NAD83(2011) / Georgia West (ftUS)EPSG�EPSG�EPSG;�?
A EPSG.NAD83(2011) / Georgia WestEPSG�EPSG�EPSG+F
O EPSG-NAD83(2011) / Georgia East (ftUS)EPSG�EPSG�EPSG;�?
A EPSG,NAD83(2011) / Georgia EastEPSG�EPSG�EPSG+F
O EPSG+NAD83(2011) / Florida West (ftUS)EPSG�EPSG�EPSG;�?
A EPSG*NAD83(2011) / Florida WestEPSG�EPSG�EPSG*�G
Q EPSG)NAD83(2011) / Florida North (ftUS)EPSG�EPSG�EPSG;�@
C EPSG(NAD83(2011) / Florida NorthEPSG�EPSG�EPSG*�E
M EPSG'NAD83(2011) / Florida GDL AlbersEPSG�EPSG�EPSG*�F
O EPSG&NAD83(2011) / Florida East (ftUS)EPSG�EPSG�EPSG;�?
A EPSG%NAD83(2011) / Florida EastEPSG�EPSG�EPSG*�B
G EPSG$NAD83(2011) / Delaware (ftUS)EPSG�EPSG�EPSG;�;
9 EPSG#NAD83(2011) / DelawareEPSG�EPSG�EPSG)�E
M EPSG"NAD83(2011) / Connecticut (ftUS)EPSG�EPSG�EPSG;�>
? EPSG!NAD83(2011) / ConnecticutEPSG�EPSG�EPSG)�
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M EPSG�NAD83(2011) / North Dakota SouthEPSG�EPSG�EPSG4J
W EPSG�NAD83(2011) / North Dakota North (ft)EPSG�EPSG�EPSG;�E
M EPSG�NAD83(2011) / North Dakota NorthEPSG�EPSG�EPSG4H
S EPSG�NAD83(2011) / North Carolina (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83(2011) / North CarolinaEPSG�EPSG�EPSG3�G
Q EPSG�NAD83(2011) / New York West (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83(2011) / New York WestEPSG�EPSG�EPSG3MN
_ EPSG�NAD83(2011) / New York Long Island (ftUS)EPSG�EPSG�EPSG;�G
Q EPSG�NAD83(2011) / New York Long IslandEPSG�EPSG�EPSG3NG
Q EPSG�NAD83(2011) / New York East (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83(2011) / New York EastEPSG�EPSG�EPSG3KJ
W EPSG�NAD83(2011) / New York Central (ftUS)EPSG�EPSG�EPSG;�C
I EPSG�NAD83(2011) / New York CentralEPSG�EPSG�EPSG3LI
U EPSG�NAD83(2011) / New Mexico West (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83(2011) / New Mexico WestEPSG�EPSG�EPSG2�I
U EPSG�NAD83(2011) / New Mexico East (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83(2011) / New Mexico EastEPSG�EPSG�EPSG2�L
[ EPSG�NAD83(2011) / New Mexico Central (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83(2011) / New Mexico CentralEPSG�EPSG�EPSG2�D
K EPSGNAD83(2011) / New Jersey (ftUS)EPSG�EPSG�EPSG<=
= EPSG~NAD83(2011) / New JerseyEPSG�EPSG�EPSG2�G
Q EPSG}NAD83(2011) / New Hampshire (ftUS)EPSG�EPSG�EPSG< @
C EPSG|NAD83(2011) / New HampshireEPSG�EPSG�EPSG2 E
M EPSG{NAD83(2011) / Nevada West (ftUS)EPSG�EPSG�EPSG<>
? EPSGzNAD83(2011) / Nevada WestEPSG�EPSG�EPSG1�E
M EPSGyNAD83(2011) / Nevada East (ftUS)EPSG�EPSG�EPSG<>
? EPSGxNAD83(2011) / Nevada EastEPSG�EPSG�EPSG1�H
S EPSGwNAD83(2011) / Nevada Central (ftUS)EPSG�EPSG�EPSG<A
E EPSGvNAD83(2011) / Nevada CentralEPSG�EPSG�EPSG1�B
G EPSGuNAD83(2011) / Nebraska (ftUS)EPSG�EPSG�EPSG<$;
9 EPSGtNAD83(2011) / NebraskaEPSG�EPSG�EPSG1V?
A EPSGsNAD83(2011) / Montana (ft)EPSG�EPSG�EPSG;�:
7 EPSGrNAD83(2011) / MontanaEPSG�EPSG�EPSG0�@
C EPSGqNAD83(2011) / Missouri WestEPSG�EPSG�EPSG0�@
C EPSGpNAD83(2011) / Missouri EastEPSG�EPSG�EPSG0�C
I EPSGoNAD83(2011) / Missouri CentralEPSG�EPSG�EPSG0�J
W EPSGnNAD83(2011) / Mississippi West (ftUS)EPSG�EPSG�EPSG;�C
I EPSGmNAD83(2011) / Mississippi WestEPSG�EPSG�EPSG0,A
E EPSGlNAD83(2011) / Mississippi TMEPSG�EPSG�EPSG�J
W EPSGkNAD83(2011) / Mississippi East (ftUS)EPSG�EPSG�EPSG;�C
I EPSGjNAD83(2011) / Mississippi EastEPSG�EPSG�EPSG0+I
U EPSGiNAD83(2011) / Minnesota South (ftUS)EPSG�EPSG�EPSG/�B
G EPSGhNAD83(2011) / Minnesota SouthEPSG�EPSG�EPSG/�I
U EPSGgNAD83(2011) / Minnesota North (ftUS)EPSG�EPSG�EPSG/�B
G EPSGfNAD83(2011) / Minnesota NorthEPSG�EPSG�EPSG/�K
Y EPSGeNAD83(2011) / Minnesota Central (ftUS)EPSG�EPSG�EPSG/�D
K EPSGdNAD83(2011) / Minnesota CentralEPSG�EPSG�EPSG/�F
O EPSGcNAD83(2011) / Michigan South (ft)EPSG�EPSG�EPSG;�A
E EPSGbNAD83(2011) / Michigan SouthEPSG�EPSG�EPSG/oL
[ EPSGaNAD83(2011) / Michigan Oblique MercatorEPSG�EPSG�EPSG/vF
O EPSG`NAD83(2011) / Michigan North (ft)EPSG�EPSG�EPSG;�A
E EPSG_NAD83(2011) / Michigan NorthEPSG�EPSG�EPSG/mH
S EPSG^NAD83(2011) / Michigan Central (ft)EPSG�EPSG�EPSG;�C
I EPSG]NAD83(2011) / Michigan CentralEPSG�EPSG�EPSG/nP
c EPSG\NAD83(2011) / Massachusetts Mainland (ftUS)EPSG�EPSG�EPSG;� =
= EPSG�NAD83(2011) / Ohio NorthEPSG�EPSG�EPSG4w
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K EPSG�NAD83(2011) / Wisconsin CentralEPSG�EPSG�EPSG9�M
] EPSG�NAD83(2011) / West Virginia South (ftUS)EPSG�EPSG�EPSG9�F
O EPSG�NAD83(2011) / West Virginia SouthEPSG�EPSG�EPSG9�M
] EPSG�NAD83(2011) / West Virginia North (ftUS)EPSG�EPSG�EPSG9�F
O EPSG�NAD83(2011) / West Virginia NorthEPSG�EPSG�EPSG9�J
W EPSG�NAD83(2011) / Washington South (ftUS)EPSG�EPSG�EPSG<C
I EPSG�NAD83(2011) / Washington SouthEPSG�EPSG�EPSG9(J
W EPSG�NAD83(2011) / Washington North (ftUS)EPSG�EPSG�EPSG<C
I EPSG�NAD83(2011) / Washington NorthEPSG�EPSG�EPSG9'H
S EPSG�NAD83(2011) / Virginia South (ftUS)EPSG�EPSG�EPSG<A
E EPSG�NAD83(2011) / Virginia SouthEPSG�EPSG�EPSG8�H
S EPSG�NAD83(2011) / Virginia North (ftUS)EPSG�EPSG�EPSG<A
E EPSG�NAD83(2011) / Virginia NorthEPSG�EPSG�EPSG8�C
I EPSG�NAD83(2011) / Virginia LambertEPSG�EPSG�EPSGA
E EPSG�NAD83(2011) / Vermont (ftUS)EPSG�EPSG�EPSG
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7 EPSG�NAD83(2011) / VermontEPSG�EPSG�EPSG8^M
] EPSG�NAD83(2011) / Texas South Central (ftUS)EPSG�EPSG�EPSG< F
O EPSG�NAD83(2011) / Texas South CentralEPSG�EPSG�EPSG7�E
M EPSG�NAD83(2011) / Texas South (ftUS)EPSG�EPSG�EPSG<>
? EPSG�NAD83(2011) / Texas SouthEPSG�EPSG�EPSG7�M
] EPSG�NAD83(2011) / Texas North Central (ftUS)EPSG�EPSG�EPSG;�F
O EPSG�NAD83(2011) / Texas North CentralEPSG�EPSG�EPSG7�E
M EPSG�NAD83(2011) / Texas North (ftUS)EPSG�EPSG�EPSG;�>
? EPSG�NAD83(2011) / Texas NorthEPSG�EPSG�EPSG7�R
g EPSG�NAD83(2011) / Texas Centric Lambert ConformalEPSG�EPSG�EPSG7�R
g EPSG�NAD83(2011) / Texas Centric Albers Equal AreaEPSG�EPSG�EPSG7�G
Q EPSG�NAD83(2011) / Texas Central (ftUS)EPSG�EPSG�EPSG;�@
C EPSG�NAD83(2011) / Texas CentralEPSG�EPSG�EPSG7�C
I EPSG�NAD83(2011) / Tennessee (ftUS)EPSG�EPSG�EPSG;�<
; EPSG�NAD83(2011) / TennesseeEPSG�EPSG�EPSG72L
[ EPSG�NAD83(2011) / South Dakota South (ftUS)EPSG�EPSG�EPSG<#E
M EPSG�NAD83(2011) / South Dakota SouthEPSG�EPSG�EPSG6�L
[ EPSG�NAD83(2011) / South Dakota North (ftUS)EPSG�EPSG�EPSG<"E
M EPSG�NAD83(2011) / South Dakota NorthEPSG�EPSG�EPSG6�F
O EPSG�NAD83(2011) / South Carolina (ft)EPSG�EPSG�EPSG;�A
E EPSG�NAD83(2011) / South CarolinaEPSG�EPSG�EPSG6jF
O EPSG�NAD83(2011) / Rhode Island (ftUS)EPSG�EPSG�EPSG< ?
A EPSG�NAD83(2011) / Rhode IslandEPSG�EPSG�EPSG6M
] EPSG�NAD83(2011) / Puerto Rico and Virgin Is.EPSG�EPSG�EPSG;~L
[ EPSG�NAD83(2011) / Pennsylvania South (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83(2011) / Pennsylvania SouthEPSG�EPSG�EPSG5�L
[ EPSG�NAD83(2011) / Pennsylvania North (ftUS)EPSG�EPSG�EPSG;�E
M EPSG�NAD83(2011) / Pennsylvania NorthEPSG�EPSG�EPSG5�D
K EPSG�NAD83(2011) / Oregon South (ft)EPSG�EPSG�EPSG;�?
A EPSG�NAD83(2011) / Oregon SouthEPSG�EPSG�EPSG5@D
K EPSG�NAD83(2011) / Oregon North (ft)EPSG�EPSG�EPSG;�?
A EPSG�NAD83(2011) / Oregon NorthEPSG�EPSG�EPSG5?J
W EPSG�NAD83(2011) / Oregon GIC Lambert (ft)EPSG�EPSG�EPSG<A
E EPSG�NAD83(2011) / Oregon LCC (m)EPSG�EPSG�EPSG5AH
S EPSG�NAD83(2011) / Oklahoma South (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83(2011) / Oklahoma SouthEPSG�EPSG�EPSG4�H
S EPSG�NAD83(2011) / Oklahoma North (ftUS)EPSG�EPSG�EPSG;�A
E EPSG�NAD83(2011) / Oklahoma NorthEPSG�EPSG�EPSG4�D
K EPSG�NAD83(2011) / Ohio South (ftUS)EPSG�EPSG�EPSG4z=
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9 EPSG"JGD2011 / UTM zone 53NEPSG0EPSG EPSG>�;
9 EPSG!JGD2011 / UTM zone 52NEPSG0EPSG EPSG>�;
9 EPSG JGD2011 / UTM zone 51NEPSG0EPSG EPSG>�M
] EPSG JGD2011 / Japan Plane Rectangular CS XIXEPSG�EPSG EPSGE�O
a EPSG JGD2011 / Japan Plane Rectangular CS XVIIIEPSG�EPSG EPSGE�N
_ EPSG JGD2011 / Japan Plane Rectangular CS XVIIEPSG�EPSG EPSGE�M
] EPSG JGD2011 / Japan Plane Rectangular CS XVIEPSG�EPSG EPSGE�L
[ EPSGJGD2011 / Japan Plane Rectangular CS XVEPSG�EPSG EPSGE�M
] EPSGJGD2011 / Japan Plane Rectangular CS XIVEPSG�EPSG EPSGE�N
_ EPSGJGD2011 / Japan Plane Rectangular CS XIIIEPSG�EPSG EPSGE�M
] EPSGJGD2011 / Japan Plane Rectangular CS XIIEPSG�EPSG EPSGE�L
[ EPSGJGD2011 / Japan Plane Rectangular CS XIEPSG�EPSG EPSGE�K
Y EPSGJGD2011 / Japan Plane Rectangular CS XEPSG�EPSG EPSGE�L
[ EPSGJGD2011 / Japan Plane Rectangular CS IXEPSG�EPSG EPSGE�N
_ EPSGJGD2011 / Japan Plane Rectangular CS VIIIEPSG�EPSG EPSGE�M
] EPSGJGD2011 / Japan Plane Rectangular CS VIIEPSG�EPSG EPSGE�L
[ EPSGJGD2011 / Japan Plane Rectangular CS VIEPSG�EPSG EPSGE�K
Y EPSGJGD2011 / Japan Plane Rectangular CS VEPSG�EPSG EPSGE�L
[ EPSGJGD2011 / Japan Plane Rectangular CS IVEPSG�EPSG EPSGE�M
] EPSGJGD2011 / Japan Plane Rectangular CS IIIEPSG�EPSG EPSGE�L
[ EPSGJGD2011 / Japan Plane Rectangular CS IIEPSG�EPSG EPSGE�K
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O EPSG�Karbala 1979 / Iraq National GridEPSG0EPSG�EPSGM�@
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Q EPSG�NAD83(PA11) / Hawaii zone 3 (ftUS)EPSG�EPSG�EPSG;"@
C EPSG�NAD83(PA11) / Hawaii zone 5EPSG�EPSG�EPSG; @
C EPSG�NAD83(PA11) / Hawaii zone 4EPSG�EPSG�EPSG; @
C EPSG�NAD83(PA11) / Hawaii zone 3EPSG�EPSG�EPSG; @
C EPSG�NAD83(PA11) / Hawaii zone 2EPSG�EPSG�EPSG; @
C EPSG�NAD83(PA11) / Hawaii zone 1EPSG�EPSG�EPSG;D
K EPSG�NAD83(2011) / Utah South (ftUS)EPSG�EPSG�EPSG;�D
K EPSG�NAD83(2011) / Utah North (ftUS)EPSG�EPSG�EPSG;�F
O EPSG�NAD83(2011) / Utah Central (ftUS)EPSG�EPSG�EPSG;�B
G EPSG�NAD83(CSRS)v2 / Quebec AlbersEPSG�EPSG -EPSG�:
7 EPSG�NAD83 / Quebec AlbersEPSG�EPSG�EPSG�C
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= EPSG�NAD83(2011) / Utah SouthEPSG�EPSG�EPSG7�=
= EPSG�NAD83(2011) / Utah NorthEPSG�EPSG�EPSG7�?
A EPSG�NAD83(2011) / Utah CentralEPSG�EPSG�EPSG7�N
_ EPSG�NAD83(2011) / Wyoming West Central (ftUS)EPSG�EPSG�EPSG:YG
Q EPSG�NAD83(2011) / Wyoming West CentralEPSG�EPSG�EPSG:UF
O EPSG�NAD83(2011) / Wyoming West (ftUS)EPSG�EPSG�EPSG:Z?
A EPSG�NAD83(2011) / Wyoming WestEPSG�EPSG�EPSG:VN
_ EPSG�NAD83(2011) / Wyoming East Central (ftUS)EPSG�EPSG�EPSG:XG
Q EPSG�NAD83(2011) / Wyoming East CentralEPSG�EPSG�EPSG:TF
O EPSG�NAD83(2011) / Wyoming East (ftUS)EPSG�EPSG�EPSG:W?
A EPSG�NAD83(2011) / Wyoming EastEPSG�EPSG�EPSG:SP
c EPSG�NAD83(2011) / Wisconsin Transverse MercatorEPSG�EPSG�EPSG9�I
U EPSG�NAD83(2011) / Wisconsin South (ftUS)EPSG�EPSG�EPSG< B
G EPSG�NAD83(2011) / Wisconsin SouthEPSG�EPSG�EPSG9�I
U EPSG�NAD83(2011) / Wisconsin North (ftUS)EPSG�EPSG�EPSG< ;
9 EPSG$JGD2011 / UTM zone 55NEPSG0EPSG EPSG>�
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c EPSG�NAD83(2011) / Oregon Dufur-Madras zone (ft)EPSG�EPSG�EPSGfO
a EPSG�NAD83(2011) / Oregon Dufur-Madras zone (m)EPSG�EPSG�EPSGeR
g EPSG�NAD83(CORS96) / Oregon Dufur-Madras zone (ft)EPSG�EPSGEPSGfQ
e EPSG�NAD83(CORS96) / Oregon Dufur-Madras zone (m)EPSG�EPSGEPSGe]
} EPSG�NAD83(2011) / Oregon Cottage Grove-Canyonville zone (ft)EPSG�EPSG�EPSGd\
{ EPSG�NAD83(2011) / Oregon Cottage Grove-Canyonville zone (m)EPSG�EPSG�EPSGc`� EPSG�NAD83(CORS96) / Oregon Cottage Grove-Canyonville zone (ft)EPSG�EPSGEPSGd^
EPSG�NAD83(CORS96) / Oregon Cottage Grove-Canyonville zone (m)EPSG�EPSGEPSGcW
q EPSG�NAD83(2011) / Oregon Columbia River West zone (ft)EPSG�EPSG�EPSGbV
o EPSG�NAD83(2011) / Oregon Columbia River West zone (m)EPSG�EPSG�EPSGaY
u EPSG�NAD83(CORS96) / Oregon Columbia River West zone (ft)EPSG�EPSGEPSGbX
s EPSG�NAD83(CORS96) / Oregon Columbia River West zone (m)EPSG�EPSGEPSGaW
q EPSG�NAD83(2011) / Oregon Columbia River East zone (ft)EPSG�EPSG�EPSG`V
o EPSG�NAD83(2011) / Oregon Columbia River East zone (m)EPSG�EPSG�EPSG_Y
u EPSG�NAD83(CORS96) / Oregon Columbia River East zone (ft)EPSG�EPSGEPSG`X
s EPSG�NAD83(CORS96) / Oregon Columbia River East zone (m)EPSG�EPSGEPSG_[
y EPSG�NAD83(2011) / Oregon Canyonville-Grants Pass zone (ft)EPSG�EPSG�EPSG^Z
w EPSG�NAD83(2011) / Oregon Canyonville-Grants Pass zone (m)EPSG�EPSG�EPSG]]
} EPSG�NAD83(CORS96) / Oregon Canyonville-Grants Pass zone (ft)EPSG�EPSGEPSG^\
{ EPSG�NAD83(CORS96) / Oregon Canyonville-Grants Pass zone (m)EPSG�EPSGEPSG]N
_ EPSG�NAD83(2011) / Oregon Bend-Burns zone (ft)EPSG�EPSG�EPSG\M
] EPSG�NAD83(2011) / Oregon Bend-Burns zone (m)EPSG�EPSG�EPSG[P
c EPSG�NAD83(CORS96) / Oregon Bend-Burns zone (ft)EPSG�EPSGEPSG\O
a EPSG�NAD83(CORS96) / Oregon Bend-Burns zone (m)EPSG�EPSGEPSG[[
y EPSG�NAD83(2011) / Oregon Bend-Redmond-Prineville zone (ft)EPSG�EPSG�EPSGZZ
w EPSG�NAD83(2011) / Oregon Bend-Redmond-Prineville zone (m)EPSG�EPSG�EPSGY]
} EPSG�NAD83(CORS96) / Oregon Bend-Redmond-Prineville zone (ft)EPSG�EPSGEPSGZ\
{ EPSG�NAD83(CORS96) / Oregon Bend-Redmond-Prineville zone (m)EPSG�EPSGEPSGYV
o EPSG�NAD83(2011) / Oregon Bend-Klamath Falls zone (ft)EPSG�EPSG�EPSGXU
m EPSG�NAD83(2011) / Oregon Bend-Klamath Falls zone (m)EPSG�EPSG�EPSGWX
s EPSG�NAD83(CORS96) / Oregon Bend-Klamath Falls zone (ft)EPSG�EPSGEPSGXW
q EPSG�NAD83(CORS96) / Oregon Bend-Klamath Falls zone (m)EPSG�EPSGEPSGWI
U EPSG�NAD83(2011) / Oregon Baker zone (ft)EPSG�EPSG�EPSGVH
S EPSG�NAD83(2011) / Oregon Baker zone (m)EPSG�EPSG�EPSGUK
Y EPSG�NAD83(CORS96) / Oregon Baker zone (ft)EPSG�EPSGEPSGVJ
W EPSG�NAD83(CORS96) / Oregon Baker zone (m)EPSG�EPSGEPSGU8
3 EPSGRGDA94 / MGA zone 59EPSG0EPSG�EPSGK8
3 EPSGQGDA94 / MGA zone 47EPSG0EPSG�EPSGJ8
3 EPSGPGDA94 / MGA zone 46EPSG0EPSG�EPSGI8
3 EPSGOGDA94 / MGA zone 44EPSG0EPSG�EPSGH8
3 EPSGNGDA94 / MGA zone 43EPSG0EPSG�EPSGG8
3 EPSGMGDA94 / MGA zone 42EPSG0EPSG�EPSGF8
3 EPSGLGDA94 / MGA zone 41EPSG0EPSG�EPSGE3
) EPSGCGDA94 / CKIG94EPSG0EPSG�EPSG?4
+ EPSGBWGS 84 / CKIG92EPSG0EPSG�EPSG>2
' EPSGAGDA94 / CIG94EPSG0EPSG�EPSG=3
) EPSG@WGS 84 / CIG92EPSG0EPSG�EPSG<A
E EPSG5RDN2008 / UTM zone 34N (N-E)EPSG�EPSG2EPSG>�A
E EPSG4RDN2008 / UTM zone 33N (N-E)EPSG�EPSG2EPSG>�A
E EPSG3RDN2008 / UTM zone 32N (N-E)EPSG�EPSG2EPSG>� 7
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K EPSG�NAD83(2011) / Wisconsin CentralEPSG�EPSG�EPSG9�<
; EPSG�RDN2008 / Zone 12 (N-E)EPSG�EPSG2EPSG�?
A EPSG�RDN2008 / Italy zone (N-E)EPSG�EPSG2EPSG�=
= EPSG�ETRS89 / Albania TM 2010EPSG�EPSG�EPSG�L
[ EPSG�NAD83(CORS96) / Oregon GIC Lambert (ft)EPSG�EPSGEPSG<C
I EPSG�NAD83(CORS96) / Oregon LCC (m)EPSG�EPSGEPSG5AP
c EPSG�NAD83(2011) / Oregon Santiam Pass zone (ft)EPSG�EPSG�EPSG|O
a EPSG�NAD83(2011) / Oregon Santiam Pass zone (m)EPSG�EPSG�EPSG{R
g EPSG�NAD83(CORS96) / Oregon Santiam Pass zone (ft)EPSG�EPSGEPSG|Q
e EPSG�NAD83(CORS96) / Oregon Santiam Pass zone (m)EPSG�EPSGEPSG{I
U EPSG�NAD83(2011) / Oregon Salem zone (ft)EPSG�EPSG�EPSGzH
S EPSG�NAD83(2011) / Oregon Salem zone (m)EPSG�EPSG�EPSGyK
Y EPSG�NAD83(CORS96) / Oregon Salem zone (ft)EPSG�EPSGEPSGzJ
W EPSG�NAD83(CORS96) / Oregon Salem zone (m)EPSG�EPSGEPSGyL
[ EPSG�NAD83(2011) / Oregon Portland zone (ft)EPSG�EPSG�EPSGxK
Y EPSG�NAD83(2011) / Oregon Portland zone (m)EPSG�EPSG�EPSGwN
_ EPSG�NAD83(CORS96) / Oregon Portland zone (ft)EPSG�EPSGEPSGxM
] EPSG�NAD83(CORS96) / Oregon Portland zone (m)EPSG�EPSGEPSGwW
q EPSG�NAD83(2011) / Oregon Pendleton-La Grande zone (ft)EPSG�EPSG�EPSGvV
o EPSG�NAD83(2011) / Oregon Pendleton-La Grande zone (m)EPSG�EPSG�EPSGuY
u EPSG�NAD83(CORS96) / Oregon Pendleton-La Grande zone (ft)EPSG�EPSGEPSGvX
s EPSG�NAD83(CORS96) / Oregon Pendleton-La Grande zone (m)EPSG�EPSGEPSGuM
] EPSG�NAD83(2011) / Oregon Pendleton zone (ft)EPSG�EPSG�EPSGtL
[ EPSG�NAD83(2011) / Oregon Pendleton zone (m)EPSG�EPSG�EPSGsO
a EPSG�NAD83(CORS96) / Oregon Pendleton zone (ft)EPSG�EPSGEPSGtN
_ EPSG�NAD83(CORS96) / Oregon Pendleton zone (m)EPSG�EPSGEPSGsI
U EPSG�NAD83(2011) / Oregon Coast zone (ft)EPSG�EPSG�EPSGrH
S EPSG�NAD83(2011) / Oregon Coast zone (m)EPSG�EPSG�EPSGqK
Y EPSG�NAD83(CORS96) / Oregon Coast zone (ft)EPSG�EPSGEPSGrJ
W EPSG�NAD83(CORS96) / Oregon Coast zone (m)EPSG�EPSGEPSGqK
Y EPSG�NAD83(2011) / Oregon Ontario zone (ft)EPSG�EPSG�EPSGpJ
W EPSG�NAD83(2011) / Oregon Ontario zone (m)EPSG�EPSG�EPSGoM
] EPSG�NAD83(CORS96) / Oregon Ontario zone (ft)EPSG�EPSGEPSGpL
[ EPSG�NAD83(CORS96) / Oregon Ontario zone (m)EPSG�EPSGEPSGoM
] EPSG�NAD83(2011) / Oregon La Grande zone (ft)EPSG�EPSG�EPSGnL
[ EPSG�NAD83(2011) / Oregon La Grande zone (m)EPSG�EPSG�EPSGmO
a EPSG�NAD83(CORS96) / Oregon La Grande zone (ft)EPSG�EPSGEPSGnN
_ EPSG�NAD83(CORS96) / Oregon La Grande zone (m)EPSG�EPSGEPSGmX
s EPSG�NAD83(2011) / Oregon Gresham-Warm Springs zone (ft)EPSG�EPSG�EPSGlW
q EPSG�NAD83(2011) / Oregon Gresham-Warm Springs zone (m)EPSG�EPSG�EPSGkZ
w EPSG�NAD83(CORS96) / Oregon Gresham-Warm Springs zone (ft)EPSG�EPSGEPSGlY
u EPSG�NAD83(CORS96) / Oregon Gresham-Warm Springs zone (m)EPSG�EPSGEPSGkW
q EPSG�NAD83(2011) / Oregon Grants Pass-Ashland zone (ft)EPSG�EPSG�EPSGjV
o EPSG�NAD83(2011) / Oregon Grants Pass-Ashland zone (m)EPSG�EPSG�EPSGiY
u EPSG�NAD83(CORS96) / Oregon Grants Pass-Ashland zone (ft)EPSG�EPSGEPSGjX
s EPSG�NAD83(CORS96) / Oregon Grants Pass-Ashland zone (m)EPSG�EPSGEPSGiJ
W EPSG�NAD83(2011) / Oregon Eugene zone (ft)EPSG�EPSG�EPSGhI
U EPSG�NAD83(2011) / Oregon Eugene zone (m)EPSG�EPSG�EPSGgL
[ EPSG�NAD83(CORS96) / Oregon Eugene zone (ft)EPSG�EPSGEPSGh B
G EPSG�NAD83(2011) / Nebraska (ftUS)EPSG�EPSG�EPSG<$
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S EPSG�NAD83(2011) / RMTCRS Blackfeet (ft)EPSG�EPSG�EPSG�F
O EPSG�NAD83(2011) / RMTCRS St Mary (ft)EPSG�EPSG�EPSG�H
S EPSG�NAD83(2011) / RMTCRS Wind River (m)EPSG�EPSG�EPSG�F
O EPSG�NAD83(2011) / RMTCRS Billings (m)EPSG�EPSG�EPSG�D
K EPSG�NAD83(2011) / RMTCRS Bobcat (m)EPSG�EPSG�EPSG�B
G EPSG�NAD83(2011) / RMTCRS Crow (m)EPSG�EPSG�EPSG�M
] EPSG�NAD83(2011) / RMTCRS Fort Peck Sioux (m)EPSG�EPSG�EPSG�S
i EPSG�NAD83(2011) / RMTCRS Fort Peck Assiniboine (m)EPSG�EPSG�EPSG�J
W EPSG�NAD83(2011) / RMTCRS Fort Belknap (m)EPSG�EPSG�EPSG�H
S EPSG�NAD83(2011) / RMTCRS Milk River (m)EPSG�EPSG�EPSG�G
Q EPSG�NAD83(2011) / RMTCRS Blackfeet (m)EPSG�EPSG�EPSG�E
M EPSG�NAD83(2011) / RMTCRS St Mary (m)EPSG�EPSG�EPSG�P
c EPSG�RGTAAF07 / Terre Adelie Polar StereographicEPSG0EPSG�EPSGN<
; EPSG�RGTAAF07 / UTM zone 44SEPSG0EPSG�EPSG?<
; EPSG�RGTAAF07 / UTM zone 43SEPSG0EPSG�EPSG?<
; EPSG�RGTAAF07 / UTM zone 42SEPSG0EPSG�EPSG?<
; EPSG�RGTAAF07 / UTM zone 41SEPSG0EPSG�EPSG?
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; EPSG�RGTAAF07 / UTM zone 40SEPSG0EPSG�EPSG? <
; EPSG�RGTAAF07 / UTM zone 39SEPSG0EPSG�EPSG? <
; EPSG�RGTAAF07 / UTM zone 38SEPSG0EPSG�EPSG?
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; EPSG�RGTAAF07 / UTM zone 37SEPSG0EPSG�EPSG? @
C EPSG�NAD83(2011) / IaRCS zone 14EPSG�EPSG�EPSG�@
C EPSG�NAD83(2011) / IaRCS zone 13EPSG�EPSG�EPSG�@
C EPSG�NAD83(2011) / IaRCS zone 12EPSG�EPSG�EPSG�@
C EPSG�NAD83(2011) / IaRCS zone 11EPSG�EPSG�EPSG�@
C EPSG�NAD83(2011) / IaRCS zone 10EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 9EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 8EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 7EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 6EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 5EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 4EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 3EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 2EPSG�EPSG�EPSG�?
A EPSG�NAD83(2011) / IaRCS zone 1EPSG�EPSG�EPSG�@
C EPSG_Nahrwan 1934 / UTM zone 39NEPSG0EPSG�EPSG>�@
C EPSG^Nahrwan 1934 / UTM zone 38NEPSG0EPSG�EPSG>�@
C EPSG]Nahrwan 1934 / UTM zone 37NEPSG0EPSG�EPSG>�L
[ EPSGUNAD83(2011) / San Francisco CS13 (ftUS)EPSG�EPSG�EPSGSE
M EPSGTNAD83(2011) / San Francisco CS13EPSG�EPSG�EPSGR7
1 EPSGOIsraeli Grid 05/12EPSG0EPSGNEPSGG 4
+ EPSGHIsraeli Grid 05EPSG0EPSGGEPSGG ;
9 EPSG6NAD27 / Michigan NorthEPSG�EPSG�EPSG5>
? EPSG2ETRS89 / Albania LCC 2010EPSG�EPSG�EPSG1@
C EPSG/VN-2000 / TM-3 Da Nang zoneEPSG0EPSG�EPSG+<
; EPSG.VN-2000 / TM-3 zone 491EPSG0EPSG�EPSG*<
; EPSG-VN-2000 / TM-3 zone 482EPSG0EPSG�EPSG)<
; EPSG,VN-2000 / TM-3 zone 481EPSG0EPSG�EPSG(H
S EPSGWGS 84 / NSIDC EASE-Grid 2.0 GlobalEPSG�EPSG�EPSGG
Q EPSGWGS 84 / NSIDC EASE-Grid 2.0 SouthEPSGvEPSG�EPSGG
Q EPSGWGS 84 / NSIDC EASE-Grid 2.0 NorthEPSGuEPSG�EPSGD
K EPSG
NAD83(2011) / Kansas LCC (ftUS)EPSG�EPSG�EPSG =
= EPSG NAD83(2011) / Kansas LCCEPSG�EPSG�EPSG>
? EPSG NAD83 / Kansas LCC (ftUS)EPSG�EPSG�EPSG 7
1 EPSG
NAD83 / Kansas LCCEPSG�EPSG�EPSGJ
W EPSGSouth East Island 1943 / UTM zone 40NEPSG0EPSG�EPSG>�F
O EPSG�NAD83(CORS96) / Oregon South (ft)EPSG�EPSGEPSG;�A
E EPSG�NAD83(CORS96) / Oregon SouthEPSG�EPSGEPSG5@F
O EPSG�NAD83(CORS96) / Oregon North (ft)EPSG�EPSGEPSG;�
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a EPSG �NAD83(2011) / InGCS Fountain-Warren (ftUS)EPSG�EPSG�EPSG L
[ EPSG �NAD83(2011) / InGCS Fountain-Warren (m)EPSG�EPSG�EPSG V
o EPSG �NAD83(2011) / InGCS Fayette-Franklin-Union (ftUS)EPSG�EPSG�EPSG S
i EPSG NAD83(2011) / InGCS Fayette-Franklin-Union (m)EPSG�EPSG�EPSG
X
s EPSG ~NAD83(2011) / InGCS Elkhart-Kosciusko-Wabash (ftUS)EPSG�EPSG�EPSG U
m EPSG }NAD83(2011) / InGCS Elkhart-Kosciusko-Wabash (m)EPSG�EPSG�EPSG M
] EPSG |NAD83(2011) / InGCS Dubois-Martin (ftUS)EPSG�EPSG�EPSG
J
W EPSG {NAD83(2011) / InGCS Dubois-Martin (m)EPSG�EPSG�EPSG F
O EPSG zNAD83(2011) / InGCS DeKalb (ftUS)EPSG�EPSG�EPSG C
I EPSG yNAD83(2011) / InGCS DeKalb (m)EPSG�EPSG�EPSG L
[ EPSG xNAD83(2011) / InGCS Decatur-Rush (ftUS)EPSG�EPSG�EPSG I
U EPSG wNAD83(2011) / InGCS Decatur-Rush (m)EPSG�EPSG�EPSG Y
u EPSG vNAD83(2011) / InGCS Dearborn-Ohio-Switzerland (ftUS)EPSG�EPSG�EPSG V
o EPSG uNAD83(2011) / InGCS Dearborn-Ohio-Switzerland (m)EPSG�EPSG�EPSG N
_ EPSG tNAD83(2011) / InGCS Daviess-Greene (ftUS)EPSG�EPSG�EPSG K
Y EPSG sNAD83(2011) / InGCS Daviess-Greene (m)EPSG�EPSG�EPSG X
s EPSG rNAD83(2011) / InGCS Crawford-Lawrence-Orange (ftUS)EPSG�EPSG�EPSG U
m EPSG qNAD83(2011) / InGCS Crawford-Lawrence-Orange (m)EPSG�EPSG�EPSG�G
Q EPSG pNAD83(2011) / InGCS Clinton (ftUS)EPSG�EPSG�EPSG�D
K EPSG oNAD83(2011) / InGCS Clinton (m)EPSG�EPSG�EPSG�D
K EPSG nNAD83(2011) / InGCS Clay (ftUS)EPSG�EPSG�EPSG�A
E EPSG mNAD83(2011) / InGCS Clay (m)EPSG�EPSG�EPSG�Q
e EPSG lNAD83(2011) / InGCS Clark-Floyd-Scott (ftUS)EPSG�EPSG�EPSG�N
_ EPSG kNAD83(2011) / InGCS Clark-Floyd-Scott (m)EPSG�EPSG�EPSG�D
K EPSG jNAD83(2011) / InGCS Cass (ftUS)EPSG�EPSG�EPSG�A
E EPSG iNAD83(2011) / InGCS Cass (m)EPSG�EPSG�EPSG�G
Q EPSG hNAD83(2011) / InGCS Carroll (ftUS)EPSG�EPSG�EPSG�D
K EPSG gNAD83(2011) / InGCS Carroll (m)EPSG�EPSG�EPSG�E
M EPSG fNAD83(2011) / InGCS Brown (ftUS)EPSG�EPSG�EPSG�B
G EPSG eNAD83(2011) / InGCS Brown (m)EPSG�EPSG�EPSG�O
a EPSG dNAD83(2011) / InGCS Boone-Hendricks (ftUS)EPSG�EPSG�EPSG�L
[ EPSG cNAD83(2011) / InGCS Boone-Hendricks (m)EPSG�EPSG�EPSG�R
g EPSG bNAD83(2011) / InGCS Blackford-Delaware (ftUS)EPSG�EPSG�EPSG�O
a EPSG aNAD83(2011) / InGCS Blackford-Delaware (m)EPSG�EPSG�EPSG�F
O EPSG `NAD83(2011) / InGCS Benton (ftUS)EPSG�EPSG�EPSG�C
I EPSG _NAD83(2011) / InGCS Benton (m)EPSG�EPSG�EPSG�K
Y EPSG ^NAD83(2011) / InGCS Bartholomew (ftUS)EPSG�EPSG�EPSG�H
S EPSG ]NAD83(2011) / InGCS Bartholomew (m)EPSG�EPSG�EPSG�E
M EPSG \NAD83(2011) / InGCS Allen (ftUS)EPSG�EPSG�EPSG�B
G EPSG [NAD83(2011) / InGCS Allen (m)EPSG�EPSG�EPSG�E
M EPSG ZNAD83(2011) / InGCS Adams (ftUS)EPSG�EPSG�EPSG�B
G EPSG YNAD83(2011) / InGCS Adams (m)EPSG�EPSG�EPSG�M
] EPSG�Palestine 1923 / Palestine Grid modifiedEPSG0EPSG�EPSG�L
[ EPSG�NAD83(2011) / San Francisco CS13 (ftUS)EPSG�EPSG�EPSG�E
M EPSG�NAD83(2011) / San Francisco CS13EPSG�EPSG�EPSG�K
Y EPSG�NAD83(2011) / RMTCRS Wind River (ftUS)EPSG�EPSG�EPSG�G
Q EPSG�NAD83(2011) / RMTCRS Billings (ft)EPSG�EPSG�EPSG�E
M EPSG�NAD83(2011) / RMTCRS Bobcat (ft)EPSG�EPSG�EPSG�C
I EPSG�NAD83(2011) / RMTCRS Crow (ft)EPSG�EPSG�EPSG�N
_ EPSG�NAD83(2011) / RMTCRS Fort Peck Sioux (ft)EPSG�EPSG�EPSG�T
k EPSG�NAD83(2011) / RMTCRS Fort Peck Assiniboine (ft)EPSG�EPSG�EPSG�K
Y EPSG�NAD83(2011) / RMTCRS Fort Belknap (ft)EPSG�EPSG�EPSG�
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Y EPSG �NAD83(2011) / InGCS Randolph-Wayne (m)EPSG�EPSG�EPSG EE
M EPSG �NAD83(2011) / InGCS Posey (ftUS)EPSG�EPSG�EPSG DB
G EPSG �NAD83(2011) / InGCS Posey (m)EPSG�EPSG�EPSG CL
[ EPSG �NAD83(2011) / InGCS Pike-Warrick (ftUS)EPSG�EPSG�EPSG BI
U EPSG �NAD83(2011) / InGCS Pike-Warrick (m)EPSG�EPSG�EPSG AE
M EPSG �NAD83(2011) / InGCS Perry (ftUS)EPSG�EPSG�EPSG @B
G EPSG �NAD83(2011) / InGCS Perry (m)EPSG�EPSG�EPSG ?P
c EPSG �NAD83(2011) / InGCS Parke-Vermillion (ftUS)EPSG�EPSG�EPSG >M
] EPSG �NAD83(2011) / InGCS Parke-Vermillion (m)EPSG�EPSG�EPSG =D
K EPSG �NAD83(2011) / InGCS Owen (ftUS)EPSG�EPSG�EPSG <A
E EPSG �NAD83(2011) / InGCS Owen (m)EPSG�EPSG�EPSG ;Q
e EPSG �NAD83(2011) / InGCS Montgomery-Putnam (ftUS)EPSG�EPSG�EPSG :N
_ EPSG �NAD83(2011) / InGCS Montgomery-Putnam (m)EPSG�EPSG�EPSG 9M
] EPSG �NAD83(2011) / InGCS Monroe-Morgan (ftUS)EPSG�EPSG�EPSG 8J
W EPSG �NAD83(2011) / InGCS Monroe-Morgan (m)EPSG�EPSG�EPSG 7V
o EPSG �NAD83(2011) / InGCS LaPorte-Pulaski-Starke (ftUS)EPSG�EPSG�EPSG 6S
i EPSG �NAD83(2011) / InGCS LaPorte-Pulaski-Starke (m)EPSG�EPSG�EPSG 5K
Y EPSG �NAD83(2011) / InGCS Lake-Newton (ftUS)EPSG�EPSG�EPSG 4H
S EPSG �NAD83(2011) / InGCS Lake-Newton (m)EPSG�EPSG�EPSG 3N
_ EPSG �NAD83(2011) / InGCS LaGrange-Noble (ftUS)EPSG�EPSG�EPSG 2K
Y EPSG �NAD83(2011) / InGCS LaGrange-Noble (m)EPSG�EPSG�EPSG 1D
K EPSG �NAD83(2011) / InGCS Knox (ftUS)EPSG�EPSG�EPSG 0A
E EPSG �NAD83(2011) / InGCS Knox (m)EPSG�EPSG�EPSG /N
_ EPSG �NAD83(2011) / InGCS Johnson-Marion (ftUS)EPSG�EPSG�EPSG .K
Y EPSG �NAD83(2011) / InGCS Johnson-Marion (m)EPSG�EPSG�EPSG -H
S EPSG �NAD83(2011) / InGCS Jennings (ftUS)EPSG�EPSG�EPSG ,E
M EPSG �NAD83(2011) / InGCS Jennings (m)EPSG�EPSG�EPSG +I
U EPSG �NAD83(2011) / InGCS Jefferson (ftUS)EPSG�EPSG�EPSG *F
O EPSG �NAD83(2011) / InGCS Jefferson (m)EPSG�EPSG�EPSG )C
I EPSG �NAD83(2011) / InGCS Jay (ftUS)EPSG�EPSG�EPSG (@
C EPSG �NAD83(2011) / InGCS Jay (m)EPSG�EPSG�EPSG 'M
] EPSG �NAD83(2011) / InGCS Jasper-Porter (ftUS)EPSG�EPSG�EPSG &J
W EPSG �NAD83(2011) / InGCS Jasper-Porter (m)EPSG�EPSG�EPSG %G
Q EPSG �NAD83(2011) / InGCS Jackson (ftUS)EPSG�EPSG�EPSG $D
K EPSG �NAD83(2011) / InGCS Jackson (m)EPSG�EPSG�EPSG #R
g EPSG �NAD83(2011) / InGCS Huntington-Whitley (ftUS)EPSG�EPSG�EPSG "O
a EPSG �NAD83(2011) / InGCS Huntington-Whitley (m)EPSG�EPSG�EPSG !L
[ EPSG �NAD83(2011) / InGCS Howard-Miami (ftUS)EPSG�EPSG�EPSG I
U EPSG �NAD83(2011) / InGCS Howard-Miami (m)EPSG�EPSG�EPSG E
M EPSG �NAD83(2011) / InGCS Henry (ftUS)EPSG�EPSG�EPSG B
G EPSG �NAD83(2011) / InGCS Henry (m)EPSG�EPSG�EPSG S
i EPSG �NAD83(2011) / InGCS Harrison-Washington (ftUS)EPSG�EPSG�EPSG P
c EPSG �NAD83(2011) / InGCS Harrison-Washington (m)EPSG�EPSG�EPSG O
a EPSG �NAD83(2011) / InGCS Hancock-Madison (ftUS)EPSG�EPSG�EPSG L
[ EPSG �NAD83(2011) / InGCS Hancock-Madison (m)EPSG�EPSG�EPSG O
a EPSG �NAD83(2011) / InGCS Hamilton-Tipton (ftUS)EPSG�EPSG�EPSG L
[ EPSG �NAD83(2011) / InGCS Hamilton-Tipton (m)EPSG�EPSG�EPSG E
M EPSG �NAD83(2011) / InGCS Grant (ftUS)EPSG�EPSG�EPSG B
G EPSG �NAD83(2011) / InGCS Grant (m)EPSG�EPSG�EPSG F
O EPSG �NAD83(2011) / InGCS Gibson (ftUS)EPSG�EPSG�EPSG C
I EPSG �NAD83(2011) / InGCS Gibson (m)EPSG�EPSG�EPSG Z
w EPSG �NAD83(2011) / InGCS Fulton-Marshall-St. Joseph (ftUS)EPSG�EPSG�EPSG N
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Q EPSG �NAD83(2011) / WISCRS Marinette (m)EPSG�EPSG�EPSG "F
O EPSG �NAD83(2011) / WISCRS Marathon (m)EPSG�EPSG�EPSG E
M EPSG �NAD83(2011) / WISCRS Lincoln (m)EPSG�EPSG�EPSG F
O EPSG �NAD83(2011) / WISCRS Langlade (m)EPSG�EPSG�EPSG G
Q EPSG �NAD83(2011) / WISCRS La Crosse (m)EPSG�EPSG�EPSG T`� EPSG �NAD83(2011) / WISCRS Kewaunee, Manitowoc and Sheboygan (m)EPSG�EPSG�EPSG Re� EPSG �NAD83(2011) / WISCRS Kenosha, Milwaukee, Ozaukee and Racine (m)EPSG�EPSG�EPSG PE
M EPSG �NAD83(2011) / WISCRS Jackson (m)EPSG�EPSG�EPSG B
G EPSG �NAD83(2011) / WISCRS Iron (m)EPSG�EPSG�EPSG �B
G EPSG NAD83(2011) / WISCRS Iowa (m)EPSG�EPSG�EPSG NV
o EPSG ~NAD83(2011) / WISCRS Green Lake and Marquette (m)EPSG�EPSG�EPSG LQ
e EPSG }NAD83(2011) / WISCRS Green and Lafayette (m)EPSG�EPSG�EPSG JC
I EPSG |NAD83(2011) / WISCRS Grant (m)EPSG�EPSG�EPSG HD
K EPSG {NAD83(2011) / WISCRS Forest (m)EPSG�EPSG�EPSG �F
O EPSG zNAD83(2011) / WISCRS Florence (m)EPSG�EPSG�EPSG �H
S EPSG yNAD83(2011) / WISCRS Eau Claire (m)EPSG�EPSG�EPSG B
G EPSG xNAD83(2011) / WISCRS Dunn (m)EPSG�EPSG�EPSG E
M EPSG wNAD83(2011) / WISCRS Douglas (m)EPSG�EPSG�EPSG �B
G EPSG vNAD83(2011) / WISCRS Door (m)EPSG�EPSG�EPSG Q
e EPSG uNAD83(2011) / WISCRS Dodge and Jefferson (m)EPSG�EPSG�EPSG FB
G EPSG tNAD83(2011) / WISCRS Dane (m)EPSG�EPSG�EPSG DF
O EPSG sNAD83(2011) / WISCRS Crawford (m)EPSG�EPSG�EPSG BF
O EPSG rNAD83(2011) / WISCRS Columbia (m)EPSG�EPSG�EPSG @C
I EPSG qNAD83(2011) / WISCRS Clark (m)EPSG�EPSG�EPSG
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M EPSG mNAD83(2011) / WISCRS Buffalo (m)EPSG�EPSG�EPSG C
I EPSG lNAD83(2011) / WISCRS Brown (m)EPSG�EPSG�EPSG F
O EPSG kNAD83(2011) / WISCRS Bayfield (m)EPSG�EPSG�EPSG �D
K EPSG jNAD83(2011) / WISCRS Barron (m)EPSG�EPSG�EPSG E
M EPSG iNAD83(2011) / WISCRS Ashland (m)EPSG�EPSG�EPSG �N
_ EPSG hNAD83(2011) / WISCRS Adams and Juneau (m)EPSG�EPSG�EPSG <:
7 EPSG �ONGD14 / UTM zone 41NEPSG0EPSG �EPSG>�:
7 EPSG �ONGD14 / UTM zone 40NEPSG0EPSG �EPSG>�:
7 EPSG �ONGD14 / UTM zone 39NEPSG0EPSG �EPSG>�E
M EPSG �NAD83(2011) / InGCS Wells (ftUS)EPSG�EPSG�EPSG XB
G EPSG �NAD83(2011) / InGCS Wells (m)EPSG�EPSG�EPSG WD
K EPSG �NAD83(2011) / InGCS Vigo (ftUS)EPSG�EPSG�EPSG VA
E EPSG �NAD83(2011) / InGCS Vigo (m)EPSG�EPSG�EPSG UK
Y EPSG �NAD83(2011) / InGCS Vanderburgh (ftUS)EPSG�EPSG�EPSG TH
S EPSG �NAD83(2011) / InGCS Vanderburgh (m)EPSG�EPSG�EPSG SP
c EPSG �NAD83(2011) / InGCS Tippecanoe-White (ftUS)EPSG�EPSG�EPSG RM
] EPSG �NAD83(2011) / InGCS Tippecanoe-White (m)EPSG�EPSG�EPSG QH
S EPSG �NAD83(2011) / InGCS Sullivan (ftUS)EPSG�EPSG�EPSG PE
M EPSG �NAD83(2011) / InGCS Sullivan (m)EPSG�EPSG�EPSG OG
Q EPSG �NAD83(2011) / InGCS Steuben (ftUS)EPSG�EPSG�EPSG ND
K EPSG �NAD83(2011) / InGCS Steuben (m)EPSG�EPSG�EPSG MG
Q EPSG �NAD83(2011) / InGCS Spencer (ftUS)EPSG�EPSG�EPSG LD
K EPSG �NAD83(2011) / InGCS Spencer (m)EPSG�EPSG�EPSG KF
O EPSG �NAD83(2011) / InGCS Shelby (ftUS)EPSG�EPSG�EPSG JC
I EPSG �NAD83(2011) / InGCS Shelby (m)EPSG�EPSG�EPSG IF
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q EPSG �NAD83(2011) / InGCS Fulton-Marshall-St. Joseph (m)EPSG�EPSG�EPSG �I
U EPSG�NAD83(2011) / RMTCRS Milk River (ft)EPSG�EPSG�EPSG� �A
E EPSG�NAD83(CORS96) / Oregon NorthEPSG�EPSGEPSG5? �K
Y EPSG�NAD83(CORS96) / Oregon Eugene zone (m)EPSG�EPSGEPSGg �6
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G EPSG�NAD83(2011) / Wisconsin NorthEPSG�EPSG�EPSG9� �D
K EPSG�NAD83(2011) / Ohio North (ftUS)EPSG�EPSG�EPSG4y �I
U EPSG[NAD83(2011) / Massachusetts MainlandEPSG�EPSG�EPSG.� �H
S EPSG NAD83(2011) / Colorado South (ftUS)EPSG�EPSG�EPSG;� �H
S EPSG�NAD83(2011) / EPSG Arctic zone 6-14EPSG0EPSG�EPSG� �F
O EPSGeMAGNA-SIRGAS / Armenia urban gridEPSG�EPSGNEPSGE �C
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E EPSG�NAD27 / Michigan Old CentralEPSG�EPSG�EPSG/F �D
K EPSGVOcotepeque 1935 / Nicaragua SurEPSG�EPSGKEPSGD �1
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5 EPSG�NAD83 / Conus AlbersEPSG�EPSG�EPSG� �P
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Y EPSG�World Equidistant Cylindrical (Sphere)EPSG�EPSG�EPSGN �H
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c EPSG �Pulkovo 1942 / 3-degree Gauss-Kruger zone 9EPSG�EPSG�EPSG?� mG
Q EPSG �Pulkovo 1995 / Gauss-Kruger CM 63EEPSG�EPSGhEPSG?� lQ
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S EPSG �NAD83(2011) / WISCRS Jackson (ftUS)EPSG�EPSG�EPSG E
M EPSG �NAD83(2011) / WISCRS Iron (ftUS)EPSG�EPSG�EPSG �E
M EPSG �NAD83(2011) / WISCRS Iowa (ftUS)EPSG�EPSG�EPSG OY
u EPSG �NAD83(2011) / WISCRS Green Lake and Marquette (ftUS)EPSG�EPSG�EPSG MT
k EPSG �NAD83(2011) / WISCRS Green and Lafayette (ftUS)EPSG�EPSG�EPSG KF
O EPSG �NAD83(2011) / WISCRS Grant (ftUS)EPSG�EPSG�EPSG IG
Q EPSG �NAD83(2011) / WISCRS Forest (ftUS)EPSG�EPSG�EPSG �I
U EPSG �NAD83(2011) / WISCRS Florence (ftUS)EPSG�EPSG�EPSG �K
Y EPSG �NAD83(2011) / WISCRS Eau Claire (ftUS)EPSG�EPSG�EPSG E
M EPSG �NAD83(2011) / WISCRS Dunn (ftUS)EPSG�EPSG�EPSG H
S EPSG �NAD83(2011) / WISCRS Douglas (ftUS)EPSG�EPSG�EPSG �E
M EPSG �NAD83(2011) / WISCRS Door (ftUS)EPSG�EPSG�EPSG
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k EPSG �NAD83(2011) / WISCRS Dodge and Jefferson (ftUS)EPSG�EPSG�EPSG GE
M EPSG �NAD83(2011) / WISCRS Dane (ftUS)EPSG�EPSG�EPSG EI
U EPSG �NAD83(2011) / WISCRS Crawford (ftUS)EPSG�EPSG�EPSG CI
U EPSG �NAD83(2011) / WISCRS Columbia (ftUS)EPSG�EPSG�EPSG AF
O EPSG �NAD83(2011) / WISCRS Clark (ftUS)EPSG�EPSG�EPSG I
U EPSG �NAD83(2011) / WISCRS Chippewa (ftUS)EPSG�EPSG�EPSG o� EPSG �NAD83(2011) / WISCRS Calumet, Fond du Lac, Outagamie and Winnebago (ftUS)EPSG�EPSG�EPSG ?H
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S EPSG �NAD83(2011) / WISCRS Buffalo (ftUS)EPSG�EPSG�EPSG F
O EPSG �NAD83(2011) / WISCRS Brown (ftUS)EPSG�EPSG�EPSG I
U EPSG �NAD83(2011) / WISCRS Bayfield (ftUS)EPSG�EPSG�EPSG �G
Q EPSG �NAD83(2011) / WISCRS Barron (ftUS)EPSG�EPSG�EPSG H
S EPSG �NAD83(2011) / WISCRS Ashland (ftUS)EPSG�EPSG�EPSG �Q
e EPSG �NAD83(2011) / WISCRS Adams and Juneau (ftUS)EPSG�EPSG�EPSG =B
G EPSG �NAD83(2011) / WISCRS Wood (m)EPSG�EPSG�EPSG :F
O EPSG �NAD83(2011) / WISCRS Waushara (m)EPSG�EPSG�EPSG fE
M EPSG �NAD83(2011) / WISCRS Waupaca (m)EPSG�EPSG�EPSG 8F
O EPSG �NAD83(2011) / WISCRS Waukesha (m)EPSG�EPSG�EPSG dH
S EPSG �NAD83(2011) / WISCRS Washington (m)EPSG�EPSG�EPSG bF
O EPSG �NAD83(2011) / WISCRS Washburn (m)EPSG�EPSG�EPSG F
O EPSG �NAD83(2011) / WISCRS Walworth (m)EPSG�EPSG�EPSG `C
I EPSG �NAD83(2011) / WISCRS Vilas (m)EPSG�EPSG�EPSG �D
K EPSG �NAD83(2011) / WISCRS Vernon (m)EPSG�EPSG�EPSG ^I
U EPSG �NAD83(2011) / WISCRS Trempealeau (m)EPSG�EPSG�EPSG 6D
K EPSG �NAD83(2011) / WISCRS Taylor (m)EPSG�EPSG�EPSG 4G
Q EPSG �NAD83(2011) / WISCRS St. Croix (m)EPSG�EPSG�EPSG 2E
M EPSG �NAD83(2011) / WISCRS Shawano (m)EPSG�EPSG�EPSG 0D
K EPSG �NAD83(2011) / WISCRS Sawyer (m)EPSG�EPSG�EPSG �B
G EPSG �NAD83(2011) / WISCRS Sauk (m)EPSG�EPSG�EPSG \B
G EPSG �NAD83(2011) / WISCRS Rusk (m)EPSG�EPSG�EPSG .B
G EPSG �NAD83(2011) / WISCRS Rock (m)EPSG�EPSG�EPSG ZF
O EPSG �NAD83(2011) / WISCRS Richland (m)EPSG�EPSG�EPSG XC
I EPSG �NAD83(2011) / WISCRS Price (m)EPSG�EPSG�EPSG �E
M EPSG �NAD83(2011) / WISCRS Portage (m)EPSG�EPSG�EPSG ,B
G EPSG �NAD83(2011) / WISCRS Polk (m)EPSG�EPSG�EPSG *N
_ EPSG �NAD83(2011) / WISCRS Pepin and Pierce (m)EPSG�EPSG�EPSG (D
K EPSG �NAD83(2011) / WISCRS Oneida (m)EPSG�EPSG�EPSG �D
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? EPSGipNAD83 / Minnesota CentralEPSG�EPSG�EPSG/� �9
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] EPSGh�NAD83(HARN) / West Virginia South (ftUS)EPSG�EPSG8EPSG9� �9
5 EPSGh~NAD27 / Arizona WestEPSG�EPSG�EPSG'� �:
7 EPSGd�ETRS89 / UTM zone 33NEPSG0EPSG�EPSG>� �F
O EPSG^$Jamaica 1875 / Jamaica (Old Grid)EPSG3EPSG�EPSGM� �K
Y EPSG[ NAD83(2011) / ICS83-Taylorville (ftUS)EPSG EPSG�EPSG+� �@
C EPSGYNAD83(CSRS)v8 / UTM zone 8NEPSG0EPSG(�EPSG>� �J
W EPSGW�Corrego Alegre 1970-72 / UTM zone 24SEPSG0EPSG�EPSG>� �0
# EPSGW Cape / Lo23EPSGgEPSG~EPSGDs �<
; EPSGV�POSGAR 98 / Argentina 1EPSG�EPSG^EPSGFo �?
A EPSGSnGSK-2011 / GSK 3GK CM 174EEPSG�EPSG EPSGC �?
A EPSGSGSK-2011 / GSK 3GK zone 56EPSG�EPSG EPSGB< �D
K EPSGR%GSK-2011 / Gauss-Kruger CM 171EEPSG�EPSG EPSG?� �9
5 EPSGQWAratu / UTM zone 23SEPSG0EPSGpEPSG>� �C
I EPSGNcPulkovo 1995 / Gauss-Kruger 7NEPSG�EPSGhEPSG?� �2
' EPSG(�GDA94 / JCG94EPSG0EPSG�EPSG(� �=
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C EPSG%GDA2020 / Australian AlbersEPSG0EPSG �EPSGC� �9
5 EPSG"�RGWF96 / UTM zone 1SEPSG0EPSG"�EPSG>� �M
] EPSG �NAD83(2011) / Oregon Ukiah-Fox zone (ft)EPSG�EPSG�EPSG p �F
O EPSG
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M EPSG �NAD83(HARN) / WISCRS Polk (ftUS)EPSG�EPSG8EPSG + �@
C EPSG dWGS 84 / TM Zone 21N (ftUS)EPSG�EPSG�EPSG b �9
5 EPSG fWGS 84 / LakshadweepEPSG�EPSG�EPSG E �I
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7 EPSG bWGS 84 / ChhattisgarhEPSG�EPSG�EPSG AA
E EPSG aWGS 84 / Andaman and NicobarEPSG�EPSG�EPSG @9
5 EPSG `WGS 84 / UttaranchalEPSG�EPSG�EPSG ?;
9 EPSG _WGS 84 / Uttar PradeshEPSG�EPSG�EPSG >7
1 EPSG ^WGS 84 / RajasthanEPSG�EPSG�EPSG =4
+ EPSG ]WGS 84 / PunjabEPSG�EPSG�EPSG <4
+ EPSG \WGS 84 / OrissaEPSG�EPSG�EPSG ;=
= EPSG [WGS 84 / India NortheastEPSG�EPSG�EPSG :6
/ EPSG ZWGS 84 / NagalandEPSG�EPSG�EPSG 97
1 EPSG YWGS 84 / MeghalayaEPSG�EPSG�EPSG 85
- EPSG XWGS 84 / ManipurEPSG�EPSG�EPSG 79
5 EPSG WWGS 84 / MaharashtraEPSG�EPSG�EPSG 6<
; EPSG VWGS 84 / Madhya PradeshEPSG�EPSG�EPSG 57
1 EPSG UWGS 84 / JharkhandEPSG�EPSG�EPSG 4?
A EPSG TWGS 84 / Jammu and KashmirEPSG�EPSG�EPSG 3>
? EPSG SWGS 84 / Himachal PradeshEPSG�EPSG�EPSG 25
- EPSG RWGS 84 / HaryanaEPSG�EPSG�EPSG 15
- EPSG QWGS 84 / GujaratEPSG�EPSG�EPSG 03
) EPSG PWGS 84 / DelhiEPSG�EPSG�EPSG /3
) EPSG OWGS 84 / BiharEPSG�EPSG�EPSG .3
) EPSG NWGS 84 / AssamEPSG�EPSG�EPSG -?
A EPSG MWGS 84 / Arunachal PradeshEPSG�EPSG�EPSG ,<
; EPSG LWGS 84 / Andhra PradeshEPSG�EPSG�EPSG +;
9 EPSG KWGS 84 / India NSF LCCEPSG�EPSG�EPSG *5
- EPSG Kyrg-06 / zone 5EPSG0EPSG EPSG 5
- EPSG Kyrg-06 / zone 4EPSG0EPSG EPSG
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- EPSG Kyrg-06 / zone 3EPSG0EPSG EPSG 5
- EPSG
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- EPSG Kyrg-06 / zone 1EPSG0EPSG EPSG E
M EPSG �NAD83(2011) / WISCRS Wood (ftUS)EPSG�EPSG�EPSG ;I
U EPSG �NAD83(2011) / WISCRS Waushara (ftUS)EPSG�EPSG�EPSG gH
S EPSG �NAD83(2011) / WISCRS Waupaca (ftUS)EPSG�EPSG�EPSG 9I
U EPSG �NAD83(2011) / WISCRS Waukesha (ftUS)EPSG�EPSG�EPSG eK
Y EPSG �NAD83(2011) / WISCRS Washington (ftUS)EPSG�EPSG�EPSG cI
U EPSG �NAD83(2011) / WISCRS Washburn (ftUS)EPSG�EPSG�EPSG I
U EPSG �NAD83(2011) / WISCRS Walworth (ftUS)EPSG�EPSG�EPSG aF
O EPSG �NAD83(2011) / WISCRS Vilas (ftUS)EPSG�EPSG�EPSG �G
Q EPSG �NAD83(2011) / WISCRS Vernon (ftUS)EPSG�EPSG�EPSG _L
[ EPSG �NAD83(2011) / WISCRS Trempealeau (ftUS)EPSG�EPSG�EPSG 7G
Q EPSG �NAD83(2011) / WISCRS Taylor (ftUS)EPSG�EPSG�EPSG 5J
W EPSG �NAD83(2011) / WISCRS St. Croix (ftUS)EPSG�EPSG�EPSG 3H
S EPSG �NAD83(2011) / WISCRS Shawano (ftUS)EPSG�EPSG�EPSG 1G
Q EPSG �NAD83(2011) / WISCRS Sawyer (ftUS)EPSG�EPSG�EPSG �E
M EPSG �NAD83(2011) / WISCRS Sauk (ftUS)EPSG�EPSG�EPSG ]E
M EPSG �NAD83(2011) / WISCRS Rusk (ftUS)EPSG�EPSG�EPSG /E
M EPSG �NAD83(2011) / WISCRS Rock (ftUS)EPSG�EPSG�EPSG [I
U EPSG �NAD83(2011) / WISCRS Richland (ftUS)EPSG�EPSG�EPSG YF
O EPSG �NAD83(2011) / WISCRS Price (ftUS)EPSG�EPSG�EPSG �H
S EPSG �NAD83(2011) / WISCRS Portage (ftUS)EPSG�EPSG�EPSG -E
M EPSG �NAD83(2011) / WISCRS Polk (ftUS)EPSG�EPSG�EPSG +Q
e EPSG �NAD83(2011) / WISCRS Pepin and Pierce (ftUS)EPSG�EPSG�EPSG )G
Q EPSG �NAD83(2011) / WISCRS Oneida (ftUS)EPSG�EPSG�EPSG �G
Q EPSG �NAD83(2011) / WISCRS Oconto (ftUS)EPSG�EPSG�EPSG 'G
Q EPSG �NAD83(2011) / WISCRS Monroe (ftUS)EPSG�EPSG�EPSG WJ
W EPSG �NAD83(2011) / WISCRS Menominee (ftUS)EPSG�EPSG�EPSG %J
W EPSG �NAD83(2011) / WISCRS Marinette (ftUS)EPSG�EPSG�EPSG #I
U EPSG �NAD83(2011) / WISCRS Marathon (ftUS)EPSG�EPSG�EPSG !H
S EPSG �NAD83(2011) / WISCRS Lincoln (ftUS)EPSG�EPSG�EPSG 4
+ EPSG eWGS 84 / KeralaEPSG�EPSG�EPSG D
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/ EPSG _GDA2020 / PCG2020EPSG0EPSG �EPSG K7
1 EPSG ^GDA2020 / MRCG2020EPSG0EPSG �EPSG J6
/ EPSG ]GDA2020 / LCG2020EPSG0EPSG �EPSG I6
/ EPSG \GDA2020 / KUN2020EPSG0EPSG �EPSG H6
/ EPSG [GDA2020 / KAR2020EPSG0EPSG �EPSG G7
1 EPSG ZGDA2020 / KALB2020EPSG0EPSG �EPSG F6
/ EPSG YGDA2020 / JCG2020EPSG0EPSG �EPSG E7
1 EPSG XGDA2020 / GOLD2020EPSG0EPSG �EPSG D6
/ EPSG WGDA2020 / GCG2020EPSG0EPSG �EPSG C6
/ EPSG VGDA2020 / EXM2020EPSG0EPSG �EPSG B6
/ EPSG UGDA2020 / ESP2020EPSG0EPSG �EPSG A6
/ EPSG TGDA2020 / COL2020EPSG0EPSG �EPSG @7
1 EPSG SGDA2020 / CKIG2020EPSG0EPSG �EPSG ?6
/ EPSG RGDA2020 / CIG2020EPSG0EPSG �EPSG >7
1 EPSG QGDA2020 / CARN2020EPSG0EPSG �EPSG =6
/ EPSG PGDA2020 / BCG2020EPSG0EPSG �EPSG <6
/ EPSG OGDA2020 / BRO2020EPSG0EPSG �EPSG ;6
/ EPSG NGDA2020 / BIO2020EPSG0EPSG �EPSG :6
/ EPSG MGDA2020 / ALB2020EPSG0EPSG �EPSG 9@
C EPSG 8Malongo 1987 / UTM zone 33SEPSG0EPSG�EPSG?8
3 EPSG 7NAD27 / MTM zone 10EPSG�EPSG�EPSGE.6
/ EPSG �GDA2020 / VicgridEPSG0EPSG �EPSGC�-
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M EPSG �St. Helena Tritan / UTM zone 30SEPSG0EPSG �EPSG?E
M EPSG �St. Helena Tritan / SHLG(Tritan)EPSG0EPSG �EPSG �@
C EPSG �Astro DOS 71 / UTM zone 30SEPSG0EPSGfEPSG?:
7 EPSG �Astro DOS 71 / SHLG71EPSG0EPSGfEPSG �:
7 EPSG �GDA2020 / MGA zone 59EPSG0EPSG �EPSGK:
7 EPSG �GDA2020 / MGA zone 58EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 57EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 56EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 55EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 54EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 53EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 52EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 51EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 50EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 49EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 48EPSG0EPSG �EPSGC�:
7 EPSG �GDA2020 / MGA zone 47EPSG0EPSG �EPSGJ:
7 EPSG �GDA2020 / MGA zone 46EPSG0EPSG �EPSGI5
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C EPSG �Pulkovo 1942 / CS63 zone X7EPSG�EPSG�EPSG �@
C EPSG �Pulkovo 1942 / CS63 zone X6EPSG�EPSG�EPSG �@
C EPSG �Pulkovo 1942 / CS63 zone X5EPSG�EPSG�EPSG �@
C EPSG �Pulkovo 1942 / CS63 zone X4EPSG�EPSG�EPSG �@
C EPSG �Pulkovo 1942 / CS63 zone X3EPSG�EPSG�EPSG �@
C EPSG �Pulkovo 1942 / CS63 zone X2EPSG�EPSG�EPSG �@
C EPSG �Pulkovo 1942 / CS63 zone X1EPSG�EPSG�EPSG �;
9 EPSG }BGS2005 / UTM zone 36NEPSG0EPSG vEPSG>�;
9 EPSG |BGS2005 / UTM zone 35NEPSG0EPSG vEPSG>�;
9 EPSG {BGS2005 / UTM zone 34NEPSG0EPSG vEPSG>�6
/ EPSG yBGS2005 / CCS2005EPSG�EPSG vEPSG zA
E EPSG xBGS2005 / UTM zone 35N (N-E)EPSG�EPSG vEPSG>�A
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; EPSG sRDN2008 / Zone 12 (E-N)EPSG0EPSG2EPSG�?
A EPSG rRDN2008 / Italy zone (E-N)EPSG0EPSG2EPSG�;
9 EPSG qRDN2008 / UTM zone 34NEPSG0EPSG2EPSG>�;
9 EPSG pRDN2008 / UTM zone 33NEPSG0EPSG2EPSG>�;
9 EPSG oRDN2008 / UTM zone 32NEPSG0EPSG2EPSG>�9
5 EPSG kWGS 84 / West BengalEPSG�EPSG�EPSG J5
- EPSG jWGS 84 / TripuraEPSG�EPSG�EPSG I8
3 EPSG iWGS 84 / Tamil NaduEPSG�EPSG�EPSG H4
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S EPSG �NAD83(HARN) / WISCRS Portage (ftUS)EPSG�EPSG8EPSG -E
M EPSG �NAD83(HARN) / WISCRS Portage (m)EPSG�EPSG8EPSG ,F
O EPSG �NAD83(HARN) / WISCRS Price (ftUS)EPSG�EPSG8EPSG �C
I EPSG �NAD83(HARN) / WISCRS Price (m)EPSG�EPSG8EPSG �I
U EPSG �NAD83(HARN) / WISCRS Richland (ftUS)EPSG�EPSG8EPSG YF
O EPSG �NAD83(HARN) / WISCRS Richland (m)EPSG�EPSG8EPSG XE
M EPSG �NAD83(HARN) / WISCRS Rock (ftUS)EPSG�EPSG8EPSG [B
G EPSG �NAD83(HARN) / WISCRS Rock (m)EPSG�EPSG8EPSG ZE
M EPSG �NAD83(HARN) / WISCRS Rusk (ftUS)EPSG�EPSG8EPSG /B
G EPSG �NAD83(HARN) / WISCRS Rusk (m)EPSG�EPSG8EPSG .E
M EPSG �NAD83(HARN) / WISCRS Sauk (ftUS)EPSG�EPSG8EPSG ]B
G EPSG �NAD83(HARN) / WISCRS Sauk (m)EPSG�EPSG8EPSG \G
Q EPSG �NAD83(HARN) / WISCRS Sawyer (ftUS)EPSG�EPSG8EPSG �D
K EPSG �NAD83(HARN) / WISCRS Sawyer (m)EPSG�EPSG8EPSG �H
S EPSG �NAD83(HARN) / WISCRS Shawano (ftUS)EPSG�EPSG8EPSG 1E
M EPSG �NAD83(HARN) / WISCRS Shawano (m)EPSG�EPSG8EPSG 0J
W EPSG �NAD83(HARN) / WISCRS St. Croix (ftUS)EPSG�EPSG8EPSG 3G
Q EPSG �NAD83(HARN) / WISCRS St. Croix (m)EPSG�EPSG8EPSG 2G
Q EPSG �NAD83(HARN) / WISCRS Taylor (ftUS)EPSG�EPSG8EPSG 5D
K EPSG �NAD83(HARN) / WISCRS Taylor (m)EPSG�EPSG8EPSG 4L
[ EPSG �NAD83(HARN) / WISCRS Trempealeau (ftUS)EPSG�EPSG8EPSG 7I
U EPSG �NAD83(HARN) / WISCRS Trempealeau (m)EPSG�EPSG8EPSG 6G
Q EPSG �NAD83(HARN) / WISCRS Vernon (ftUS)EPSG�EPSG8EPSG _D
K EPSG �NAD83(HARN) / WISCRS Vernon (m)EPSG�EPSG8EPSG ^F
O EPSG �NAD83(HARN) / WISCRS Vilas (ftUS)EPSG�EPSG8EPSG �C
I EPSG �NAD83(HARN) / WISCRS Vilas (m)EPSG�EPSG8EPSG �I
U EPSG �NAD83(HARN) / WISCRS Walworth (ftUS)EPSG�EPSG8EPSG aF
O EPSG �NAD83(HARN) / WISCRS Walworth (m)EPSG�EPSG8EPSG `I
U EPSG �NAD83(HARN) / WISCRS Washburn (ftUS)EPSG�EPSG8EPSG F
O EPSG �NAD83(HARN) / WISCRS Washburn (m)EPSG�EPSG8EPSG K
Y EPSG �NAD83(HARN) / WISCRS Washington (ftUS)EPSG�EPSG8EPSG cH
S EPSG �NAD83(HARN) / WISCRS Washington (m)EPSG�EPSG8EPSG bI
U EPSG �NAD83(HARN) / WISCRS Waukesha (ftUS)EPSG�EPSG8EPSG eF
O EPSG �NAD83(HARN) / WISCRS Waukesha (m)EPSG�EPSG8EPSG dH
S EPSG �NAD83(HARN) / WISCRS Waupaca (ftUS)EPSG�EPSG8EPSG 9E
M EPSG �NAD83(HARN) / WISCRS Waupaca (m)EPSG�EPSG8EPSG 8I
U EPSG �NAD83(HARN) / WISCRS Waushara (ftUS)EPSG�EPSG8EPSG gF
O EPSG �NAD83(HARN) / WISCRS Waushara (m)EPSG�EPSG8EPSG fE
M EPSG �NAD83(HARN) / WISCRS Wood (ftUS)EPSG�EPSG8EPSG ;B
G EPSG �NAD83(HARN) / WISCRS Wood (m)EPSG�EPSG8EPSG :K
Y EPSG �NAD83(HARN) / WISCRS Eau Claire (ftUS)EPSG�EPSG8EPSG H
S EPSG �NAD83(HARN) / WISCRS Eau Claire (m)EPSG�EPSG8EPSG I
U EPSG �NAD83(HARN) / WISCRS Florence (ftUS)EPSG�EPSG8EPSG �F
O EPSG �NAD83(HARN) / WISCRS Florence (m)EPSG�EPSG8EPSG �;
9 EPSG �ISN2016 / Lambert 2016EPSG�EPSG �EPSG �G
Q EPSG �NAD83(CSRS)v6 / MTM NS 2010 zone 5EPSG0EPSG <EPSG �G
Q EPSG �NAD83(CSRS)v6 / MTM NS 2010 zone 4EPSG0EPSG <EPSG �C
I EPSG �NAD83(2011) / PCCS zone 4 (ft)EPSG�EPSG�EPSG �C
I EPSG �NAD83(2011) / PCCS zone 3 (ft)EPSG�EPSG�EPSG C
I EPSG �NAD83(2011) / PCCS zone 2 (ft)EPSG�EPSG�EPSG ~C
I EPSG �NAD83(2011) / PCCS zone 1 (ft)EPSG�EPSG�EPSG }9
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U EPSG NAD83(HARN) / WISCRS Columbia (ftUS)EPSG�EPSG8EPSG AF
O EPSG NAD83(HARN) / WISCRS Columbia (m)EPSG�EPSG8EPSG @I
U EPSG NAD83(HARN) / WISCRS Crawford (ftUS)EPSG�EPSG8EPSG CF
O EPSG NAD83(HARN) / WISCRS Crawford (m)EPSG�EPSG8EPSG BE
M EPSG NAD83(HARN) / WISCRS Dane (ftUS)EPSG�EPSG8EPSG EB
G EPSG �NAD83(HARN) / WISCRS Dane (m)EPSG�EPSG8EPSG DT
k EPSG �NAD83(HARN) / WISCRS Dodge and Jefferson (ftUS)EPSG�EPSG8EPSG GQ
e EPSG �NAD83(HARN) / WISCRS Dodge and Jefferson (m)EPSG�EPSG8EPSG FE
M EPSG �NAD83(HARN) / WISCRS Door (ftUS)EPSG�EPSG8EPSG
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G EPSG �NAD83(HARN) / WISCRS Door (m)EPSG�EPSG8EPSG H
S EPSG �NAD83(HARN) / WISCRS Douglas (ftUS)EPSG�EPSG8EPSG �E
M EPSG �NAD83(HARN) / WISCRS Douglas (m)EPSG�EPSG8EPSG �E
M EPSG �NAD83(HARN) / WISCRS Dunn (ftUS)EPSG�EPSG8EPSG B
G EPSG �NAD83(HARN) / WISCRS Dunn (m)EPSG�EPSG8EPSG G
Q EPSG �NAD83(HARN) / WISCRS Forest (ftUS)EPSG�EPSG8EPSG �D
K EPSG �NAD83(HARN) / WISCRS Forest (m)EPSG�EPSG8EPSG �F
O EPSG �NAD83(HARN) / WISCRS Grant (ftUS)EPSG�EPSG8EPSG IC
I EPSG �NAD83(HARN) / WISCRS Grant (m)EPSG�EPSG8EPSG HT
k EPSG �NAD83(HARN) / WISCRS Green and Lafayette (ftUS)EPSG�EPSG8EPSG KQ
e EPSG �NAD83(HARN) / WISCRS Green and Lafayette (m)EPSG�EPSG8EPSG JY
u EPSG �NAD83(HARN) / WISCRS Green Lake and Marquette (ftUS)EPSG�EPSG8EPSG MV
o EPSG �NAD83(HARN) / WISCRS Green Lake and Marquette (m)EPSG�EPSG8EPSG LE
M EPSG �NAD83(HARN) / WISCRS Iowa (ftUS)EPSG�EPSG8EPSG OB
G EPSG �NAD83(HARN) / WISCRS Iowa (m)EPSG�EPSG8EPSG NE
M EPSG �NAD83(HARN) / WISCRS Iron (ftUS)EPSG�EPSG8EPSG �B
G EPSG �NAD83(HARN) / WISCRS Iron (m)EPSG�EPSG8EPSG �H
S EPSG �NAD83(HARN) / WISCRS Jackson (ftUS)EPSG�EPSG8EPSG E
M EPSG �NAD83(HARN) / WISCRS Jackson (m)EPSG�EPSG8EPSG h� EPSG �NAD83(HARN) / WISCRS Kenosha, Milwaukee, Ozaukee and Racine (ftUS)EPSG�EPSG8EPSG Qe� EPSG �NAD83(HARN) / WISCRS Kenosha, Milwaukee, Ozaukee and Racine (m)EPSG�EPSG8EPSG Pc� EPSG �NAD83(HARN) / WISCRS Kewaunee, Manitowoc and Sheboygan (ftUS)EPSG�EPSG8EPSG S`� EPSG �NAD83(HARN) / WISCRS Kewaunee, Manitowoc and Sheboygan (m)EPSG�EPSG8EPSG RJ
W EPSG �NAD83(HARN) / WISCRS La Crosse (ftUS)EPSG�EPSG8EPSG UG
Q EPSG �NAD83(HARN) / WISCRS La Crosse (m)EPSG�EPSG8EPSG TI
U EPSG �NAD83(HARN) / WISCRS Langlade (ftUS)EPSG�EPSG8EPSG F
O EPSG �NAD83(HARN) / WISCRS Langlade (m)EPSG�EPSG8EPSG H
S EPSG �NAD83(HARN) / WISCRS Lincoln (ftUS)EPSG�EPSG8EPSG E
M EPSG �NAD83(HARN) / WISCRS Lincoln (m)EPSG�EPSG8EPSG I
U EPSG �NAD83(HARN) / WISCRS Marathon (ftUS)EPSG�EPSG8EPSG !F
O EPSG �NAD83(HARN) / WISCRS Marathon (m)EPSG�EPSG8EPSG J
W EPSG �NAD83(HARN) / WISCRS Marinette (ftUS)EPSG�EPSG8EPSG #G
Q EPSG �NAD83(HARN) / WISCRS Marinette (m)EPSG�EPSG8EPSG "J
W EPSG �NAD83(HARN) / WISCRS Menominee (ftUS)EPSG�EPSG8EPSG %G
Q EPSG �NAD83(HARN) / WISCRS Menominee (m)EPSG�EPSG8EPSG $G
Q EPSG �NAD83(HARN) / WISCRS Monroe (ftUS)EPSG�EPSG8EPSG WD
K EPSG �NAD83(HARN) / WISCRS Monroe (m)EPSG�EPSG8EPSG VG
Q EPSG �NAD83(HARN) / WISCRS Oconto (ftUS)EPSG�EPSG8EPSG 'D
K EPSG �NAD83(HARN) / WISCRS Oconto (m)EPSG�EPSG8EPSG &G
Q EPSG �NAD83(HARN) / WISCRS Oneida (ftUS)EPSG�EPSG8EPSG �D
K EPSG �NAD83(HARN) / WISCRS Oneida (m)EPSG�EPSG8EPSG �Q
e EPSG �NAD83(HARN) / WISCRS Pepin and Pierce (ftUS)EPSG�EPSG8EPSG )N
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e EPSG �NAD83(2011) / Oregon Siskiyou Pass zone (ft)EPSG�EPSG�EPSG nP
c EPSG �NAD83(2011) / Oregon Siskiyou Pass zone (m)EPSG�EPSG�EPSG mR
g EPSG �NAD83(2011) / Oregon Riley-Lakeview zone (ft)EPSG�EPSG�EPSG lQ
e EPSG �NAD83(2011) / Oregon Riley-Lakeview zone (m)EPSG�EPSG�EPSG kW
q EPSG �NAD83(2011) / Oregon Prairie City-Brogan zone (ft)EPSG�EPSG�EPSG jV
o EPSG �NAD83(2011) / Oregon Prairie City-Brogan zone (m)EPSG�EPSG�EPSG iT
k EPSG �NAD83(2011) / Oregon Pilot Rock-Ukiah zone (ft)EPSG�EPSG�EPSG hS
i EPSG �NAD83(2011) / Oregon Pilot Rock-Ukiah zone (m)EPSG�EPSG�EPSG gJ
W EPSG �NAD83(2011) / Oregon Owyhee zone (ft)EPSG�EPSG�EPSG fI
U EPSG �NAD83(2011) / Oregon Owyhee zone (m)EPSG�EPSG�EPSG eQ
e EPSG �NAD83(2011) / Oregon Ochoco Summit zone (ft)EPSG�EPSG�EPSG dP
c EPSG �NAD83(2011) / Oregon Ochoco Summit zone (m)EPSG�EPSG�EPSG cQ
e EPSG �NAD83(2011) / Oregon North Central zone (ft)EPSG�EPSG�EPSG bP
c EPSG �NAD83(2011) / Oregon North Central zone (m)EPSG�EPSG�EPSG aL
[ EPSG �NAD83(2011) / Oregon Mitchell zone (ft)EPSG�EPSG�EPSG `K
Y EPSG �NAD83(2011) / Oregon Mitchell zone (m)EPSG�EPSG�EPSG _X
s EPSG �NAD83(2011) / Oregon Medford-Diamond Lake zone (ft)EPSG�EPSG�EPSG ^W
q EPSG �NAD83(2011) / Oregon Medford-Diamond Lake zone (m)EPSG�EPSG�EPSG ]K
Y EPSG �NAD83(2011) / Oregon Halfway zone (ft)EPSG�EPSG�EPSG \J
W EPSG �NAD83(2011) / Oregon Halfway zone (m)EPSG�EPSG�EPSG [O
a EPSG �NAD83(2011) / Oregon Denio-Burns zone (ft)EPSG�EPSG�EPSG ZN
_ EPSG NAD83(2011) / Oregon Denio-Burns zone (m)EPSG�EPSG�EPSG YY
u EPSG ~NAD83(2011) / Oregon Dayville-Prairie City zone (ft)EPSG�EPSG�EPSG XX
s EPSG }NAD83(2011) / Oregon Dayville-Prairie City zone (m)EPSG�EPSG�EPSG WU
m EPSG |NAD83(2011) / Oregon Coast Range North zone (ft)EPSG�EPSG�EPSG VT
k EPSG {NAD83(2011) / Oregon Coast Range North zone (m)EPSG�EPSG�EPSG UU
m EPSG zNAD83(2011) / Oregon Canyon City-Burns zone (ft)EPSG�EPSG�EPSG TT
k EPSG yNAD83(2011) / Oregon Canyon City-Burns zone (m)EPSG�EPSG�EPSG SP
c EPSG xNAD83(2011) / Oregon Burns-Harper zone (ft)EPSG�EPSG�EPSG RO
a EPSG wNAD83(2011) / Oregon Burns-Harper zone (m)EPSG�EPSG�EPSG QQ
e EPSG "NAD83(HARN) / WISCRS Adams and Juneau (ftUS)EPSG�EPSG8EPSG =N
_ EPSG !NAD83(HARN) / WISCRS Adams and Juneau (m)EPSG�EPSG8EPSG <H
S EPSG NAD83(HARN) / WISCRS Ashland (ftUS)EPSG�EPSG8EPSG �E
M EPSG NAD83(HARN) / WISCRS Ashland (m)EPSG�EPSG8EPSG �G
Q EPSG NAD83(HARN) / WISCRS Barron (ftUS)EPSG�EPSG8EPSG D
K EPSG NAD83(HARN) / WISCRS Barron (m)EPSG�EPSG8EPSG I
U EPSG NAD83(HARN) / WISCRS Bayfield (ftUS)EPSG�EPSG8EPSG �F
O EPSG NAD83(HARN) / WISCRS Bayfield (m)EPSG�EPSG8EPSG �F
O EPSG NAD83(HARN) / WISCRS Brown (ftUS)EPSG�EPSG8EPSG C
I EPSG NAD83(HARN) / WISCRS Brown (m)EPSG�EPSG8EPSG H
S EPSG NAD83(HARN) / WISCRS Buffalo (ftUS)EPSG�EPSG8EPSG E
M EPSG NAD83(HARN) / WISCRS Buffalo (m)EPSG�EPSG8EPSG H
S EPSG NAD83(HARN) / WISCRS Burnett (ftUS)EPSG�EPSG8EPSG �E
M EPSG NAD83(HARN) / WISCRS Burnett (m)EPSG�EPSG8EPSG �o� EPSG NAD83(HARN) / WISCRS Calumet, Fond du Lac, Outagamie and Winnebago (ftUS)EPSG�EPSG8EPSG ?l� EPSG
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U EPSG NAD83(HARN) / WISCRS Chippewa (ftUS)EPSG�EPSG8EPSG F
O EPSG NAD83(HARN) / WISCRS Chippewa (m)EPSG�EPSG8EPSG
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I EPSG"�WGS 84 / Equal Earth GreenwichEPSG0EPSG�EPSG"�=
= EPSG"�MTRF-2000 / UTM zone 40NEPSG0EPSG"rEPSG>�=
= EPSG"�MTRF-2000 / UTM zone 39NEPSG0EPSG"rEPSG>�=
= EPSG"�MTRF-2000 / UTM zone 38NEPSG0EPSG"rEPSG>�=
= EPSG"�MTRF-2000 / UTM zone 37NEPSG0EPSG"rEPSG>�=
= EPSG"�MTRF-2000 / UTM zone 36NEPSG0EPSG"rEPSG>�F
O EPSG"zNAD83 / Idaho Transverse MercatorEPSG�EPSG�EPSG"y?
A EPSG!�NAD83(MA11) / UTM zone 55NEPSG0EPSG�EPSG>�?
A EPSG!�NAD83(MA11) / UTM zone 54NEPSG0EPSG�EPSG>�A
E EPSG!�Slovenia 1996 / UTM zone 33NEPSG0EPSG�EPSG>�=
= EPSG!�MGI 1901 / Slovenia GridEPSG�EPSGBEPSGM�>
? EPSG!�SRB_ETRS89 / UTM zone 34NEPSG0EPSG!�EPSG>�>
? EPSG!�MGI 1901 / Balkans zone 8EPSG�EPSGBEPSGGf>
? EPSG!�MGI 1901 / Balkans zone 6EPSG�EPSGBEPSGGd>
? EPSG!�MGI 1901 / Balkans zone 5EPSG�EPSGBEPSGGcA
E EPSG!\NAD83(2011) / KS RCS zone 20EPSG�EPSG�EPSG!DA
E EPSG![NAD83(2011) / KS RCS zone 19EPSG�EPSG�EPSG!CA
E EPSG!ZNAD83(2011) / KS RCS zone 18EPSG�EPSG�EPSG!;A
E EPSG!XNAD83(2011) / KS RCS zone 17EPSG�EPSG�EPSG!:A
E EPSG!WNAD83(2011) / KS RCS zone 16EPSG�EPSG�EPSG!9A
E EPSG!VNAD83(2011) / KS RCS zone 15EPSG�EPSG�EPSG!8A
E EPSG!UNAD83(2011) / KS RCS zone 14EPSG�EPSG�EPSG!7A
E EPSG!SNAD83(2011) / KS RCS zone 13EPSG�EPSG�EPSG!6A
E EPSG!QNAD83(2011) / KS RCS zone 12EPSG�EPSG�EPSG!5A
E EPSG!PNAD83(2011) / KS RCS zone 11EPSG�EPSG�EPSG!4A
E EPSG!ONAD83(2011) / KS RCS zone 10EPSG�EPSG�EPSG!3@
C EPSG!NNAD83(2011) / KS RCS zone 9EPSG�EPSG�EPSG!2@
C EPSG!MNAD83(2011) / KS RCS zone 8EPSG�EPSG�EPSG!/@
C EPSG!LNAD83(2011) / KS RCS zone 7EPSG�EPSG�EPSG!.@
C EPSG!KNAD83(2011) / KS RCS zone 6EPSG�EPSG�EPSG!-@
C EPSG!JNAD83(2011) / KS RCS zone 5EPSG�EPSG�EPSG!,@
C EPSG!INAD83(2011) / KS RCS zone 4EPSG�EPSG�EPSG!+@
C EPSG!HNAD83(2011) / KS RCS zone 3EPSG�EPSG�EPSG!*@
C EPSG!GNAD83(2011) / KS RCS zone 2EPSG�EPSG�EPSG! @
C EPSG!FNAD83(2011) / KS RCS zone 1EPSG�EPSG�EPSG!
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; EPSG �Macao 1920 / Macao GridEPSG�EPSG �EPSG �@
C EPSG �ETRS89 / Gauss-Kruger CM 9EEPSG0EPSG�EPSG?�4
+ EPSG �GDA94 / WEIPA94EPSG0EPSG�EPSG �M
] EPSG �NAD83(2011) / NCRS Las Vegas high (ftUS)EPSG�EPSG�EPSG �J
W EPSG �NAD83(2011) / NCRS Las Vegas high (m)EPSG�EPSG�EPSG �H
S EPSG �NAD83(2011) / NCRS Las Vegas (ftUS)EPSG�EPSG�EPSG �E
M EPSG �NAD83(2011) / NCRS Las Vegas (m)EPSG�EPSG�EPSG �G
Q EPSG �NAD83 / NCRS Las Vegas high (ftUS)EPSG�EPSG�EPSG �D
K EPSG �NAD83 / NCRS Las Vegas high (m)EPSG�EPSG�EPSG �B
G EPSG �NAD83 / NCRS Las Vegas (ftUS)EPSG�EPSG�EPSG �?
A EPSG �NAD83 / NCRS Las Vegas (m)EPSG�EPSG�EPSG �H
S EPSG �S-JTSK [JTSK03] / Krovak East NorthEPSG�EPSG �EPSG�=
= EPSG �S-JTSK [JTSK03] / KrovakEPSGeEPSG �EPSG�S
i EPSG �NAD83(2011) / Oregon Willamette Pass zone (ft)EPSG�EPSG�EPSG vR
g EPSG �NAD83(2011) / Oregon Willamette Pass zone (m)EPSG�EPSG�EPSG uR
g EPSG �NAD83(2011) / Oregon Warner Highway zone (ft)EPSG�EPSG�EPSG tQ
e EPSG �NAD83(2011) / Oregon Warner Highway zone (m)EPSG�EPSG�EPSG sK
Y EPSG �NAD83(2011) / Oregon Wallowa zone (ft)EPSG�EPSG�EPSG rJ
W EPSG �NAD83(2011) / Oregon Wallowa zone (m)EPSG�EPSG�EPSG q F
O EPSG"�WGS 84 / Equal Earth Asia-PacificEPSG0EPSG�EPSG"�
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3 EPSG$�PN84 / UTM zone 27NEPSG0EPSGxEPSG>�8
3 EPSG$�PN68 / UTM zone 28NEPSG0EPSG$�EPSG>�8
3 EPSG$�PN68 / UTM zone 27NEPSG0EPSG$�EPSG>�;
9 EPSG$�BGS2005 / UTM zone 35NEPSG0EPSG vEPSG>�7
1 EPSG$�AbInvA96_2020 GridEPSG0EPSG$�EPSG$�H
S EPSG$�MAGNA-SIRGAS 2018 / Origen-NacionalEPSG�EPSGNNEPSG$�/
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= EPSG$�KSA-GRF17 / UTM zone 40NEPSG0EPSG$uEPSG>�=
= EPSG$�KSA-GRF17 / UTM zone 39NEPSG0EPSG$uEPSG>�=
= EPSG$�KSA-GRF17 / UTM zone 38NEPSG0EPSG$uEPSG>�=
= EPSG$�KSA-GRF17 / UTM zone 37NEPSG0EPSG$uEPSG>�=
= EPSG$�KSA-GRF17 / UTM zone 36NEPSG0EPSG$uEPSG>�G
Q EPSG$�WGS 84 / IBCSO Polar StereographicEPSGvEPSG�EPSG$�I
U EPSG$_NAD27 / US National Atlas Equal AreaEPSG�EPSG�EPSG;4
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7 EPSG$QONGD17 / UTM zone 41NEPSG0EPSG$NEPSG>�:
7 EPSG$PONGD17 / UTM zone 40NEPSG0EPSG$NEPSG>�:
7 EPSG$OONGD17 / UTM zone 39NEPSG0EPSG$NEPSG>�E
M EPSG$EPampa del Castillo / Argentina 3EPSG�EPSGAEPSGFqE
M EPSG$DPampa del Castillo / Argentina 1EPSG�EPSGAEPSGFo7
1 EPSG$9MGI / Austria EastEPSG�EPSG�EPSG$6:
7 EPSG$8MGI / Austria CentralEPSG�EPSG�EPSG$57
1 EPSG$7MGI / Austria WestEPSG�EPSG�EPSG$4?
A EPSG$1POSGAR 2007 / UTM zone 19SEPSG0EPSG�EPSG>�6
/ EPSG$&MMS / Argentina 2EPSG�EPSG$%EPSGFp6
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W EPSG$Hartebeesthoek94 / ZAF BSU Albers 44EEPSG�EPSG4EPSG$J
W EPSG$Hartebeesthoek94 / ZAF BSU Albers 25EEPSG�EPSG4EPSG$:
7 EPSG$VN-2000 / TM-3 108-30EPSG0EPSG�EPSG#�:
7 EPSG$VN-2000 / TM-3 108-15EPSG0EPSG�EPSG#�:
7 EPSG$ VN-2000 / TM-3 107-30EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 107-15EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 107-00EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 106-30EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 106-15EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 106-00EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 105-45EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 105-30EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 104-45EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 104-30EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 104-00EPSG0EPSG�EPSG#�:
7 EPSG#�VN-2000 / TM-3 103-00EPSG0EPSG�EPSG#b9
5 EPSG#�WGS 84 / NIWA AlbersEPSG0EPSG�EPSG#�6
/ EPSG#�RSAO13 / TM 12 SEEPSG0EPSG!�EPSG@�:
7 EPSG#�RSAO13 / UTM zone 34SEPSG0EPSG!�EPSG?:
7 EPSG#�RSAO13 / UTM zone 33SEPSG0EPSG!�EPSG?:
7 EPSG#�RSAO13 / UTM zone 32SEPSG0EPSG!�EPSG?E
M EPSG#�SIRGAS-Chile 2016 / UTM zone 19SEPSG0EPSG#�EPSG>�E
M EPSG#�SIRGAS-Chile 2016 / UTM zone 18SEPSG0EPSG#�EPSG>�E
M EPSG#�SIRGAS-Chile 2013 / UTM zone 19SEPSG0EPSG#�EPSG>�E
M EPSG#�SIRGAS-Chile 2013 / UTM zone 18SEPSG0EPSG#�EPSG>�A
E EPSG#�KOSOVAREF01 / Balkans zone 7EPSG0EPSG#�EPSGGe9
5 EPSG#PISN2016 / LCC EuropeEPSG�EPSG �EPSGN:
7 EPSG#OISN2016 / LAEA EuropeEPSG�EPSG �EPSGNE
M EPSG"�SIRGAS-Chile 2010 / UTM zone 19SEPSG0EPSG"�EPSG>�E
M EPSG"�SIRGAS-Chile 2010 / UTM zone 18SEPSG0EPSG"�EPSG>�=
= EPSG"�CR-SIRGAS / UTM zone 17NEPSG0EPSG"�EPSG>�=
= EPSG"�CR-SIRGAS / UTM zone 16NEPSG0EPSG"�EPSG>�7
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- EPSG&vRGF93 v2b / CC46EPSG�EPSG&6EPSGF�5
- EPSG&uRGF93 v2b / CC45EPSG�EPSG&6EPSGF�5
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- EPSG&sRGF93 v2b / CC43EPSG�EPSG&6EPSGF�5
- EPSG&rRGF93 v2b / CC42EPSG�EPSG&6EPSGF�>
? EPSG&qUCS-2000 / LCS-44 LuhanskEPSG�EPSG�EPSG&OA
E EPSG&pUCS-2000 / LCS-35 KirovohradEPSG�EPSG�EPSG&NF
O EPSG&oUCS-2000 / LCS-26 Ivano-FrankivskEPSG�EPSG�EPSG&MC
I EPSG&nUCS-2000 / LCS-23 ZaporizhzhiaEPSG�EPSG�EPSG&LB
G EPSG&mUCS-2000 / LCS-21 ZakarpattiaEPSG�EPSG�EPSG&K?
A EPSG&lUCS-2000 / LCS-18 ZhytomyrEPSG�EPSG�EPSG&J>
? EPSG&kUCS-2000 / LCS-14 DonetskEPSG�EPSG�EPSG&IE
M EPSG&jUCS-2000 / LCS-12 DnipropetrovskEPSG�EPSG�EPSG&H<
; EPSG&iUCS-2000 / LCS-07 VolynEPSG�EPSG�EPSG&G@
C EPSG&hUCS-2000 / LCS-05 VinnytsiaEPSG�EPSG�EPSG&F=
= EPSG&gUCS-2000 / LCS-01 CrimeaEPSG�EPSG�EPSG&E4
+ EPSG&fRGF93 v2 / CC50EPSG�EPSG&1EPSGF�4
+ EPSG&eRGF93 v2 / CC49EPSG�EPSG&1EPSGF�4
+ EPSG&dRGF93 v2 / CC48EPSG�EPSG&1EPSGF�4
+ EPSG&cRGF93 v2 / CC47EPSG�EPSG&1EPSGF�4
+ EPSG&bRGF93 v2 / CC46EPSG�EPSG&1EPSGF�4
+ EPSG&aRGF93 v2 / CC45EPSG�EPSG&1EPSGF�4
+ EPSG&`RGF93 v2 / CC44EPSG�EPSG&1EPSGF�4
+ EPSG&_RGF93 v2 / CC43EPSG�EPSG&1EPSGF�4
+ EPSG&^RGF93 v2 / CC42EPSG�EPSG&1EPSGF�B
G EPSG&]UCS-2000 / LCS-32 Kyiv regionEPSG�EPSG�EPSG&D;
9 EPSG&BRGF93 v2b / Lambert-93EPSG�EPSG&6EPSGF�:
7 EPSG&ARGF93 v2 / Lambert-93EPSG�EPSG&1EPSGF�.
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5 EPSG%�NAD83 / UTM zone 24NEPSG0EPSG�EPSG>�?
A EPSG%�NAD83(CSRS) / UTM zone 23NEPSG0EPSG EPSG>�=
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9 EPSG%�NAD83 / USFS R6 AlbersEPSG0EPSG�EPSG%�/
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; EPSG%SRGI2013 / UTM zone 49SEPSG0EPSG$�EPSG?<
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; EPSG%SRGI2013 / UTM zone 47SEPSG0EPSG$�EPSG?<
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7 EPSG(LRGNC15 / UTM zone 58SEPSG0EPSG(FEPSG? :
7 EPSG(KRGNC15 / UTM zone 57SEPSG0EPSG(FEPSG? H
S EPSG(JRGNC15 / Lambert New Caledonia 2015EPSG0EPSG(FEPSG(I9
5 EPSG(BLKS-2020 / Latvia TMEPSG�EPSG(AEPSGNM
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] EPSG(2ETRS89/DREF91/2016 / UTM zone 33N (N-zE)EPSG�EPSG(,EPSGM
] EPSG(1ETRS89/DREF91/2016 / UTM zone 32N (zE-N)EPSG0EPSG(,EPSG(M
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] EPSG(/ETRS89/DREF91/2016 / UTM zone 31N (zE-N)EPSG0EPSG(,EPSGM
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o EPSG(-ETRS89/DREF91/2016 / 3-degree Gauss-Kruger zone 3EPSG0EPSG(,EPSG?�1
% EPSG((RBEPP12 GridEPSG0EPSG(%EPSG('1
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O EPSG(KK reconstruction east-orientatedEPSG0EPSG(EPSG(G
Q EPSG(GSB reconstruction east-orientatedEPSG0EPSG(EPSG(F
O EPSG(GS reconstruction east-orientatedEPSG0EPSG(EPSG(H
S EPSG(S45B reconstruction east-orientatedEPSG0EPSG( EPSG(
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I EPSGN`Pulkovo 1995 / Gauss-Kruger 4NEPSG�EPSGhEPSG?�F
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M EPSGNQSIRGAS-Chile 2021 / UTM zone 19SEPSG0EPSGNIEPSG>�E
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S EPSGN@Pulkovo 1995 / Gauss-Kruger zone 32EPSG�EPSGhEPSG?hH
S EPSGN?Pulkovo 1995 / Gauss-Kruger zone 31EPSG�EPSGhEPSG?gH
S EPSGN>Pulkovo 1995 / Gauss-Kruger zone 30EPSG�EPSGhEPSG?fH
S EPSGN=Pulkovo 1995 / Gauss-Kruger zone 29EPSG�EPSGhEPSG?eH
S EPSGN<Pulkovo 1995 / Gauss-Kruger zone 28EPSG�EPSGhEPSG?dH
S EPSGN;Pulkovo 1995 / Gauss-Kruger zone 27EPSG�EPSGhEPSG?cH
S EPSGN:Pulkovo 1995 / Gauss-Kruger zone 26EPSG�EPSGhEPSG?bH
S EPSGN9Pulkovo 1995 / Gauss-Kruger zone 25EPSG�EPSGhEPSG?aH
S EPSGN8Pulkovo 1995 / Gauss-Kruger zone 24EPSG�EPSGhEPSG?`H
S EPSGN7Pulkovo 1995 / Gauss-Kruger zone 23EPSG�EPSGhEPSG?_H
S EPSGN6Pulkovo 1995 / Gauss-Kruger zone 22EPSG�EPSGhEPSG?^H
S EPSGN5Pulkovo 1995 / Gauss-Kruger zone 21EPSG�EPSGhEPSG?]H
S EPSGN4Pulkovo 1995 / Gauss-Kruger zone 20EPSG�EPSGhEPSG?\H
S EPSGN3Pulkovo 1995 / Gauss-Kruger zone 19EPSG�EPSGhEPSG?[H
S EPSGN2Pulkovo 1995 / Gauss-Kruger zone 18EPSG�EPSGhEPSG?ZH
S EPSGN1Pulkovo 1995 / Gauss-Kruger zone 17EPSG�EPSGhEPSG?YH
S EPSGN0Pulkovo 1995 / Gauss-Kruger zone 16EPSG�EPSGhEPSG?XH
S EPSGN/Pulkovo 1995 / Gauss-Kruger zone 15EPSG�EPSGhEPSG?WH
S EPSGN.Pulkovo 1995 / Gauss-Kruger zone 14EPSG�EPSGhEPSG?VH
S EPSGN-Pulkovo 1995 / Gauss-Kruger zone 13EPSG�EPSGhEPSG?UH
S EPSGN,Pulkovo 1995 / Gauss-Kruger zone 12EPSG�EPSGhEPSG?TH
S EPSGN+Pulkovo 1995 / Gauss-Kruger zone 11EPSG�EPSGhEPSG?SH
S EPSGN*Pulkovo 1995 / Gauss-Kruger zone 10EPSG�EPSGhEPSG?RG
Q EPSGN)Pulkovo 1995 / Gauss-Kruger zone 9EPSG�EPSGhEPSG?QG
Q EPSGN(Pulkovo 1995 / Gauss-Kruger zone 8EPSG�EPSGhEPSG?PG
Q EPSGN'Pulkovo 1995 / Gauss-Kruger zone 7EPSG�EPSGhEPSG?OG
Q EPSGN&Pulkovo 1995 / Gauss-Kruger zone 6EPSG�EPSGhEPSG?NG
Q EPSGN%Pulkovo 1995 / Gauss-Kruger zone 5EPSG�EPSGhEPSG?MG
Q EPSGN$Pulkovo 1995 / Gauss-Kruger zone 4EPSG�EPSGhEPSG?L/
! EPSGN"MWC18 GridEPSG0EPSGNAEPSG'�K
Y EPSG+nMAGNA-SIRGAS 2018 / Colombia East zoneEPSG�EPSGNNEPSGF�S
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] EPSG+lMAGNA-SIRGAS 2018 / Colombia Bogota zoneEPSG�EPSGNNEPSGF�K
Y EPSG+kMAGNA-SIRGAS 2018 / Colombia West zoneEPSG�EPSGNNEPSGF�O
a EPSG+jMAGNA-SIRGAS 2018 / Colombia Far West zoneEPSG�EPSGNNEPSGF�F
O EPSG)�ETRS89/DREF91/2016 / UTM zone 33NEPSG0EPSG(,EPSG>�F
O EPSG)�ETRS89/DREF91/2016 / UTM zone 32NEPSG0EPSG(,EPSG>�F
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3 EPSGO�AGD84 / AMG zone 58EPSG0EPSGkEPSGD28
3 EPSGO�AGD84 / AMG zone 57EPSG0EPSGkEPSGD18
3 EPSGO�AGD84 / AMG zone 56EPSG0EPSGkEPSGD08
3 EPSGO�AGD84 / AMG zone 55EPSG0EPSGkEPSGD/8
3 EPSGO�AGD84 / AMG zone 54EPSG0EPSGkEPSGD.8
3 EPSGO�AGD84 / AMG zone 53EPSG0EPSGkEPSGD-8
3 EPSGO�AGD84 / AMG zone 52EPSG0EPSGkEPSGD,8
3 EPSGOAGD84 / AMG zone 51EPSG0EPSGkEPSGD+8
3 EPSGO~AGD84 / AMG zone 50EPSG0EPSGkEPSGD*8
3 EPSGO}AGD84 / AMG zone 49EPSG0EPSGkEPSGD)8
3 EPSGO|AGD84 / AMG zone 48EPSG0EPSGkEPSGD(8
3 EPSGO"AGD66 / AMG zone 58EPSG0EPSGjEPSGD28
3 EPSGO!AGD66 / AMG zone 57EPSG0EPSGjEPSGD18
3 EPSGO AGD66 / AMG zone 56EPSG0EPSGjEPSGD08
3 EPSGO AGD66 / AMG zone 55EPSG0EPSGjEPSGD/8
3 EPSGO AGD66 / AMG zone 54EPSG0EPSGjEPSGD.8
3 EPSGO AGD66 / AMG zone 53EPSG0EPSGjEPSGD-8
3 EPSGO AGD66 / AMG zone 52EPSG0EPSGjEPSGD,8
3 EPSGOAGD66 / AMG zone 51EPSG0EPSGjEPSGD+8
3 EPSGOAGD66 / AMG zone 50EPSG0EPSGjEPSGD*8
3 EPSGOAGD66 / AMG zone 49EPSG0EPSGjEPSGD)8
3 EPSGOAGD66 / AMG zone 48EPSG0EPSGjEPSGD(;
9 EPSGN�Adindan / UTM zone 38NEPSG0EPSGiEPSG>�;
9 EPSGN�Adindan / UTM zone 37NEPSG0EPSGiEPSG>�;
9 EPSGN�Adindan / UTM zone 36NEPSG0EPSGiEPSG>�;
9 EPSGN�Adindan / UTM zone 35NEPSG0EPSGiEPSG>�D
K EPSGN|Pulkovo 1995 / Gauss-Kruger 32NEPSG�EPSGhEPSG?�D
K EPSGN{Pulkovo 1995 / Gauss-Kruger 31NEPSG�EPSGhEPSG?�D
K EPSGNzPulkovo 1995 / Gauss-Kruger 30NEPSG�EPSGhEPSG?�D
K EPSGNyPulkovo 1995 / Gauss-Kruger 29NEPSG�EPSGhEPSG?�D
K EPSGNxPulkovo 1995 / Gauss-Kruger 28NEPSG�EPSGhEPSG?�D
K EPSGNwPulkovo 1995 / Gauss-Kruger 27NEPSG�EPSGhEPSG?�D
K EPSGNvPulkovo 1995 / Gauss-Kruger 26NEPSG�EPSGhEPSG?�D
K EPSGNuPulkovo 1995 / Gauss-Kruger 25NEPSG�EPSGhEPSG?�D
K EPSGNtPulkovo 1995 / Gauss-Kruger 24NEPSG�EPSGhEPSG?�D
K EPSGNsPulkovo 1995 / Gauss-Kruger 23NEPSG�EPSGhEPSG?�D
K EPSGNrPulkovo 1995 / Gauss-Kruger 22NEPSG�EPSGhEPSG?�D
K EPSGNqPulkovo 1995 / Gauss-Kruger 21NEPSG�EPSGhEPSG?�D
K EPSGNpPulkovo 1995 / Gauss-Kruger 20NEPSG�EPSGhEPSG?�D
K EPSGNoPulkovo 1995 / Gauss-Kruger 19NEPSG�EPSGhEPSG?�D
K EPSGNnPulkovo 1995 / Gauss-Kruger 18NEPSG�EPSGhEPSG?�D
K EPSGNmPulkovo 1995 / Gauss-Kruger 17NEPSG�EPSGhEPSG?�D
K EPSGNlPulkovo 1995 / Gauss-Kruger 16NEPSG�EPSGhEPSG?�D
K EPSGNkPulkovo 1995 / Gauss-Kruger 15NEPSG�EPSGhEPSG?�D
K EPSGNjPulkovo 1995 / Gauss-Kruger 14NEPSG�EPSGhEPSG?�D
K EPSGNiPulkovo 1995 / Gauss-Kruger 13NEPSG�EPSGhEPSG?�D
K EPSGNhPulkovo 1995 / Gauss-Kruger 12NEPSG�EPSGhEPSG?�D
K EPSGNgPulkovo 1995 / Gauss-Kruger 11NEPSG�EPSGhEPSG?�D
K EPSGNfPulkovo 1995 / Gauss-Kruger 10NEPSG�EPSGhEPSG?�C
I EPSGNePulkovo 1995 / Gauss-Kruger 9NEPSG�EPSGhEPSG?�C
I EPSGNdPulkovo 1995 / Gauss-Kruger 8NEPSG�EPSGhEPSG?�
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K EPSGR#GSK-2011 / Gauss-Kruger CM 159EEPSG�EPSG EPSG?�D
K EPSGR"GSK-2011 / Gauss-Kruger CM 153EEPSG�EPSG EPSG?�D
K EPSGR!GSK-2011 / Gauss-Kruger CM 147EEPSG�EPSG EPSG?�D
K EPSGR GSK-2011 / Gauss-Kruger CM 141EEPSG�EPSG EPSG?�D
K EPSGR GSK-2011 / Gauss-Kruger CM 135EEPSG�EPSG EPSG?�D
K EPSGR GSK-2011 / Gauss-Kruger CM 129EEPSG�EPSG EPSG?�D
K EPSGR GSK-2011 / Gauss-Kruger CM 123EEPSG�EPSG EPSG?�D
K EPSGR GSK-2011 / Gauss-Kruger CM 117EEPSG�EPSG EPSG?�D
K EPSGRGSK-2011 / Gauss-Kruger CM 111EEPSG�EPSG EPSG?�D
K EPSGRGSK-2011 / Gauss-Kruger CM 105EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 99EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 93EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 87EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 81EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 75EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 69EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 63EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 57EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 51EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 45EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 39EEPSG�EPSG EPSG?�C
I EPSGRGSK-2011 / Gauss-Kruger CM 33EEPSG�EPSG EPSG?�C
I EPSGR
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I EPSGR GSK-2011 / Gauss-Kruger CM 21EEPSG�EPSG EPSG?�<
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K EPSGQ�GSK-2011 / Gauss-Kruger zone 32EPSG�EPSG EPSG?hD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 31EPSG�EPSG EPSG?gD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 30EPSG�EPSG EPSG?fD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 29EPSG�EPSG EPSG?eD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 28EPSG�EPSG EPSG?dD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 27EPSG�EPSG EPSG?cD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 26EPSG�EPSG EPSG?bD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 25EPSG�EPSG EPSG?aD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 24EPSG�EPSG EPSG?`D
K EPSGQ�GSK-2011 / Gauss-Kruger zone 23EPSG�EPSG EPSG?_D
K EPSGQ�GSK-2011 / Gauss-Kruger zone 22EPSG�EPSG EPSG?^D
K EPSGQ�GSK-2011 / Gauss-Kruger zone 21EPSG�EPSG EPSG?]D
K EPSGQ�GSK-2011 / Gauss-Kruger zone 20EPSG�EPSG EPSG?\D
K EPSGQ�GSK-2011 / Gauss-Kruger zone 19EPSG�EPSG EPSG?[D
K EPSGQ�GSK-2011 / Gauss-Kruger zone 18EPSG�EPSG EPSG?ZD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 17EPSG�EPSG EPSG?YD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 16EPSG�EPSG EPSG?XD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 15EPSG�EPSG EPSG?WD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 14EPSG�EPSG EPSG?VD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 13EPSG�EPSG EPSG?UD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 12EPSG�EPSG EPSG?TD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 11EPSG�EPSG EPSG?SD
K EPSGQ�GSK-2011 / Gauss-Kruger zone 10EPSG�EPSG EPSG?RC
I EPSGQ�GSK-2011 / Gauss-Kruger zone 9EPSG�EPSG EPSG?QC
I EPSGQ�GSK-2011 / Gauss-Kruger zone 8EPSG�EPSG EPSG?PC
I EPSGQ�GSK-2011 / Gauss-Kruger zone 7EPSG�EPSG EPSG?OC
I EPSGQ�GSK-2011 / Gauss-Kruger zone 6EPSG�EPSG EPSG?NC
I EPSGQ�GSK-2011 / Gauss-Kruger zone 5EPSG�EPSG EPSG?MC
I EPSGQ�GSK-2011 / Gauss-Kruger zone 4EPSG�EPSG EPSG?L9
5 EPSGQXAratu / UTM zone 24SEPSG0EPSGpEPSG>�
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A EPSGSGSK-2011 / GSK 3GK zone 54EPSG�EPSG EPSGB:?
A EPSGSGSK-2011 / GSK 3GK zone 53EPSG�EPSG EPSGB9?
A EPSGSGSK-2011 / GSK 3GK zone 52EPSG�EPSG EPSGB8?
A EPSGSGSK-2011 / GSK 3GK zone 51EPSG�EPSG EPSGB7?
A EPSGSGSK-2011 / GSK 3GK zone 50EPSG�EPSG EPSGB6?
A EPSGSGSK-2011 / GSK 3GK zone 49EPSG�EPSG EPSGB5?
A EPSGS GSK-2011 / GSK 3GK zone 48EPSG�EPSG EPSGB4?
A EPSGR�GSK-2011 / GSK 3GK zone 47EPSG�EPSG EPSGB3?
A EPSGR�GSK-2011 / GSK 3GK zone 46EPSG�EPSG EPSGB2?
A EPSGR�GSK-2011 / GSK 3GK zone 45EPSG�EPSG EPSGB1?
A EPSGR�GSK-2011 / GSK 3GK zone 44EPSG�EPSG EPSGB0?
A EPSGR�GSK-2011 / GSK 3GK zone 43EPSG�EPSG EPSGB/?
A EPSGR�GSK-2011 / GSK 3GK zone 42EPSG�EPSG EPSGB.?
A EPSGR�GSK-2011 / GSK 3GK zone 41EPSG�EPSG EPSGB-?
A EPSGR�GSK-2011 / GSK 3GK zone 40EPSG�EPSG EPSGB,?
A EPSGR�GSK-2011 / GSK 3GK zone 39EPSG�EPSG EPSGB+?
A EPSGR�GSK-2011 / GSK 3GK zone 38EPSG�EPSG EPSGB*?
A EPSGR�GSK-2011 / GSK 3GK zone 37EPSG�EPSG EPSGB)?
A EPSGR�GSK-2011 / GSK 3GK zone 36EPSG�EPSG EPSGB(?
A EPSGR�GSK-2011 / GSK 3GK zone 35EPSG�EPSG EPSGB'?
A EPSGR�GSK-2011 / GSK 3GK zone 34EPSG�EPSG EPSGB&?
A EPSGR�GSK-2011 / GSK 3GK zone 33EPSG�EPSG EPSGB%?
A EPSGR�GSK-2011 / GSK 3GK zone 32EPSG�EPSG EPSGB$?
A EPSGR�GSK-2011 / GSK 3GK zone 31EPSG�EPSG EPSGB#?
A EPSGR�GSK-2011 / GSK 3GK zone 30EPSG�EPSG EPSGB"?
A EPSGR�GSK-2011 / GSK 3GK zone 29EPSG�EPSG EPSGB!?
A EPSGR�GSK-2011 / GSK 3GK zone 28EPSG�EPSG EPSGB ?
A EPSGR�GSK-2011 / GSK 3GK zone 27EPSG�EPSG EPSGB ?
A EPSGR�GSK-2011 / GSK 3GK zone 26EPSG�EPSG EPSGB ?
A EPSGR�GSK-2011 / GSK 3GK zone 25EPSG�EPSG EPSGB ?
A EPSGR�GSK-2011 / GSK 3GK zone 24EPSG�EPSG EPSGB ?
A EPSGR�GSK-2011 / GSK 3GK zone 23EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 22EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 21EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 20EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 19EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 18EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 17EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 16EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 15EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 14EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 13EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 12EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 11EPSG�EPSG EPSGB?
A EPSGR�GSK-2011 / GSK 3GK zone 10EPSG�EPSG EPSGB>
? EPSGR�GSK-2011 / GSK 3GK zone 9EPSG�EPSG EPSGB
>
? EPSGR�GSK-2011 / GSK 3GK zone 8EPSG�EPSG EPSGB >
? EPSGR�GSK-2011 / GSK 3GK zone 7EPSG�EPSG EPSGB ;
9 EPSGR�Batavia / UTM zone 50SEPSG0EPSGsEPSG?;
9 EPSGR�Batavia / UTM zone 49SEPSG0EPSGsEPSG?;
9 EPSGR�Batavia / UTM zone 48SEPSG0EPSGsEPSG?>
? EPSGRlBatavia (Jakarta) / NEIEZEPSG�EPSG�EPSGM�<
; EPSGRiArc 1960 / UTM zone 37NEPSG0EPSGrEPSG>�<
; EPSGRhArc 1960 / UTM zone 36NEPSG0EPSGrEPSG>�<
; EPSGRgArc 1960 / UTM zone 35NEPSG0EPSGrEPSG>�<
; EPSGR-Arc 1960 / UTM zone 37SEPSG0EPSGrEPSG? <
; EPSGR,Arc 1960 / UTM zone 36SEPSG0EPSGrEPSG?<
; EPSGR+Arc 1960 / UTM zone 35SEPSG0EPSGrEPSG?D
K EPSGR(GSK-2011 / Gauss-Kruger CM 171WEPSG�EPSG EPSG?�D
K EPSGR'GSK-2011 / Gauss-Kruger CM 177WEPSG�EPSG EPSG?�D
K EPSGR&GSK-2011 / Gauss-Kruger CM 177EEPSG�EPSG EPSG?� ?
A EPSGSGSK-2011 / GSK 3GK zone 55EPSG�EPSG EPSGB;
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A EPSGSlGSK-2011 / GSK 3GK CM 168EEPSG�EPSG EPSGC?
A EPSGSkGSK-2011 / GSK 3GK CM 165EEPSG�EPSG EPSGC?
A EPSGSjGSK-2011 / GSK 3GK CM 162EEPSG�EPSG EPSGC?
A EPSGSiGSK-2011 / GSK 3GK CM 159EEPSG�EPSG EPSGC?
A EPSGShGSK-2011 / GSK 3GK CM 156EEPSG�EPSG EPSGC ?
A EPSGSgGSK-2011 / GSK 3GK CM 153EEPSG�EPSG EPSGB�?
A EPSGSfGSK-2011 / GSK 3GK CM 150EEPSG�EPSG EPSGB�?
A EPSGSeGSK-2011 / GSK 3GK CM 147EEPSG�EPSG EPSGB�?
A EPSGSdGSK-2011 / GSK 3GK CM 144EEPSG�EPSG EPSGB�?
A EPSGScGSK-2011 / GSK 3GK CM 141EEPSG�EPSG EPSGB�?
A EPSGSbGSK-2011 / GSK 3GK CM 138EEPSG�EPSG EPSGB�?
A EPSGSaGSK-2011 / GSK 3GK CM 135EEPSG�EPSG EPSGB�?
A EPSGS`GSK-2011 / GSK 3GK CM 132EEPSG�EPSG EPSGB�?
A EPSGS_GSK-2011 / GSK 3GK CM 129EEPSG�EPSG EPSGB�?
A EPSGS^GSK-2011 / GSK 3GK CM 126EEPSG�EPSG EPSGB�?
A EPSGS]GSK-2011 / GSK 3GK CM 123EEPSG�EPSG EPSGB�?
A EPSGS\GSK-2011 / GSK 3GK CM 120EEPSG�EPSG EPSGB�?
A EPSGS[GSK-2011 / GSK 3GK CM 117EEPSG�EPSG EPSGB�?
A EPSGSZGSK-2011 / GSK 3GK CM 114EEPSG�EPSG EPSGB�?
A EPSGSYGSK-2011 / GSK 3GK CM 111EEPSG�EPSG EPSGB�?
A EPSGSXGSK-2011 / GSK 3GK CM 108EEPSG�EPSG EPSGB�?
A EPSGSWGSK-2011 / GSK 3GK CM 105EEPSG�EPSG EPSGB�?
A EPSGSVGSK-2011 / GSK 3GK CM 102EEPSG�EPSG EPSGB�>
? EPSGSUGSK-2011 / GSK 3GK CM 99EEPSG�EPSG EPSGB�>
? EPSGSTGSK-2011 / GSK 3GK CM 96EEPSG�EPSG EPSGB�>
? EPSGSSGSK-2011 / GSK 3GK CM 93EEPSG�EPSG EPSGB�>
? EPSGSRGSK-2011 / GSK 3GK CM 90EEPSG�EPSG EPSGB�>
? EPSGSQGSK-2011 / GSK 3GK CM 87EEPSG�EPSG EPSGB�>
? EPSGSPGSK-2011 / GSK 3GK CM 84EEPSG�EPSG EPSGB�>
? EPSGSOGSK-2011 / GSK 3GK CM 81EEPSG�EPSG EPSGB�>
? EPSGSNGSK-2011 / GSK 3GK CM 78EEPSG�EPSG EPSGB�>
? EPSGSMGSK-2011 / GSK 3GK CM 75EEPSG�EPSG EPSGB�>
? EPSGSLGSK-2011 / GSK 3GK CM 72EEPSG�EPSG EPSGB�>
? EPSGSKGSK-2011 / GSK 3GK CM 69EEPSG�EPSG EPSGB�>
? EPSGSJGSK-2011 / GSK 3GK CM 66EEPSG�EPSG EPSGB�>
? EPSGSIGSK-2011 / GSK 3GK CM 63EEPSG�EPSG EPSGB�>
? EPSGSHGSK-2011 / GSK 3GK CM 60EEPSG�EPSG EPSGB�>
? EPSGSGGSK-2011 / GSK 3GK CM 57EEPSG�EPSG EPSGB�>
? EPSGSFGSK-2011 / GSK 3GK CM 54EEPSG�EPSG EPSGB�>
? EPSGSEGSK-2011 / GSK 3GK CM 51EEPSG�EPSG EPSGB�>
? EPSGSDGSK-2011 / GSK 3GK CM 48EEPSG�EPSG EPSGB�>
? EPSGSCGSK-2011 / GSK 3GK CM 45EEPSG�EPSG EPSGB�>
? EPSGSBGSK-2011 / GSK 3GK CM 42EEPSG�EPSG EPSGB�>
? EPSGSAGSK-2011 / GSK 3GK CM 39EEPSG�EPSG EPSGB�>
? EPSGS@GSK-2011 / GSK 3GK CM 36EEPSG�EPSG EPSGB�>
? EPSGS?GSK-2011 / GSK 3GK CM 33EEPSG�EPSG EPSGB�>
? EPSGS>GSK-2011 / GSK 3GK CM 30EEPSG�EPSG EPSGB�>
? EPSGS=GSK-2011 / GSK 3GK CM 27EEPSG�EPSG EPSGB�>
? EPSGS<GSK-2011 / GSK 3GK CM 24EEPSG�EPSG EPSGB�>
? EPSGS;GSK-2011 / GSK 3GK CM 21EEPSG�EPSG EPSGB�K
Y EPSGS,Barbados 1938 / Barbados National GridEPSG0EPSGtEPSGM�M
] EPSGS+Barbados 1938 / British West Indies GridEPSG0EPSGtEPSGM�?
A EPSGSGSK-2011 / GSK 3GK zone 64EPSG�EPSG EPSGBD?
A EPSGSGSK-2011 / GSK 3GK zone 63EPSG�EPSG EPSGBC?
A EPSGSGSK-2011 / GSK 3GK zone 62EPSG�EPSG EPSGBB?
A EPSGS
GSK-2011 / GSK 3GK zone 61EPSG�EPSG EPSGBA?
A EPSGS GSK-2011 / GSK 3GK zone 60EPSG�EPSG EPSGB@?
A EPSGS GSK-2011 / GSK 3GK zone 59EPSG�EPSG EPSGB??
A EPSGS
GSK-2011 / GSK 3GK zone 58EPSG�EPSG EPSGB>?
A EPSGS GSK-2011 / GSK 3GK zone 57EPSG�EPSG EPSGB=?
A EPSGSmGSK-2011 / GSK 3GK CM 171EEPSG�EPSG EPSGC
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E EPSGVCamacupa 1948 / UTM zone 33SEPSG0EPSG|EPSG?A
E EPSGVCamacupa 1948 / UTM zone 32SEPSG0EPSG|EPSG?E
M EPSGU�Bogota 1975 / Colombia East zoneEPSG�EPSGzEPSGF�M
] EPSGU�Bogota 1975 / Colombia East Central zoneEPSG�EPSGzEPSGF�G
Q EPSGU�Bogota 1975 / Colombia Bogota zoneEPSG�EPSGzEPSGF�E
M EPSGU�Bogota 1975 / Colombia West zoneEPSG�EPSGzEPSGF�@
C EPSGU�Bogota 1975 / Colombia EastEPSG�EPSGzEPSGF�M
] EPSGU�Bogota 1975 / Colombia East Central zoneEPSG�EPSGzEPSGF�G
Q EPSGU�Bogota 1975 / Colombia Bogota zoneEPSG�EPSGzEPSGF�E
M EPSGU�Bogota 1975 / Colombia West zoneEPSG�EPSGzEPSGF�?
A EPSGU:Bogota 1975 / UTM zone 18NEPSG0EPSGzEPSG>�?
A EPSGU9Bogota 1975 / UTM zone 17NEPSG0EPSGzEPSG>�5
- EPSGUCH1903 / LV03C-GEPSG�EPSG5EPSGM�2
' EPSGUCH1903 / LV03EPSG�EPSG5EPSGM�=
= EPSGUBern 1898 (Bern) / LV03CEPSG�EPSG�EPSGM�G
Q EPSGS�BD50 (Brussels) / Belge Lambert 50EPSG�EPSG�EPSGM�D
K EPSGS�Beijing 1954 / Gauss-Kruger 23NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 22NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 21NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 20NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 19NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 18NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 17NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 16NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 15NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 14NEPSG�EPSGvEPSG?�D
K EPSGS�Beijing 1954 / Gauss-Kruger 13NEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger CM 135EEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger CM 129EEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger CM 123EEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger CM 117EEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger CM 111EEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger CM 105EEPSG�EPSGvEPSG?�G
Q EPSGS�Beijing 1954 / Gauss-Kruger CM 99EEPSG�EPSGvEPSG?�G
Q EPSGS�Beijing 1954 / Gauss-Kruger CM 93EEPSG�EPSGvEPSG?�G
Q EPSGS�Beijing 1954 / Gauss-Kruger CM 87EEPSG�EPSGvEPSG?�G
Q EPSGS�Beijing 1954 / Gauss-Kruger CM 81EEPSG�EPSGvEPSG?�G
Q EPSGS�Beijing 1954 / Gauss-Kruger CM 75EEPSG�EPSGvEPSG?�H
S EPSGS�Beijing 1954 / Gauss-Kruger zone 23EPSG�EPSGvEPSG?_H
S EPSGS�Beijing 1954 / Gauss-Kruger zone 22EPSG�EPSGvEPSG?^H
S EPSGS�Beijing 1954 / Gauss-Kruger zone 21EPSG�EPSGvEPSG?]H
S EPSGS�Beijing 1954 / Gauss-Kruger zone 20EPSG�EPSGvEPSG?\H
S EPSGS�Beijing 1954 / Gauss-Kruger zone 19EPSG�EPSGvEPSG?[H
S EPSGS�Beijing 1954 / Gauss-Kruger zone 18EPSG�EPSGvEPSG?ZH
S EPSGS�Beijing 1954 / Gauss-Kruger zone 17EPSG�EPSGvEPSG?YH
S EPSGS�Beijing 1954 / Gauss-Kruger zone 16EPSG�EPSGvEPSG?XH
S EPSGS�Beijing 1954 / Gauss-Kruger zone 15EPSG�EPSGvEPSG?WH
S EPSGS�Beijing 1954 / Gauss-Kruger zone 14EPSG�EPSGvEPSG?VH
S EPSGS�Beijing 1954 / Gauss-Kruger zone 13EPSG�EPSGvEPSG?U?
A EPSGStGSK-2011 / GSK 3GK CM 168WEPSG�EPSG EPSGC ?
A EPSGSsGSK-2011 / GSK 3GK CM 171WEPSG�EPSG EPSGC ?
A EPSGSrGSK-2011 / GSK 3GK CM 174WEPSG�EPSG EPSGC
?
A EPSGSqGSK-2011 / GSK 3GK CM 177WEPSG�EPSG EPSGC ?
A EPSGSpGSK-2011 / GSK 3GK CM 180EEPSG�EPSG EPSGC?
A EPSGSoGSK-2011 / GSK 3GK CM 177EEPSG�EPSG EPSGC=
= EPSGVLCamacupa 1948 / TM 12 SEEPSG0EPSG|EPSG@�
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# EPSGWCape / Lo17EPSGgEPSG~EPSGDm0
# EPSGWCape / Lo15EPSGgEPSG~EPSGDkP
c EPSGV�NAD83(CSRS)v2 / Alberta 3TM ref merid 120 WEPSG0EPSG -EPSGE>P
c EPSGV�NAD83(CSRS)v2 / Alberta 3TM ref merid 117 WEPSG0EPSG -EPSGE<P
c EPSGV�NAD83(CSRS)v2 / Alberta 3TM ref merid 114 WEPSG0EPSG -EPSGE;P
c EPSGV�NAD83(CSRS)v2 / Alberta 3TM ref merid 111 WEPSG0EPSG -EPSGE:B
G EPSGV�NAD83(CSRS)v2 / SCoPQ zone 10EPSG�EPSG -EPSGE.A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 9EPSG�EPSG -EPSGE-A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 8EPSG�EPSG -EPSGE,A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 7EPSG�EPSG -EPSGE+A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 6EPSG�EPSG -EPSGE*A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 5EPSG�EPSG -EPSGE)A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 4EPSG�EPSG -EPSGE(A
E EPSGV�NAD83(CSRS)v2 / SCoPQ zone 3EPSG�EPSG -EPSGE'E
M EPSGV�NAD83(CSRS)v2 / NB StereographicEPSG�EPSG -EPSGM�F
O EPSGV�NAD83(CSRS)v2 / PEI StereographicEPSG�EPSG -EPSGM�8
3 EPSGV�Cape / UTM zone 36SEPSG0EPSG~EPSG?8
3 EPSGV�Cape / UTM zone 35SEPSG0EPSG~EPSG?8
3 EPSGV�Cape / UTM zone 34SEPSG0EPSG~EPSG?<
; EPSGV�RGSH2020 / UTM zone 32NEPSG0EPSG(;EPSG>�<
; EPSGV�RGSH2020 / UTM zone 31NEPSG0EPSG(;EPSG>�<
; EPSGV�RGSH2020 / UTM zone 30NEPSG0EPSG(;EPSG>�<
; EPSGV�RGSH2020 / UTM zone 29NEPSG0EPSG(;EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 22NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 21NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 20NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 19NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 18NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 17NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 16NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 15NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 14NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 13NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 12NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 11NEPSG0EPSG -EPSG>�A
E EPSGV�NAD83(CSRS)v2 / UTM zone 10NEPSG0EPSG -EPSG>�@
C EPSGV�NAD83(CSRS)v2 / UTM zone 9NEPSG0EPSG -EPSG>�@
C EPSGV�NAD83(CSRS)v2 / UTM zone 8NEPSG0EPSG -EPSG>�@
C EPSGV�NAD83(CSRS)v2 / UTM zone 7NEPSG0EPSG -EPSG>�B
G EPSGV�Campo Inchauspe / Argentina 7EPSG�EPSG}EPSGFuB
G EPSGV�Campo Inchauspe / Argentina 6EPSG�EPSG}EPSGFtB
G EPSGV�Campo Inchauspe / Argentina 5EPSG�EPSG}EPSGFsB
G EPSGV�Campo Inchauspe / Argentina 4EPSG�EPSG}EPSGFrB
G EPSGV�Campo Inchauspe / Argentina 3EPSG�EPSG}EPSGFqB
G EPSGV�Campo Inchauspe / Argentina 2EPSG�EPSG}EPSGFpB
G EPSGV�Campo Inchauspe / Argentina 1EPSG�EPSG}EPSGFo<
; EPSGV�POSGAR 94 / Argentina 7EPSG�EPSGVEPSGFu<
; EPSGV�POSGAR 94 / Argentina 6EPSG�EPSGVEPSGFt<
; EPSGV�POSGAR 94 / Argentina 5EPSG�EPSGVEPSGFs<
; EPSGV�POSGAR 94 / Argentina 4EPSG�EPSGVEPSGFr<
; EPSGV�POSGAR 94 / Argentina 3EPSG�EPSGVEPSGFq<
; EPSGV�POSGAR 94 / Argentina 2EPSG�EPSGVEPSGFp<
; EPSGV�POSGAR 94 / Argentina 1EPSG�EPSGVEPSGFo<
; EPSGV�POSGAR 98 / Argentina 7EPSG�EPSG^EPSGFu<
; EPSGV�POSGAR 98 / Argentina 6EPSG�EPSG^EPSGFt<
; EPSGV�POSGAR 98 / Argentina 5EPSG�EPSG^EPSGFs<
; EPSGV�POSGAR 98 / Argentina 4EPSG�EPSG^EPSGFr<
; EPSGV�POSGAR 98 / Argentina 3EPSG�EPSG^EPSGFq<
; EPSGV�POSGAR 98 / Argentina 2EPSG�EPSG^EPSGFp 0
# EPSGW Cape / Lo21EPSGgEPSG~EPSGDq
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W EPSGW�Corrego Alegre 1970-72 / UTM zone 23SEPSG0EPSG�EPSG>�J
W EPSGW�Corrego Alegre 1970-72 / UTM zone 22SEPSG0EPSG�EPSG>�J
W EPSGW�Corrego Alegre 1970-72 / UTM zone 21SEPSG0EPSG�EPSG>�P
c EPSGW�NAD83(CSRS)v4 / Alberta 3TM ref merid 120 WEPSG0EPSG 6EPSGE>P
c EPSGW�NAD83(CSRS)v4 / Alberta 3TM ref merid 117 WEPSG0EPSG 6EPSGE<P
c EPSGW�NAD83(CSRS)v4 / Alberta 3TM ref merid 114 WEPSG0EPSG 6EPSGE;P
c EPSGW�NAD83(CSRS)v4 / Alberta 3TM ref merid 111 WEPSG0EPSG 6EPSGE:A
E EPSGW�NAD83(CSRS)v4 / UTM zone 22NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 21NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 20NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 19NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 18NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 17NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 16NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 15NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 14NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 13NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 12NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 11NEPSG0EPSG 6EPSG>�A
E EPSGW�NAD83(CSRS)v4 / UTM zone 10NEPSG0EPSG 6EPSG>�@
C EPSGW�NAD83(CSRS)v4 / UTM zone 9NEPSG0EPSG 6EPSG>�@
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9 EPSGWxCarthage / Sud TunisieEPSG�EPSGEPSGG<
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C EPSGWUNAD83(CSRS)v3 / MTM zone 17EPSG0EPSG 0EPSGE5@
C EPSGWTNAD83(CSRS)v3 / MTM zone 16EPSG0EPSG 0EPSGE4@
C EPSGWSNAD83(CSRS)v3 / MTM zone 15EPSG0EPSG 0EPSGE3@
C EPSGWRNAD83(CSRS)v3 / MTM zone 14EPSG0EPSG 0EPSGE2@
C EPSGWQNAD83(CSRS)v3 / MTM zone 13EPSG0EPSG 0EPSGE1@
C EPSGWPNAD83(CSRS)v3 / MTM zone 12EPSG0EPSG 0EPSGE0@
C EPSGWONAD83(CSRS)v3 / MTM zone 11EPSG0EPSG 0EPSGE/@
C EPSGWNNAD83(CSRS)v3 / MTM zone 10EPSG�EPSG 0EPSGE.?
A EPSGWMNAD83(CSRS)v3 / MTM zone 9EPSG�EPSG 0EPSGE-?
A EPSGWLNAD83(CSRS)v3 / MTM zone 8EPSG�EPSG 0EPSGE,G
Q EPSGWBNAD83(CSRS)v3 / MTM NS 1997 zone 4EPSG0EPSG 0EPSG&�G
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E EPSGW2NAD83(CSRS)v3 / UTM zone 22NEPSG0EPSG 0EPSG>�A
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E EPSGW0NAD83(CSRS)v3 / UTM zone 20NEPSG0EPSG 0EPSG>�A
E EPSGW/NAD83(CSRS)v3 / UTM zone 19NEPSG0EPSG 0EPSG>�A
E EPSGW.NAD83(CSRS)v3 / UTM zone 18NEPSG0EPSG 0EPSG>�A
E EPSGW-NAD83(CSRS)v3 / UTM zone 17NEPSG0EPSG 0EPSG>�A
E EPSGW,NAD83(CSRS)v3 / UTM zone 16NEPSG0EPSG 0EPSG>�A
E EPSGW+NAD83(CSRS)v3 / UTM zone 15NEPSG0EPSG 0EPSG>�A
E EPSGW*NAD83(CSRS)v3 / UTM zone 14NEPSG0EPSG 0EPSG>�A
E EPSGW)NAD83(CSRS)v3 / UTM zone 13NEPSG0EPSG 0EPSG>�A
E EPSGW(NAD83(CSRS)v3 / UTM zone 12NEPSG0EPSG 0EPSG>�A
E EPSGW'NAD83(CSRS)v3 / UTM zone 11NEPSG0EPSG 0EPSG>�A
E EPSGW&NAD83(CSRS)v3 / UTM zone 10NEPSG0EPSG 0EPSG>�@
C EPSGW%NAD83(CSRS)v3 / UTM zone 9NEPSG0EPSG 0EPSG>�@
C EPSGW$NAD83(CSRS)v3 / UTM zone 8NEPSG0EPSG 0EPSG>�@
C EPSGW#NAD83(CSRS)v3 / UTM zone 7NEPSG0EPSG 0EPSG>�K
Y EPSGW Carthage (Paris) / Tunisia Mining GridEPSG6EPSG�EPSGM�0
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# EPSGWCape / Lo29EPSGgEPSG~EPSGDy0
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c EPSGX�NAD83(CSRS)v7 / Alberta 3TM ref merid 114 WEPSG0EPSG ?EPSGE;P
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O EPSGX�NAD83(CSRS)v7 / PEI StereographicEPSG�EPSG ?EPSGM�A
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C EPSGX�NAD83(CSRS)v6 / MTM zone 17EPSG0EPSG <EPSGE5@
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C EPSGXNAD83(CSRS)v6 / MTM zone 15EPSG0EPSG <EPSGE3@
C EPSGX~NAD83(CSRS)v6 / MTM zone 14EPSG0EPSG <EPSGE2@
C EPSGX}NAD83(CSRS)v6 / MTM zone 13EPSG0EPSG <EPSGE1@
C EPSGX|NAD83(CSRS)v6 / MTM zone 12EPSG0EPSG <EPSGE0@
C EPSGX{NAD83(CSRS)v6 / MTM zone 11EPSG0EPSG <EPSGE/@
C EPSGXzNAD83(CSRS)v6 / MTM zone 10EPSG�EPSG <EPSGE.?
A EPSGXyNAD83(CSRS)v6 / MTM zone 9EPSG�EPSG <EPSGE-?
A EPSGXxNAD83(CSRS)v6 / MTM zone 8EPSG�EPSG <EPSGE,?
A EPSGXvNAD83(CSRS)v6 / MTM zone 6EPSG�EPSG <EPSGE*?
A EPSGXuNAD83(CSRS)v6 / MTM zone 5EPSG�EPSG <EPSGE)?
A EPSGXtNAD83(CSRS)v6 / MTM zone 4EPSG�EPSG <EPSGE(?
A EPSGXsNAD83(CSRS)v6 / MTM zone 3EPSG�EPSG <EPSGE'?
A EPSGXrNAD83(CSRS)v6 / MTM zone 2EPSG�EPSG <EPSGE&?
A EPSGXqNAD83(CSRS)v6 / MTM zone 1EPSG�EPSG <EPSGE%F
O EPSGXoNAD83(CSRS)v6 / PEI StereographicEPSG�EPSG <EPSGM�A
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E EPSGX\NAD83(CSRS)v6 / UTM zone 20NEPSG0EPSG <EPSG>�A
E EPSGX[NAD83(CSRS)v6 / UTM zone 19NEPSG0EPSG <EPSG>�A
E EPSGXZNAD83(CSRS)v6 / UTM zone 18NEPSG0EPSG <EPSG>�A
E EPSGXYNAD83(CSRS)v6 / UTM zone 17NEPSG0EPSG <EPSG>�A
E EPSGXXNAD83(CSRS)v6 / UTM zone 16NEPSG0EPSG <EPSG>�A
E EPSGXWNAD83(CSRS)v6 / UTM zone 15NEPSG0EPSG <EPSG>�A
E EPSGXVNAD83(CSRS)v6 / UTM zone 14NEPSG0EPSG <EPSG>�A
E EPSGXUNAD83(CSRS)v6 / UTM zone 13NEPSG0EPSG <EPSG>�A
E EPSGXTNAD83(CSRS)v6 / UTM zone 12NEPSG0EPSG <EPSG>�A
E EPSGXSNAD83(CSRS)v6 / UTM zone 11NEPSG0EPSG <EPSG>�A
E EPSGXRNAD83(CSRS)v6 / UTM zone 10NEPSG0EPSG <EPSG>�@
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U EPSG[NAD83(2011) / ICS83-Galesburg (ftUS)EPSG EPSG�EPSG+�H
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5 EPSGZ�Fahud / UTM zone 40NEPSG0EPSG�EPSG>�9
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3 EPSGY�ED50 / UTM zone 38NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 37NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 36NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 35NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 34NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 33NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 32NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 31NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 30NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 29NEPSG0EPSG�EPSG>�8
3 EPSGY�ED50 / UTM zone 28NEPSG0EPSG�EPSG>�F
O EPSGY�Egypt 1907 / Extended Purple BeltEPSG0EPSG�EPSGF�=
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7 EPSGY�Egypt 1907 / Red BeltEPSG0EPSG�EPSGF�;
9 EPSGY�Egypt 1907 / Blue BeltEPSG0EPSG�EPSGF�:
7 EPSGY0Douala / UTM zone 32NEPSG0EPSG�EPSG>�A
E EPSGY&NAD83(CSRS)v8 / UTM zone 22NEPSG0EPSG(�EPSG>�A
E EPSGY%NAD83(CSRS)v8 / UTM zone 21NEPSG0EPSG(�EPSG>�A
E EPSGY$NAD83(CSRS)v8 / UTM zone 20NEPSG0EPSG(�EPSG>�A
E EPSGY#NAD83(CSRS)v8 / UTM zone 19NEPSG0EPSG(�EPSG>�A
E EPSGY"NAD83(CSRS)v8 / UTM zone 18NEPSG0EPSG(�EPSG>�A
E EPSGY!NAD83(CSRS)v8 / UTM zone 17NEPSG0EPSG(�EPSG>�A
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A EPSG]�Indian 1954 / UTM zone 48NEPSG0EPSG�EPSG>�?
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3 EPSG]UID74 / UTM zone 53SEPSG0EPSG�EPSG?8
3 EPSG]TID74 / UTM zone 52SEPSG0EPSG�EPSG?8
3 EPSG]SID74 / UTM zone 51SEPSG0EPSG�EPSG?8
3 EPSG]RID74 / UTM zone 50SEPSG0EPSG�EPSG?8
3 EPSG]QID74 / UTM zone 49SEPSG0EPSG�EPSG?8
3 EPSG]PID74 / UTM zone 48SEPSG0EPSG�EPSG?8
3 EPSG]OID74 / UTM zone 47SEPSG0EPSG�EPSG?8
3 EPSG]NID74 / UTM zone 46SEPSG0EPSG�EPSG?9
5 EPSG]LDGN95 / UTM zone 54SEPSG0EPSG�EPSG?9
5 EPSG]KDGN95 / UTM zone 53SEPSG0EPSG�EPSG?9
5 EPSG]JDGN95 / UTM zone 52SEPSG0EPSG�EPSG?9
5 EPSG]IDGN95 / UTM zone 51SEPSG0EPSG�EPSG?9
5 EPSG]HDGN95 / UTM zone 50SEPSG0EPSG�EPSG?9
5 EPSG]GDGN95 / UTM zone 49SEPSG0EPSG�EPSG?9
5 EPSG]FDGN95 / UTM zone 48SEPSG0EPSG�EPSG?9
5 EPSG]EDGN95 / UTM zone 47SEPSG0EPSG�EPSG?9
5 EPSG]@DGN95 / UTM zone 52NEPSG0EPSG�EPSG>�9
5 EPSG]?DGN95 / UTM zone 51NEPSG0EPSG�EPSG>�9
5 EPSG]>DGN95 / UTM zone 50NEPSG0EPSG�EPSG>�9
5 EPSG]=DGN95 / UTM zone 49NEPSG0EPSG�EPSG>�9
5 EPSG]<DGN95 / UTM zone 48NEPSG0EPSG�EPSG>�9
5 EPSG];DGN95 / UTM zone 47NEPSG0EPSG�EPSG>�9
5 EPSG]:DGN95 / UTM zone 46NEPSG0EPSG�EPSG>�8
3 EPSG]-ID74 / UTM zone 53NEPSG0EPSG�EPSG>�8
3 EPSG],ID74 / UTM zone 52NEPSG0EPSG�EPSG>�8
3 EPSG]+ID74 / UTM zone 51NEPSG0EPSG�EPSG>�8
3 EPSG]*ID74 / UTM zone 50NEPSG0EPSG�EPSG>�8
3 EPSG])ID74 / UTM zone 49NEPSG0EPSG�EPSG>�8
3 EPSG](ID74 / UTM zone 48NEPSG0EPSG�EPSG>�8
3 EPSG]'ID74 / UTM zone 47NEPSG0EPSG�EPSG>�8
3 EPSG]&ID74 / UTM zone 46NEPSG0EPSG�EPSG>�E
M EPSG]%DGN95 / Indonesia TM-3 zone 54.1EPSG�EPSG�EPSGD'E
M EPSG]$DGN95 / Indonesia TM-3 zone 53.2EPSG�EPSG�EPSGD&E
M EPSG]#DGN95 / Indonesia TM-3 zone 53.1EPSG�EPSG�EPSGD%E
M EPSG]"DGN95 / Indonesia TM-3 zone 52.2EPSG�EPSG�EPSGD$E
M EPSG]!DGN95 / Indonesia TM-3 zone 52.1EPSG�EPSG�EPSGD#E
M EPSG] DGN95 / Indonesia TM-3 zone 51.2EPSG�EPSG�EPSGD"E
M EPSG] DGN95 / Indonesia TM-3 zone 51.1EPSG�EPSG�EPSGD!E
M EPSG] DGN95 / Indonesia TM-3 zone 50.2EPSG�EPSG�EPSGD E
M EPSG] DGN95 / Indonesia TM-3 zone 50.1EPSG�EPSG�EPSGD E
M EPSG] DGN95 / Indonesia TM-3 zone 49.2EPSG�EPSG�EPSGD E
M EPSG]DGN95 / Indonesia TM-3 zone 49.1EPSG�EPSG�EPSGD E
M EPSG]DGN95 / Indonesia TM-3 zone 48.2EPSG�EPSG�EPSGD E
M EPSG]DGN95 / Indonesia TM-3 zone 48.1EPSG�EPSG�EPSGDE
M EPSG]DGN95 / Indonesia TM-3 zone 47.2EPSG�EPSG�EPSGDE
M EPSG]DGN95 / Indonesia TM-3 zone 47.1EPSG�EPSG�EPSGDE
M EPSG]DGN95 / Indonesia TM-3 zone 46.2EPSG�EPSG�EPSGD/
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7 EPSG[�Garoua / UTM zone 33NEPSG0EPSG�EPSG>�J
W EPSG[%NAD83(2011) / ICS83-Metropolis (ftUS)EPSG EPSG�EPSG+�J
W EPSG[$NAD83(2011) / ICS83-Carbondale (ftUS)EPSG EPSG�EPSG+�E
M EPSG[#NAD83(2011) / ICS83-Olney (ftUS)EPSG EPSG�EPSG+�L
[ EPSG["NAD83(2011) / ICS83-Mount Vernon (ftUS)EPSG EPSG�EPSG+�J
W EPSG[!NAD83(2011) / ICS83-Belleville (ftUS)EPSG EPSG�EPSG+�H
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7 EPSGd�ETRS89 / UTM zone 30NEPSG0EPSG�EPSG>�:
7 EPSGd�ETRS89 / UTM zone 29NEPSG0EPSG�EPSG>�:
7 EPSGd�ETRS89 / UTM zone 28NEPSG0EPSG�EPSG>�?
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M EPSGc2Luzon 1911 / Philippines zone IVEPSG�EPSG�EPSGF�F
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M EPSGc0Luzon 1911 / Philippines zone IIEPSG�EPSG�EPSGF�D
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3 EPSGb�Lome / UTM zone 31NEPSG0EPSG�EPSG>�>
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A EPSGa<PSAD56 / Peru central zoneEPSG�EPSG�EPSGF�<
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7 EPSGa2PSAD56 / UTM zone 22SEPSG0EPSG�EPSG>�:
7 EPSGa1PSAD56 / UTM zone 21SEPSG0EPSG�EPSG>�:
7 EPSGa0PSAD56 / UTM zone 20SEPSG0EPSG�EPSG>�:
7 EPSGa/PSAD56 / UTM zone 19SEPSG0EPSG�EPSG>�:
7 EPSGa.PSAD56 / UTM zone 18SEPSG0EPSG�EPSG>�:
7 EPSGa-PSAD56 / UTM zone 17SEPSG0EPSG�EPSG>�:
7 EPSG`�PSAD56 / UTM zone 21NEPSG0EPSG�EPSG>�:
7 EPSG`�PSAD56 / UTM zone 20NEPSG0EPSG�EPSG>�:
7 EPSG`�PSAD56 / UTM zone 19NEPSG0EPSG�EPSG>�:
7 EPSG`�PSAD56 / UTM zone 18NEPSG0EPSG�EPSG>�:
7 EPSG`�PSAD56 / UTM zone 17NEPSG0EPSG�EPSG>�<
; EPSG`�La Canoa / UTM zone 20NEPSG0EPSG�EPSG>�<
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5 EPSGi+NAD83 / UTM zone 23NEPSG0EPSG�EPSG>�9
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S EPSGk�NTF (Paris) / Lambert Centre FranceEPSG�EPSG�EPSGF�F
O EPSGk�NTF (Paris) / Lambert Nord FranceEPSG�EPSG�EPSGF�A
E EPSGklATF (Paris) / Nord de GuerreEPSG�EPSG%EPSGM�H
S EPSGkeDatum 73 / Modified Portuguese GridEPSG�EPSG�EPSGNH
S EPSGkdDatum 73 / Modified Portuguese GridEPSG�EPSG�EPSGN<
; EPSGk%Datum 73 / UTM zone 29NEPSG0EPSG�EPSG>�D
K EPSGkNGO 1948 (Oslo) / NGO zone VIIIEPSG�EPSG�EPSGG4C
I EPSGkNGO 1948 (Oslo) / NGO zone VIIEPSG�EPSG�EPSGG3B
G EPSGkNGO 1948 (Oslo) / NGO zone VIEPSG�EPSG�EPSGG2A
E EPSGkNGO 1948 (Oslo) / NGO zone VEPSG�EPSG�EPSGG1B
G EPSGkNGO 1948 (Oslo) / NGO zone IVEPSG�EPSG�EPSGG0C
I EPSGkNGO 1948 (Oslo) / NGO zone IIIEPSG�EPSG�EPSGG/B
G EPSGk NGO 1948 (Oslo) / NGO zone IIEPSG�EPSG�EPSGG.A
E EPSGj�NGO 1948 (Oslo) / NGO zone IEPSG�EPSG�EPSGG-?
A EPSGj�NZGD49 / South Island GridEPSG9EPSG�EPSGF�?
A EPSGj�NZGD49 / North Island GridEPSG9EPSG�EPSGF�:
7 EPSGj|NZGD49 / UTM zone 60SEPSG0EPSG�EPSG? :
7 EPSGj{NZGD49 / UTM zone 59SEPSG0EPSG�EPSG? :
7 EPSGjzNZGD49 / UTM zone 58SEPSG0EPSG�EPSG? ;
9 EPSGj`NZGD49 / Bluff CircuitEPSG�EPSG�EPSGFB
G EPSGj_NZGD49 / North Taieri CircuitEPSG�EPSG�EPSGFG
Q EPSGj^NZGD49 / Observation Point CircuitEPSG�EPSG�EPSGF@
C EPSGj]NZGD49 / Mount York CircuitEPSG�EPSG�EPSGFD
K EPSGj\NZGD49 / Mount Nicholas CircuitEPSG�EPSG�EPSGFA
E EPSGj[NZGD49 / Lindis Peak CircuitEPSG�EPSG�EPSGF<
; EPSGjZNZGD49 / Timaru CircuitEPSG�EPSG�EPSGF<
; EPSGjYNZGD49 / Gawler CircuitEPSG�EPSG�EPSGFD
K EPSGjXNZGD49 / Mount Pleasant CircuitEPSG�EPSG�EPSGF B
G EPSGjWNZGD49 / Jacksons Bay CircuitEPSG�EPSG�EPSGE�=
= EPSGjVNZGD49 / Okarito CircuitEPSG�EPSG�EPSGE�>
? EPSGjUNZGD49 / Hokitika CircuitEPSG�EPSG�EPSGE�A
E EPSGjTNZGD49 / Marlborough CircuitEPSG�EPSG�EPSGE�;
9 EPSGjSNZGD49 / Amuri CircuitEPSG�EPSG�EPSGE�:
7 EPSGjRNZGD49 / Grey CircuitEPSG�EPSG�EPSGE�<
; EPSGjQNZGD49 / Buller CircuitEPSG�EPSG�EPSGE�=
= EPSGjPNZGD49 / Karamea CircuitEPSG�EPSG�EPSGE�<
; EPSGjONZGD49 / Nelson CircuitEPSG�EPSG�EPSGE�A
E EPSGjNNZGD49 / Collingwood CircuitEPSG�EPSG�EPSGE�@
C EPSGjMNZGD49 / Wellington CircuitEPSG�EPSG�EPSGE�?
A EPSGjLNZGD49 / Wairarapa CircuitEPSG�EPSG�EPSGE�>
? EPSGjKNZGD49 / Wanganui CircuitEPSG�EPSG�EPSGE�?
A EPSGjJNZGD49 / Tuhirangi CircuitEPSG�EPSG�EPSGE�>
? EPSGjINZGD49 / Taranaki CircuitEPSG�EPSG�EPSGE�@
C EPSGjHNZGD49 / Hawkes Bay CircuitEPSG�EPSG�EPSGE�A
E EPSGjGNZGD49 / Poverty Bay CircuitEPSG�EPSG�EPSGE�C
I EPSGjFNZGD49 / Bay of Plenty CircuitEPSG�EPSG�EPSGE�@
C EPSGjENZGD49 / Mount Eden CircuitEPSG�EPSG�EPSGE�B
G EPSGj@NZGD49 / New Zealand Map GridEPSG0EPSG�EPSGM�A
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C EPSGi�Nahrwan 1967 / UTM zone 40NEPSG0EPSG�EPSG>�@
C EPSGi�Nahrwan 1967 / UTM zone 39NEPSG0EPSG�EPSG>�@
C EPSGi�Nahrwan 1967 / UTM zone 38NEPSG0EPSG�EPSG>�@
C EPSGi�Nahrwan 1967 / UTM zone 37NEPSG0EPSG�EPSG>�:
7 EPSGivNAD83 / Missouri WestEPSG�EPSG�EPSG0�=
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7 EPSGitNAD83 / Missouri EastEPSG�EPSG�EPSG0�=
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S EPSGoPulkovo 1942 / Gauss-Kruger zone 24EPSG�EPSG�EPSG?`H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 23EPSG�EPSG�EPSG?_H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 22EPSG�EPSG�EPSG?^H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 21EPSG�EPSG�EPSG?]H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 20EPSG�EPSG�EPSG?\H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 19EPSG�EPSG�EPSG?[H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 18EPSG�EPSG�EPSG?ZH
S EPSGoPulkovo 1942 / Gauss-Kruger zone 17EPSG�EPSG�EPSG?YH
S EPSGo Pulkovo 1942 / Gauss-Kruger zone 16EPSG�EPSG�EPSG?XH
S EPSGn�Pulkovo 1942 / Gauss-Kruger zone 15EPSG�EPSG�EPSG?WH
S EPSGn�Pulkovo 1942 / Gauss-Kruger zone 14EPSG�EPSG�EPSG?VH
S EPSGn�Pulkovo 1942 / Gauss-Kruger zone 13EPSG�EPSG�EPSG?UH
S EPSGn�Pulkovo 1942 / Gauss-Kruger zone 12EPSG�EPSG�EPSG?TH
S EPSGn�Pulkovo 1942 / Gauss-Kruger zone 11EPSG�EPSG�EPSG?SH
S EPSGn�Pulkovo 1942 / Gauss-Kruger zone 10EPSG�EPSG�EPSG?RG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 9EPSG�EPSG�EPSG?QG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 8EPSG�EPSG�EPSG?PG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 7EPSG�EPSG�EPSG?OG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 6EPSG�EPSG�EPSG?NG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 5EPSG�EPSG�EPSG?MG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 4EPSG�EPSG�EPSG?LG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 3EPSG�EPSG�EPSG?KG
Q EPSGn�Pulkovo 1942 / Gauss-Kruger zone 2EPSG�EPSG�EPSG?J8
3 EPSGn�GDA94 / MGA zone 58EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 57EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 56EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 55EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 54EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 53EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 52EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 51EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 50EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 49EPSG0EPSG�EPSGC�8
3 EPSGn�GDA94 / MGA zone 48EPSG0EPSG�EPSGC�@
C EPSGnHPointe Noire / UTM zone 32SEPSG0EPSG�EPSG?E
M EPSGn!Palestine 1923 / Israeli CS GridEPSG0EPSG�EPSGGD
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9 EPSGl:WGS 84 / Equi7 OceaniaEPSG0EPSG�EPSGEpA
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7 EPSGl8WGS 84 / Equi7 EuropeEPSG0EPSG�EPSGEn8
3 EPSGl7WGS 84 / Equi7 AsiaEPSG0EPSG�EPSGEm>
? EPSGl6WGS 84 / Equi7 AntarcticaEPSGEPSG�EPSGEl:
7 EPSGl5WGS 84 / Equi7 AfricaEPSG0EPSG�EPSGEkC
I EPSGl4OSGB36 / British National GridEPSG0EPSG�EPSGM�8
3 EPSGk�NTF (Paris) / CorseEPSG�EPSG�EPSGF�=
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9 EPSGk�NTF (Paris) / France IEPSG�EPSG�EPSGF�B
G EPSGk�NTF (Paris) / Lambert zone IVEPSG�EPSG�EPSGF�C
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5 EPSGq�SAD69 / UTM zone 23SEPSG0EPSG�EPSG>�9
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5 EPSGq�SAD69 / UTM zone 19SEPSG0EPSG�EPSG>�9
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5 EPSGq�SAD69 / UTM zone 20NEPSG0EPSG
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5 EPSGq�SAD69 / UTM zone 19NEPSG0EPSG
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5 EPSGq�SAD69 / UTM zone 18NEPSG0EPSG
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5 EPSGq�SAD69 / UTM zone 22NEPSG0EPSG�EPSG>�9
5 EPSGq�SAD69 / UTM zone 21NEPSG0EPSG�EPSG>�9
5 EPSGq�SAD69 / UTM zone 20NEPSG0EPSG�EPSG>�9
5 EPSGq�SAD69 / UTM zone 19NEPSG0EPSG�EPSG>�9
5 EPSGq�SAD69 / UTM zone 18NEPSG0EPSG�EPSG>�=
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3 EPSGq@Amersfoort / RD NewEPSG�EPSG�EPSGM�8
3 EPSGq?Amersfoort / RD OldEPSG�EPSG�EPSGM�E
M EPSGo�Qatar 1974 / Qatar National GridEPSG0EPSG�EPSGM�D
K EPSGoLPulkovo 1942 / Gauss-Kruger 32NEPSG�EPSG�EPSG?�D
K EPSGoKPulkovo 1942 / Gauss-Kruger 31NEPSG�EPSG�EPSG?�D
K EPSGoJPulkovo 1942 / Gauss-Kruger 30NEPSG�EPSG�EPSG?�D
K EPSGoIPulkovo 1942 / Gauss-Kruger 29NEPSG�EPSG�EPSG?�D
K EPSGoHPulkovo 1942 / Gauss-Kruger 28NEPSG�EPSG�EPSG?�D
K EPSGoGPulkovo 1942 / Gauss-Kruger 27NEPSG�EPSG�EPSG?�D
K EPSGoFPulkovo 1942 / Gauss-Kruger 26NEPSG�EPSG�EPSG?�D
K EPSGoEPulkovo 1942 / Gauss-Kruger 25NEPSG�EPSG�EPSG?�D
K EPSGoDPulkovo 1942 / Gauss-Kruger 24NEPSG�EPSG�EPSG?�D
K EPSGoCPulkovo 1942 / Gauss-Kruger 23NEPSG�EPSG�EPSG?�D
K EPSGoBPulkovo 1942 / Gauss-Kruger 22NEPSG�EPSG�EPSG?�D
K EPSGoAPulkovo 1942 / Gauss-Kruger 21NEPSG�EPSG�EPSG?�D
K EPSGo@Pulkovo 1942 / Gauss-Kruger 20NEPSG�EPSG�EPSG?�D
K EPSGo?Pulkovo 1942 / Gauss-Kruger 19NEPSG�EPSG�EPSG?�D
K EPSGo>Pulkovo 1942 / Gauss-Kruger 18NEPSG�EPSG�EPSG?�D
K EPSGo=Pulkovo 1942 / Gauss-Kruger 17NEPSG�EPSG�EPSG?�D
K EPSGo<Pulkovo 1942 / Gauss-Kruger 16NEPSG�EPSG�EPSG?�D
K EPSGo;Pulkovo 1942 / Gauss-Kruger 15NEPSG�EPSG�EPSG?�D
K EPSGo:Pulkovo 1942 / Gauss-Kruger 14NEPSG�EPSG�EPSG?�D
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K EPSGo8Pulkovo 1942 / Gauss-Kruger 12NEPSG�EPSG�EPSG?�D
K EPSGo7Pulkovo 1942 / Gauss-Kruger 11NEPSG�EPSG�EPSG?�D
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I EPSGo5Pulkovo 1942 / Gauss-Kruger 9NEPSG�EPSG�EPSG?�C
I EPSGo4Pulkovo 1942 / Gauss-Kruger 8NEPSG�EPSG�EPSG?�C
I EPSGo3Pulkovo 1942 / Gauss-Kruger 7NEPSG�EPSG�EPSG?�C
I EPSGo2Pulkovo 1942 / Gauss-Kruger 6NEPSG�EPSG�EPSG?�C
I EPSGo1Pulkovo 1942 / Gauss-Kruger 5NEPSG�EPSG�EPSG?�C
I EPSGo0Pulkovo 1942 / Gauss-Kruger 4NEPSG�EPSG�EPSG?�C
I EPSGo/Pulkovo 1942 / Gauss-Kruger 3NEPSG�EPSG�EPSG?�C
I EPSGo.Pulkovo 1942 / Gauss-Kruger 2NEPSG�EPSG�EPSG?�H
S EPSGoPulkovo 1942 / Gauss-Kruger zone 32EPSG�EPSG�EPSG?hH
S EPSGoPulkovo 1942 / Gauss-Kruger zone 31EPSG�EPSG�EPSG?gH
S EPSGoPulkovo 1942 / Gauss-Kruger zone 30EPSG�EPSG�EPSG?fH
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Y EPSGu�Tokyo / Japan Plane Rectangular CS XIVEPSG�EPSG�EPSGE�L
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Y EPSGu�Tokyo / Japan Plane Rectangular CS XIIEPSG�EPSG�EPSGE�J
W EPSGu�Tokyo / Japan Plane Rectangular CS XIEPSG�EPSG�EPSGE�I
U EPSGu�Tokyo / Japan Plane Rectangular CS XEPSG�EPSG�EPSGE�J
W EPSGu�Tokyo / Japan Plane Rectangular CS IXEPSG�EPSG�EPSGE�L
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U EPSGu�Tokyo / Japan Plane Rectangular CS VEPSG�EPSG�EPSGE�J
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U EPSGu�Tokyo / Japan Plane Rectangular CS IEPSG�EPSG�EPSGE�6
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S EPSGt�Timbalai 1948 / RSO Sarawak LSD (m)EPSG0EPSG�EPSGM~C
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5 EPSGs�Sudan / UTM zone 35NEPSG0EPSG�EPSG>�9
5 EPSGr�Schwarzeck / Lo22/25EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/23EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/21EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/19EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/17EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/15EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/13EPSGfEPSG�EPSGD�9
5 EPSGr�Schwarzeck / Lo22/11EPSGfEPSG�EPSGD�>
? EPSGr�Schwarzeck / UTM zone 33SEPSG0EPSG�EPSG?D
K EPSGr%Sapper Hill 1943 / UTM zone 21SEPSG0EPSG�EPSG>�D
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S EPSGz�DHDN / 3-degree Gauss-Kruger zone 3EPSG�EPSG�EPSG?�H
S EPSGz�DHDN / 3-degree Gauss-Kruger zone 2EPSG�EPSG�EPSG?�A
E EPSGz�DHDN / 3-degree Gauss zone 5EPSG�EPSG�EPSG?�A
E EPSGz�DHDN / 3-degree Gauss zone 4EPSG�EPSG�EPSG?�A
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E EPSGz�DHDN / 3-degree Gauss zone 1EPSG�EPSG�EPSG?�>
? EPSGz�BD72 / Belgian Lambert 72EPSG�EPSG�EPSGM�<
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K EPSGz=MGI (Ferro) / Austria East ZoneEPSG�EPSG�EPSGF{G
Q EPSGz<MGI (Ferro) / Austria Central ZoneEPSG�EPSG�EPSGFzD
K EPSGz;MGI (Ferro) / Austria West ZoneEPSG�EPSG�EPSGFyC
I EPSGz:MGI (Ferro) / Austria zone M34EPSG�EPSG�EPSGF�C
I EPSGz9MGI (Ferro) / Austria zone M31EPSG�EPSG�EPSGF�C
I EPSGz8MGI (Ferro) / Austria zone M28EPSG�EPSG�EPSGF:
7 EPSGz7MGI / Austria LambertEPSG�EPSG�EPSGM�6
/ EPSGz6MGI / Austria M34EPSG�EPSG�EPSGF~6
/ EPSGz5MGI / Austria M31EPSG�EPSG�EPSGF}6
/ EPSGz4MGI / Austria M28EPSG�EPSG�EPSGF|D
K EPSGz3MGI (Ferro) / Austria East ZoneEPSG�EPSG�EPSGF{G
Q EPSGz2MGI (Ferro) / Austria Central ZoneEPSG�EPSG�EPSGFzD
K EPSGz1MGI (Ferro) / Austria West ZoneEPSG�EPSG�EPSGFy9
5 EPSGz/MGI / Balkans zone 8EPSG�EPSG�EPSGGf9
5 EPSGz.MGI / Balkans zone 8EPSG�EPSG�EPSGGe9
5 EPSGz-MGI / Balkans zone 7EPSG�EPSG�EPSGGe9
5 EPSGz,MGI / Balkans zone 6EPSG�EPSG�EPSGGd9
5 EPSGz+MGI / Balkans zone 5EPSG�EPSG�EPSGGc@
C EPSGz$MGI / 3-degree Gauss zone 8EPSG�EPSG�EPSG?�@
C EPSGz#MGI / 3-degree Gauss zone 7EPSG�EPSG�EPSG?�@
C EPSGz"MGI / 3-degree Gauss zone 6EPSG�EPSG�EPSG?�@
C EPSGz!MGI / 3-degree Gauss zone 5EPSG�EPSG�EPSG?�9
5 EPSGzMGI / Austria GK M34EPSG�EPSG�EPSGFY9
5 EPSGzMGI / Austria GK M31EPSG�EPSG�EPSGFX9
5 EPSGzMGI / Austria GK M28EPSG�EPSG�EPSGFW:
7 EPSGzMGI / Austria GK EastEPSG�EPSG�EPSGFV=
= EPSGzMGI / Austria GK CentralEPSG�EPSG�EPSGFU:
7 EPSGzMGI / Austria GK WestEPSG�EPSG�EPSGFTG
Q EPSGzMGI (Ferro) / Austria GK East ZoneEPSG�EPSG�EPSGFSJ
W EPSGzMGI (Ferro) / Austria GK Central ZoneEPSG�EPSG�EPSGFRG
Q EPSGzMGI (Ferro) / Austria GK West ZoneEPSG�EPSG�EPSGFQ;
9 EPSGy�Zanderij / Suriname TMEPSG0EPSG�EPSGM�?
A EPSGy�Zanderij / Suriname Old TMEPSG0EPSG�EPSGM�8
3 EPSGy�Zanderij / TM 54 NWEPSG0EPSG�EPSGB�<
; EPSGy�Zanderij / UTM zone 21NEPSG0EPSG�EPSG>�8
3 EPSGy4Yoff / UTM zone 28NEPSG0EPSG�EPSG>�3
) EPSGxPRT38 2.5 gon WEPSG�EPSG�EPSGM�C
I EPSGxHNord Sahara 1959 / Sud AlgerieEPSG�EPSG�EPSGFfD
K EPSGxGNord Sahara 1959 / Nord AlgerieEPSG�EPSG�EPSGFeD
K EPSGx Nord Sahara 1959 / UTM zone 32NEPSG0EPSG�EPSG>�D
K EPSGx Nord Sahara 1959 / UTM zone 31NEPSG0EPSG�EPSG>�D
K EPSGx
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K EPSGx Nord Sahara 1959 / UTM zone 29NEPSG0EPSG�EPSG>�I
U EPSGw Voirol 1879 / Sud Algerie (ancienne)EPSG�EPSG?EPSGF\J
W EPSGw Voirol 1879 / Nord Algerie (ancienne)EPSG�EPSG?EPSGF[@
C EPSG{(Conakry 1905 / UTM zone 28NEPSG0EPSG�EPSG>�
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1 EPSG}NAD27 / Ohio NorthEPSG�EPSG�EPSG4Y?
A EPSG}NAD27 / North Dakota SouthEPSG�EPSG�EPSG3�?
A EPSG}NAD27 / North Dakota NorthEPSG�EPSG�EPSG3�;
9 EPSG}NAD27 / North CarolinaEPSG�EPSG�EPSG3�A
E EPSG}NAD27 / New York Long IslandEPSG�EPSG�EPSG30:
7 EPSG}NAD27 / New York WestEPSG�EPSG�EPSG3/=
= EPSG}NAD27 / New York CentralEPSG�EPSG�EPSG3.:
7 EPSG}NAD27 / New York EastEPSG�EPSG�EPSG3-<
; EPSG}NAD27 / New Mexico WestEPSG�EPSG�EPSG2�?
A EPSG}
NAD27 / New Mexico CentralEPSG�EPSG�EPSG2�<
; EPSG} NAD27 / New Mexico EastEPSG�EPSG�EPSG2�7
1 EPSG} NAD27 / New JerseyEPSG�EPSG�EPSG2d:
7 EPSG}
NAD27 / New HampshireEPSG�EPSG�EPSG2 8
3 EPSG} NAD27 / Nevada WestEPSG�EPSG�EPSG1�;
9 EPSG}NAD27 / Nevada CentralEPSG�EPSG�EPSG1�8
3 EPSG}NAD27 / Nevada EastEPSG�EPSG�EPSG1�;
9 EPSG}NAD27 / Nebraska SouthEPSG�EPSG�EPSG1:;
9 EPSG}NAD27 / Nebraska NorthEPSG�EPSG�EPSG19:
7 EPSG}NAD27 / Montana SouthEPSG�EPSG�EPSG0�<
; EPSG}NAD27 / Montana CentralEPSG�EPSG�EPSG0�:
7 EPSG}NAD27 / Montana NorthEPSG�EPSG�EPSG0�?
A EPSG} SIRGAS 1995 / UTM zone 25SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 24SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 23SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 22SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 21SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 20SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 19SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 18SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 17SEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 22NEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 21NEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 20NEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 19NEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 18NEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 1995 / UTM zone 17NEPSG0EPSGJEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 25SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 24SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 23SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 22SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 21SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 20SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 19SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 18SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 17SEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 22NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 21NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 20NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 19NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 18NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 17NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 16NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 15NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 14NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 13NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 12NEPSG0EPSGBEPSG>�?
A EPSG|�SIRGAS 2000 / UTM zone 11NEPSG0EPSGBEPSG>�1
% EPSG|�KUDAMS / KTMEPSG0EPSG�EPSGN 1
% EPSG|�KUDAMS / KTMEPSG0EPSG�EPSGM�7
1 EPSG|_NGN / UTM zone 39NEPSG0EPSG�EPSG>�7
1 EPSG|^NGN / UTM zone 38NEPSG0EPSG�EPSG>�D
K EPSG{�Dealul Piscului 1970/ Stereo 70EPSG�EPSG�EPSGM� 7
1 EPSG}NAD27 / Ohio SouthEPSG�EPSG�EPSG4Z
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7 EPSG}uNAD83 / New York WestEPSG�EPSG�EPSG3M=
= EPSG}tNAD83 / New York CentralEPSG�EPSG�EPSG3L:
7 EPSG}sNAD83 / New York EastEPSG�EPSG�EPSG3K<
; EPSG}rNAD83 / New Mexico WestEPSG�EPSG�EPSG2�?
A EPSG}qNAD83 / New Mexico CentralEPSG�EPSG�EPSG2�<
; EPSG}pNAD83 / New Mexico EastEPSG�EPSG�EPSG2�7
1 EPSG}oNAD83 / New JerseyEPSG�EPSG�EPSG2�:
7 EPSG}nNAD83 / New HampshireEPSG�EPSG�EPSG2 8
3 EPSG}mNAD83 / Nevada WestEPSG�EPSG�EPSG1�;
9 EPSG}lNAD83 / Nevada CentralEPSG�EPSG�EPSG1�8
3 EPSG}kNAD83 / Nevada EastEPSG�EPSG�EPSG1�5
- EPSG}hNAD83 / NebraskaEPSG�EPSG�EPSG1V4
+ EPSG}dNAD83 / MontanaEPSG�EPSG�EPSG0�?
A EPSG}cNAD27 / Louisiana OffshoreEPSG�EPSG�EPSG-�;
9 EPSG}bNAD27 / Quebec LambertEPSG�EPSG�EPSGM�7
1 EPSG}VNAD27 / MTM zone 6EPSG0EPSG�EPSGE*7
1 EPSG}UNAD27 / MTM zone 5EPSG0EPSG�EPSGE)7
1 EPSG}TNAD27 / MTM zone 4EPSG0EPSG�EPSGE(7
1 EPSG}SNAD27 / MTM zone 3EPSG0EPSG�EPSGE'7
1 EPSG}RNAD27 / MTM zone 2EPSG0EPSG�EPSGE&7
1 EPSG}QNAD27 / MTM zone 1EPSG0EPSG�EPSGE%;
9 EPSG}MNAD27 / BLM 17N (feet)EPSG�EPSG�EPSG>-;
9 EPSG}LNAD27 / BLM 16N (feet)EPSG�EPSG�EPSG>,;
9 EPSG}KNAD27 / BLM 15N (feet)EPSG�EPSG�EPSG>+;
9 EPSG}JNAD27 / BLM 14N (feet)EPSG�EPSG�EPSG>*;
9 EPSG}CNAD27 / BLM 17N (ftUS)EPSG�EPSG�EPSG>-;
9 EPSG}BNAD27 / BLM 16N (ftUS)EPSG�EPSG�EPSG>,;
9 EPSG}ANAD27 / BLM 15N (ftUS)EPSG�EPSG�EPSG>+;
9 EPSG}@NAD27 / BLM 14N (ftUS)EPSG�EPSG�EPSG>*:
7 EPSG}>NAD27 / Guatemala SurEPSG�EPSG�EPSGG$<
; EPSG}=NAD27 / Guatemala NorteEPSG�EPSG�EPSGG#9
5 EPSG}:NAD27 / Wyoming WestEPSG�EPSG�EPSG:8A
E EPSG}9NAD27 / Wyoming West CentralEPSG�EPSG�EPSG:7A
E EPSG}8NAD27 / Wyoming East CentralEPSG�EPSG�EPSG:69
5 EPSG}7NAD27 / Wyoming EastEPSG�EPSG�EPSG:5<
; EPSG}6NAD27 / Wisconsin SouthEPSG�EPSG�EPSG9�>
? EPSG}5NAD27 / Wisconsin CentralEPSG�EPSG�EPSG9�<
; EPSG}4NAD27 / Wisconsin NorthEPSG�EPSG�EPSG9�@
C EPSG}3NAD27 / West Virginia SouthEPSG�EPSG�EPSG9n@
C EPSG}2NAD27 / West Virginia NorthEPSG�EPSG�EPSG9m=
= EPSG}1NAD27 / Washington SouthEPSG�EPSG�EPSG9
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= EPSG}0NAD27 / Washington NorthEPSG�EPSG�EPSG9 ;
9 EPSG}/NAD27 / Virginia SouthEPSG�EPSG�EPSG8�;
9 EPSG}.NAD27 / Virginia NorthEPSG�EPSG�EPSG8�4
+ EPSG}-NAD27 / VermontEPSG�EPSG�EPSG8@7
1 EPSG},NAD27 / Utah SouthEPSG�EPSG�EPSG7�9
5 EPSG}+NAD27 / Utah CentralEPSG�EPSG�EPSG7�7
1 EPSG}*NAD27 / Utah NorthEPSG�EPSG�EPSG7�8
3 EPSG})NAD27 / Texas SouthEPSG�EPSG�EPSG7}@
C EPSG}(NAD27 / Texas South CentralEPSG�EPSG�EPSG7|:
7 EPSG}'NAD27 / Texas CentralEPSG�EPSG�EPSG7{@
C EPSG}&NAD27 / Texas North CentralEPSG�EPSG�EPSG7z8
3 EPSG}%NAD27 / Texas NorthEPSG�EPSG�EPSG7y6
/ EPSG}$NAD27 / TennesseeEPSG�EPSG�EPSG7?
A EPSG}#NAD27 / South Dakota SouthEPSG�EPSG�EPSG6�?
A EPSG}"NAD27 / South Dakota NorthEPSG�EPSG�EPSG6�A
E EPSG}!NAD27 / South Carolina SouthEPSG�EPSG�EPSG6NA
E EPSG} NAD27 / South Carolina NorthEPSG�EPSG�EPSG6M9
5 EPSG} NAD27 / Rhode IslandEPSG�EPSG�EPSG5�?
A EPSG} NAD27 / Pennsylvania SouthEPSG�EPSG�EPSG5�?
A EPSG} NAD27 / Pennsylvania NorthEPSG�EPSG�EPSG5�9
5 EPSG}NAD27 / Oregon SouthEPSG�EPSG�EPSG5"9
5 EPSG}NAD27 / Oregon NorthEPSG�EPSG�EPSG5!;
9 EPSG}NAD27 / Oklahoma SouthEPSG�EPSG�EPSG4� <
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5 EPSG}�WGS 72 / UTM zone 1NEPSG0EPSG�EPSG>�?
A EPSG}�NAD83 / Louisiana OffshoreEPSG�EPSG�EPSG-�;
9 EPSG}�NAD83 / Quebec LambertEPSG�EPSG�EPSGM�8
3 EPSG}�NAD83 / MTM zone 17EPSG0EPSG�EPSGE58
3 EPSG}�NAD83 / MTM zone 16EPSG0EPSG�EPSGE48
3 EPSG}�NAD83 / MTM zone 15EPSG0EPSG�EPSGE38
3 EPSG}�NAD83 / MTM zone 14EPSG0EPSG�EPSGE28
3 EPSG}�NAD83 / MTM zone 13EPSG0EPSG�EPSGE18
3 EPSG}�NAD83 / MTM zone 12EPSG0EPSG�EPSGE08
3 EPSG}�NAD83 / MTM zone 11EPSG0EPSG�EPSGE/8
3 EPSG}�NAD83 / MTM zone 10EPSG�EPSG�EPSGE.7
1 EPSG}�NAD83 / MTM zone 9EPSG�EPSG�EPSGE-7
1 EPSG}�NAD83 / MTM zone 8EPSG�EPSG�EPSGE,7
1 EPSG}�NAD83 / MTM zone 7EPSG�EPSG�EPSGE+7
1 EPSG}�NAD83 / MTM zone 6EPSG�EPSG�EPSGE*7
1 EPSG}�NAD83 / MTM zone 5EPSG�EPSG�EPSGE)7
1 EPSG}�NAD83 / MTM zone 4EPSG�EPSG�EPSGE(7
1 EPSG}�NAD83 / MTM zone 3EPSG�EPSG�EPSGE'7
1 EPSG}�NAD83 / MTM zone 2EPSG�EPSG�EPSGE&7
1 EPSG}�NAD83 / MTM zone 1EPSG�EPSG�EPSGE%9
5 EPSG}�NAD83 / SCoPQ zone 2EPSG�EPSG�EPSGE$;
9 EPSG}�NAD83 / BLM 17N (ftUS)EPSG�EPSG�EPSG>-;
9 EPSG}�NAD83 / BLM 16N (ftUS)EPSG�EPSG�EPSG>,;
9 EPSG}�NAD83 / BLM 15N (ftUS)EPSG�EPSG�EPSG>+;
9 EPSG}�NAD83 / BLM 14N (ftUS)EPSG�EPSG�EPSG>*E
M EPSG}�NAD83 / Puerto Rico & Virgin Is.EPSG�EPSG�EPSG;~<
; EPSG}�NAD83 / Wyoming LambertEPSG�EPSG�EPSG:R9
5 EPSG}�NAD83 / Wyoming WestEPSG�EPSG�EPSG:VA
E EPSG}�NAD83 / Wyoming West CentralEPSG�EPSG�EPSG:UA
E EPSG}�NAD83 / Wyoming East CentralEPSG�EPSG�EPSG:T9
5 EPSG}�NAD83 / Wyoming EastEPSG�EPSG�EPSG:S<
; EPSG}�NAD83 / Wisconsin SouthEPSG�EPSG�EPSG9�>
? EPSG}�NAD83 / Wisconsin CentralEPSG�EPSG�EPSG9�<
; EPSG}�NAD83 / Wisconsin NorthEPSG�EPSG�EPSG9�@
C EPSG}�NAD83 / West Virginia SouthEPSG�EPSG�EPSG9�@
C EPSG}�NAD83 / West Virginia NorthEPSG�EPSG�EPSG9�=
= EPSG}�NAD83 / Washington SouthEPSG�EPSG�EPSG9(=
= EPSG}�NAD83 / Washington NorthEPSG�EPSG�EPSG9';
9 EPSG}�NAD83 / Virginia SouthEPSG�EPSG�EPSG8�;
9 EPSG}�NAD83 / Virginia NorthEPSG�EPSG�EPSG8�4
+ EPSG}�NAD83 / VermontEPSG�EPSG�EPSG8^7
1 EPSG}�NAD83 / Utah SouthEPSG�EPSG�EPSG7�9
5 EPSG}�NAD83 / Utah CentralEPSG�EPSG�EPSG7�7
1 EPSG}�NAD83 / Utah NorthEPSG�EPSG�EPSG7�8
3 EPSG}�NAD83 / Texas SouthEPSG�EPSG�EPSG7�@
C EPSG}�NAD83 / Texas South CentralEPSG�EPSG�EPSG7�:
7 EPSG}�NAD83 / Texas CentralEPSG�EPSG�EPSG7�@
C EPSG}�NAD83 / Texas North CentralEPSG�EPSG�EPSG7�8
3 EPSG}�NAD83 / Texas NorthEPSG�EPSG�EPSG7�6
/ EPSG}�NAD83 / TennesseeEPSG�EPSG�EPSG72?
A EPSG}�NAD83 / South Dakota SouthEPSG�EPSG�EPSG6�?
A EPSG}�NAD83 / South Dakota NorthEPSG�EPSG�EPSG6�;
9 EPSG}�NAD83 / South CarolinaEPSG�EPSG�EPSG6j9
5 EPSG}�NAD83 / Rhode IslandEPSG�EPSG�EPSG6?
A EPSG}�NAD83 / Pennsylvania SouthEPSG�EPSG�EPSG5�?
A EPSG}�NAD83 / Pennsylvania NorthEPSG�EPSG�EPSG5�9
5 EPSG}NAD83 / Oregon SouthEPSG�EPSG�EPSG5@9
5 EPSG}~NAD83 / Oregon NorthEPSG�EPSG�EPSG5?;
9 EPSG}}NAD83 / Oklahoma SouthEPSG�EPSG�EPSG4�;
9 EPSG}|NAD83 / Oklahoma NorthEPSG�EPSG�EPSG4�7
1 EPSG}{NAD83 / Ohio SouthEPSG�EPSG�EPSG4x7
1 EPSG}zNAD83 / Ohio NorthEPSG�EPSG�EPSG4w?
A EPSG}yNAD83 / North Dakota SouthEPSG�EPSG�EPSG4?
A EPSG}xNAD83 / North Dakota NorthEPSG�EPSG�EPSG49
5 EPSG}�WGS 72 / UTM zone 3NEPSG0EPSG�EPSG>�
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7 EPSG~6WGS 72 / UTM zone 10SEPSG0EPSG�EPSG>�9
5 EPSG~5WGS 72 / UTM zone 9SEPSG0EPSG�EPSG>�9
5 EPSG~4WGS 72 / UTM zone 8SEPSG0EPSG�EPSG>�9
5 EPSG~3WGS 72 / UTM zone 7SEPSG0EPSG�EPSG>�9
5 EPSG~2WGS 72 / UTM zone 6SEPSG0EPSG�EPSG>�9
5 EPSG~1WGS 72 / UTM zone 5SEPSG0EPSG�EPSG>�9
5 EPSG~0WGS 72 / UTM zone 4SEPSG0EPSG�EPSG>�9
5 EPSG~/WGS 72 / UTM zone 3SEPSG0EPSG�EPSG>�9
5 EPSG~.WGS 72 / UTM zone 2SEPSG0EPSG�EPSG>�9
5 EPSG~-WGS 72 / UTM zone 1SEPSG0EPSG�EPSG>�:
7 EPSG~WGS 72 / UTM zone 60NEPSG0EPSG�EPSG>�:
7 EPSG~WGS 72 / UTM zone 59NEPSG0EPSG�EPSG>�:
7 EPSG~WGS 72 / UTM zone 58NEPSG0EPSG�EPSG>�:
7 EPSG~WGS 72 / UTM zone 57NEPSG0EPSG�EPSG>�:
7 EPSG~ WGS 72 / UTM zone 56NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 55NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 54NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 53NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 52NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 51NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 50NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 49NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 48NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 47NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 46NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 45NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 44NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 43NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 42NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 41NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 40NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 39NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 38NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 37NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 36NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 35NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 34NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 33NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 32NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 31NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 30NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 29NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 28NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 27NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 26NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 25NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 24NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 23NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 22NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 21NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 20NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 19NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 18NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 17NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 16NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 15NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 14NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 13NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 12NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 11NEPSG0EPSG�EPSG>�:
7 EPSG}�WGS 72 / UTM zone 10NEPSG0EPSG�EPSG>�9
5 EPSG}�WGS 72 / UTM zone 9NEPSG0EPSG�EPSG>�9
5 EPSG}�WGS 72 / UTM zone 8NEPSG0EPSG�EPSG>�9
5 EPSG}�WGS 72 / UTM zone 7NEPSG0EPSG�EPSG>�9
5 EPSG}�WGS 72 / UTM zone 6NEPSG0EPSG�EPSG>�9
5 EPSG}�WGS 72 / UTM zone 5NEPSG0EPSG�EPSG>�
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; EPSG~�WGS 72BE / UTM zone 15NEPSG0EPSG�EPSG>�<
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; EPSG~�WGS 72BE / UTM zone 12NEPSG0EPSG�EPSG>�<
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9 EPSG~�WGS 72BE / UTM zone 9NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 8NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 7NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 6NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 5NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 4NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 3NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 2NEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 1NEPSG0EPSG�EPSG>�:
7 EPSG~hWGS 72 / UTM zone 60SEPSG0EPSG�EPSG? :
7 EPSG~gWGS 72 / UTM zone 59SEPSG0EPSG�EPSG? :
7 EPSG~fWGS 72 / UTM zone 58SEPSG0EPSG�EPSG? :
7 EPSG~eWGS 72 / UTM zone 57SEPSG0EPSG�EPSG? :
7 EPSG~dWGS 72 / UTM zone 56SEPSG0EPSG�EPSG? :
7 EPSG~cWGS 72 / UTM zone 55SEPSG0EPSG�EPSG?:
7 EPSG~bWGS 72 / UTM zone 54SEPSG0EPSG�EPSG?:
7 EPSG~aWGS 72 / UTM zone 53SEPSG0EPSG�EPSG?:
7 EPSG~`WGS 72 / UTM zone 52SEPSG0EPSG�EPSG?:
7 EPSG~_WGS 72 / UTM zone 51SEPSG0EPSG�EPSG?:
7 EPSG~^WGS 72 / UTM zone 50SEPSG0EPSG�EPSG?:
7 EPSG~]WGS 72 / UTM zone 49SEPSG0EPSG�EPSG?:
7 EPSG~\WGS 72 / UTM zone 48SEPSG0EPSG�EPSG?:
7 EPSG~[WGS 72 / UTM zone 47SEPSG0EPSG�EPSG?:
7 EPSG~ZWGS 72 / UTM zone 46SEPSG0EPSG�EPSG?:
7 EPSG~YWGS 72 / UTM zone 45SEPSG0EPSG�EPSG?:
7 EPSG~XWGS 72 / UTM zone 44SEPSG0EPSG�EPSG?:
7 EPSG~WWGS 72 / UTM zone 43SEPSG0EPSG�EPSG?:
7 EPSG~VWGS 72 / UTM zone 42SEPSG0EPSG�EPSG?:
7 EPSG~UWGS 72 / UTM zone 41SEPSG0EPSG�EPSG?
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7 EPSG~TWGS 72 / UTM zone 40SEPSG0EPSG�EPSG? :
7 EPSG~SWGS 72 / UTM zone 39SEPSG0EPSG�EPSG? :
7 EPSG~RWGS 72 / UTM zone 38SEPSG0EPSG�EPSG?
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7 EPSG~QWGS 72 / UTM zone 37SEPSG0EPSG�EPSG? :
7 EPSG~PWGS 72 / UTM zone 36SEPSG0EPSG�EPSG?:
7 EPSG~OWGS 72 / UTM zone 35SEPSG0EPSG�EPSG?:
7 EPSG~NWGS 72 / UTM zone 34SEPSG0EPSG�EPSG?:
7 EPSG~MWGS 72 / UTM zone 33SEPSG0EPSG�EPSG?:
7 EPSG~LWGS 72 / UTM zone 32SEPSG0EPSG�EPSG?:
7 EPSG~KWGS 72 / UTM zone 31SEPSG0EPSG�EPSG?:
7 EPSG~JWGS 72 / UTM zone 30SEPSG0EPSG�EPSG?:
7 EPSG~IWGS 72 / UTM zone 29SEPSG0EPSG�EPSG?:
7 EPSG~HWGS 72 / UTM zone 28SEPSG0EPSG�EPSG? :
7 EPSG~GWGS 72 / UTM zone 27SEPSG0EPSG�EPSG>�:
7 EPSG~FWGS 72 / UTM zone 26SEPSG0EPSG�EPSG>�:
7 EPSG~EWGS 72 / UTM zone 25SEPSG0EPSG�EPSG>�:
7 EPSG~DWGS 72 / UTM zone 24SEPSG0EPSG�EPSG>�:
7 EPSG~CWGS 72 / UTM zone 23SEPSG0EPSG�EPSG>�:
7 EPSG~BWGS 72 / UTM zone 22SEPSG0EPSG�EPSG>�:
7 EPSG~AWGS 72 / UTM zone 21SEPSG0EPSG�EPSG>�:
7 EPSG~@WGS 72 / UTM zone 20SEPSG0EPSG�EPSG>�:
7 EPSG~?WGS 72 / UTM zone 19SEPSG0EPSG�EPSG>�:
7 EPSG~>WGS 72 / UTM zone 18SEPSG0EPSG�EPSG>�:
7 EPSG~=WGS 72 / UTM zone 17SEPSG0EPSG�EPSG>�:
7 EPSG~<WGS 72 / UTM zone 16SEPSG0EPSG�EPSG>�:
7 EPSG~;WGS 72 / UTM zone 15SEPSG0EPSG�EPSG>�:
7 EPSG~:WGS 72 / UTM zone 14SEPSG0EPSG�EPSG>�:
7 EPSG~9WGS 72 / UTM zone 13SEPSG0EPSG�EPSG>�
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9 EPSG~�WGS 72BE / UTM zone 9SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 8SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 7SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 6SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 5SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 4SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 3SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 2SEPSG0EPSG�EPSG>�;
9 EPSG~�WGS 72BE / UTM zone 1SEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 60NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 59NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 58NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 57NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 56NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 55NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 54NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 53NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 52NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 51NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 50NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 49NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 48NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 47NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 46NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 45NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 44NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 43NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 42NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 41NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 40NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 39NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 38NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 37NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 36NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 35NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 34NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 33NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 32NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 31NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 30NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 29NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 28NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 27NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 26NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 25NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 24NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 23NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 22NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 21NEPSG0EPSG�EPSG>�<
; EPSG~�WGS 72BE / UTM zone 20NEPSG0EPSG�EPSG>�<
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7 EPSGtWGS 84 / UTM zone 28NEPSG0EPSG�EPSG>�:
7 EPSGsWGS 84 / UTM zone 27NEPSG0EPSG�EPSG>�:
7 EPSGrWGS 84 / UTM zone 26NEPSG0EPSG�EPSG>�:
7 EPSGqWGS 84 / UTM zone 25NEPSG0EPSG�EPSG>�:
7 EPSGpWGS 84 / UTM zone 24NEPSG0EPSG�EPSG>�:
7 EPSGoWGS 84 / UTM zone 23NEPSG0EPSG�EPSG>�:
7 EPSGnWGS 84 / UTM zone 22NEPSG0EPSG�EPSG>�:
7 EPSGmWGS 84 / UTM zone 21NEPSG0EPSG�EPSG>�:
7 EPSGlWGS 84 / UTM zone 20NEPSG0EPSG�EPSG>�:
7 EPSGkWGS 84 / UTM zone 19NEPSG0EPSG�EPSG>�:
7 EPSGjWGS 84 / UTM zone 18NEPSG0EPSG�EPSG>�:
7 EPSGiWGS 84 / UTM zone 17NEPSG0EPSG�EPSG>�:
7 EPSGhWGS 84 / UTM zone 16NEPSG0EPSG�EPSG>�:
7 EPSGgWGS 84 / UTM zone 15NEPSG0EPSG�EPSG>�:
7 EPSGfWGS 84 / UTM zone 14NEPSG0EPSG�EPSG>�:
7 EPSGeWGS 84 / UTM zone 13NEPSG0EPSG�EPSG>�:
7 EPSGdWGS 84 / UTM zone 12NEPSG0EPSG�EPSG>�:
7 EPSGcWGS 84 / UTM zone 11NEPSG0EPSG�EPSG>�:
7 EPSGbWGS 84 / UTM zone 10NEPSG0EPSG�EPSG>�9
5 EPSGaWGS 84 / UTM zone 9NEPSG0EPSG�EPSG>�9
5 EPSG`WGS 84 / UTM zone 8NEPSG0EPSG�EPSG>�9
5 EPSG_WGS 84 / UTM zone 7NEPSG0EPSG�EPSG>�9
5 EPSG^WGS 84 / UTM zone 6NEPSG0EPSG�EPSG>�9
5 EPSG]WGS 84 / UTM zone 5NEPSG0EPSG�EPSG>�9
5 EPSG\WGS 84 / UTM zone 4NEPSG0EPSG�EPSG>�9
5 EPSG[WGS 84 / UTM zone 3NEPSG0EPSG�EPSG>�9
5 EPSGZWGS 84 / UTM zone 2NEPSG0EPSG�EPSG>�9
5 EPSGYWGS 84 / UTM zone 1NEPSG0EPSG�EPSG>�S
i EPSGXWGS 84 / UTM grid system (northern hemisphere)EPSG0EPSG�EPSG>�<
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; EPSG-WGS 72BE / UTM zone 57SEPSG0EPSG�EPSG? <
; EPSG,WGS 72BE / UTM zone 56SEPSG0EPSG�EPSG? <
; EPSG+WGS 72BE / UTM zone 55SEPSG0EPSG�EPSG?<
; EPSG*WGS 72BE / UTM zone 54SEPSG0EPSG�EPSG?<
; EPSG)WGS 72BE / UTM zone 53SEPSG0EPSG�EPSG?<
; EPSG(WGS 72BE / UTM zone 52SEPSG0EPSG�EPSG?<
; EPSG'WGS 72BE / UTM zone 51SEPSG0EPSG�EPSG?<
; EPSG&WGS 72BE / UTM zone 50SEPSG0EPSG�EPSG?<
; EPSG%WGS 72BE / UTM zone 49SEPSG0EPSG�EPSG?<
; EPSG$WGS 72BE / UTM zone 48SEPSG0EPSG�EPSG?<
; EPSG#WGS 72BE / UTM zone 47SEPSG0EPSG�EPSG?<
; EPSG"WGS 72BE / UTM zone 46SEPSG0EPSG�EPSG?<
; EPSG!WGS 72BE / UTM zone 45SEPSG0EPSG�EPSG?<
; EPSG WGS 72BE / UTM zone 44SEPSG0EPSG�EPSG?<
; EPSG WGS 72BE / UTM zone 43SEPSG0EPSG�EPSG?<
; EPSG WGS 72BE / UTM zone 42SEPSG0EPSG�EPSG?<
; EPSG WGS 72BE / UTM zone 41SEPSG0EPSG�EPSG?
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; EPSGWGS 72BE / UTM zone 38SEPSG0EPSG�EPSG?
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; EPSGWGS 72BE / UTM zone 36SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 35SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 34SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 33SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 32SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 31SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 30SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 29SEPSG0EPSG�EPSG?<
; EPSGWGS 72BE / UTM zone 28SEPSG0EPSG�EPSG? <
; EPSGWGS 72BE / UTM zone 27SEPSG0EPSG�EPSG>�<
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7 EPSGuWGS 84 / UTM zone 29NEPSG0EPSG�EPSG>�
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7 EPSG�WGS 84 / UTM zone 26SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 25SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 24SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 23SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 22SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 21SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 20SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 19SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 18SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 17SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 16SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 15SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 14SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 13SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 12SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 11SEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 10SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 9SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 8SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 7SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 6SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 5SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 4SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 3SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 2SEPSG0EPSG�EPSG>�9
5 EPSG�WGS 84 / UTM zone 1SEPSG0EPSG�EPSG>�S
i EPSG�WGS 84 / UTM grid system (southern hemisphere)EPSG0EPSG�EPSG>�<
; EPSG�WGS 84 / BLM 17N (ftUS)EPSG�EPSG�EPSG>-<
; EPSG�WGS 84 / BLM 16N (ftUS)EPSG�EPSG�EPSG>,<
; EPSG�WGS 84 / BLM 15N (ftUS)EPSG�EPSG�EPSG>+<
; EPSG�WGS 84 / BLM 14N (ftUS)EPSG�EPSG�EPSG>*K
Y EPSG�WGS 84 / World Equidistant CylindricalEPSG�EPSG�EPSGM�:
7 EPSG�WGS 84 / Plate CarreeEPSG�EPSG�EPSGN =
= EPSG�WGS 84 / UPS North (N,E)EPSG�EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 60NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 59NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 58NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 57NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 56NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 55NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 54NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 53NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 52NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 51NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 50NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 49NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 48NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 47NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 46NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 45NEPSG0EPSG�EPSG>�:
7 EPSG�WGS 84 / UTM zone 44NEPSG0EPSG�EPSG>�:
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{����}6��A� @ څe �/ESRI��NAD_1983_2011_Fargo_Ground_Coordinate_SystemEPSG�PROJCS["NAD_1983_2011_Fargo_Ground_Coordinate_System",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Rectified_Skew_Orthomorphic_Natural_Origin"],PARAMETER["False_Easting",2869344.93],PARAMETER["False_Northing",-16657672.6488],PARAMETER["Scale_Factor",1.000038773618],PARAMETER["Azimuth",2.63389226],PARAMETER["Longitude_Of_Center",-96.88886388888889],PARAMETER["Latitude_Of_Center",46.99163611111111],PARAMETER["XY_Plane_Rotation",0.0],UNIT["Foot_US",0.3048006096012192]] �^
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? ESRI��NAD_1983_2011_UTM_Zone_3NEPSG0EPSG�EPSG>� уvE � ESRI��Asia_South_Equidistant_ConicEPSG�PROJCS["Asia_South_Equidistant_Conic",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Equidistant_Conic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",125.0],PARAMETER["Standard_Parallel_1",7.0],PARAMETER["Standard_Parallel_2",-32.0],PARAMETER["Latitude_Of_Origin",-15.0],UNIT["Meter",1.0]] Ѓ3M �}ESRI��North_Pole_Azimuthal_EquidistantEPSG�PROJCS["North_Pole_Azimuthal_Equidistant",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Latitude_Of_Origin",90.0],UNIT["Meter",1.0]] σy= �ESRI �RWGS_1984_Adams_Square_IIEPSG�PROJCS["WGS_1984_Adams_Square_II",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Adams_Square_II"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Azimuth",0.0],PARAMETER["Longitude_Of_Center",0.0],PARAMETER["Latitude_Of_Center",0.0],PARAMETER["XY_Plane_Rotation",0.0],UNIT["Meter",1.0]] C �OESRI �$World_Goode_Homolosine_LandEPSG�PROJCS["World_Goode_Homolosine_Land",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Goode_Homolosine"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Option",1.0],UNIT["Meter",1.0]] ̓(C �qESRI �World_Azimuthal_EquidistantEPSG�PROJCS["World_Azimuthal_Equidistant",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]] �6
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Zp;�b ^ �C �%ESRI �World_Two_Point_EquidistantEPSG�PROJCS["World_Two_Point_Equidistant",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Two_Point_Equidistant"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Latitude_Of_1st_Point",0.0],PARAMETER["Latitude_Of_2nd_Point",60.0],PARAMETER["Longitude_Of_1st_Point",0.0],PARAMETER["Longitude_Of_2nd_Point",60.0],UNIT["Meter",1.0]]�]) �uESRI �World_RobinsonEPSG�PROJCS["World_Robinson",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Robinson"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]�x; �ESRI �
World_Van_der_Grinten_IEPSG�PROJCS["World_Van_der_Grinten_I",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Van_der_Grinten_I"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]4
' ESRI � World_CassiniEPSG0EPSG�ESRI �$�h; �yESRI � World_Equidistant_ConicEPSG�PROJCS["World_Equidistant_Conic",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Equidistant_Conic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",60.0],PARAMETER["Standard_Parallel_2",60.0],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]�.3 �
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World_StereographicEPSG�PROJCS["World_Stereographic",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Stereographic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]�B% �CESRI � World_HotineEPSG�PROJCS["World_Hotine",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Hotine_Oblique_Mercator_Two_Point_Natural_Origin"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Latitude_Of_1st_Point",0.0],PARAMETER["Latitude_Of_2nd_Point",60.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Longitude_Of_1st_Point",0.0],PARAMETER["Longitude_Of_2nd_Point",60.0],PARAMETER["Latitude_Of_Center",40.0],UNIT["Meter",1.0]]�z# �5ESRI �World_BonneEPSG�PROJCS["World_Bonne",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Bonne"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",60.0],UNIT["Meter",1.0]]�- �CESRI �World_LoximuthalEPSG�PROJCS["World_Loximuthal",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Loximuthal"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Central_Parallel",40.0],UNIT["Meter",1.0]]�u9 �ESRI �World_Quartic_AuthalicEPSG�PROJCS["World_Quartic_Authalic",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Quartic_Authalic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]] 7
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Y ESRI��NAD_1983_(2011)_ICS_Monmouth_(US_Feet)EPSG�EPSG�ESRI���W �- ESRI��NAD_1983_(2011)_ICS_Pontiac_(US_Feet)EPSG�PROJCS["NAD_1983_(2011)_ICS_Pontiac_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",4757000.0],PARAMETER["False_Northing",1739000.0],PARAMETER["Central_Meridian",-88.55],PARAMETER["Scale_Factor",1.000025],PARAMETER["Latitude_Of_Origin",40.9],UNIT["Foot_US",0.3048006096012192]]K
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c ESRI��NAD_1983_HARN_WISCRS_Walworth_County_MetersEPSG0EPSG8ESRI��O
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] ESRI��NAD_1983_HARN_WISCRS_Price_County_MetersEPSG0EPSG8ESRI��Q
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I ESRI��OSGB36_National_Highways_C14H4EPSG0EPSG�ESRI��E
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I ESRI��OSGB36_National_Highways_C14H2EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_C14H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_C13H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B32H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B31H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B30H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B29H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B28H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B27H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B26H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B25H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B24H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B23H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B22H1EPSG0EPSG�ESRI��E
I ESRI��OSGB36_National_Highways_B21H1EPSG0EPSG�ESRI��E
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{ IAU_2015M�Mercury (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015M�IAU_2015<`
m IAU_2015M�Mercury (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015M�IAU_20157r
m 5 IAU_2015M�Mercury (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_20157i
IAU_2015M�Mercury (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015M�IAU_20157^
i IAU_2015M�Mercury (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015M�IAU_20152p
i 5 IAU_2015M�Mercury (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_20152g
{ IAU_2015M�Mercury (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015M�IAU_20152a
o IAU_2015M�Mercury (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015M�IAU_2015-s
o 5 IAU_2015M�Mercury (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015-k � IAU_2015M�Mercury (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015M�IAU_2015-_
k IAU_2015M�Mercury (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015M�IAU_2015(q
k 5 IAU_2015M�Mercury (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015(h
} IAU_2015M�Mercury (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015M�IAU_2015(W
[ IAU_2015M�Mercury (2015) / Ocentric / South PolarEPSG0IAU_2015M�IAU_2015#i
[ 5 IAU_2015M�Mercury (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015#`
m IAU_2015M�Mercury (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015M�IAU_2015#W
[ IAU_2015M�Mercury (2015) / Ocentric / North PolarEPSG0IAU_2015M�IAU_2015 i
[ 5 IAU_2015M�Mercury (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015 `
m IAU_2015M�Mercury (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015M�IAU_2015 b
q IAU_2015M�Mercury (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015M�IAU_2015t
q 5 IAU_2015M�Mercury (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015l � IAU_2015M�Mercury (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015M�IAU_2015`
m IAU_2015M�Mercury (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015M�IAU_2015r
m 5 IAU_2015M�Mercury (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015i
IAU_2015M�Mercury (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015M�IAU_2015g
{ IAU_2015M�Mercury (2015) / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015M�IAU_2015y
{ 5 IAU_2015M�Mercury (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015q �
IAU_2015M�Mercury (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015M�IAU_2015e
w IAU_2015M�Mercury (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015M�IAU_2015
w
w 5 IAU_2015M�Mercury (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015
o � IAU_2015M�Mercury (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015M�IAU_2015
Y
_ IAU_2015BSun (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zb
q IAU_2015=Sun (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Un � IAU_20158Sun (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Ph
} IAU_20153Sun (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Ki
IAU_2015.Sun (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fg
{ IAU_2015)Sun (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Ac
s IAU_2015$Sun (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<
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c IAU_2015u&Venus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015t�IAU_2015Zd
u IAU_2015u!Venus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015t�IAU_2015Up � IAU_2015u Venus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015t�IAU_2015Pk � IAU_2015uVenus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015t�IAU_2015Kl � IAU_2015uVenus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015t�IAU_2015Fi
IAU_2015u
Venus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015t�IAU_2015Ae
w IAU_2015uVenus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015t�IAU_2015<g
{ IAU_2015uVenus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015t�IAU_20157e
w IAU_2015t�Venus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015t�IAU_20152h
} IAU_2015t�Venus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015t�IAU_2015-f
y IAU_2015t�Venus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015t�IAU_2015(^
i IAU_2015t�Venus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015t�IAU_2015#^
i IAU_2015t�Venus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015t�IAU_2015 i
IAU_2015t�Venus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015t�IAU_2015g
{ IAU_2015t�Venus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015t�IAU_2015o � IAU_2015t�Venus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015t�IAU_2015m � IAU_2015t�Venus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015t�IAU_2015
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U IAU_2015NMercury (2015) / Ocentric / MercatorEPSG0IAU_2015M�IAU_2015Zf
U 5 IAU_2015NMercury (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015Z]
g IAU_2015NMercury (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015M�IAU_2015Z]
g IAU_2015NMercury (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015M�IAU_2015Uo
g 5 IAU_2015NMercury (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015Uf
y IAU_2015NMercury (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015M�IAU_2015Uh
} IAU_2015NMercury (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015M�IAU_2015Pz
} 5 IAU_2015N
Mercury (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015Pr � IAU_2015N Mercury (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015M�IAU_2015Pc
s IAU_2015N Mercury (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015M�IAU_2015Ku
s 5 IAU_2015NMercury (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015Km � IAU_2015NMercury (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015M�IAU_2015Kd
u IAU_2015NMercury (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015M�IAU_2015Fv
u 5 IAU_2015NMercury (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015Fn � IAU_2015NMercury (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015M�IAU_2015Fb
q IAU_2015M�Mercury (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015M�IAU_2015At
q 5 IAU_2015M�Mercury (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015M�IAU_2015Al � IAU_2015M�Mercury (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015M�IAU_2015A^
i IAU_2015M�Mercury (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015M�IAU_2015<n � IAU_2015u�Moon (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015u�IAU_2015
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m IAU_2015 � Earth (2015) / Ographic / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ak
IAU_2015 � Earth (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015A^
e IAU_2015 �Earth (2015) / Ographic / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<g
w IAU_2015 �Earth (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<`
i IAU_2015 �Earth (2015) / Ographic / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157i
{ IAU_2015 �Earth (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157^
e IAU_2015 �Earth (2015) / Ographic / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152g
w IAU_2015 �Earth (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152a
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Earth (2015) / Ographic / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-j
} IAU_2015 � Earth (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-_
g IAU_2015 �Earth (2015) / Ographic / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(h
y IAU_2015 �Earth (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(W
W IAU_2015 � Earth (2015) / Ographic / South PolarEPSG0IAU_2015 ��IAU_2015#`
i IAU_2015 ��Earth (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#W
W IAU_2015 ��Earth (2015) / Ographic / North PolarEPSG0IAU_2015 ��IAU_2015 `
i IAU_2015 ��Earth (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 b
m IAU_2015 ��Earth (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015k
IAU_2015 ��Earth (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015`
i IAU_2015 ��Earth (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015i
{ IAU_2015 ��Earth (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015g
w IAU_2015 ��Earth (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015q � IAU_2015 ��Earth (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015e
s IAU_2015 ��Earth (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
o � IAU_2015 ��Earth (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
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a IAU_2015u�Moon (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015u�IAU_2015Zc
s IAU_2015u�Moon (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015u�IAU_2015Uo � IAU_2015u�Moon (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015u�IAU_2015Pi
IAU_2015u�Moon (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015u�IAU_2015Kk � IAU_2015u�Moon (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015u�IAU_2015Fh
} IAU_2015u�Moon (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015u�IAU_2015Ad
u IAU_2015u�Moon (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015u�IAU_2015<f
y IAU_2015u�Moon (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015u�IAU_20157d
u IAU_2015u�Moon (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015u�IAU_20152g
{ IAU_2015u�Moon (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015u�IAU_2015-e
w IAU_2015u�Moon (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015u�IAU_2015(]
g IAU_2015u�Moon (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015u�IAU_2015#]
g IAU_2015u�Moon (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015u�IAU_2015 h
} IAU_2015u�Moon (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015u�IAU_2015
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y IAU_2015 �DDeimos (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<j
} IAU_2015 �?Deimos (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157h
y IAU_2015 �:Deimos (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152k
IAU_2015 �5Deimos (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-i
{ IAU_2015 �0Deimos (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(a
k IAU_2015 �+Deimos (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#a
k IAU_2015 �&Deimos (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 m � IAU_2015 �!Deimos (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015j
} IAU_2015 � Deimos (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015r � IAU_2015 �Deimos (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015p � IAU_2015 �Deimos (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
^
e IAU_2015 ��Phobos (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zg
w IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Us �
IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pn � IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Ko � IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fm � IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ah
y IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<j
} IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157h
y IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152k
IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-i
{ IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(a
k IAU_2015 ��Phobos (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#a
k IAU_2015 ��Phobos (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 m � IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015j
} IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015r � IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015p � IAU_2015 ��Phobos (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
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Q IAU_2015 �7Earth (2015) / Ographic / MercatorEPSG0IAU_2015 ��IAU_2015Z]
c IAU_2015 �6Earth (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Z]
c IAU_2015 �2Earth (2015) / Ographic / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Uf
u IAU_2015 �1Earth (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Uh
y IAU_2015 �-Earth (2015) / Ographic / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pr � IAU_2015 �,Earth (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pc
o IAU_2015 �(Earth (2015) / Ographic / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Km � IAU_2015 �'Earth (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015K e
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c IAU_2015 �*Mars (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<o
c 5 IAU_2015 �)Mars (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015<f
u IAU_2015 �(Mars (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<_
g IAU_2015 �%Mars (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157q
g 5 IAU_2015 �$Mars (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_20157h
y IAU_2015 �#Mars (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157]
c IAU_2015 � Mars (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152o
c 5 IAU_2015 � Mars (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_20152f
u IAU_2015 � Mars (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152`
i IAU_2015 �Mars (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-r
i 5 IAU_2015 �Mars (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015-i
{ IAU_2015 �Mars (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-^
e IAU_2015 �Mars (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(p
e 5 IAU_2015 �Mars (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015(g
w IAU_2015 �Mars (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(V
U IAU_2015 �Mars (2015) / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#h
U 5 IAU_2015 �Mars (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015#_
g IAU_2015 �Mars (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#V
U IAU_2015 � Mars (2015) / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 h
U 5 IAU_2015 � Mars (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015 _
g IAU_2015 �
Mars (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 a
k IAU_2015 �Mars (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015s
k 5 IAU_2015 �Mars (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015j
} IAU_2015 �Mars (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015_
g IAU_2015 �Mars (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015q
g 5 IAU_2015 �Mars (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015h
y IAU_2015 � Mars (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015f
u IAU_2015 �Mars (2015) / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015x
u 5 IAU_2015 �Mars (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015p � IAU_2015 �Mars (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015d
q IAU_2015 �Mars (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
v
q 5 IAU_2015 �Mars (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015
n � IAU_2015 �Mars (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
^
e IAU_2015 �bDeimos (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zg
w IAU_2015 �]Deimos (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Us �
IAU_2015 �XDeimos (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pn � IAU_2015 �SDeimos (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015K j
} IAU_2015 �-Mars (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015A
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} IAU_2015 �,Europa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015r � IAU_2015 �'Europa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015p � IAU_2015 �"Europa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
Z
] IAU_2015 �Io (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ôIAU_2015Zc
o IAU_2015 � Io (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ôIAU_2015Uo � IAU_2015 �Io (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ôIAU_2015Pi
{ IAU_2015 �Io (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ôIAU_2015Kj
} IAU_2015 �Io (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ôIAU_2015Fh
y IAU_2015 �Io (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ôIAU_2015Ad
q IAU_2015 ��Io (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ôIAU_2015<f
u IAU_2015 ��Io (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ôIAU_20157d
q IAU_2015 ��Io (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ôIAU_20152g
w IAU_2015 ��Io (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ôIAU_2015-e
s IAU_2015 ��Io (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ôIAU_2015(]
c IAU_2015 ��Io (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ôIAU_2015#]
c IAU_2015 ��Io (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ôIAU_2015 h
y IAU_2015 ��Io (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ôIAU_2015f
u IAU_2015 ��Io (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ôIAU_2015n � IAU_2015 ��Io (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ôIAU_2015k
IAU_2015 þIo (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ôIAU_2015
S
O IAU_2015 �HMars (2015) / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Ze
O 5 IAU_2015 �GMars (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Z\
a IAU_2015 �FMars (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Z\
a IAU_2015 �CMars (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Un
a 5 IAU_2015 �BMars (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Ue
s IAU_2015 �AMars (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Ug
w IAU_2015 �>Mars (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Py
w 5 IAU_2015 �=Mars (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Pq � IAU_2015 �<Mars (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pb
m IAU_2015 �9Mars (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Kt
m 5 IAU_2015 �8Mars (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Kk
IAU_2015 �7Mars (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Kc
o IAU_2015 �4Mars (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fu
o 5 IAU_2015 �3Mars (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Fm � IAU_2015 �2Mars (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fa
k IAU_2015 �/Mars (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015A a
k IAU_2015 �6Europa (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015
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s 5 IAU_2015 ľGanymede (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015Ao � IAU_2015 ĽGanymede (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �|IAU_2015As
k 5 IAU_2015 ĹGanymede (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015<j
} IAU_2015 ĸGanymede (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �|IAU_2015<u
o 5 IAU_2015 ĴGanymede (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_20157m � IAU_2015 ijGanymede (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �|IAU_20157s
k 5 IAU_2015 įGanymede (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_20152j
} IAU_2015 ĮGanymede (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �|IAU_20152v
q 5 IAU_2015 ĪGanymede (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015-n � IAU_2015 ĩGanymede (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �|IAU_2015-t
m 5 IAU_2015 ĥGanymede (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015(k
IAU_2015 ĤGanymede (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �|IAU_2015(l
] 5 IAU_2015 ĠGanymede (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015#c
o IAU_2015 ğGanymede (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �|IAU_2015#l
] 5 IAU_2015 ěGanymede (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015 c
o IAU_2015 ĚGanymede (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �|IAU_2015 w
s 5 IAU_2015 ĖGanymede (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015o � IAU_2015 ĕGanymede (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �|IAU_2015u
o 5 IAU_2015 đGanymede (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015m � IAU_2015 ĐGanymede (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �|IAU_2015|
} 5 IAU_2015 ČGanymede (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015t � IAU_2015 ċGanymede (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �|IAU_2015z
y 5 IAU_2015 ćGanymede (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015
r � IAU_2015 ĆGanymede (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �|IAU_2015
^
e IAU_2015 �rEuropa (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zg
w IAU_2015 �mEuropa (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Us �
IAU_2015 �hEuropa (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pn � IAU_2015 �cEuropa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Ko � IAU_2015 �^Europa (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fm � IAU_2015 �YEuropa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Ah
y IAU_2015 �TEuropa (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<j
} IAU_2015 �OEuropa (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157h
y IAU_2015 �JEuropa (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152k
IAU_2015 �EEuropa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-i
{ IAU_2015 �@Europa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(
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w 5 IAU_2015 �'Callisto (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Fq � IAU_2015 �&Callisto (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fw
s 5 IAU_2015 �"Callisto (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Ao � IAU_2015 �!Callisto (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015As
k 5 IAU_2015 � Callisto (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015<j
} IAU_2015 � Callisto (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<u
o 5 IAU_2015 �Callisto (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_20157m � IAU_2015 �Callisto (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157s
k 5 IAU_2015 �Callisto (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_20152j
} IAU_2015 �Callisto (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152v
q 5 IAU_2015 �Callisto (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015-n � IAU_2015 �
Callisto (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-t
m 5 IAU_2015 � Callisto (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015(k
IAU_2015 �Callisto (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(l
] 5 IAU_2015 �Callisto (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015#c
o IAU_2015 �Callisto (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#l
] 5 IAU_2015 �Callisto (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015 c
o IAU_2015 �Callisto (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 w
s 5 IAU_2015 �Callisto (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015o � IAU_2015 �Callisto (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015u
o 5 IAU_2015 �Callisto (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015m � IAU_2015 ��Callisto (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015|
} 5 IAU_2015 ��Callisto (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015t � IAU_2015 ��Callisto (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015z
y 5 IAU_2015 ��Callisto (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015
r � IAU_2015 ��Callisto (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
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W 5 IAU_2015 ��Ganymede (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015Z`
i IAU_2015 ��Ganymede (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �|IAU_2015Zr
i 5 IAU_2015 ��Ganymede (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015Ui
{ IAU_2015 ��Ganymede (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �|IAU_2015U}
5 IAU_2015 ��Ganymede (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015Pu � IAU_2015 ��Ganymede (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �|IAU_2015Px
u 5 IAU_2015 ��Ganymede (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015 �}IAU_2015Kp � IAU_2015 ��Ganymede (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �|IAU_2015K p � IAU_2015 �+Callisto (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015K
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�� n � IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ŨIAU_2015Ai
{ IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ŨIAU_2015<k
IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ŨIAU_20157i
{ IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ŨIAU_20152m � IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ŨIAU_2015-j
} IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ŨIAU_2015(b
m IAU_2015 ��Himalia (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ŨIAU_2015#b
m IAU_2015 ��Himalia (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ŨIAU_2015 n � IAU_2015 �Himalia (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ŨIAU_2015k
IAU_2015 żHimalia (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ŨIAU_2015s �
IAU_2015 ŷHimalia (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ŨIAU_2015q � IAU_2015 ŲHimalia (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ŨIAU_2015
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i IAU_2015 ŞAmalthea (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �DIAU_2015Zi
{ IAU_2015 řAmalthea (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �DIAU_2015Uu � IAU_2015 ŔAmalthea (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �DIAU_2015Pp � IAU_2015 ŏAmalthea (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �DIAU_2015Kq � IAU_2015 ŊAmalthea (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �DIAU_2015Fo � IAU_2015 ŅAmalthea (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �DIAU_2015Aj
} IAU_2015 ŀAmalthea (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �DIAU_2015<m � IAU_2015 �{Amalthea (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �DIAU_20157j
} IAU_2015 �vAmalthea (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �DIAU_20152n � IAU_2015 �qAmalthea (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �DIAU_2015-k
IAU_2015 �lAmalthea (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �DIAU_2015(c
o IAU_2015 �gAmalthea (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �DIAU_2015#c
o IAU_2015 �bAmalthea (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �DIAU_2015 o � IAU_2015 �]Amalthea (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �DIAU_2015m � IAU_2015 �XAmalthea (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �DIAU_2015t � IAU_2015 �SAmalthea (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �DIAU_2015r � IAU_2015 �NAmalthea (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �DIAU_2015
i
W 5 IAU_2015 �;Callisto (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Z`
i IAU_2015 �:Callisto (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zr
i 5 IAU_2015 �6Callisto (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Ui
{ IAU_2015 �5Callisto (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015U}
5 IAU_2015 �1Callisto (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 ��IAU_2015Pu � IAU_2015 �0Callisto (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015P p � IAU_2015 ��Himalia (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ŨIAU_2015F
� % i �R
�
p
� 9 � o
�
2 � ^���I�a�� �O�u�,�I � i� i
{ IAU_2015 ��Pasiphae (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �pIAU_2015Uu � IAU_2015 �Pasiphae (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �pIAU_2015Pp � IAU_2015 ƻPasiphae (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �pIAU_2015Kq � IAU_2015 ƶPasiphae (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �pIAU_2015Fo � IAU_2015 ƱPasiphae (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �pIAU_2015Aj
} IAU_2015 ƬPasiphae (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �pIAU_2015<m � IAU_2015 ƧPasiphae (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �pIAU_20157j
} IAU_2015 ƢPasiphae (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �pIAU_20152n � IAU_2015 ƝPasiphae (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �pIAU_2015-k
IAU_2015 ƘPasiphae (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �pIAU_2015(c
o IAU_2015 ƓPasiphae (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �pIAU_2015#c
o IAU_2015 ƎPasiphae (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �pIAU_2015 o � IAU_2015 ƉPasiphae (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �pIAU_2015m � IAU_2015 ƄPasiphae (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �pIAU_2015t � IAU_2015 �Pasiphae (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �pIAU_2015r � IAU_2015 �zPasiphae (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �pIAU_2015
]
c IAU_2015 �fElara (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 � IAU_2015Zf
u IAU_2015 �aElara (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 � IAU_2015Ur � IAU_2015 �\Elara (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 � IAU_2015Pm � IAU_2015 �WElara (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 � IAU_2015Kn � IAU_2015 �RElara (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 � IAU_2015Fk
IAU_2015 �MElara (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 � IAU_2015Ag
w IAU_2015 �HElara (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 � IAU_2015<i
{ IAU_2015 �CElara (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 � IAU_20157g
w IAU_2015 �>Elara (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 � IAU_20152j
} IAU_2015 �9Elara (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 � IAU_2015-h
y IAU_2015 �4Elara (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 � IAU_2015(`
i IAU_2015 �/Elara (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 � IAU_2015#`
i IAU_2015 �*Elara (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 � IAU_2015 k
IAU_2015 �%Elara (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 � IAU_2015i
{ IAU_2015 � Elara (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 � IAU_2015q � IAU_2015 �Elara (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 � IAU_2015o � IAU_2015 �Elara (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 � IAU_2015
_
g IAU_2015 �Himalia (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ŨIAU_2015Zh
y IAU_2015 �Himalia (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ŨIAU_2015Ut � IAU_2015 �Himalia (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ŨIAU_2015P `
i IAU_2015 ��Pasiphae (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �pIAU_2015Z
� % W �C
�
� @ � l
�
�
� C�q�� �V�{�7�U�n�3 � W� i
{ IAU_2015 ǰCarme (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ǜIAU_2015q � IAU_2015 ǫCarme (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ǜIAU_2015o � IAU_2015 ǦCarme (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ǜIAU_2015
`
i IAU_2015 ǒLysithea (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �8IAU_2015Zi
{ IAU_2015 ǍLysithea (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �8IAU_2015Uu � IAU_2015 LjLysithea (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �8IAU_2015Pp � IAU_2015 ǃLysithea (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �8IAU_2015Kq � IAU_2015 �~Lysithea (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �8IAU_2015Fo � IAU_2015 �yLysithea (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �8IAU_2015Aj
} IAU_2015 �tLysithea (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �8IAU_2015<m � IAU_2015 �oLysithea (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �8IAU_20157j
} IAU_2015 �jLysithea (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �8IAU_20152n � IAU_2015 �eLysithea (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �8IAU_2015-k
IAU_2015 �`Lysithea (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �8IAU_2015(c
o IAU_2015 �[Lysithea (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �8IAU_2015#c
o IAU_2015 �VLysithea (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �8IAU_2015 o � IAU_2015 �QLysithea (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �8IAU_2015m � IAU_2015 �LLysithea (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �8IAU_2015t � IAU_2015 �GLysithea (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �8IAU_2015r � IAU_2015 �BLysithea (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �8IAU_2015
^
e IAU_2015 �.Sinope (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zg
w IAU_2015 �)Sinope (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Us �
IAU_2015 �$Sinope (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pn � IAU_2015 � Sinope (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Ko � IAU_2015 �Sinope (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fm � IAU_2015 �Sinope (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ah
y IAU_2015 �Sinope (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<j
} IAU_2015 � Sinope (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157h
y IAU_2015 �Sinope (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152k
IAU_2015 �Sinope (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-i
{ IAU_2015 �Sinope (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(a
k IAU_2015 �Sinope (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#a
k IAU_2015 ��Sinope (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 m � IAU_2015 ��Sinope (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015j
} IAU_2015 ��Sinope (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015r � IAU_2015 ��Sinope (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015 k
IAU_2015 ǵCarme (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ǜIAU_2015
% � �6�c
�
�
% � H � n
�
, � S��%�P�|�/�S���@�� � i
{ IAU_2015 ȑLeda (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �dIAU_2015-g
w IAU_2015 ȌLeda (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �dIAU_2015(_
g IAU_2015 ȇLeda (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �dIAU_2015#_
g IAU_2015 ȂLeda (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �dIAU_2015 j
} IAU_2015 �}Leda (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �dIAU_2015h
y IAU_2015 �xLeda (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �dIAU_2015p � IAU_2015 �sLeda (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �dIAU_2015n � IAU_2015 �nLeda (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �dIAU_2015
^
e IAU_2015 �ZAnanke (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 � IAU_2015Zg
w IAU_2015 �UAnanke (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 � IAU_2015Us �
IAU_2015 �PAnanke (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 � IAU_2015Pn � IAU_2015 �KAnanke (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 � IAU_2015Ko � IAU_2015 �FAnanke (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 � IAU_2015Fm � IAU_2015 �AAnanke (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 � IAU_2015Ah
y IAU_2015 �<Ananke (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 � IAU_2015<j
} IAU_2015 �7Ananke (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 � IAU_20157h
y IAU_2015 �2Ananke (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 � IAU_20152k
IAU_2015 �-Ananke (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 � IAU_2015-i
{ IAU_2015 �(Ananke (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 � IAU_2015(a
k IAU_2015 �#Ananke (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 � IAU_2015#a
k IAU_2015 � Ananke (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 � IAU_2015 m � IAU_2015 �Ananke (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 � IAU_2015j
} IAU_2015 �Ananke (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 � IAU_2015r � IAU_2015 �Ananke (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 � IAU_2015p � IAU_2015 �
Ananke (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 � IAU_2015
]
c IAU_2015 �Carme (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ǜIAU_2015Zf
u IAU_2015 ��Carme (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ǜIAU_2015Ur � IAU_2015 ��Carme (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ǜIAU_2015Pm � IAU_2015 ��Carme (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ǜIAU_2015Kn � IAU_2015 ��Carme (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ǜIAU_2015Fk
IAU_2015 ��Carme (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ǜIAU_2015Ag
w IAU_2015 ��Carme (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ǜIAU_2015<i
{ IAU_2015 ��Carme (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ǜIAU_20157g
w IAU_2015 ��Carme (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ǜIAU_20152j
} IAU_2015 ��Carme (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ǜIAU_2015-h
y IAU_2015 ��Carme (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ǜIAU_2015(`
i IAU_2015 ǿCarme (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ǜIAU_2015#
% � �0�W
�
y
� F � j
�
�
< � h �.�S�r �:�W�� �D�k � o � IAU_2015 �mAdrastea (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �,IAU_2015Aj
} IAU_2015 �hAdrastea (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �,IAU_2015<m � IAU_2015 �cAdrastea (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �,IAU_20157j
} IAU_2015 �^Adrastea (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �,IAU_20152n � IAU_2015 �YAdrastea (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �,IAU_2015-k
IAU_2015 �TAdrastea (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �,IAU_2015(c
o IAU_2015 �OAdrastea (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �,IAU_2015#c
o IAU_2015 �JAdrastea (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �,IAU_2015 o � IAU_2015 �EAdrastea (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �,IAU_2015m � IAU_2015 �@Adrastea (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �,IAU_2015t � IAU_2015 �;Adrastea (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �,IAU_2015r � IAU_2015 �6Adrastea (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �,IAU_2015
]
c IAU_2015 �"Thebe (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zf
u IAU_2015 � Thebe (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Ur � IAU_2015 �Thebe (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pm � IAU_2015 �Thebe (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Kn � IAU_2015 �Thebe (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fk
IAU_2015 � Thebe (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ag
w IAU_2015 �Thebe (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<i
{ IAU_2015 �Thebe (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157g
w IAU_2015 �Thebe (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152j
} IAU_2015 �Thebe (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-h
y IAU_2015 ��Thebe (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(`
i IAU_2015 ��Thebe (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#`
i IAU_2015 ��Thebe (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 k
IAU_2015 ��Thebe (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015i
{ IAU_2015 ��Thebe (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015q � IAU_2015 ��Thebe (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015o � IAU_2015 ��Thebe (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
\
a IAU_2015 ȾLeda (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �dIAU_2015Ze
s IAU_2015 ȹLeda (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �dIAU_2015Uq � IAU_2015 ȴLeda (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �dIAU_2015Pk
IAU_2015 ȯLeda (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �dIAU_2015Km � IAU_2015 ȪLeda (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �dIAU_2015Fj
} IAU_2015 ȥLeda (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �dIAU_2015Af
u IAU_2015 ȠLeda (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �dIAU_2015<h
y IAU_2015 țLeda (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �dIAU_20157
� % m �=
�
l � � $ � b
�
�
& � T�y �1�a� �%�D�r��3 � m� Y
[ IAU_2015 � Jupiter (2015) / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 k
[ 5 IAU_2015 �Jupiter (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015 b
m IAU_2015 �Jupiter (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 d
q IAU_2015 �Jupiter (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015v
q 5 IAU_2015 �Jupiter (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015n � IAU_2015 �Jupiter (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015b
m IAU_2015 �Jupiter (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015t
m 5 IAU_2015 �Jupiter (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015k
IAU_2015 �Jupiter (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015i
{ IAU_2015 �
Jupiter (2015) / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015{
{ 5 IAU_2015 � Jupiter (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015s �
IAU_2015 � Jupiter (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015g
w IAU_2015 �Jupiter (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
y
w 5 IAU_2015 �Jupiter (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015
q � IAU_2015 �Jupiter (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
]
c IAU_2015 ��Metis (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ɐIAU_2015Zf
u IAU_2015 ��Metis (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ɐIAU_2015Ur � IAU_2015 ��Metis (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ɐIAU_2015Pm � IAU_2015 ��Metis (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ɐIAU_2015Kn � IAU_2015 ��Metis (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ɐIAU_2015Fk
IAU_2015 ��Metis (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ɐIAU_2015Ag
w IAU_2015 ��Metis (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ɐIAU_2015<i
{ IAU_2015 ��Metis (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ɐIAU_20157g
w IAU_2015 ��Metis (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ɐIAU_20152j
} IAU_2015 ɽMetis (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ɐIAU_2015-h
y IAU_2015 ɸMetis (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ɐIAU_2015(`
i IAU_2015 ɳMetis (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ɐIAU_2015#`
i IAU_2015 ɮMetis (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ɐIAU_2015 k
IAU_2015 ɩMetis (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ɐIAU_2015i
{ IAU_2015 ɤMetis (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ɐIAU_2015q � IAU_2015 ɟMetis (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ɐIAU_2015o � IAU_2015 ɚMetis (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ɐIAU_2015
`
i IAU_2015 ɆAdrastea (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �,IAU_2015Zi
{ IAU_2015 ɁAdrastea (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �,IAU_2015Uu � IAU_2015 �|Adrastea (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �,IAU_2015Pp � IAU_2015 �wAdrastea (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �,IAU_2015K b
m IAU_2015 � Jupiter (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#
% m:�[
�
�
� G � s
�
/ � R�� �5�U�m��A�o�O � m� q � IAU_2015 ��Mimas (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015o � IAU_2015 ��Mimas (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
V
U IAU_2015 �XJupiter (2015) / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zh
U 5 IAU_2015 �WJupiter (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Z_
g IAU_2015 �VJupiter (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Z_
g IAU_2015 �SJupiter (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Uq
g 5 IAU_2015 �RJupiter (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Uh
y IAU_2015 �QJupiter (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Uj
} IAU_2015 �NJupiter (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015P|
} 5 IAU_2015 �MJupiter (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Pt � IAU_2015 �LJupiter (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pe
s IAU_2015 �IJupiter (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kw
s 5 IAU_2015 �HJupiter (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Ko � IAU_2015 �GJupiter (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kf
u IAU_2015 �DJupiter (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fx
u 5 IAU_2015 �CJupiter (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Fp � IAU_2015 �BJupiter (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fd
q IAU_2015 �?Jupiter (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Av
q 5 IAU_2015 �>Jupiter (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015An � IAU_2015 �=Jupiter (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015A`
i IAU_2015 �:Jupiter (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<r
i 5 IAU_2015 �9Jupiter (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015<i
{ IAU_2015 �8Jupiter (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<b
m IAU_2015 �5Jupiter (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157t
m 5 IAU_2015 �4Jupiter (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_20157k
IAU_2015 �3Jupiter (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157`
i IAU_2015 �0Jupiter (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152r
i 5 IAU_2015 �/Jupiter (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_20152i
{ IAU_2015 �.Jupiter (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152c
o IAU_2015 �+Jupiter (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-u
o 5 IAU_2015 �*Jupiter (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015-m � IAU_2015 �)Jupiter (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-a
k IAU_2015 �&Jupiter (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(s
k 5 IAU_2015 �%Jupiter (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015(j
} IAU_2015 �$Jupiter (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(Y
[ IAU_2015 �!Jupiter (2015) / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#i
{ IAU_2015 ��Mimas (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015
% o3�i
�
�
, � X � {
�
C � Y�y�A�e���4�R� �3 � o� a
k IAU_2015 �Tethys (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#a
k IAU_2015 �Tethys (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 m � IAU_2015 �Tethys (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015j
} IAU_2015 �Tethys (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015r � IAU_2015 �Tethys (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015p � IAU_2015 �Tethys (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
a
k IAU_2015 �Enceladus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �(IAU_2015Zj
} IAU_2015 �}Enceladus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �(IAU_2015Uv � IAU_2015 �xEnceladus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �(IAU_2015Pq � IAU_2015 �sEnceladus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �(IAU_2015Kr � IAU_2015 �nEnceladus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �(IAU_2015Fp � IAU_2015 �iEnceladus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �(IAU_2015Ak
IAU_2015 �dEnceladus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �(IAU_2015<n � IAU_2015 �_Enceladus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �(IAU_20157k
IAU_2015 �ZEnceladus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �(IAU_20152o � IAU_2015 �UEnceladus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �(IAU_2015-m � IAU_2015 �PEnceladus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �(IAU_2015(d
q IAU_2015 �KEnceladus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �(IAU_2015#d
q IAU_2015 �FEnceladus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �(IAU_2015 p � IAU_2015 �AEnceladus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �(IAU_2015n � IAU_2015 �<Enceladus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �(IAU_2015u � IAU_2015 �7Enceladus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �(IAU_2015s �
IAU_2015 �2Enceladus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �(IAU_2015
]
c IAU_2015 � Mimas (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zf
u IAU_2015 �Mimas (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Ur � IAU_2015 �Mimas (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pm � IAU_2015 �Mimas (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Kn � IAU_2015 �
Mimas (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fk
IAU_2015 �Mimas (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ag
w IAU_2015 � Mimas (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<i
{ IAU_2015 �Mimas (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157g
w IAU_2015 �Mimas (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152j
} IAU_2015 ��Mimas (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-h
y IAU_2015 ��Mimas (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(`
i IAU_2015 ��Mimas (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#`
i IAU_2015 ��Mimas (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 i
{ IAU_2015 �Tethys (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(
� % � +�W
�
y
� . � _
�
�
� U���G�l��$�W�}�R�� �� h
y IAU_2015 �Rhea (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �TIAU_20157f
u IAU_2015 �Rhea (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �TIAU_20152i
{ IAU_2015 �Rhea (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �TIAU_2015-g
w IAU_2015 �|Rhea (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �TIAU_2015(_
g IAU_2015 �wRhea (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �TIAU_2015#_
g IAU_2015 �rRhea (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �TIAU_2015 j
} IAU_2015 �mRhea (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �TIAU_2015h
y IAU_2015 �hRhea (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �TIAU_2015p � IAU_2015 �cRhea (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �TIAU_2015n � IAU_2015 �^Rhea (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �TIAU_2015
]
c IAU_2015 �JDione (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zf
u IAU_2015 �EDione (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Ur � IAU_2015 �@Dione (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pm � IAU_2015 �;Dione (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Kn � IAU_2015 �6Dione (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fk
IAU_2015 �1Dione (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ag
w IAU_2015 �,Dione (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<i
{ IAU_2015 �'Dione (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157g
w IAU_2015 �"Dione (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152j
} IAU_2015 � Dione (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-h
y IAU_2015 �Dione (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(`
i IAU_2015 �Dione (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#`
i IAU_2015 �Dione (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 k
IAU_2015 � Dione (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015i
{ IAU_2015 �Dione (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015q � IAU_2015 �Dione (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015o � IAU_2015 �Dione (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
^
e IAU_2015 ��Tethys (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zg
w IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Us �
IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pn � IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Ko � IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fm � IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Ah
y IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<j
} IAU_2015 ��Tethys (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157h
y IAU_2015 �Tethys (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152 f
u IAU_2015 �Rhea (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �TIAU_2015<
% r �&�N
�
�
� 9 � w
�
; � i�� �F�u �"�Z��;�Y � r u � IAU_2015 �lHyperion (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 � IAU_2015Pp � IAU_2015 �gHyperion (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 � IAU_2015Kq � IAU_2015 �bHyperion (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 � IAU_2015Fo � IAU_2015 �]Hyperion (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 � IAU_2015Aj
} IAU_2015 �XHyperion (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 � IAU_2015<m � IAU_2015 �SHyperion (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 � IAU_20157j
} IAU_2015 �NHyperion (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 � IAU_20152n � IAU_2015 �IHyperion (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 � IAU_2015-k
IAU_2015 �DHyperion (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 � IAU_2015(c
o IAU_2015 �?Hyperion (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 � IAU_2015#c
o IAU_2015 �:Hyperion (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 � IAU_2015 o � IAU_2015 �5Hyperion (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 � IAU_2015m � IAU_2015 �0Hyperion (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 � IAU_2015t � IAU_2015 �+Hyperion (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 � IAU_2015r � IAU_2015 �&Hyperion (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 � IAU_2015
]
c IAU_2015 �Titan (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zf
u IAU_2015 �
Titan (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Ur � IAU_2015 �Titan (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pm � IAU_2015 �Titan (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kn � IAU_2015 �Titan (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fk
IAU_2015 �Titan (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Ag
w IAU_2015 ��Titan (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<i
{ IAU_2015 ��Titan (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157g
w IAU_2015 ��Titan (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152j
} IAU_2015 ��Titan (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-h
y IAU_2015 ��Titan (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(`
i IAU_2015 ��Titan (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#`
i IAU_2015 ��Titan (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 k
IAU_2015 ��Titan (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015i
{ IAU_2015 ��Titan (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015q � IAU_2015 ��Titan (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015o � IAU_2015 ��Titan (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
\
a IAU_2015 �Rhea (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �TIAU_2015Ze
s IAU_2015 �Rhea (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �TIAU_2015Uq � IAU_2015 �Rhea (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �TIAU_2015Pk
IAU_2015 �Rhea (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �TIAU_2015Km � IAU_2015 �Rhea (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �TIAU_2015F
� % w 5�I
�
m � � � C
�
] � � )�l �;�e�� �@�s��1�] � w� v
q 5 IAU_2015 ��Iapetus (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015An � IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015A`
i IAU_2015 �Iapetus (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<r
i 5 IAU_2015 �Iapetus (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015<i
{ IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<b
m IAU_2015 �Iapetus (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157t
m 5 IAU_2015 �Iapetus (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_20157k
IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157`
i IAU_2015 �Iapetus (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152r
i 5 IAU_2015 �Iapetus (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_20152i
{ IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152c
o IAU_2015 �Iapetus (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-u
o 5 IAU_2015 �Iapetus (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015-m � IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-a
k IAU_2015 �Iapetus (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(s
k 5 IAU_2015 �Iapetus (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015(j
} IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(Y
[ IAU_2015 �Iapetus (2015) / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#k
[ 5 IAU_2015 �Iapetus (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015#b
m IAU_2015 �Iapetus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#Y
[ IAU_2015 �Iapetus (2015) / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 k
[ 5 IAU_2015 �Iapetus (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015 b
m IAU_2015 �Iapetus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 d
q IAU_2015 �Iapetus (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015v
q 5 IAU_2015 �Iapetus (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015n � IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015b
m IAU_2015 �Iapetus (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015t
m 5 IAU_2015 �Iapetus (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015k
IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015i
{ IAU_2015 �Iapetus (2015) / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015{
{ 5 IAU_2015 �Iapetus (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015s �
IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015g
w IAU_2015 �Iapetus (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
y
w 5 IAU_2015 �Iapetus (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015
q � IAU_2015 �Iapetus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
`
i IAU_2015 �vHyperion (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 � IAU_2015Z d
q IAU_2015 ��Iapetus (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015A
� % t �?
�
a � o � )
�
i
� 8�Z��(�R�~�7�T�� �A � t� `
i IAU_2015 �fJanus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �HIAU_2015 k
IAU_2015 �aJanus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �HIAU_2015i
{ IAU_2015 �\Janus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �HIAU_2015q � IAU_2015 �WJanus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �HIAU_2015o � IAU_2015 �RJanus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �HIAU_2015
^
e IAU_2015 �>Phoebe (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zg
w IAU_2015 �9Phoebe (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Us �
IAU_2015 �4Phoebe (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pn � IAU_2015 �/Phoebe (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Ko � IAU_2015 �*Phoebe (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fm � IAU_2015 �%Phoebe (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ah
y IAU_2015 � Phoebe (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<j
} IAU_2015 �Phoebe (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157h
y IAU_2015 �Phoebe (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152k
IAU_2015 �Phoebe (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-i
{ IAU_2015 � Phoebe (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(a
k IAU_2015 �Phoebe (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#a
k IAU_2015 �Phoebe (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 m � IAU_2015 �Phoebe (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015j
} IAU_2015 �Phoebe (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015r � IAU_2015 ��Phoebe (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015p � IAU_2015 ��Phoebe (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
V
U IAU_2015 ��Iapetus (2015) / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zh
U 5 IAU_2015 ��Iapetus (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Z_
g IAU_2015 ��Iapetus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Z_
g IAU_2015 ��Iapetus (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Uq
g 5 IAU_2015 ��Iapetus (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Uh
y IAU_2015 ��Iapetus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Uj
} IAU_2015 ��Iapetus (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015P|
} 5 IAU_2015 ��Iapetus (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Pt � IAU_2015 ��Iapetus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pe
s IAU_2015 ��Iapetus (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kw
s 5 IAU_2015 ��Iapetus (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015Ko � IAU_2015 ��Iapetus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kf
u IAU_2015 ��Iapetus (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fx
u 5 IAU_2015 ��Iapetus (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 �IAU_2015F `
i IAU_2015 �kJanus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �HIAU_2015#
$ � ,�Z
�
�
� 6 � q
�
�
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IAU_2015 �=Helene (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-i
{ IAU_2015 �8Helene (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(a
k IAU_2015 �3Helene (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#a
k IAU_2015 �.Helene (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 m � IAU_2015 �)Helene (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015j
} IAU_2015 �$Helene (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015r � IAU_2015 � Helene (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015p � IAU_2015 �Helene (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
b
m IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zk
IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Uw � IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pr � IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Ks �
IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fq � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Am � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<o � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157m � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152p � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-n � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(e
s IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#e
s IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 q � IAU_2015 ��Epimetheus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015o � IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015v � IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015t � IAU_2015 �Epimetheus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
]
c IAU_2015 �Janus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �HIAU_2015Zf
u IAU_2015 �Janus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �HIAU_2015Ur � IAU_2015 �Janus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �HIAU_2015Pm � IAU_2015 �Janus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �HIAU_2015Kn � IAU_2015 �Janus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �HIAU_2015Fk
IAU_2015 �Janus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �HIAU_2015Ag
w IAU_2015 �Janus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �HIAU_2015<i
{ IAU_2015 �Janus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �HIAU_20157g
w IAU_2015 �zJanus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �HIAU_20152j
} IAU_2015 �uJanus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �HIAU_2015-h
y IAU_2015 �BHelene (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152
% a �)�J
�
n
� ) � N
�
�
� E�o � �A�o�� �Z���A � a p � IAU_2015 � Calypso (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fn � IAU_2015 �Calypso (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ai
{ IAU_2015 �Calypso (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<k
IAU_2015 �Calypso (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157i
{ IAU_2015 �
Calypso (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152m � IAU_2015 �Calypso (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-j
} IAU_2015 � Calypso (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(b
m IAU_2015 �Calypso (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#b
m IAU_2015 �Calypso (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 n � IAU_2015 ��Calypso (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015k
IAU_2015 ��Calypso (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015s �
IAU_2015 ��Calypso (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015q � IAU_2015 ��Calypso (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
_
g IAU_2015 ��Telesto (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �tIAU_2015Zh
y IAU_2015 ��Telesto (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �tIAU_2015Ut � IAU_2015 ��Telesto (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �tIAU_2015Po � IAU_2015 �Telesto (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �tIAU_2015Kp � IAU_2015 �Telesto (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �tIAU_2015Fn � IAU_2015 �Telesto (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �tIAU_2015Ai
{ IAU_2015 �Telesto (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �tIAU_2015<k
IAU_2015 �Telesto (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �tIAU_20157i
{ IAU_2015 �Telesto (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �tIAU_20152m � IAU_2015 �Telesto (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �tIAU_2015-j
} IAU_2015 �Telesto (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �tIAU_2015(b
m IAU_2015 �Telesto (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �tIAU_2015#b
m IAU_2015 �Telesto (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �tIAU_2015 n � IAU_2015 �Telesto (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �tIAU_2015k
IAU_2015 �Telesto (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �tIAU_2015s �
IAU_2015 �Telesto (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �tIAU_2015q � IAU_2015 �~Telesto (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �tIAU_2015
^
e IAU_2015 �jHelene (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zg
w IAU_2015 �eHelene (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Us �
IAU_2015 �`Helene (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pn � IAU_2015 �[Helene (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Ko � IAU_2015 �VHelene (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fm � IAU_2015 �QHelene (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Ah
y IAU_2015 �LHelene (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<
% S �V
�
t
� = � s
�
6 � b���M�a��D�e���. �� S b
m IAU_2015 �Prometheus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zw � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Pr � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Ks �
IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fq � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Am � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<o � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157m � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152p � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-n � IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(e
s IAU_2015 ��Prometheus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#e
s IAU_2015 �Prometheus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 q � IAU_2015 �Prometheus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015o � IAU_2015 �Prometheus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015v � IAU_2015 �Prometheus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015t � IAU_2015 �Prometheus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �IAU_2015
]
c IAU_2015 �Atlas (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �<IAU_2015Zf
u IAU_2015 �Atlas (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �<IAU_2015Ur � IAU_2015 �Atlas (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �<IAU_2015Pm � IAU_2015 �Atlas (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �<IAU_2015Kn � IAU_2015 �Atlas (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �<IAU_2015Fk
IAU_2015 �}Atlas (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �<IAU_2015Ag
w IAU_2015 �xAtlas (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �<IAU_2015<i
{ IAU_2015 �sAtlas (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �<IAU_20157g
w IAU_2015 �nAtlas (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �<IAU_20152j
} IAU_2015 �iAtlas (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �<IAU_2015-h
y IAU_2015 �dAtlas (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �<IAU_2015(`
i IAU_2015 �_Atlas (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �<IAU_2015#`
i IAU_2015 �ZAtlas (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �<IAU_2015 k
IAU_2015 �UAtlas (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �<IAU_2015i
{ IAU_2015 �PAtlas (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �<IAU_2015q � IAU_2015 �KAtlas (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �<IAU_2015o � IAU_2015 �FAtlas (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �<IAU_2015
_
g IAU_2015 �2Calypso (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zh
y IAU_2015 �-Calypso (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Ut � IAU_2015 �(Calypso (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Pk
IAU_2015 �Prometheus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015U
% ��?
�
y
� 6 � `
�
�
� 2�d��"�d��.�`�� �I�{ �� k
IAU_2015 ��Methone (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015s �
IAU_2015 ��Methone (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015q � IAU_2015 ��Methone (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
[
_ IAU_2015 ��Pan (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �hIAU_2015Zd
q IAU_2015 �Pan (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �hIAU_2015Up � IAU_2015 �Pan (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �hIAU_2015Pj
} IAU_2015 �Pan (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �hIAU_2015Kk
IAU_2015 �Pan (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �hIAU_2015Fi
{ IAU_2015 �Pan (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �hIAU_2015Ae
s IAU_2015 �Pan (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �hIAU_2015<g
w IAU_2015 �Pan (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �hIAU_20157e
s IAU_2015 �Pan (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �hIAU_20152h
y IAU_2015 �Pan (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �hIAU_2015-f
u IAU_2015 �Pan (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �hIAU_2015(^
e IAU_2015 �Pan (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �hIAU_2015#^
e IAU_2015 �Pan (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �hIAU_2015 i
{ IAU_2015 �Pan (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �hIAU_2015g
w IAU_2015 �|Pan (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �hIAU_2015o � IAU_2015 �wPan (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �hIAU_2015m � IAU_2015 �rPan (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �hIAU_2015
_
g IAU_2015 �^Pandora (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zh
y IAU_2015 �YPandora (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Ut � IAU_2015 �TPandora (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Po � IAU_2015 �OPandora (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kp � IAU_2015 �JPandora (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fn � IAU_2015 �EPandora (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Ai
{ IAU_2015 �@Pandora (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<k
IAU_2015 �;Pandora (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157i
{ IAU_2015 �6Pandora (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152m � IAU_2015 �1Pandora (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-j
} IAU_2015 �,Pandora (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(b
m IAU_2015 �'Pandora (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#b
m IAU_2015 �"Pandora (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 n � IAU_2015 � Pandora (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015k
IAU_2015 �Pandora (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �IAU_2015s �
IAU_2015 �Pandora (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �IAU_2015n � IAU_2015 ��Methone (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015
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! � A�o �3�]���.�e�y �1 � \ n � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(e
s IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#e
s IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 q � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015o � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015v � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015t � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
_
g IAU_2015 ��Pallene (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �DIAU_2015Zh
y IAU_2015 ��Pallene (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �DIAU_2015Ut � IAU_2015 ��Pallene (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �DIAU_2015Po � IAU_2015 ��Pallene (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �DIAU_2015Kp � IAU_2015 ��Pallene (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �DIAU_2015Fn � IAU_2015 ��Pallene (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �DIAU_2015Ai
{ IAU_2015 ��Pallene (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �DIAU_2015<k
IAU_2015 �{Pallene (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �DIAU_20157i
{ IAU_2015 �vPallene (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �DIAU_20152m � IAU_2015 �qPallene (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �DIAU_2015-j
} IAU_2015 �lPallene (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �DIAU_2015(b
m IAU_2015 �gPallene (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �DIAU_2015#b
m IAU_2015 �bPallene (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �DIAU_2015 n � IAU_2015 �]Pallene (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �DIAU_2015k
IAU_2015 �XPallene (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �DIAU_2015s �
IAU_2015 �SPallene (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �DIAU_2015q � IAU_2015 �NPallene (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �DIAU_2015
_
g IAU_2015 �:Methone (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zh
y IAU_2015 �5Methone (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��IAU_2015Ut � IAU_2015 �0Methone (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��IAU_2015Po � IAU_2015 �+Methone (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��IAU_2015Kp � IAU_2015 �&Methone (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fn � IAU_2015 �!Methone (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Ai
{ IAU_2015 � Methone (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<k
IAU_2015 �Methone (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157i
{ IAU_2015 �Methone (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152m � IAU_2015 �
Methone (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-j
} IAU_2015 �Methone (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(b
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{ IAU_2015 �%)Mathilde (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �$�IAU_2015U 5s � IAU_2015 �֛52 Europa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��PIAU_2015K 4j
y IAU_2015 ��|Psyche (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��@IAU_2015< 3d
m IAU_2015 �¦Ceres (2015) / Ographic / Orthographic, clon = 0EPSG0IAU_2015 ��eIAU_2015A 2t � IAU_2015�
�Wild 2 (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�
�IAU_2015 1`
e IAU_2015��jHalley (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015��IAU_2015Z 0~ � IAU_2015���Churyumov-Gerasimenko (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015��IAU_2015A /i
{ IAU_2015�sPluto (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�<IAU_20157 .o � IAU_2015_wNeptune (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015_,IAU_2015K -y
w 5 IAU_2015_7Neptune (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015
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i 5 IAU_2015;yLarissa (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015< +w
s 5 IAU_2015;$Galatea (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015K *x
u 5 IAU_2015:�Despina (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015F )w
s 5 IAU_2015:RThalassa (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015A (p
e 5 IAU_20159�Naiad (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015< 'p � IAU_20159RNereid (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20159HIAU_2015
&i
{ IAU_20158DUranus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_20158 IAU_2015( %m � IAU_2015Belinda (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015- $m � IAU_20159Portia (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 IAU_2015 #s �
IAU_2015bDesdemona (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015XIAU_2015
"o � IAU_2015wOphelia (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015,IAU_2015K !i
{ IAU_2015�Miranda (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015dIAU_2015< j
} IAU_2015�Titania (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015( i
{ IAU_2015�Ariel (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015 a
k IAU_2015/Saturn (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 IAU_2015# k
IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015A p � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-
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{ IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157g
w IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152j
} IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��IAU_2015-h
y IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��IAU_2015(`
i IAU_2015 ��Anthe (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��IAU_2015#`
i IAU_2015 ��Anthe (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��IAU_2015 k
IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��IAU_2015i
{ IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��IAU_2015q � IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��IAU_2015o � IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��IAU_2015
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g IAU_2015 �fDaphnis (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 � IAU_2015Zh
y IAU_2015 �aDaphnis (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 � IAU_2015Ut � IAU_2015 �\Daphnis (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 � IAU_2015Po � IAU_2015 �WDaphnis (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 � IAU_2015Kp � IAU_2015 �RDaphnis (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 � IAU_2015Fn � IAU_2015 �MDaphnis (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 � IAU_2015Ai
{ IAU_2015 �HDaphnis (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 � IAU_2015<k
IAU_2015 �CDaphnis (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 � IAU_20157i
{ IAU_2015 �>Daphnis (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 � IAU_20152m � IAU_2015 �9Daphnis (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 � IAU_2015-j
} IAU_2015 �4Daphnis (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 � IAU_2015(b
m IAU_2015 �/Daphnis (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 � IAU_2015#b
m IAU_2015 �*Daphnis (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 � IAU_2015 n � IAU_2015 �%Daphnis (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 � IAU_2015k
IAU_2015 � Daphnis (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 � IAU_2015s �
IAU_2015 �Daphnis (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 � IAU_2015q � IAU_2015 �Daphnis (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 � IAU_2015
b
m IAU_2015 �Polydeuces (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zk
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IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��IAU_2015Fq � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��IAU_2015Am � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<o � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��IAU_20157m � IAU_2015 ��Polydeuces (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��IAU_20152 g
w IAU_2015 ��Anthe (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��IAU_2015<
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o IAU_2015'Saturn (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015IAU_2015u
o 5 IAU_2015&Saturn (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015m � IAU_2015%Saturn (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 IAU_2015a
k IAU_2015"Saturn (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015IAU_2015s
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IAU_2015j
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y 5 IAU_2015 Saturn (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015
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u IAU_2015Saturn (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015
x
u 5 IAU_2015Saturn (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015
p � IAU_2015Saturn (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 IAU_2015
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g IAU_2015 �nAegaeon (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �IAU_2015Zh
y IAU_2015 �iAegaeon (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �IAU_2015Ut � IAU_2015 �dAegaeon (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �IAU_2015Po � IAU_2015 �_Aegaeon (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �IAU_2015Kp � IAU_2015 �ZAegaeon (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �IAU_2015Fn � IAU_2015 �UAegaeon (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �IAU_2015Ai
{ IAU_2015 �PAegaeon (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �IAU_2015<k
IAU_2015 �KAegaeon (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �IAU_20157i
{ IAU_2015 �FAegaeon (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �IAU_20152m � IAU_2015 �AAegaeon (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �IAU_2015-j
} IAU_2015 �<Aegaeon (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �IAU_2015(b
m IAU_2015 �7Aegaeon (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �IAU_2015#b
m IAU_2015 �2Aegaeon (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �IAU_2015 n � IAU_2015 �-Aegaeon (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �IAU_2015k
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c IAU_2015 ��Anthe (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��IAU_2015Zf
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S IAU_2015hSaturn (2015) / Ocentric / MercatorEPSG0IAU_2015IAU_2015Zg
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IAU_2015Z^
e IAU_2015fSaturn (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 IAU_2015Z^
e IAU_2015cSaturn (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015Up
e 5 IAU_2015bSaturn (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015Ug
w IAU_2015aSaturn (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 IAU_2015Ui
{ IAU_2015^Saturn (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015P{
{ 5 IAU_2015]Saturn (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015Ps �
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q IAU_2015YSaturn (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015Kv
q 5 IAU_2015XSaturn (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015Kn � IAU_2015WSaturn (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 IAU_2015Ke
s IAU_2015TSaturn (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015Fw
s 5 IAU_2015SSaturn (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015Fo � IAU_2015RSaturn (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 IAU_2015Fc
o IAU_2015OSaturn (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Au
o 5 IAU_2015NSaturn (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015Am � IAU_2015MSaturn (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 IAU_2015A_
g IAU_2015JSaturn (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015IAU_2015<q
g 5 IAU_2015ISaturn (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015<h
y IAU_2015HSaturn (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 IAU_2015<a
k IAU_2015ESaturn (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015IAU_20157s
k 5 IAU_2015DSaturn (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015
IAU_20157j
} IAU_2015CSaturn (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 IAU_20157_
g IAU_2015@Saturn (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015IAU_20152q
g 5 IAU_2015?Saturn (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015
IAU_20152h
y IAU_2015>Saturn (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 IAU_20152b
m IAU_2015;Saturn (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015IAU_2015-t
m 5 IAU_2015:Saturn (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015-k
IAU_20159Saturn (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 IAU_2015-`
i IAU_20156Saturn (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(r
i 5 IAU_20155Saturn (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015(i
{ IAU_20154Saturn (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 IAU_2015(X
Y IAU_20151Saturn (2015) / Ocentric / South PolarEPSG0IAU_2015IAU_2015#j
Y 5 IAU_20150Saturn (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015
IAU_2015#
� % � *�h
�
�
, � Z �
�
7 � g���R�y�9�Y�t �9�Y � �� b
m IAU_2015�Titania (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 n � IAU_2015�Titania (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015k
IAU_2015�Titania (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015s �
IAU_2015�Titania (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015q � IAU_2015�Titania (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
_
g IAU_2015�Umbriel (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158IAU_2015Zh
y IAU_2015�Umbriel (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158IAU_2015Ut � IAU_2015�Umbriel (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158IAU_2015Po � IAU_2015�Umbriel (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158IAU_2015Kp � IAU_2015~Umbriel (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158IAU_2015Fn � IAU_2015yUmbriel (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158IAU_2015Ai
{ IAU_2015tUmbriel (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_20158IAU_2015<k
IAU_2015oUmbriel (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_20158IAU_20157i
{ IAU_2015jUmbriel (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_20158IAU_20152m � IAU_2015eUmbriel (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_20158IAU_2015-j
} IAU_2015`Umbriel (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_20158IAU_2015(b
m IAU_2015[Umbriel (2015) - Sphere / Ocentric / South PolarEPSG0IAU_20158IAU_2015#b
m IAU_2015VUmbriel (2015) - Sphere / Ocentric / North PolarEPSG0IAU_20158IAU_2015 n � IAU_2015QUmbriel (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20158IAU_2015k
IAU_2015LUmbriel (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20158IAU_2015s �
IAU_2015GUmbriel (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20158IAU_2015q � IAU_2015BUmbriel (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20158IAU_2015
]
c IAU_2015.Ariel (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zf
u IAU_2015)Ariel (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Ur � IAU_2015$Ariel (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Pm � IAU_2015 Ariel (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Kn � IAU_2015Ariel (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fk
IAU_2015Ariel (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Ag
w IAU_2015Ariel (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<i
{ IAU_2015 Ariel (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157g
w IAU_2015Ariel (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152j
} IAU_2015Ariel (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-h
y IAU_2015�Ariel (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(`
i IAU_2015�Ariel (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#`
i IAU_2015�Ariel (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 k
IAU_2015�Ariel (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015 b
m IAU_2015�Titania (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#
% r �(�R
�
r
� $ � S
�
u
� C�m�0�R�o�6�V��!�H � r k
IAU_2015�Miranda (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015dIAU_20157i
{ IAU_2015�Miranda (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015dIAU_20152m � IAU_2015�Miranda (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015dIAU_2015-j
} IAU_2015�Miranda (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015dIAU_2015(b
m IAU_2015�Miranda (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015dIAU_2015#b
m IAU_2015�Miranda (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015dIAU_2015 n � IAU_2015}Miranda (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015dIAU_2015k
IAU_2015xMiranda (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015dIAU_2015s �
IAU_2015sMiranda (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015dIAU_2015q � IAU_2015nMiranda (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015dIAU_2015
^
e IAU_2015ZOberon (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 IAU_2015Zg
w IAU_2015UOberon (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 IAU_2015Us �
IAU_2015POberon (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 IAU_2015Pn � IAU_2015KOberon (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 IAU_2015Ko � IAU_2015FOberon (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 IAU_2015Fm � IAU_2015AOberon (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 IAU_2015Ah
y IAU_2015<Oberon (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 IAU_2015<j
} IAU_20157Oberon (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 IAU_20157h
y IAU_20152Oberon (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 IAU_20152k
IAU_2015-Oberon (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 IAU_2015-i
{ IAU_2015(Oberon (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 IAU_2015(a
k IAU_2015#Oberon (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 IAU_2015#a
k IAU_2015 Oberon (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 IAU_2015 m � IAU_2015Oberon (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 IAU_2015j
} IAU_2015Oberon (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 IAU_2015r � IAU_2015Oberon (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 IAU_2015p � IAU_2015
Oberon (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 IAU_2015
_
g IAU_2015�Titania (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zh
y IAU_2015�Titania (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Ut � IAU_2015�Titania (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Po � IAU_2015�Titania (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Kp � IAU_2015�Titania (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fn � IAU_2015�Titania (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Ai
{ IAU_2015�Titania (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<k
IAU_2015�Titania (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157i
{ IAU_2015�Titania (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152m � IAU_2015�Titania (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-
$ � � �;
�
r � � � H
�
x
� 0�U�r��1�K�p
�?�g��" � p � IAU_2015rOphelia (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015,IAU_2015Fn � IAU_2015mOphelia (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015,IAU_2015Ai
{ IAU_2015hOphelia (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015,IAU_2015<k
IAU_2015cOphelia (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015,IAU_20157i
{ IAU_2015^Ophelia (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015,IAU_20152m � IAU_2015YOphelia (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015,IAU_2015-j
} IAU_2015TOphelia (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015,IAU_2015(b
m IAU_2015OOphelia (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015,IAU_2015#b
m IAU_2015JOphelia (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015,IAU_2015 n � IAU_2015EOphelia (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015,IAU_2015k
IAU_2015@Ophelia (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015,IAU_2015s �
IAU_2015;Ophelia (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015,IAU_2015q � IAU_20156Ophelia (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015,IAU_2015
`
i IAU_2015"Cordelia (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zi
{ IAU_2015 Cordelia (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Uu � IAU_2015Cordelia (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Pp � IAU_2015Cordelia (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Kq � IAU_2015Cordelia (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fo � IAU_2015 Cordelia (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Aj
} IAU_2015Cordelia (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<m � IAU_2015�Cordelia (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157j
} IAU_2015�Cordelia (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152n � IAU_2015�Cordelia (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-k
IAU_2015�Cordelia (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(c
o IAU_2015�Cordelia (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#c
o IAU_2015�Cordelia (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 o � IAU_2015�Cordelia (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015m � IAU_2015�Cordelia (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015t � IAU_2015�Cordelia (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015r � IAU_2015�Cordelia (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
_
g IAU_2015�Miranda (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015dIAU_2015Zh
y IAU_2015�Miranda (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015dIAU_2015Ut � IAU_2015�Miranda (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015dIAU_2015Po � IAU_2015�Miranda (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015dIAU_2015Kp � IAU_2015�Miranda (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015dIAU_2015Fn � IAU_2015�Miranda (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015dIAU_2015A
� % V �R
�
n
� 3 � g
�
�
' � P�q��6�N�p �<�b���6 � V� i
{ IAU_2015ICressida (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Uu � IAU_2015DCressida (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Pp � IAU_2015?Cressida (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Kq � IAU_2015:Cressida (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fo � IAU_20155Cressida (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Aj
} IAU_20150Cressida (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<m � IAU_2015+Cressida (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157j
} IAU_2015&Cressida (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152n � IAU_2015!Cressida (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-k
IAU_2015 Cressida (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(c
o IAU_2015Cressida (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#c
o IAU_2015Cressida (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 o � IAU_2015
Cressida (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015m � IAU_2015Cressida (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015t � IAU_2015Cressida (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015r � IAU_2015�Cressida (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
^
e IAU_2015�Bianca (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zg
w IAU_2015�Bianca (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Us �
IAU_2015�Bianca (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Pn � IAU_2015�Bianca (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Ko � IAU_2015�Bianca (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fm � IAU_2015�Bianca (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Ah
y IAU_2015�Bianca (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<j
} IAU_2015�Bianca (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157h
y IAU_2015�Bianca (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152k
IAU_2015�Bianca (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-i
{ IAU_2015�Bianca (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(a
k IAU_2015�Bianca (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#a
k IAU_2015�Bianca (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 m � IAU_2015�Bianca (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015j
} IAU_2015�Bianca (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015r � IAU_2015�Bianca (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015p � IAU_2015�Bianca (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
_
g IAU_2015�Ophelia (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015,IAU_2015Zh
y IAU_2015�Ophelia (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015,IAU_2015Ut � IAU_2015|Ophelia (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015,IAU_2015P `
i IAU_2015NCressida (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Z
� $ � �6
�
l � � " � G
�
c � z �<�^��,�V���;�X�� �� r � IAU_2015/Portia (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 IAU_2015p � IAU_2015*Portia (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 IAU_2015
^
e IAU_2015Juliet (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zg
w IAU_2015Juliet (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Us �
IAU_2015 Juliet (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Pn � IAU_2015Juliet (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Ko � IAU_2015Juliet (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fm � IAU_2015�Juliet (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Ah
y IAU_2015�Juliet (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<j
} IAU_2015�Juliet (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157h
y IAU_2015�Juliet (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152k
IAU_2015�Juliet (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-i
{ IAU_2015�Juliet (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(a
k IAU_2015�Juliet (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#a
k IAU_2015�Juliet (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 m � IAU_2015�Juliet (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015j
} IAU_2015�Juliet (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015r � IAU_2015�Juliet (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015p � IAU_2015�Juliet (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
a
k IAU_2015�Desdemona (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015XIAU_2015Zj
} IAU_2015�Desdemona (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015XIAU_2015Uv � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015XIAU_2015Pq � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015XIAU_2015Kr � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015XIAU_2015Fp � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015XIAU_2015Ak
IAU_2015�Desdemona (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015XIAU_2015<n � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015XIAU_20157k
IAU_2015�Desdemona (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015XIAU_20152o � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015XIAU_2015-m � IAU_2015�Desdemona (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015XIAU_2015(d
q IAU_2015{Desdemona (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015XIAU_2015#d
q IAU_2015vDesdemona (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015XIAU_2015 p � IAU_2015qDesdemona (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015XIAU_2015n � IAU_2015lDesdemona (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015XIAU_2015u � IAU_2015gDesdemona (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015XIAU_2015 j
} IAU_20154Portia (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 IAU_2015
% k0�d
�
�
$ � M � n
�
�
3 � K�m �9�_���3�S�� �1 � k� b
m IAU_2015 Belinda (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#b
m IAU_2015Belinda (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 n � IAU_2015Belinda (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015k
IAU_2015�Belinda (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015s �
IAU_2015�Belinda (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015q � IAU_2015�Belinda (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
`
i IAU_2015�Rosalind (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zi
{ IAU_2015�Rosalind (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Uu � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Pp � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Kq � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fo � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Aj
} IAU_2015�Rosalind (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<m � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157j
} IAU_2015�Rosalind (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152n � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015�IAU_2015-k
IAU_2015�Rosalind (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(c
o IAU_2015�Rosalind (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�IAU_2015#c
o IAU_2015�Rosalind (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�IAU_2015 o � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�IAU_2015m � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�IAU_2015t � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�IAU_2015r � IAU_2015�Rosalind (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�IAU_2015
^
e IAU_2015zPortia (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 IAU_2015Zg
w IAU_2015uPortia (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 IAU_2015Us �
IAU_2015pPortia (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 IAU_2015Pn � IAU_2015kPortia (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 IAU_2015Ko � IAU_2015fPortia (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 IAU_2015Fm � IAU_2015aPortia (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 IAU_2015Ah
y IAU_2015\Portia (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 IAU_2015<j
} IAU_2015WPortia (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 IAU_20157h
y IAU_2015RPortia (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 IAU_20152k
IAU_2015MPortia (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 IAU_2015-i
{ IAU_2015HPortia (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 IAU_2015(a
k IAU_2015CPortia (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 IAU_2015#a
k IAU_2015>Portia (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 IAU_2015 j
} IAU_2015Belinda (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�IAU_2015(
� & ] (�R
�
r
� $ � U
�
{
� P�~�G�n�*�\���L�z � ]� a
k IAU_20158?Uranus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_20158 IAU_2015#X
Y IAU_20158;Uranus (2015) / Ographic / North PolarEPSG0IAU_20158 IAU_2015 a
k IAU_20158:Uranus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_20158 IAU_2015 c
o IAU_201586Uranus (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_20158 IAU_2015m � IAU_201585Uranus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20158 IAU_2015a
k IAU_201581Uranus (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_20158 IAU_2015j
} IAU_201580Uranus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20158 IAU_2015h
y IAU_20158,Uranus (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_20158 IAU_2015r � IAU_20158+Uranus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20158 IAU_2015f
u IAU_20158'Uranus (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_20158 IAU_2015
p � IAU_20158&Uranus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20158 IAU_2015
\
a IAU_2015�Puck (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015LIAU_2015Ze
s IAU_2015�Puck (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015LIAU_2015Uq � IAU_2015�Puck (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015LIAU_2015Pk
IAU_2015�Puck (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015LIAU_2015Km � IAU_2015�Puck (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015LIAU_2015Fj
} IAU_2015�Puck (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015LIAU_2015Af
u IAU_2015�Puck (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015LIAU_2015<h
y IAU_2015�Puck (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015LIAU_20157f
u IAU_2015~Puck (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015LIAU_20152i
{ IAU_2015yPuck (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015LIAU_2015-g
w IAU_2015tPuck (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015LIAU_2015(_
g IAU_2015oPuck (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015LIAU_2015#_
g IAU_2015jPuck (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015LIAU_2015 j
} IAU_2015ePuck (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015LIAU_2015h
y IAU_2015`Puck (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015LIAU_2015p � IAU_2015[Puck (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015LIAU_2015n � IAU_2015VPuck (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015LIAU_2015
_
g IAU_2015BBelinda (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�IAU_2015Zh
y IAU_2015=Belinda (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�IAU_2015Ut � IAU_20158Belinda (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�IAU_2015Po � IAU_20153Belinda (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�IAU_2015Kp � IAU_2015.Belinda (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�IAU_2015Fn � IAU_2015)Belinda (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�IAU_2015Ai
{ IAU_2015$Belinda (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�IAU_2015<k
IAU_2015 Belinda (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015�IAU_20157i
{ IAU_2015Belinda (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015�IAU_20152 X
Y IAU_20158@Uranus (2015) / Ographic / South PolarEPSG0IAU_20158 IAU_2015#
� & t 5�f
�
�
2 � g � 5
�
_ � � �E��1�M�t�F�q�/�P � t� g
w IAU_201599Triton (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158�IAU_2015Us �
IAU_201594Triton (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158�IAU_2015Pn � IAU_20159/Triton (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158�IAU_2015Ko � IAU_20159*Triton (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158�IAU_2015Fm � IAU_20159%Triton (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158�IAU_2015Ah
y IAU_20159 Triton (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_20158�IAU_2015<j
} IAU_20159Triton (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_20158�IAU_20157h
y IAU_20159Triton (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_20158�IAU_20152k
IAU_20159Triton (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_20158�IAU_2015-i
{ IAU_20159 Triton (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_20158�IAU_2015(a
k IAU_20159Triton (2015) - Sphere / Ocentric / South PolarEPSG0IAU_20158�IAU_2015#a
k IAU_20159Triton (2015) - Sphere / Ocentric / North PolarEPSG0IAU_20158�IAU_2015 m � IAU_20158�Triton (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20158�IAU_2015j
} IAU_20158�Triton (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20158�IAU_2015r � IAU_20158�Triton (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20158�IAU_2015p � IAU_20158�Triton (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20158�IAU_2015
U
S IAU_20158wUranus (2015) / Ographic / MercatorEPSG0IAU_20158 IAU_2015Z^
e IAU_20158vUranus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158 IAU_2015Z^
e IAU_20158rUranus (2015) / Ographic / Albers Equal AreaEPSG0IAU_20158 IAU_2015Ug
w IAU_20158qUranus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158 IAU_2015Ui
{ IAU_20158mUranus (2015) / Ographic / Lambert Azimuthal Equal AreaEPSG0IAU_20158 IAU_2015Ps �
IAU_20158lUranus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158 IAU_2015Pd
q IAU_20158hUranus (2015) / Ographic / Lambert Conic ConformalEPSG0IAU_20158 IAU_2015Kn � IAU_20158gUranus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158 IAU_2015Ke
s IAU_20158cUranus (2015) / Ographic / Orthographic, clon = 180EPSG0IAU_20158 IAU_2015Fo � IAU_20158bUranus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158 IAU_2015Fc
o IAU_20158^Uranus (2015) / Ographic / Orthographic, clon = 0EPSG0IAU_20158 IAU_2015Am � IAU_20158]Uranus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158 IAU_2015A_
g IAU_20158YUranus (2015) / Ographic / Tranverse MercatorEPSG0IAU_20158 IAU_2015<h
y IAU_20158XUranus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_20158 IAU_2015<a
k IAU_20158TUranus (2015) / Ographic / Robinson, clon = 180EPSG0IAU_20158 IAU_20157j
} IAU_20158SUranus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_20158 IAU_20157_
g IAU_20158OUranus (2015) / Ographic / Robinson, clon = 0EPSG0IAU_20158 IAU_20152h
y IAU_20158NUranus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_20158 IAU_20152b
m IAU_20158JUranus (2015) / Ographic / Mollweide, clon = 180EPSG0IAU_20158 IAU_2015-k
IAU_20158IUranus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_20158 IAU_2015-`
i IAU_20158EUranus (2015) / Ographic / Mollweide, clon = 0EPSG0IAU_20158 IAU_2015( ^
e IAU_20159>Triton (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158�IAU_2015Z
% U �"�R
�
�
� F � o
�
�
� U�m���8�b��-�R�s �0 � U g
w IAU_20159�Naiad (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_20159�IAU_2015<r
i 5 IAU_20159�Naiad (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_20159�IAU_20157i
{ IAU_20159�Naiad (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_20159�IAU_20157p
e 5 IAU_20159�Naiad (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_20159�IAU_20152g
w IAU_20159�Naiad (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_20159�IAU_20152s
k 5 IAU_20159�Naiad (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015-j
} IAU_20159�Naiad (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_20159�IAU_2015-q
g 5 IAU_20159�Naiad (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015(h
y IAU_20159�Naiad (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_20159�IAU_2015(i
W 5 IAU_20159�Naiad (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015#`
i IAU_20159�Naiad (2015) - Sphere / Ocentric / South PolarEPSG0IAU_20159�IAU_2015#i
W 5 IAU_20159�Naiad (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015 `
i IAU_20159�Naiad (2015) - Sphere / Ocentric / North PolarEPSG0IAU_20159�IAU_2015 t
m 5 IAU_20159�Naiad (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015k
IAU_20159�Naiad (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20159�IAU_2015r
i 5 IAU_20159�Naiad (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015i
{ IAU_20159�Naiad (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20159�IAU_2015y
w 5 IAU_20159�Naiad (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015q � IAU_20159�Naiad (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20159�IAU_2015w
s 5 IAU_20159�Naiad (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015
o � IAU_20159�Naiad (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20159�IAU_2015
^
e IAU_20159�Nereid (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20159HIAU_2015Zg
w IAU_20159�Nereid (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20159HIAU_2015Us �
IAU_20159�Nereid (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20159HIAU_2015Pn � IAU_20159�Nereid (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20159HIAU_2015Ko � IAU_20159�Nereid (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20159HIAU_2015Fm � IAU_20159�Nereid (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20159HIAU_2015Ah
y IAU_20159�Nereid (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_20159HIAU_2015<j
} IAU_20159Nereid (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_20159HIAU_20157h
y IAU_20159zNereid (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_20159HIAU_20152k
IAU_20159uNereid (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_20159HIAU_2015-i
{ IAU_20159pNereid (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_20159HIAU_2015(a
k IAU_20159kNereid (2015) - Sphere / Ocentric / South PolarEPSG0IAU_20159HIAU_2015#a
k IAU_20159fNereid (2015) - Sphere / Ocentric / North PolarEPSG0IAU_20159HIAU_2015 m � IAU_20159aNereid (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20159HIAU_2015j
} IAU_20159\Nereid (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20159HIAU_2015r � IAU_20159WNereid (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20159HIAU_2015
# �#�?
�
Z � q � �
�
Z � l�z �&�J�y �+�E�f�� �� s
k 5 IAU_2015:MThalassa (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015<j
} IAU_2015:LThalassa (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015:IAU_2015<u
o 5 IAU_2015:HThalassa (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_20157m � IAU_2015:GThalassa (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015:IAU_20157s
k 5 IAU_2015:CThalassa (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_20152j
} IAU_2015:BThalassa (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015:IAU_20152v
q 5 IAU_2015:>Thalassa (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015-n � IAU_2015:=Thalassa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015:IAU_2015-t
m 5 IAU_2015:9Thalassa (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015(k
IAU_2015:8Thalassa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015:IAU_2015(l
] 5 IAU_2015:4Thalassa (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015#c
o IAU_2015:3Thalassa (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015:IAU_2015#l
] 5 IAU_2015:/Thalassa (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015 c
o IAU_2015:.Thalassa (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015:IAU_2015 w
s 5 IAU_2015:*Thalassa (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015o � IAU_2015:)Thalassa (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015:IAU_2015u
o 5 IAU_2015:%Thalassa (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015m � IAU_2015:$Thalassa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015:IAU_2015|
} 5 IAU_2015: Thalassa (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015t � IAU_2015: Thalassa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015:IAU_2015z
y 5 IAU_2015:Thalassa (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015
r � IAU_2015:Thalassa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015:IAU_2015
f
Q 5 IAU_2015:Naiad (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015Z]
c IAU_2015:Naiad (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20159�IAU_2015Zo
c 5 IAU_2015:Naiad (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015Uf
u IAU_2015:Naiad (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20159�IAU_2015Uz
y 5 IAU_20159�Naiad (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015Pr � IAU_20159�Naiad (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20159�IAU_2015Pu
o 5 IAU_20159�Naiad (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015Km � IAU_20159�Naiad (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20159�IAU_2015Kv
q 5 IAU_20159�Naiad (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015Fn � IAU_20159�Naiad (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20159�IAU_2015Ft
m 5 IAU_20159�Naiad (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_20159�IAU_2015Ak
IAU_20159�Naiad (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20159�IAU_2015Ao � IAU_2015:QThalassa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015:IAU_2015A
� # � �+
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* � :�Y�s�A�j���5�T�w �� v
q 5 IAU_2015:�Despina (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015An � IAU_2015:�Despina (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015:tIAU_2015Ar
i 5 IAU_2015:�Despina (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015<i
{ IAU_2015:�Despina (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015:tIAU_2015<t
m 5 IAU_2015:�Despina (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_20157k
IAU_2015:�Despina (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015:tIAU_20157r
i 5 IAU_2015:�Despina (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_20152i
{ IAU_2015:�Despina (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015:tIAU_20152u
o 5 IAU_2015:�Despina (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015-m � IAU_2015:�Despina (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015:tIAU_2015-s
k 5 IAU_2015:�Despina (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015(j
} IAU_2015:�Despina (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015:tIAU_2015(k
[ 5 IAU_2015:�Despina (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015#b
m IAU_2015:�Despina (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015:tIAU_2015#k
[ 5 IAU_2015:�Despina (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015 b
m IAU_2015:�Despina (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015:tIAU_2015 v
q 5 IAU_2015:�Despina (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015n � IAU_2015:�Despina (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015:tIAU_2015t
m 5 IAU_2015:�Despina (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015k
IAU_2015:�Despina (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015:tIAU_2015{
{ 5 IAU_2015:�Despina (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015s �
IAU_2015:�Despina (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015:tIAU_2015y
w 5 IAU_2015:Despina (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015
q � IAU_2015:~Despina (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015:tIAU_2015
i
W 5 IAU_2015:kThalassa (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015Z`
i IAU_2015:jThalassa (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015:IAU_2015Zr
i 5 IAU_2015:fThalassa (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015Ui
{ IAU_2015:eThalassa (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015:IAU_2015U}
5 IAU_2015:aThalassa (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015Pu � IAU_2015:`Thalassa (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015:IAU_2015Px
u 5 IAU_2015:\Thalassa (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015Kp � IAU_2015:[Thalassa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015:IAU_2015Ky
w 5 IAU_2015:WThalassa (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015Fq � IAU_2015:VThalassa (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015:IAU_2015F p � IAU_2015:�Despina (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015:tIAU_2015F
� # � �*
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u 5 IAU_2015; Galatea (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015Fp � IAU_2015; Galatea (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015:�IAU_2015Fv
q 5 IAU_2015;Galatea (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015An � IAU_2015;Galatea (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015:�IAU_2015Ar
i 5 IAU_2015;Galatea (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015<i
{ IAU_2015;Galatea (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015:�IAU_2015<t
m 5 IAU_2015;Galatea (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_20157k
IAU_2015;Galatea (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015:�IAU_20157r
i 5 IAU_2015; Galatea (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_20152i
{ IAU_2015;
Galatea (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015:�IAU_20152u
o 5 IAU_2015;Galatea (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015-m � IAU_2015;Galatea (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015:�IAU_2015-s
k 5 IAU_2015;Galatea (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015(j
} IAU_2015; Galatea (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015:�IAU_2015(k
[ 5 IAU_2015:�Galatea (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015#b
m IAU_2015:�Galatea (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015:�IAU_2015#k
[ 5 IAU_2015:�Galatea (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015 b
m IAU_2015:�Galatea (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015:�IAU_2015 v
q 5 IAU_2015:�Galatea (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015n � IAU_2015:�Galatea (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015:�IAU_2015t
m 5 IAU_2015:�Galatea (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015k
IAU_2015:�Galatea (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015:�IAU_2015{
{ 5 IAU_2015:�Galatea (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015s �
IAU_2015:�Galatea (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015:�IAU_2015y
w 5 IAU_2015:�Galatea (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015
q � IAU_2015:�Galatea (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015:�IAU_2015
h
U 5 IAU_2015:�Despina (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015Z_
g IAU_2015:�Despina (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015:tIAU_2015Zq
g 5 IAU_2015:�Despina (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015Uh
y IAU_2015:�Despina (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015:tIAU_2015U|
} 5 IAU_2015:�Despina (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015Pt � IAU_2015:�Despina (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015:tIAU_2015Pw
s 5 IAU_2015:�Despina (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015Ko � IAU_2015:�Despina (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015:tIAU_2015K o � IAU_2015;#Galatea (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015:�IAU_2015K
� % X �-
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[ � � � *
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D � c ��R��)�c��"�>�p��0 � X� b
m IAU_2015;uLarissa (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015;>IAU_20157t
m 5 IAU_2015;tLarissa (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_20157k
IAU_2015;sLarissa (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015;<IAU_20157`
i IAU_2015;pLarissa (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015;>IAU_20152r
i 5 IAU_2015;oLarissa (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_20152i
{ IAU_2015;nLarissa (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015;<IAU_20152c
o IAU_2015;kLarissa (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015;>IAU_2015-u
o 5 IAU_2015;jLarissa (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015-m � IAU_2015;iLarissa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015;<IAU_2015-a
k IAU_2015;fLarissa (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015;>IAU_2015(s
k 5 IAU_2015;eLarissa (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015(j
} IAU_2015;dLarissa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015;<IAU_2015(Y
[ IAU_2015;aLarissa (2015) / Ocentric / South PolarEPSG0IAU_2015;>IAU_2015#k
[ 5 IAU_2015;`Larissa (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015#b
m IAU_2015;_Larissa (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015;<IAU_2015#Y
[ IAU_2015;\Larissa (2015) / Ocentric / North PolarEPSG0IAU_2015;>IAU_2015 k
[ 5 IAU_2015;[Larissa (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015 b
m IAU_2015;ZLarissa (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015;<IAU_2015 d
q IAU_2015;WLarissa (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015;>IAU_2015v
q 5 IAU_2015;VLarissa (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015n � IAU_2015;ULarissa (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015;<IAU_2015b
m IAU_2015;RLarissa (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015;>IAU_2015t
m 5 IAU_2015;QLarissa (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015k
IAU_2015;PLarissa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015;<IAU_2015i
{ IAU_2015;MLarissa (2015) / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015;>IAU_2015{
{ 5 IAU_2015;LLarissa (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015s �
IAU_2015;KLarissa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015;<IAU_2015g
w IAU_2015;HLarissa (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015;>IAU_2015
y
w 5 IAU_2015;GLarissa (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015
q � IAU_2015;FLarissa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015;<IAU_2015
h
U 5 IAU_2015;3Galatea (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015Z_
g IAU_2015;2Galatea (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015:�IAU_2015Zq
g 5 IAU_2015;.Galatea (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015Uh
y IAU_2015;-Galatea (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015:�IAU_2015U|
} 5 IAU_2015;)Galatea (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015:�IAU_2015Pt � IAU_2015;(Galatea (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015:�IAU_2015P i
{ IAU_2015;xLarissa (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015;<IAU_2015<
% \,�F
�
p � � � B
�
P � |
�J���8�f�*�T�{
�% � \� _
g IAU_2015;�Proteus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015;�IAU_2015Zh
y IAU_2015;�Proteus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015;�IAU_2015Ut � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015;�IAU_2015Po � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015;�IAU_2015Kp � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015;�IAU_2015Fn � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015;�IAU_2015Ai
{ IAU_2015;�Proteus (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015;�IAU_2015<k
IAU_2015;�Proteus (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015;�IAU_20157i
{ IAU_2015;�Proteus (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015;�IAU_20152m � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015;�IAU_2015-j
} IAU_2015;�Proteus (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015;�IAU_2015(b
m IAU_2015;�Proteus (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015;�IAU_2015#b
m IAU_2015;�Proteus (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015;�IAU_2015 n � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015;�IAU_2015k
IAU_2015;�Proteus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015;�IAU_2015s �
IAU_2015;�Proteus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015;�IAU_2015q � IAU_2015;�Proteus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015;�IAU_2015
V
U IAU_2015;�Larissa (2015) / Ocentric / MercatorEPSG0IAU_2015;>IAU_2015Zh
U 5 IAU_2015;�Larissa (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Z_
g IAU_2015;�Larissa (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015;<IAU_2015Z_
g IAU_2015;�Larissa (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015;>IAU_2015Uq
g 5 IAU_2015;�Larissa (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Uh
y IAU_2015;�Larissa (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015;<IAU_2015Uj
} IAU_2015;�Larissa (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015;>IAU_2015P|
} 5 IAU_2015;�Larissa (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Pt � IAU_2015;�Larissa (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015;<IAU_2015Pe
s IAU_2015;�Larissa (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015;>IAU_2015Kw
s 5 IAU_2015;�Larissa (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Ko � IAU_2015;�Larissa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015;<IAU_2015Kf
u IAU_2015;�Larissa (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015;>IAU_2015Fx
u 5 IAU_2015;�Larissa (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Fp � IAU_2015;�Larissa (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015;<IAU_2015Fd
q IAU_2015;Larissa (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015;>IAU_2015Av
q 5 IAU_2015;~Larissa (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015An � IAU_2015;}Larissa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015;<IAU_2015A`
i IAU_2015;zLarissa (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015;>IAU_2015<q � IAU_2015_6Neptune (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015_,IAU_2015
� % e �.
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X � � � 5
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f
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u 5 IAU_2015_sNeptune (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015Fp � IAU_2015_rNeptune (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015_,IAU_2015Fd
q IAU_2015_oNeptune (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015_.IAU_2015Av
q 5 IAU_2015_nNeptune (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015An � IAU_2015_mNeptune (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015_,IAU_2015A`
i IAU_2015_jNeptune (2015) / Ocentric / Tranverse MercatorEPSG0IAU_2015_.IAU_2015<r
i 5 IAU_2015_iNeptune (2015) / Ographic / Tranverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015<i
{ IAU_2015_hNeptune (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015_,IAU_2015<b
m IAU_2015_eNeptune (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015_.IAU_20157t
m 5 IAU_2015_dNeptune (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_20157k
IAU_2015_cNeptune (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015_,IAU_20157`
i IAU_2015_`Neptune (2015) / Ocentric / Robinson, clon = 0EPSG0IAU_2015_.IAU_20152r
i 5 IAU_2015__Neptune (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_20152i
{ IAU_2015_^Neptune (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015_,IAU_20152c
o IAU_2015_[Neptune (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015_.IAU_2015-u
o 5 IAU_2015_ZNeptune (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015-m � IAU_2015_YNeptune (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015_,IAU_2015-a
k IAU_2015_VNeptune (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015_.IAU_2015(s
k 5 IAU_2015_UNeptune (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015(j
} IAU_2015_TNeptune (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015_,IAU_2015(Y
[ IAU_2015_QNeptune (2015) / Ocentric / South PolarEPSG0IAU_2015_.IAU_2015#k
[ 5 IAU_2015_PNeptune (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015#b
m IAU_2015_ONeptune (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015_,IAU_2015#Y
[ IAU_2015_LNeptune (2015) / Ocentric / North PolarEPSG0IAU_2015_.IAU_2015 k
[ 5 IAU_2015_KNeptune (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015 b
m IAU_2015_JNeptune (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015_,IAU_2015 d
q IAU_2015_GNeptune (2015) / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015_.IAU_2015v
q 5 IAU_2015_FNeptune (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015n � IAU_2015_ENeptune (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015_,IAU_2015b
m IAU_2015_BNeptune (2015) / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015_.IAU_2015t
m 5 IAU_2015_ANeptune (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015k
IAU_2015_@Neptune (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015_,IAU_2015i
{ IAU_2015_=Neptune (2015) / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015_.IAU_2015{
{ 5 IAU_2015_<Neptune (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015s �
IAU_2015_;Neptune (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015_,IAU_2015g
w IAU_2015_8Neptune (2015) / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015_.IAU_2015
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u IAU_2015_tNeptune (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015_.IAU_2015F
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y IAU_2015�dPluto (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015�<IAU_2015(`
i IAU_2015�_Pluto (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015�<IAU_2015#`
i IAU_2015�ZPluto (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015�<IAU_2015 k
IAU_2015�UPluto (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015�<IAU_2015i
{ IAU_2015�PPluto (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�<IAU_2015q � IAU_2015�KPluto (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015�<IAU_2015o � IAU_2015�FPluto (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015�<IAU_2015
^
e IAU_2015`NCharon (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015_�IAU_2015Zg
w IAU_2015`ICharon (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015_�IAU_2015Us �
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y IAU_2015`0Charon (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015_�IAU_2015<j
} IAU_2015`+Charon (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015_�IAU_20157h
y IAU_2015`&Charon (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015_�IAU_20152k
IAU_2015`!Charon (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015_�IAU_2015-i
{ IAU_2015` Charon (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015_�IAU_2015(a
k IAU_2015`Charon (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015_�IAU_2015#a
k IAU_2015`Charon (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015_�IAU_2015 m � IAU_2015`
Charon (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015_�IAU_2015j
} IAU_2015`Charon (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015_�IAU_2015r � IAU_2015`Charon (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015_�IAU_2015p � IAU_2015_�Charon (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015_�IAU_2015
V
U IAU_2015_�Neptune (2015) / Ocentric / MercatorEPSG0IAU_2015_.IAU_2015Zh
U 5 IAU_2015_�Neptune (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015Z_
g IAU_2015_�Neptune (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015_,IAU_2015Z_
g IAU_2015_�Neptune (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015_.IAU_2015Uq
g 5 IAU_2015_�Neptune (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015Uh
y IAU_2015_�Neptune (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015_,IAU_2015Uj
} IAU_2015_~Neptune (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015_.IAU_2015P|
} 5 IAU_2015_}Neptune (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015Pt � IAU_2015_|Neptune (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015_,IAU_2015Pe
s IAU_2015_yNeptune (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015_.IAU_2015Kw
s 5 IAU_2015_xNeptune (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015_-IAU_2015K g
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i IAU_2015��NBorrelly (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015���IAU_2015Zk
{ IAU_2015��IBorrelly (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015���IAU_2015Uw � IAU_2015��DBorrelly (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015���IAU_2015Pr � IAU_2015��?Borrelly (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015���IAU_2015Ks � IAU_2015��:Borrelly (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015���IAU_2015Fq � IAU_2015��5Borrelly (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015���IAU_2015Al
} IAU_2015��0Borrelly (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015���IAU_2015<o � IAU_2015��+Borrelly (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015���IAU_20157l
} IAU_2015��&Borrelly (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015���IAU_20152p � IAU_2015��!Borrelly (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015���IAU_2015-m
IAU_2015�� Borrelly (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015���IAU_2015(e
o IAU_2015��Borrelly (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015���IAU_2015#e
o IAU_2015��Borrelly (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015���IAU_2015 q � IAU_2015��
Borrelly (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015���IAU_2015o � IAU_2015��Borrelly (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015���IAU_2015v � IAU_2015��Borrelly (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015���IAU_2015t � IAU_2015��Borrelly (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015���IAU_2015
]
c IAU_2015��Pluto (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015�<IAU_2015Zf
u IAU_2015��Pluto (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015�<IAU_2015Ur � IAU_2015��Pluto (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015�<IAU_2015Pm � IAU_2015��Pluto (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015�<IAU_2015Kn � IAU_2015��Pluto (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015�<IAU_2015Fk
IAU_2015�}Pluto (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015�<IAU_2015Ag
w IAU_2015�xPluto (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015�<IAU_2015<
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{ IAU_2015��aHalley (2015) / Ographic / Lambert Azimuthal Equal AreaEPSG0IAU_2015��IAU_2015Pu �
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q IAU_2015��\Halley (2015) / Ographic / Lambert Conic ConformalEPSG0IAU_2015��IAU_2015Kp � IAU_2015��[Halley (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015��IAU_2015Kg
s IAU_2015��WHalley (2015) / Ographic / Orthographic, clon = 180EPSG0IAU_2015��IAU_2015Fq � IAU_2015��VHalley (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015��IAU_2015Fe
o IAU_2015��RHalley (2015) / Ographic / Orthographic, clon = 0EPSG0IAU_2015��IAU_2015Ao � IAU_2015��QHalley (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015��IAU_2015Aa
g IAU_2015��MHalley (2015) / Ographic / Tranverse MercatorEPSG0IAU_2015��IAU_2015<j
y IAU_2015��LHalley (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015��IAU_2015<c
k IAU_2015��HHalley (2015) / Ographic / Robinson, clon = 180EPSG0IAU_2015��IAU_20157l
} IAU_2015��GHalley (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015��IAU_20157a
g IAU_2015��CHalley (2015) / Ographic / Robinson, clon = 0EPSG0IAU_2015��IAU_20152j
y IAU_2015��BHalley (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015��IAU_20152d
m IAU_2015��>Halley (2015) / Ographic / Mollweide, clon = 180EPSG0IAU_2015��IAU_2015-m
IAU_2015��=Halley (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015��IAU_2015-b
i IAU_2015��9Halley (2015) / Ographic / Mollweide, clon = 0EPSG0IAU_2015��IAU_2015(k
{ IAU_2015��8Halley (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015��IAU_2015(Z
Y IAU_2015��4Halley (2015) / Ographic / South PolarEPSG0IAU_2015��IAU_2015#c
k IAU_2015��3Halley (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015��IAU_2015#Z
Y IAU_2015��/Halley (2015) / Ographic / North PolarEPSG0IAU_2015��IAU_2015 c
k IAU_2015��.Halley (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015��IAU_2015 e
o IAU_2015��*Halley (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_2015��IAU_2015o � IAU_2015��)Halley (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015��IAU_2015c
k IAU_2015��%Halley (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_2015��IAU_2015l
} IAU_2015��$Halley (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015��IAU_2015j
y IAU_2015�� Halley (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_2015��IAU_2015t � IAU_2015�� Halley (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015��IAU_2015h
u IAU_2015��Halley (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_2015��IAU_2015
r � IAU_2015��Halley (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015��IAU_2015
p � IAU_2015��
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q IAU_2015��'Hartley 2 (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015��IAU_2015#f
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{ IAU_2015 �Ceres (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��dIAU_20157`
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w IAU_2015 �Ceres (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��dIAU_20152c
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W IAU_2015 �Ceres (2015) / Ographic / South PolarEPSG0IAU_2015 ��eIAU_2015#b
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W IAU_2015 �Ceres (2015) / Ographic / North PolarEPSG0IAU_2015 ��eIAU_2015 b
i IAU_2015 �Ceres (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��dIAU_2015 d
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{ IAU_2015 ��xCeres (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��dIAU_2015i
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�Wild 2 (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015�
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} IAU_2015 ��wPsyche (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��@IAU_20157j
y IAU_2015 ��rPsyche (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��@IAU_20152m
IAU_2015 ��mPsyche (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��@IAU_2015-k
{ IAU_2015 ��hPsyche (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��@IAU_2015(c
k IAU_2015 ��cPsyche (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��@IAU_2015#c
k IAU_2015 ��^Psyche (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��@IAU_2015 o � IAU_2015 ��YPsyche (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��@IAU_2015l
} IAU_2015 ��TPsyche (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��@IAU_2015t � IAU_2015 ��OPsyche (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��@IAU_2015r � IAU_2015 ��JPsyche (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��@IAU_2015
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c IAU_2015 ���Vesta (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �ÐIAU_2015Zh
u IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �ÐIAU_2015Ut � IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �ÐIAU_2015Po � IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �ÐIAU_2015Kp � IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �ÐIAU_2015Fm
IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �ÐIAU_2015Ai
w IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �ÐIAU_2015<k
{ IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �ÐIAU_20157i
w IAU_2015 ���Vesta (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �ÐIAU_20152l
} IAU_2015 �ýVesta (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �ÐIAU_2015-j
y IAU_2015 �øVesta (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �ÐIAU_2015(b
i IAU_2015 �óVesta (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �ÐIAU_2015#b
i IAU_2015 �îVesta (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �ÐIAU_2015 m
IAU_2015 �éVesta (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �ÐIAU_2015k
{ IAU_2015 �äVesta (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �ÐIAU_2015s � IAU_2015 �ßVesta (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �ÐIAU_2015q � IAU_2015 �ÚVesta (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �ÐIAU_2015
V
Q IAU_2015 �¿Ceres (2015) / Ographic / MercatorEPSG0IAU_2015 ��eIAU_2015Z_
c IAU_2015 �¾Ceres (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��dIAU_2015Z_
c IAU_2015 �ºCeres (2015) / Ographic / Albers Equal AreaEPSG0IAU_2015 ��eIAU_2015Uh
u IAU_2015 �¹Ceres (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��dIAU_2015Uj
y IAU_2015 �µCeres (2015) / Ographic / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��eIAU_2015Pt � IAU_2015 �´Ceres (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��dIAU_2015Pe
o IAU_2015 �°Ceres (2015) / Ographic / Lambert Conic ConformalEPSG0IAU_2015 ��eIAU_2015Ko � IAU_2015 �¯Ceres (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��dIAU_2015Kf
q IAU_2015 �«Ceres (2015) / Ographic / Orthographic, clon = 180EPSG0IAU_2015 ��eIAU_2015Fp � IAU_2015 �ªCeres (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��dIAU_2015F
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IAU_2015 �52 Europa (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��PIAU_2015<p � IAU_2015 �և52 Europa (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��PIAU_20157m
IAU_2015 �ւ52 Europa (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��PIAU_20152q � IAU_2015 ��}52 Europa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��PIAU_2015-o � IAU_2015 ��x52 Europa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��PIAU_2015(f
q IAU_2015 ��s52 Europa (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��PIAU_2015#f
q IAU_2015 ��n52 Europa (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��PIAU_2015 r � IAU_2015 ��i52 Europa (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��PIAU_2015p � IAU_2015 ��d52 Europa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��PIAU_2015w � IAU_2015 ��_52 Europa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 ��PIAU_2015u �
IAU_2015 ��Z52 Europa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 ��PIAU_2015
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g IAU_2015 �ʎLutetia (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��4IAU_2015Zj
y IAU_2015 �ʉLutetia (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��4IAU_2015Uv � IAU_2015 �ʄLutetia (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��4IAU_2015Pq � IAU_2015 ��Lutetia (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��4IAU_2015Kr � IAU_2015 ��zLutetia (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��4IAU_2015Fp � IAU_2015 ��uLutetia (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��4IAU_2015Ak
{ IAU_2015 ��pLutetia (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 ��4IAU_2015<m
IAU_2015 ��kLutetia (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 ��4IAU_20157k
{ IAU_2015 ��fLutetia (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 ��4IAU_20152o � IAU_2015 ��aLutetia (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 ��4IAU_2015-l
} IAU_2015 ��\Lutetia (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 ��4IAU_2015(d
m IAU_2015 ��WLutetia (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 ��4IAU_2015#d
m IAU_2015 ��RLutetia (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 ��4IAU_2015 p � IAU_2015 ��MLutetia (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 ��4IAU_2015m
IAU_2015 ��HLutetia (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 ��4IAU_2015u �
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e IAU_2015 �ȚPsyche (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 ��@IAU_2015Zi
w IAU_2015 �ȕPsyche (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��@IAU_2015Uu �
IAU_2015 �ȐPsyche (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��@IAU_2015Pp � IAU_2015 �ȋPsyche (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 ��@IAU_2015Kq � IAU_2015 �ȆPsyche (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 ��@IAU_2015Fo � IAU_2015 �ȁPsyche (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 ��@IAU_2015A
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} IAU_2015 �%Mathilde (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �$�IAU_2015<o � IAU_2015 �% Mathilde (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �$�IAU_20157l
} IAU_2015 �%Mathilde (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �$�IAU_20152p � IAU_2015 �%Mathilde (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �$�IAU_2015-m
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k IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �`IAU_2015Zl
} IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �`IAU_2015Ux � IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �`IAU_2015Ps � IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �`IAU_2015Kt � IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �`IAU_2015Fr � IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �`IAU_2015Am
IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �`IAU_2015<p � IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �`IAU_20157m
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q IAU_2015 ��Kleopatra (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �`IAU_2015#f
q IAU_2015 �~Kleopatra (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �`IAU_2015 r � IAU_2015 �yKleopatra (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �`IAU_2015p � IAU_2015 �tKleopatra (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �`IAU_2015w � IAU_2015 �oKleopatra (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �`IAU_2015u �
IAU_2015 �jKleopatra (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �`IAU_2015
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} IAU_2015 �֥52 Europa (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 ��PIAU_2015Ux � IAU_2015 �֠52 Europa (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 ��PIAU_2015P
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U
O IAU_2015 �kEros (2015) / Ographic / MercatorEPSG0IAU_2015 �k%IAU_2015Z^
a IAU_2015 �k~Eros (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �k$IAU_2015Z^
a IAU_2015 �kzEros (2015) / Ographic / Albers Equal AreaEPSG0IAU_2015 �k%IAU_2015Ug
s IAU_2015 �kyEros (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �k$IAU_2015Ui
w IAU_2015 �kuEros (2015) / Ographic / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �k%IAU_2015Ps � IAU_2015 �ktEros (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �k$IAU_2015Pd
m IAU_2015 �kpEros (2015) / Ographic / Lambert Conic ConformalEPSG0IAU_2015 �k%IAU_2015Km
IAU_2015 �koEros (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �k$IAU_2015Ke
o IAU_2015 �kkEros (2015) / Ographic / Orthographic, clon = 180EPSG0IAU_2015 �k%IAU_2015Fo � IAU_2015 �kjEros (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �k$IAU_2015Fc
k IAU_2015 �kfEros (2015) / Ographic / Orthographic, clon = 0EPSG0IAU_2015 �k%IAU_2015Al
} IAU_2015 �keEros (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �k$IAU_2015A_
c IAU_2015 �kaEros (2015) / Ographic / Tranverse MercatorEPSG0IAU_2015 �k%IAU_2015<h
u IAU_2015 �k`Eros (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �k$IAU_2015<a
g IAU_2015 �k\Eros (2015) / Ographic / Robinson, clon = 180EPSG0IAU_2015 �k%IAU_20157j
y IAU_2015 �k[Eros (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �k$IAU_20157_
c IAU_2015 �kWEros (2015) / Ographic / Robinson, clon = 0EPSG0IAU_2015 �k%IAU_20152h
u IAU_2015 �kVEros (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �k$IAU_20152b
i IAU_2015 �kREros (2015) / Ographic / Mollweide, clon = 180EPSG0IAU_2015 �k%IAU_2015-k
{ IAU_2015 �kQEros (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �k$IAU_2015-`
e IAU_2015 �kMEros (2015) / Ographic / Mollweide, clon = 0EPSG0IAU_2015 �k%IAU_2015(i
w IAU_2015 �kLEros (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �k$IAU_2015(X
U IAU_2015 �kHEros (2015) / Ographic / South PolarEPSG0IAU_2015 �k%IAU_2015#a
g IAU_2015 �kGEros (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �k$IAU_2015#X
U IAU_2015 �kCEros (2015) / Ographic / North PolarEPSG0IAU_2015 �k%IAU_2015 a
g IAU_2015 �kBEros (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �k$IAU_2015 c
k IAU_2015 �k>Eros (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_2015 �k%IAU_2015l
} IAU_2015 �k=Eros (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �k$IAU_2015a
g IAU_2015 �k9Eros (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_2015 �k%IAU_2015j
y IAU_2015 �k8Eros (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �k$IAU_2015h
u IAU_2015 �k4Eros (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_2015 �k%IAU_2015r � IAU_2015 �k3Eros (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �k$IAU_2015f
q IAU_2015 �k/Eros (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_2015 �k%IAU_2015
p � IAU_2015 �k.Eros (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �k$IAU_2015
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i IAU_2015 �%.Mathilde (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �$�IAU_2015Z
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o IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �"lIAU_2015 q � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �"lIAU_2015o � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �"lIAU_2015v � IAU_2015 �"{Toutatis (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �"lIAU_2015t � IAU_2015 �"vToutatis (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �"lIAU_2015
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e IAU_2015 �"FSteins (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �!�IAU_2015Zi
w IAU_2015 �"ASteins (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �!�IAU_2015Uu �
IAU_2015 �"<Steins (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �!�IAU_2015Pp � IAU_2015 �"7Steins (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �!�IAU_2015Kq � IAU_2015 �"2Steins (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �!�IAU_2015Fo � IAU_2015 �"-Steins (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �!�IAU_2015Aj
y IAU_2015 �"(Steins (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �!�IAU_2015<l
} IAU_2015 �"#Steins (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �!�IAU_20157j
y IAU_2015 �" Steins (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �!�IAU_20152m
IAU_2015 �"Steins (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �!�IAU_2015-k
{ IAU_2015 �"Steins (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 �!�IAU_2015(c
k IAU_2015 �"Steins (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 �!�IAU_2015#c
k IAU_2015 �"
Steins (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 �!�IAU_2015 o � IAU_2015 �"Steins (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 �!�IAU_2015l
} IAU_2015 �" Steins (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 �!�IAU_2015t � IAU_2015 �!�Steins (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 �!�IAU_2015r � IAU_2015 �!�Steins (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 �!�IAU_2015
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e IAU_2015 �Davida (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 쉜IAU_2015Zi
w IAU_2015 ��Davida (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 쉜IAU_2015Uu �
IAU_2015 ��Davida (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 쉜IAU_2015Pp � IAU_2015 ��Davida (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 쉜IAU_2015Kq � IAU_2015 ��Davida (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 쉜IAU_2015Fo � IAU_2015 ��Davida (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 쉜IAU_2015Aj
y IAU_2015 ��Davida (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 쉜IAU_2015<l
} IAU_2015 ��Davida (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 쉜IAU_20157j
y IAU_2015 ��Davida (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 쉜IAU_20152m
IAU_2015 ��Davida (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 쉜IAU_2015-k
{ IAU_2015 ��Davida (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 쉜IAU_2015(c
k IAU_2015 쉿Davida (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 쉜IAU_2015#c
k IAU_2015 쉺Davida (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 쉜IAU_2015
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y IAU_2015}muIda (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015}mHIAU_2015-h
u IAU_2015}mpIda (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015}mHIAU_2015(`
e IAU_2015}mkIda (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015}mHIAU_2015#`
e IAU_2015}mfIda (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015}mHIAU_2015 k
{ IAU_2015}maIda (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015}mHIAU_2015i
w IAU_2015}m\Ida (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015}mHIAU_2015q � IAU_2015}mWIda (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015}mHIAU_2015o � IAU_2015}mRIda (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015}mHIAU_2015
a
g IAU_2015 �Itokawa (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 |IAU_2015Zj
y IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 |IAU_2015Uv � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 |IAU_2015Pq � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 |IAU_2015Kr � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 |IAU_2015Fp � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 |IAU_2015Ak
{ IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 |IAU_2015<m
IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 |IAU_20157k
{ IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 |IAU_20152o � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 |IAU_2015-l
} IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 |IAU_2015(d
m IAU_2015 �Itokawa (2015) - Sphere / Ocentric / South PolarEPSG0IAU_2015 |IAU_2015#d
m IAU_2015 �Itokawa (2015) - Sphere / Ocentric / North PolarEPSG0IAU_2015 |IAU_2015 p � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 |IAU_2015m
IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 |IAU_2015u �
IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 |IAU_2015s � IAU_2015 �Itokawa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 |IAU_2015
b
i IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 �"lIAU_2015Zk
{ IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 �"lIAU_2015Uw � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 �"lIAU_2015Pr � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 �"lIAU_2015Ks � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 �"lIAU_2015Fq � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 �"lIAU_2015Al
} IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015 �"lIAU_2015<o � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015 �"lIAU_20157l
} IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 �"lIAU_20152p � IAU_2015 �"�Toutatis (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 �"lIAU_2015- g
s IAU_2015}mzIda (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015}mHIAU_20152
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#Q ! IGNFCLIP67UTM12Clipperton 1967 UTM Nord fuseau 12EPSG�IGNFCLIP67GIGNFPRC0212179]
#Q ! IGNFCLIP57UTM12Clipperton 1967 UTM Nord fuseau 12EPSG�IGNFCLIP67GIGNFPRC0212179Y
#K ! IGNFCAD97UTM38SCadastre 1997 UTM Sud fuseau 38EPSG�IGNFCAD97GIGNFPRC0338366`
%S ! IGNFC67IG95UTM22CSG67 (IGN 1995) UTM Nord fuseau 22EPSG�IGNFC67IG95GIGNFPRC0222401_
%Q ! IGNFC67IG95UTM21CSG67(IGN 1995) UTM Nord fuseau 21EPSG�IGNFC67IG95GIGNFPRC0221400T
#? ! IGNFATUO63UTM7SIGN 1963 UTM Sud fuseau 7EPSG�IGNFATUO63GIGNFPRC0307241R
E IGNFATIGBONNEATIG Bonne France Etat MajorEPSG�IGNFATIGGIGNFPRC060623[
#M ! IGNFAPAT86UTM7STuamotu (MOP86) UTM Sud fuseau 7EPSG�IGNFTUAM86GIGNFPRC0307331[
#M ! IGNFAPAT86UTM6STuamotu (MOP86) UTM Sud fuseau 6EPSG�IGNFTUAM86GIGNFPRC0306330c
#] ! IGNFAPAT80UTM6SApataki (Cadastre 1980) UTM Sud fuseau 6EPSG�IGNFAPAT80GIGNFPRC0306554X
#G ! IGNFANAA92UTM6SAnaa (MOP92) UTM Sud fuseau 6EPSG�IGNFANAA92GIGNFPRC0306336[
#M ! IGNFANAA47UTM6SAnaa (SHM 1947) UTM Sud fuseau 6EPSG�IGNFANAA47GIGNFPRC0306251[
%M IGNFAMST63UTM43SAmsterdam 1963 UTM Sud fuseau 43EPSG�IGNFAMST63GIGNFPRC034338_
%Q ! IGNFAMANU63UTM7SAmanu (MHPF 1963) UTM Sud fuseau 7EPSG�IGNFAMANU63GIGNFPRC0307248`
e IAU_20158���Gaspra (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158��HIAU_2015Zi
w IAU_20158���Gaspra (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158��HIAU_2015Uu �
IAU_20158���Gaspra (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158��HIAU_2015Pp � IAU_20158���Gaspra (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158��HIAU_2015Kq � IAU_20158���Gaspra (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158��HIAU_2015Fo � IAU_20158���Gaspra (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158��HIAU_2015Aj
y IAU_20158���Gaspra (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_20158��HIAU_2015<l
} IAU_20158��Gaspra (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_20158��HIAU_20157j
y IAU_20158��zGaspra (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_20158��HIAU_20152m
IAU_20158��uGaspra (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_20158��HIAU_2015-k
{ IAU_20158��pGaspra (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_20158��HIAU_2015(c
k IAU_20158��kGaspra (2015) - Sphere / Ocentric / South PolarEPSG0IAU_20158��HIAU_2015#c
k IAU_20158��fGaspra (2015) - Sphere / Ocentric / North PolarEPSG0IAU_20158��HIAU_2015 o � IAU_20158��aGaspra (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20158��HIAU_2015l
} IAU_20158��\Gaspra (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20158��HIAU_2015t � IAU_20158��WGaspra (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20158��HIAU_2015r � IAU_20158��RGaspra (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20158��HIAU_2015
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_ IAU_2015}m�Ida (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015}mHIAU_2015Zf
q IAU_2015}m�Ida (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015}mHIAU_2015Ur � IAU_2015}m�Ida (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015}mHIAU_2015Pl
} IAU_2015}m�Ida (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015}mHIAU_2015Km
IAU_2015}m�Ida (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015}mHIAU_2015Fk
{ IAU_2015}m�Ida (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015}mHIAU_2015Ag
s IAU_2015}m�Ida (2015) - Sphere / Ocentric / Tranverse MercatorEPSG0IAU_2015}mHIAU_2015< c
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%Y ! IGNFGEOPORTALWLFWallis et Futuna projection GeoportailEPSG�IGNFWGS84GIGNFPRC9810433`
%S ! IGNFGEOPORTALSPMSaint-Pierre-et-Miquelon GeoportailEPSG�IGNFRGSPM06GIGNFPRC9808432X
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%_ ! IGNFGEOPORTALPYFPolynesie Francaise projection GeoportailEPSG�IGNFRGPFGIGNFPRC9811430b
%] ! IGNFGEOPORTALNCLNouvelle Caledonie projection GeoportailEPSG�IGNFRGNCGIGNFPRC9809429X
%G ! IGNFGEOPORTALMYTMayotte projection GeoportailEPSG�IGNFRGM04GIGNFPRC9807428Z
%K ! IGNFGEOPORTALKERKerguelen projection GeoportailEPSG�IGNFWGS84GIGNFPRC9812426b
%Y ! IGNFGEOPORTALGUFGuyane Francaise projection GeoportailEPSG�IGNFRGFG95GIGNFPRC9805425f
%c ! IGNFGEOPORTALFXXFrance Metropolitaine projection GeoportailEPSG�IGNFRGF93GIGNFPRC9802423W
%E ! IGNFGEOPORTALCRZCrozet projection GeoportailEPSG�IGNFWGS84GIGNFPRC9801422e
%a ! IGNFGEOPORTALASPAmsterdam Saint-Paul projection GeoportailEPSG�IGNFWGS84GIGNFPRC9813548d
%_ ! IGNFGEOPORTALANFANTILLES FRANCAISES PROJECTION GEOPORTAILEPSG�IGNFWGS84GIGNFPRC9814568`
%S ! IGNFFANGA84UTM7SFangataufa (MOP84) UTM Sud fuseau 7EPSG�IGNFFANGA84GIGNFPRC0307264d
%[ ! IGNFFANGA66UTM7SFangataufa (MHPF 1966) UTM Sud fuseau 7EPSG�IGNFFANGA66GIGNFPRC0307278e
#_ ! IGNFFANGA652U7SFangataufa (MHPF 1965-2) UTM Sud fuseau 7EPSG�IGNFFANG652GIGNFPRC0307275e
#_ ! IGNFFANGA651U7SFangataufa (MHPF 1965-1) UTM Sud fuseau 7EPSG�IGNFFANG651GIGNFPRC0307272d
%[ ! IGNFFANGA64UTM7SFangataufa (MHPF 1964) UTM Sud fuseau 7EPSG�IGNFFANGA64GIGNFPRC0307269f
%_ ! IGNFFANG652UTM7SFangataufa (MHPF 1965-2) UTM Sud fuseau 7EPSG�IGNFFANG652GIGNFPRC0307275f
%_ ! IGNFFANG651UTM7SFangataufa (MHPF 1965-1) UTM Sud fuseau 7EPSG�IGNFFANG651GIGNFPRC0307272d
#_ ! IGNFFAKA50UTM6SFakarava (SHM 1947-1950) UTM Sud fuseau 6EPSG�IGNFFAKA50GIGNFPRC0306261S
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#? ! IGNFETRS89UTM38ETRS89 UTM Nord fuseau 38EPSG�IGNFETRS89GIGNFPRC0238109T
#? ! IGNFETRS89UTM37ETRS89 UTM Nord fuseau 37EPSG�IGNFETRS89GIGNFPRC0237108T
#? ! IGNFETRS89UTM36ETRS89 UTM Nord fuseau 36EPSG�IGNFETRS89GIGNFPRC0236107T
#? ! IGNFETRS89UTM35ETRS89 UTM Nord fuseau 35EPSG�IGNFETRS89GIGNFPRC0235106T
#? ! IGNFETRS89UTM34ETRS89 UTM Nord fuseau 34EPSG�IGNFETRS89GIGNFPRC0234105T
#? ! IGNFETRS89UTM33ETRS89 UTM Nord fuseau 33EPSG�IGNFETRS89GIGNFPRC0233104T
#? ! IGNFETRS89UTM32ETRS89 UTM Nord fuseau 32EPSG�IGNFETRS89GIGNFPRC0232103T
#? ! IGNFETRS89UTM31ETRS89 UTM Nord fuseau 31EPSG�IGNFETRS89GIGNFPRC0231102T
#? ! IGNFETRS89UTM30ETRS89 UTM Nord fuseau 30EPSG�IGNFETRS89GIGNFPRC0230101T
#? ! IGNFETRS89UTM29ETRS89 UTM Nord fuseau 29EPSG�IGNFETRS89GIGNFPRC0229100S
#? IGNFETRS89UTM28ETRS89 UTM Nord fuseau 28EPSG�IGNFETRS89GIGNFPRC022899S
#? IGNFETRS89UTM27ETRS89 UTM Nord fuseau 27EPSG�IGNFETRS89GIGNFPRC022798S
#? IGNFETRS89UTM26ETRS89 UTM Nord fuseau 26EPSG�IGNFETRS89GIGNFPRC022697V
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!Q IGNFETRS89LAEAETRS89 Lambert Azimutal Equal AreaEPSG�IGNFETRS89GIGNFPRC991495T
%; ! IGNFEFATE57UT59SEfate UTM Sud fuseau 59EPSG�IGNFEFATE57GIGNFPRC0359176T
%; ! IGNFEFAT57UTM59SEfate UTM Sud fuseau 59EPSG�IGNFEFATE57GIGNFPRC0359176H
1 IGNFED50UTM32ED50 UTM fuseau 32EPSG�IGNFED50GIGNFPRC023288M
; IGNFED50UTM31ED50 UTM NORD FUSEAU 31EPSG�IGNFED50GIGNFPRC023187H
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#A IGNFMHPF67UTM8SMHPF 1967 UTM SUD FUSEAU 8EPSG�IGNFMHPF67GIGNFPRC030858U
%? ! IGNFMAYO50UTM38SCombani UTM Sud fuseau 38EPSG�IGNFMAYO50GIGNFPRC0338118_
%S IGNFMAUPITIUTM5SMaupiti (MOP 1983) UTM Sud fuseau 5EPSG�IGNFMAUPITIGIGNFPRC030582d
#_ ! IGNFMARTFDUTM20Martinique Fort-Desaix UTM Nord fuseau 20EPSG�IGNFMARTFDGIGNFPRC0220144d
#_ ! IGNFMART38UTM20Martinique Fort-Desaix UTM Nord fuseau 20EPSG�IGNFMARTFDGIGNFPRC0220144X
%E ! IGNFMARE53UTM58SMare IGN53 UTM Sud fuseau 58EPSG�IGNFMARE53GIGNFPRC0358186\
%K ! IGNFMANGA51UTM8SMangareva 1951 UTM Sud fuseau 8EPSG�IGNFMANGA51GIGNFPRC0308230Z
!K ! IGNFMANGA51U8SMangareva 1951 UTM Sud fuseau 8EPSG�IGNFMANGA51GIGNFPRC0308230b
#[ ! IGNFMAKE50UTM7SMakemo (SHM 1947-1950) UTM Sud fuseau 7EPSG�IGNFMAKE50GIGNFPRC0307295~ � ! IGNFLUXGAUSSKNOUVELLE TRIANGULATION DU DUCHE DU LUXEMBOURG GAUSS KRUGER LUXEMBOURGEPSG�IGNFLURESGIGNFPRC0406569} � ! IGNFLURESGKLNOUVELLE TRIANGULATION DU DUCHE DU LUXEMBOURG GAUSS KRUGER LUXEMBOURGEPSG�IGNFLURESGIGNFPRC0406569a
g IGNFLNGLNGLambert Nord de Guerre Lambert Nord de GuerreEPSG�IGNFLNGPGGIGNFPRC013591[
%I ! IGNFLIFOU56UT58SLifou IGN 56 UTM Sud fuseau 58EPSG�IGNFLIFOU56GIGNFPRC0358182M
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7 IGNFLAMBENTF Lambert II etenduEPSG�IGNFNTFPGRADIGNFPRC012013D
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5 IGNFLAMB4CNTF Lambert IV cartoEPSG�IGNFNTFPGRADIGNFPRC013412C
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7 IGNFLAMB3CNTF Lambert III cartoEPSG�IGNFNTFPGRADIGNFPRC013310C
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5 IGNFLAMB2CNTF Lambert II cartoEPSG�IGNFNTFPGRADIGNFPRC01328B
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3 IGNFLAMB1CNTF Lambert I cartoEPSG�IGNFNTFPGRADIGNFPRC01316A
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%[ IGNFKERG62UTM42SKERGUELEN K0 IGN 1962 UTM SUD FUSEAU 42EPSG�IGNFKERG62GIGNFPRC034219Z
#M IGNFKAUE70UTM6SKauehi (MHPF70) UTM Sud fuseau 6EPSG�IGNFKAUE70GIGNFPRC030664Q
#; ! IGNFIGN72UTM58SIGN72 UTM Sud fuseau 58EPSG�IGNFIGN72GIGNFPRC0358209Z
#M ! IGNFIGN72LAMBNCIGN72 Lambert Nouvelle-CaledonieEPSG0IGNFIGN72GIGNFPRC0149208W
M ! IGNFIGN72LAMIGN72 Lambert Nouvelle-CaledonieEPSG0IGNFIGN72GIGNFPRC0149208S
!? ! IGNFIGN63UTM7SIGN 1963 UTM Sud fuseau 7EPSG�IGNFATUO63GIGNFPRC0307241_
#U ! IGNFHIVA67UTM7SHiva Oa (MHPF 1967) UTM Sud fuseau 7EPSG�IGNFHIVA67GIGNFPRC0307238_
#U ! IGNFHIVA60UTM7SHiva Oa (MHPF 1960) UTM Sud fuseau 7EPSG�IGNFHIVA60GIGNFPRC0307235c
#] ! IGNFHIKU50UTM7SHikueru (SHM 1947-1950) UTM Sud fuseau 7EPSG�IGNFHIKU50GIGNFPRC0307292^
#S ! IGNFHARA49UTM7SHaraiki (SHM 1949) UTM Sud fuseau 7EPSG�IGNFHARA49GIGNFPRC0307289c
%Y ! IGNFHAOAM67UTM7SHao Amanu (MHPF 1967) UTM Sud fuseau 7EPSG�IGNFHAOAM67GIGNFPRC0307283a
!Y ! IGNFHAO67UTM7SHao Amanu (MHPF 1967) UTM Sud fuseau 7EPSG�IGNFHAOAM67GIGNFPRC0307283Y
!M ! IGNFHAO58UTM7SHao (MHPF 1958) UTM Sud fuseau 7EPSG�IGNFHAO58GIGNFPRC0307286e
#a ! IGNFGUADFMUTM20Guadeloupe Fort-Marigot UTM Nord fuseau 20EPSG�IGNFGUADFMGIGNFPRC0220150e
#a ! IGNFGUADFM49U20Guadeloupe Fort-Marigot UTM Nord fuseau 20EPSG�IGNFGUADFMGIGNFPRC0220150c
%Y ! IGNFGUADANNUTM20Guadeloupe Ste Anne UTM Nord fuseau 20EPSG�IGNFGUADANNGIGNFPRC0220147b
#Y ! IGNFGUAD48UTM20Guadeloupe Ste Anne UTM Nord fuseau 20EPSG�IGNFGUADANNGIGNFPRC0220147a
#[ ! IGNFGTN51UTM58SGOMEN TERME NORD 1951 UTM SUD FUSEAU 58EPSG�IGNFGTN51GIGNFPRC0358566 Y
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/ ! IGNFRGF93CC47RGF93 CC47 zone 6EPSG�IGNFRGF93GIGNFPRC8147388I
/ ! IGNFRGF93CC46RGF93 CC46 zone 5EPSG�IGNFRGF93GIGNFPRC8146387I
/ ! IGNFRGF93CC45RGF93 CC45 zone 4EPSG�IGNFRGF93GIGNFPRC8145386I
/ ! IGNFRGF93CC44RGF93 CC44 zone 3EPSG�IGNFRGF93GIGNFPRC8144385I
/ ! IGNFRGF93CC43RGF93 CC43 zone 2EPSG�IGNFRGF93GIGNFPRC8143384I
/ ! IGNFRGF93CC42RGF93 CC42 zone 1EPSG�IGNFRGF93GIGNFPRC8142383T
#? ! IGNFRGAF09UTM20RGAF09 UTM Nord Fuseau 20EPSG�IGNFRGAF09GIGNFPRC0220527b
%Y ! IGNFREUN49GAUSSLReunion Piton des Neiges Gauss LabordeEPSG�IGNFREUN49GIGNFPRC0508114b
%Y ! IGNFREUN47GAUSSLReunion Piton des Neiges Gauss LabordeEPSG�IGNFREUN49GIGNFPRC0508114e
%] ! IGNFRANGI68UTM6SRangiroa (MHPF 1966-68) UTM Sud fuseau 6EPSG�IGNFRANGI68GIGNFPRC0306317c
!] ! IGNFRANGI68U6SRangiroa (MHPF 1966-68) UTM Sud fuseau 6EPSG�IGNFRANGI68GIGNFPRC0306317b
%W ! IGNFRANGI59UTM6SRangiroa (MHPF 1959) UTM Sud fuseau 6EPSG�IGNFRANGI59GIGNFPRC0306314`
!W ! IGNFRANGI59U6SRangiroa (MHPF 1959) UTM Sud fuseau 6EPSG�IGNFRANGI59GIGNFPRC0306314a
%U ! IGNFRANGI47UTM6SRangiroa (MGT 1947) UTM Sud fuseau 6EPSG�IGNFRANGI47GIGNFPRC0306311_
!U ! IGNFRANGI47U6SRangiroa (MGT 1947) UTM Sud fuseau 6EPSG�IGNFRANGI47GIGNFPRC0306311`
#W ! IGNFRAIV66UTM6SRaivavae (MHPF 1966) UTM Sud fuseau 6EPSG�IGNFRAIV66GIGNFPRC0306218_
#U ! IGNFRAIV54UTM6SRaivavae (Cadastre) UTM Sud fuseau 6EPSG�IGNFRAIV54GIGNFPRC0306215Y
#I IGNFRAIA53UTM5SIGN53 Societe UTM Sud fuseau 5EPSG�IGNFTAHAA53GIGNFPRC030567}%� IGNFPGP50STEREPSTERRE ADELIE POINTE GEOLOGIE PERROUD STEREO POLAIRE SUD (TANGENTE)EPSG�IGNFPGP50GIGNFPRC090126g
#g ! IGNFPDN92GAUSSLPiton des Neiges (1992) Gauss Laborde ReunionEPSG�IGNFPDN92GIGNFPRC0508542g
#g ! IGNFPDN08GAUSSLPiton des Neiges (2008) Gauss Laborde ReunionEPSG�IGNFPDN08GIGNFPRC0508546\
#O ! IGNFOUVEA72U58SOuvea MHNC 1972 UTM Sud fuseau 58EPSG�IGNFOUVE72GIGNFPRC0358195]
%O ! IGNFOUVE72UTM58SOuvea MHNC 1972 UTM Sud fuseau 58EPSG�IGNFOUVE72GIGNFPRC0358195U
#A ! IGNFNUKU72UTM7SNuku Hiva UTM Sud fuseau 7EPSG�IGNFNUKU72GIGNFPRC0307212S
A ! IGNFNUKU72U7SNuku Hiva UTM Sud fuseau 7EPSG�IGNFNUKU72GIGNFPRC0307212P
; IGNFNTFLAMBGCNTF Lambert Grand ChampEPSG�IGNFNTFPGRADIGNFPRC011814M
5 IGNFNTFLAMB4CNTF Lambert IV cartoEPSG�IGNFNTFPGRADIGNFPRC013412F
) IGNFNTFLAMB4NTF Lambert IVEPSG�IGNFNTFPGRADIGNFPRC010411N
7 IGNFNTFLAMB3CNTF Lambert III cartoEPSG�IGNFNTFPGRADIGNFPRC013310F
+ IGNFNTFLAMB3NTF Lambert IIIEPSG�IGNFNTFPGRADIGNFPRC01039N
7 IGNFNTFLAMB2ENTF Lambert II etenduEPSG�IGNFNTFPGRADIGNFPRC012013L
5 IGNFNTFLAMB2CNTF Lambert II cartoEPSG�IGNFNTFPGRADIGNFPRC01328E
) IGNFNTFLAMB2NTF Lambert IIEPSG�IGNFNTFPGRADIGNFPRC01027K
3 IGNFNTFLAMB1CNTF Lambert I cartoEPSG�IGNFNTFPGRADIGNFPRC01316D
' IGNFNTFLAMB1NTF Lambert IEPSG�IGNFNTFPGRADIGNFPRC01015c
%[ ! IGNFNOVA53UTM38SJUAN DE NOVA MHM 1953 UTM SUD FUSEAU 38EPSG�IGNFNOVA53GIGNFPRC0338564W
#G ! IGNFNEA74LBTNM2NEA74 NOUMEA Lambert Noumea 2EPSG�IGNFNEA74GIGNFPRC9203409`
![ ! IGNFNC51UTM58SGOMEN TERME NORD 1951 UTM SUD FUSEAU 58EPSG�IGNFGTN51GIGNFPRC0358566^
#S ! IGNFMURU78UTM7SMururoa (IGN 1978) UTM Sud fuseau 7EPSG�IGNFMURU78GIGNFPRC0307307_
#U ! IGNFMURU62UTM7SMururoa (MHOI 1962) UTM Sud fuseau 7EPSG�IGNFMURU62GIGNFPRC0307303_
#U ! IGNFMURU59UTM7SMururoa (MHPF 1959) UTM Sud fuseau 7EPSG�IGNFMURU59GIGNFPRC0307298[
!O IGNFMOP90UTM6STetiaroa (MOP90) UTM Sud fuseau 6EPSG�IGNFTETIA90GIGNFPRC030661 I
/ ! IGNFRGF93CC50RGF93 CC50 zone 9EPSG�IGNFRGF93GIGNFPRC8150391
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#e ! IGNFTAKA69UTM6STakaroa Takapoto (SHM 1969) UTM Sud fuseau 6EPSG�IGNFTAKA69GIGNFPRC0306320Y
#K IGNFTAHI79UTM6STahiti (IGN79) UTM Sud fuseau 6EPSG�IGNFTAHI79GIGNFPRC030655]
#Q ! IGNFTAHI51UTM6STAHITI TERME NORD UTM SUD FUSEAU 6EPSG�IGNFTAHI51GIGNFPRC0306172^
%Q ! IGNFTAHI51UTM06STAHITI TERME NORD UTM SUD FUSEAU 6EPSG�IGNFTAHI51GIGNFPRC0306172O
!9 ! IGNFTAHAAUTM5STahaa UTM Sud fuseau 5EPSG�IGNFTAHAAGIGNFPRC0305187P
#9 ! IGNFTAHAAUTM05STahaa UTM Sud fuseau 5EPSG�IGNFTAHAAGIGNFPRC0305187Z
%I IGNFTAHAA53UTM5SIGN53 Societe UTM Sud fuseau 5EPSG�IGNFTAHAA53GIGNFPRC030567`
g IGNFSYSLNLambert Nord de Guerre Lambert Nord de GuerreEPSG�IGNFLNGPGGIGNFPRC013591^
#S ! IGNFSTPM50UTM21St-Pierre-et-Miquelon UTM Nord f.21EPSG�IGNFSTPM50GIGNFPRC0221141W
%E IGNFSTPL69UTM43SSaint-Paul UTM Sud fuseau 43EPSG�IGNFSTPL69GIGNFPRC034341U
!G ! IGNFST87UTM58SST 87 OUVEA UTM Sud fuseau 58EPSG�IGNFST87GIGNFPRC0358405\
!U ! IGNFST84UTM58SST 84 ILE DES PINS UTM Sud fuseau 58EPSG�IGNFST84GIGNFPRC0358407Y
!K IGNFSAT84UTM5SRurutu (SAT84) UTM Sud fuseau 5EPSG�IGNFRUSAT84GIGNFPRC030570[
%K IGNFRUSAT84UTM5SRurutu (SAT84) UTM Sud fuseau 5EPSG�IGNFRUSAT84GIGNFPRC030570N
; ! IGNFRRAFUTM20RRAF UTM Nord fuseau 20EPSG�IGNFRRAFGIGNFPRC0220170y#� ! IGNFRGWF96UTM1SRESEAU GEODESIQUE DE WALLIS ET FUTUNA 1996 UTM SUD FUSEAU 1EPSG�IGNFRGWF96GEOIGNFPRC0301588X
%A ! IGNFRGTAAFUTM53SRGTAAF07 UTM SUD FUSEAU 53EPSG�IGNFRGTAAF07GIGNFPRC0353563X
%A ! IGNFRGTAAFUTM43SRGTAAF07 UTM Sud fuseau 43EPSG�IGNFRGTAAF07GIGNFPRC0343421X
%A ! IGNFRGTAAFUTM42SRGTAAF07 UTM Sud fuseau 42EPSG�IGNFRGTAAF07GIGNFPRC0342420X
%A ! IGNFRGTAAFUTM39SRGTAAF07 UTM Sud fuseau 39EPSG�IGNFRGTAAF07GIGNFPRC0339419X
%A ! IGNFRGTAAFUTM37SRGTAAF07 UTM Sud fuseau 37EPSG�IGNFRGTAAF07GIGNFPRC0337418U
!A ! IGNFRGSPM06U21RGSPM06 UTM Nord fuseau 21EPSG�IGNFRGSPM06GIGNFPRC0221378_
#S ! IGNFRGSPM06EQGPSaint-Pierre-et-Miquelon GeoportailEPSG�IGNFRGSPM06GIGNFPRC9808432J
#- ! IGNFRGR92UTM40SRGR92 UTM 40 SudEPSG�IGNFRGR92GIGNFPRC0340361X
%G ! IGNFRGR92EQGPREUReunion projection GeoportailEPSG�IGNFRGR92GIGNFPRC9806431L
7 ! IGNFRGPFUTM8SRGPF UTM SUD FUSEAU 8EPSG�IGNFRGPFGIGNFPRC0308576K
7 IGNFRGPFUTM7SRGPF UTM Sud fuseau 7EPSG�IGNFRGPFGIGNFPRC030776K
7 IGNFRGPFUTM6SRGPF UTM Sud fuseau 6EPSG�IGNFRGPFGIGNFPRC030675K
7 IGNFRGPFUTM5SRGPF UTM Sud fuseau 5EPSG�IGNFRGPFGIGNFPRC030574a
!_ ! IGNFRGPFEQGPPFPolynesie Francaise projection GeoportailEPSG�IGNFRGPFGIGNFPRC9811430N
!9 ! IGNFRGNCUTM59SRGNC UTM Sud fuseau 59EPSG�IGNFRGNCGIGNFPRC0359205N
!9 ! IGNFRGNCUTM58SRGNC UTM Sud fuseau 58EPSG�IGNFRGNCGIGNFPRC0358204N
!9 ! IGNFRGNCUTM57SRGNC UTM Sud fuseau 57EPSG�IGNFRGNCGIGNFPRC0357203W
!K ! IGNFRGNCLAMBNCRGNC Lambert Nouvelle-CaledonieEPSG�IGNFRGNCGIGNFPRC0149202T
K ! IGNFRGNCLAMRGNC Lambert Nouvelle-CaledonieEPSG�IGNFRGNCGIGNFPRC0149202b
%] ! IGNFRGNC91EQGPNCNouvelle Caledonie projection GeoportailEPSG�IGNFRGNCGIGNFPRC9809429Q
#; ! IGNFRGM04UTM38SRGM04 UTM Sud fuseau 38EPSG�IGNFRGM04GIGNFPRC0338372X
%G ! IGNFRGM04EQGPMYTMayotte projection GeoportailEPSG�IGNFRGM04GIGNFPRC9807428O
#5 ! IGNFRGFG95UTM22RGFG95 UTM Nord f.22EPSG�IGNFRGFG95GIGNFPRC0222158O
#5 ! IGNFRGFG95UTM21RGFG95 UTM Nord f.21EPSG�IGNFRGFG95GIGNFPRC0221157b
%Y ! IGNFRGFG95EQGPGUGuyane Francaise projection GeoportailEPSG�IGNFRGFG95GIGNFPRC9805425L
!3 ! IGNFRGF93UTM32RGF93 UTM fuseau 32EPSG�IGNFRGF93GIGNFPRC0232394L
!3 ! IGNFRGF93UTM31RGF93 UTM fuseau 31EPSG�IGNFRGF93GIGNFPRC0231393Q
!= ! IGNFRGF93UTM30RGF93 UTM NORD FUSEAU 30EPSG�IGNFRGF93GIGNFPRC0230392I
#- IGNFRGF93LAMB93RGF93 Lambert 93EPSG�IGNFRGF93GIGNFPRC014052
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!3 ! IGNFWGS72UTM30WGS72 UTM fuseau 30EPSG�IGNFWGS72GIGNFPRC0230345O
!9 ! IGNFWGS72UTM1SWGS72 UTM Sud Fuseau 1EPSG�IGNFWGS72GIGNFPRC0301545\
#Q IGNFWALL78UTM1SWallis (MOP 1978) UTM Sud fuseau 1EPSG�IGNFWALL78GIGNFPRC030147\
#Q IGNFWALL76UTM1SWallis (MOP 1976) UTM Sud fuseau 1EPSG�IGNFWALL76GIGNFPRC030144O
; ! IGNFUTM43SW84WGS84 UTM SUD FUSEAU 43EPSG�IGNFWGS84GIGNFPRC0343580O
; ! IGNFUTM42SW84WGS84 UTM SUD FUSEAU 42EPSG�IGNFWGS84GIGNFPRC0342579O
; ! IGNFUTM39SW84WGS84 UTM SUD FUSEAU 39EPSG�IGNFWGS84GIGNFPRC0339578T
#? ! IGNFUTM38ETRS89ETRS89 UTM Nord fuseau 38EPSG�IGNFETRS89GIGNFPRC0238109T
#? ! IGNFUTM37ETRS89ETRS89 UTM Nord fuseau 37EPSG�IGNFETRS89GIGNFPRC0237108T
#? ! IGNFUTM36ETRS89ETRS89 UTM Nord fuseau 36EPSG�IGNFETRS89GIGNFPRC0236107T
#? ! IGNFUTM35ETRS89ETRS89 UTM Nord fuseau 35EPSG�IGNFETRS89GIGNFPRC0235106T
#? ! IGNFUTM34ETRS89ETRS89 UTM Nord fuseau 34EPSG�IGNFETRS89GIGNFPRC0234105T
#? ! IGNFUTM33ETRS89ETRS89 UTM Nord fuseau 33EPSG�IGNFETRS89GIGNFPRC0233104O
= ! IGNFUTM32W84WGS84 UTM NORD FUSEAU 32EPSG�IGNFWGS84GIGNFPRC0232355J
3 ! IGNFUTM32W72WGS72 UTM fuseau 32EPSG�IGNFWGS72GIGNFPRC0232348L
!3 ! IGNFUTM32RGF93RGF93 UTM fuseau 32EPSG�IGNFRGF93GIGNFPRC0232394T
#? ! IGNFUTM32ETRS89ETRS89 UTM Nord fuseau 32EPSG�IGNFETRS89GIGNFPRC0232103D
1 IGNFUTM32ED50 UTM fuseau 32EPSG�IGNFED50GIGNFPRC023288J
3 ! IGNFUTM31W84WGS84 UTM fuseau 31EPSG�IGNFWGS84GIGNFPRC0231354J
3 ! IGNFUTM31W72WGS72 UTM fuseau 31EPSG�IGNFWGS72GIGNFPRC0231346L
!3 ! IGNFUTM31RGF93RGF93 UTM fuseau 31EPSG�IGNFRGF93GIGNFPRC0231393T
#? ! IGNFUTM31ETRS89ETRS89 UTM Nord fuseau 31EPSG�IGNFETRS89GIGNFPRC0231102I
; IGNFUTM31ED50 UTM NORD FUSEAU 31EPSG�IGNFED50GIGNFPRC023187J
3 ! IGNFUTM30W84WGS84 UTM fuseau 30EPSG�IGNFWGS84GIGNFPRC0230353J
3 ! IGNFUTM30W72WGS72 UTM fuseau 30EPSG�IGNFWGS72GIGNFPRC0230345Q
!= ! IGNFUTM30RGF93RGF93 UTM NORD FUSEAU 30EPSG�IGNFRGF93GIGNFPRC0230392T
#? ! IGNFUTM30ETRS89ETRS89 UTM Nord fuseau 30EPSG�IGNFETRS89GIGNFPRC0230101D
1 IGNFUTM30ED50 UTM fuseau 30EPSG�IGNFED50GIGNFPRC023086T
#? ! IGNFUTM29ETRS89ETRS89 UTM Nord fuseau 29EPSG�IGNFETRS89GIGNFPRC0229100S
#? IGNFUTM28ETRS89ETRS89 UTM Nord fuseau 28EPSG�IGNFETRS89GIGNFPRC022899S
#? IGNFUTM27ETRS89ETRS89 UTM Nord fuseau 27EPSG�IGNFETRS89GIGNFPRC022798S
#? IGNFUTM26ETRS89ETRS89 UTM Nord fuseau 26EPSG�IGNFETRS89GIGNFPRC022697O
#5 ! IGNFUTM22RGFG95RGFG95 UTM Nord f.22EPSG�IGNFRGFG95GIGNFPRC0222158O
#5 ! IGNFUTM21RGFG95RGFG95 UTM Nord f.21EPSG�IGNFRGFG95GIGNFPRC0221157Q
%; ! IGNFUTM20W84MARTRRAF UTM Nord fuseau 20EPSG�IGNFRRAFGIGNFPRC0220170N
9 ! IGNFUTM01SW84WGS84 UTM Sud Fuseau 1EPSG�IGNFWGS84GIGNFPRC0301550]
#Q ! IGNFTURI69UTM7STureia (SHM 1969) UTM Sud fuseau 7EPSG�IGNFTURI69GIGNFPRC0307308^
#S ! IGNFTUBU69UTM6STubuai (MHPF 1969) UTM Sud fuseau 6EPSG�IGNFTUBU69GIGNFPRC0306227[
#M ! IGNFTUAM86UTM7STuamotu (MOP86) UTM Sud fuseau 7EPSG�IGNFTUAM86GIGNFPRC0307331[
#M ! IGNFTUAM86UTM6STuamotu (MOP86) UTM Sud fuseau 6EPSG�IGNFTUAM86GIGNFPRC0306330Z
Q ! IGNFTROM56MDTROMELIN SGM 1956 MERCATOR DIRECTEEPSG�IGNFTROM56GIGNFPRC0701131[
#M ! IGNFTIKE88UTM6STIKEHAU (MOP88) UTM SUD FUSEAU 6EPSG�IGNFTIKE88GIGNFPRC0306585_
#U ! IGNFTIKE60UTM6STikehau (MHPF 1960) UTM Sud fuseau 6EPSG�IGNFTIKE60GIGNFPRC0306323c
#] ! IGNFTIKE50UTM6STikehau (SHM 1947-1950) UTM Sud fuseau 6EPSG�IGNFTIKE50GIGNFPRC0306326]
%O IGNFTETIA90UTM6STetiaroa (MOP90) UTM Sud fuseau 6EPSG�IGNFTETIA90GIGNFPRC030661}%� IGNFTERA50STEREOTERRE ADELIE POINTE GEOLOGIE PERROUD STEREO POLAIRE SUD (TANGENTE)EPSG�IGNFPGP50GIGNFPRC090126 R
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#; ! IGNFWGS84UTM43SWGS84 UTM SUD FUSEAU 43EPSG�IGNFWGS84GIGNFPRC0343580Q
#; ! IGNFWGS84UTM42SWGS84 UTM SUD FUSEAU 42EPSG�IGNFWGS84GIGNFPRC0342579Q
#; ! IGNFWGS84UTM39SWGS84 UTM SUD FUSEAU 39EPSG�IGNFWGS84GIGNFPRC0339578Q
!= ! IGNFWGS84UTM32WGS84 UTM NORD FUSEAU 32EPSG�IGNFWGS84GIGNFPRC0232355L
!3 ! IGNFWGS84UTM31WGS84 UTM fuseau 31EPSG�IGNFWGS84GIGNFPRC0231354L
!3 ! IGNFWGS84UTM30WGS84 UTM fuseau 30EPSG�IGNFWGS84GIGNFPRC0230353O
!9 ! IGNFWGS84UTM1SWGS84 UTM Sud Fuseau 1EPSG�IGNFWGS84GIGNFPRC0301550\
#Q ! IGNFWGS84MILLGPWGS84 PROJECTION MILLER GEOPORTAILEPSG�IGNFWGS84GIGNFPRC7001567a
_ ! IGNFWGS84GPAFANTILLES FRANCAISES PROJECTION GEOPORTAILEPSG�IGNFWGS84GIGNFPRC9814568`
#Y ! IGNFWGS84EQGPWFWallis et Futuna projection GeoportailEPSG�IGNFWGS84GIGNFPRC9810433Z
%K ! IGNFWGS84EQGPKERKerguelen projection GeoportailEPSG�IGNFWGS84GIGNFPRC9812426W
%E ! IGNFWGS84EQGPCRZCrozet projection GeoportailEPSG�IGNFWGS84GIGNFPRC9801422e
%a ! IGNFWGS84EQGPASPAmsterdam Saint-Paul projection GeoportailEPSG�IGNFWGS84GIGNFPRC9813548L
!3 ! IGNFWGS72UTM32WGS72 UTM fuseau 32EPSG�IGNFWGS72GIGNFPRC0232348
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U EPSGOETRS89 / NTM zone 27 + NN2000 heightEPSGEPSG5@
U EPSGNETRS89 / NTM zone 26 + NN2000 heightEPSGEPSG5@
U EPSGMETRS89 / NTM zone 25 + NN2000 heightEPSGEPSG5@
U EPSGLETRS89 / NTM zone 24 + NN2000 heightEPSGEPSG5@
U EPSGKETRS89 / NTM zone 23 + NN2000 heightEPSGEPSG5@
U EPSGJETRS89 / NTM zone 22 + NN2000 heightEPSGEPSG5@
U EPSGIETRS89 / NTM zone 21 + NN2000 heightEPSGEPSG5@
U EPSGHETRS89 / NTM zone 20 + NN2000 heightEPSG EPSG5@
U EPSGGETRS89 / NTM zone 19 + NN2000 heightEPSG�EPSG5@
U EPSGFETRS89 / NTM zone 18 + NN2000 heightEPSG�EPSG5@
U EPSGEETRS89 / NTM zone 17 + NN2000 heightEPSG�EPSG5@
U EPSGDETRS89 / NTM zone 16 + NN2000 heightEPSG�EPSG5@
U EPSGCETRS89 / NTM zone 15 + NN2000 heightEPSG�EPSG5@
U EPSGBETRS89 / NTM zone 14 + NN2000 heightEPSG�EPSG5@
U EPSGAETRS89 / NTM zone 13 + NN2000 heightEPSG�EPSG5@
U EPSG@ETRS89 / NTM zone 12 + NN2000 heightEPSG�EPSG5@
U EPSG?ETRS89 / NTM zone 11 + NN2000 heightEPSG�EPSG5@
U EPSG>ETRS89 / NTM zone 10 + NN2000 heightEPSG�EPSG5?
S EPSG=ETRS89 / NTM zone 9 + NN2000 heightEPSG�EPSG5?
S EPSG<ETRS89 / NTM zone 8 + NN2000 heightEPSG�EPSG5?
S EPSG;ETRS89 / NTM zone 7 + NN2000 heightEPSG�EPSG5?
S EPSG:ETRS89 / NTM zone 6 + NN2000 heightEPSG�EPSG5?
S EPSG9ETRS89 / NTM zone 5 + NN2000 heightEPSG�EPSG52
9 EPSG6ETRS89 + NN2000 heightEPSG�EPSG5:
I EPSG�SWEREF99 23 15 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 21 45 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 20 15 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 18 45 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 17 15 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 15 45 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 14 15 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 18 00 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 16 30 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 15 00 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 13 30 + RH2000 heightEPSG �EPSG�:
I EPSG�SWEREF99 12 00 + RH2000 heightEPSG �EPSG�7
C EPSG�SWEREF99 TM + RH2000 heightEPSG �EPSG�X � EPSG�DB_REF / 3-degree Gauss-Kruger zone 5 (E-N) + DHHN92 heightEPSG5EPSG�X � EPSG�DB_REF / 3-degree Gauss-Kruger zone 4 (E-N) + DHHN92 heightEPSG4EPSG�X � EPSG�DB_REF / 3-degree Gauss-Kruger zone 3 (E-N) + DHHN92 heightEPSG3EPSG�X � EPSG�DB_REF / 3-degree Gauss-Kruger zone 2 (E-N) + DHHN92 heightEPSG2EPSG�L
m EPSGLNTF (Paris) / Lambert zone IV + NGF-IGN78 heightEPSGk�EPSGYK
k EPSGKNTF (Paris) / Lambert zone I + NGF-IGN69 heightEPSGk�EPSGXD
] EPSGCRGF93 v1 / Lambert-93 + NGF-IGN78 heightEPSGjEPSGYD
] EPSGBRGF93 v1 / Lambert-93 + NGF-IGN69 heightEPSGjEPSGX4
= EPSG�SWEREF99 + RH2000 heightEPSG EPSG�E
_ EPSG�FEH2010 / Fehmarnbelt TM + FCSVR10 heightEPSG�EPSG�A
W EPSG�ETRS89 / UTM zone 33N + DHHN92 heightEPSGd�EPSG�A
W EPSG�ETRS89 / UTM zone 32N + DHHN92 heightEPSGd�EPSG�A
W EPSG�ETRS89 / UTM zone 31N + DHHN92 heightEPSGd�EPSG�;
K EPSG|NAD83(NSRS2007) + NAVD88 heightEPSG�EPSGG7
C EPSG{NAD83(HARN) + NAVD88 heightEPSG8EPSGG1
7 EPSGzNAD83 + NAVD88 heightEPSG�EPSGG<
M EPSG�ETRS89 / Faroe TM + FVR09 heightEPSG�EPSG�9
G EPSGETRS89 / DKTM4 + DVR90 heightEPSG EPSG�9
G EPSGETRS89 / DKTM3 + DVR90 heightEPSG�EPSG�9
G EPSGETRS89 / DKTM2 + DVR90 heightEPSG�EPSG�9
G EPSGETRS89 / DKTM1 + DVR90 heightEPSG�EPSG�@
U EPSG?ETRS89 / TM35FIN(N,E) + N2000 heightEPSG�EPSG<>
Q EPSG>ETRS89 / TM35FIN(N,E) + N60 heightEPSG�EPSGUP
u EPSG=KKJ / Finland Uniform Coordinate System + N60 heightEPSG YEPSGU
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e EPSGNAD83(CSRS) / UTM zone 21N + CGVD2013 heightEPSG �EPSG�H
e EPSGNAD83(CSRS) / UTM zone 20N + CGVD2013 heightEPSG �EPSG�H
e EPSGNAD83(CSRS) / UTM zone 19N + CGVD2013 heightEPSG �EPSG�H
e EPSGNAD83(CSRS) / UTM zone 18N + CGVD2013 heightEPSG �EPSG�H
e EPSGNAD83(CSRS) / UTM zone 17N + CGVD2013 heightEPSG �EPSG�H
e EPSGNAD83(CSRS) / UTM zone 16N + CGVD2013 heightEPSG XEPSG�H
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e EPSG NAD83(CSRS) / UTM zone 13N + CGVD2013 heightEPSG �EPSG�H
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e EPSG�NAD83(CSRS) / UTM zone 11N + CGVD2013 heightEPSG �EPSG�H
e EPSG�NAD83(CSRS) / UTM zone 10N + CGVD2013 heightEPSG UEPSG�G
c EPSG�NAD83(CSRS) / UTM zone 9N + CGVD2013 heightEPSG TEPSG�G
c EPSG�NAD83(CSRS) / UTM zone 8N + CGVD2013 heightEPSG SEPSG�G
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S EPSG ETRS89 / UTM zone 35N + NN54 heightEPSGd�EPSG�?
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W EPSGWETRS89 / UTM zone 35N + NN2000 heightEPSGd�EPSG5A
W EPSGVETRS89 / UTM zone 34N + NN2000 heightEPSGd�EPSG5A
W EPSGUETRS89 / UTM zone 33N + NN2000 heightEPSGd�EPSG5A
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u EPSG" NAD83 / Arkansas South (ftUS) + NAVD88 height (ftUS)EPSG
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m EPSG"NAD83 / South Carolina (ft) + NAVD88 height (ft)EPSG�EPSG $J
i EPSG"NAD83 / Oregon South (ft) + NAVD88 height (ft)EPSG�EPSG $J
i EPSG"NAD83 / Oregon North (ft) + NAVD88 height (ft)EPSG�EPSG $P
u EPSG"NAD83 / North Dakota South (ft) + NAVD88 height (ft)EPSG�EPSG $P
u EPSG"NAD83 / North Dakota North (ft) + NAVD88 height (ft)EPSG�EPSG $E
_ EPSG"NAD83 / Montana (ft) + NAVD88 height (ft)EPSG�EPSG $L
m EPSG"NAD83 / Michigan South (ft) + NAVD88 height (ft)EPSG�EPSG $N
q EPSG" NAD83 / Michigan Central (ft) + NAVD88 height (ft)EPSG�EPSG $L
m EPSG!�NAD83 / Michigan North (ft) + NAVD88 height (ft)EPSG�EPSG $J
i EPSG!�NAD83 / Arizona West (ft) + NAVD88 height (ft)EPSG�EPSG $M
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i EPSG!�NAD83 / Arizona East (ft) + NAVD88 height (ft)EPSG�EPSG $I
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U EPSG �ETRS89 / UTM zone 33N + DVR90 heightEPSGd�EPSG�@
U EPSG �ETRS89 / UTM zone 32N + DVR90 heightEPSGd�EPSG�<
M EPSG �Amersfoort / RD New + NAP heightEPSGq@EPSGM1
7 EPSG �Tokyo + JSLD69 heightEPSG�EPSG[F
a EPSG �NTF (Paris) / Lambert zone III + NGF IGN69EPSGk�EPSGWE
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u EPSG �NTF (Paris) / Lambert zone II + NGF Lallemand heightEPSGk�EPSGW"
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a EPSG �NAD27 / Texas North + NGVD29 height (ftUS)EPSG}%EPSGF8
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c EPSG �OSGB36 / British National Grid + ODN heightEPSGl4EPSGE.
1 EPSG �RT90 + RH70 heightEPSG EPSGV@
U EPSG �NTF (Paris) / France III + NGF IGN69EPSGk�EPSGX?
S EPSG �NTF (Paris) / France II + NGF IGN69EPSGk�EPSGXC
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I EPSG �NTF (Paris) + NGF IGN69 heightEPSG�EPSGX=
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y EPSG"=NAD83 / New York Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�O
s EPSG"<NAD83 / New York East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�Q
w EPSG";NAD83 / New Mexico West (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�T
} EPSG":NAD83 / New Mexico Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�Q
w EPSG"9NAD83 / New Mexico East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�L
m EPSG"8NAD83 / New Jersey (ftUS) + NAVD88 height (ftUS)EPSG
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s EPSG"7NAD83 / New Hampshire (ftUS) + NAVD88 height (ftUS)EPSG
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o EPSG"6NAD83 / Nevada West (ftUS) + NAVD88 height (ftUS)EPSG
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i EPSG"3NAD83 / Nebraska (ftUS) + NAVD88 height (ftUS)EPSGh�EPSG�R
y EPSG"2NAD83 / Mississippi West (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�R
y EPSG"1NAD83 / Mississippi East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�Q
w EPSG"0NAD83 / Minnesota South (ftUS) + NAVD88 height (ftUS)EPSGh�EPSG�S
{ EPSG"/NAD83 / Minnesota Central (ftUS) + NAVD88 height (ftUS)EPSGh�EPSG�Q
w EPSG".NAD83 / Minnesota North (ftUS) + NAVD88 height (ftUS)EPSGh�EPSG�W � EPSG"-NAD83 / Massachusetts Island (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�Y � EPSG",NAD83 / Massachusetts Mainland (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�J
i EPSG"+NAD83 / Maryland (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�L
m EPSG"*NAD83 / Maine West (ftUS) + NAVD88 height (ftUS)EPSGh�EPSG�L
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w EPSG"(NAD83 / Louisiana South (ftUS) + NAVD88 height (ftUS)EPSG
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w EPSG"'NAD83 / Louisiana North (ftUS) + NAVD88 height (ftUS)EPSG
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u EPSG"&NAD83 / Kentucky South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�P
u EPSG"%NAD83 / Kentucky North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�N
q EPSG"$NAD83 / Kansas South (ftUS) + NAVD88 height (ftUS)EPSG
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q EPSG"#NAD83 / Kansas North (ftUS) + NAVD88 height (ftUS)EPSG
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m EPSG""NAD83 / Iowa South (ftUS) + NAVD88 height (ftUS)EPSG
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m EPSG"!NAD83 / Iowa North (ftUS) + NAVD88 height (ftUS)EPSG
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q EPSG" NAD83 / Indiana West (ftUS) + NAVD88 height (ftUS)EPSG �EPSG�N
q EPSG" NAD83 / Indiana East (ftUS) + NAVD88 height (ftUS)EPSG �EPSG�O
s EPSG" NAD83 / Illinois West (ftUS) + NAVD88 height (ftUS)EPSG
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s EPSG" NAD83 / Illinois East (ftUS) + NAVD88 height (ftUS)EPSG
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m EPSG" NAD83 / Idaho West (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�O
s EPSG"NAD83 / Idaho Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�L
m EPSG"NAD83 / Idaho East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�N
q EPSG"NAD83 / Georgia West (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�N
q EPSG"NAD83 / Georgia East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�N
q EPSG"NAD83 / Florida West (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�N
q EPSG"NAD83 / Florida East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�O
s EPSG"NAD83 / Florida North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�J
i EPSG"NAD83 / Delaware (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�M
o EPSG"NAD83 / Connecticut (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�P
u EPSG"NAD83 / Colorado South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�R
y EPSG"NAD83 / Colorado Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG� L
m EPSG"ANAD83 / Ohio North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�
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W EPSG"mNAD83 / Missouri East + NAVD88 heightEPSGitEPSGGB
Y EPSG"lNAD83 / Alaska zone 10 + NAVD88 heightEPSGi<EPSGGA
W EPSG"kNAD83 / Alaska zone 9 + NAVD88 heightEPSGi;EPSGGA
W EPSG"jNAD83 / Alaska zone 8 + NAVD88 heightEPSGi:EPSGGA
W EPSG"iNAD83 / Alaska zone 7 + NAVD88 heightEPSGi9EPSGGA
W EPSG"hNAD83 / Alaska zone 6 + NAVD88 heightEPSGi8EPSGGA
W EPSG"gNAD83 / Alaska zone 5 + NAVD88 heightEPSGi7EPSGGA
W EPSG"fNAD83 / Alaska zone 4 + NAVD88 heightEPSGi6EPSGGA
W EPSG"eNAD83 / Alaska zone 3 + NAVD88 heightEPSGi5EPSGGA
W EPSG"dNAD83 / Alaska zone 2 + NAVD88 heightEPSGi4EPSGGA
W EPSG"cNAD83 / Alaska zone 1 + NAVD88 heightEPSGi3EPSGG@
U EPSG"bNAD83 / Alabama West + NAVD88 heightEPSGi2EPSGG@
U EPSG"aNAD83 / Alabama East + NAVD88 heightEPSGi1EPSGGN
q EPSG"`NAD83 / Wyoming West (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�W � EPSG"_NAD83 / Wyoming West Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�W � EPSG"^NAD83 / Wyoming East Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�N
q EPSG"]NAD83 / Wyoming East (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�Q
w EPSG"\NAD83 / Wisconsin South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�S
{ EPSG"[NAD83 / Wisconsin Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�Q
w EPSG"ZNAD83 / Wisconsin North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�U
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EPSG"XNAD83 / West Virginia North (ftUS) + NAVD88 height (ftUS)EPSGh�EPSG�R
y EPSG"WNAD83 / Washington South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�R
y EPSG"VNAD83 / Washington North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�P
u EPSG"UNAD83 / Virginia South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�P
u EPSG"TNAD83 / Virginia North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�I
g EPSG"SNAD83 / Vermont (ftUS) + NAVD88 height (ftUS)EPSGEPSG�L
m EPSG"RNAD83 / Utah South (ftUS) + NAVD88 height (ftUS)EPSG
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q EPSG"QNAD83 / Utah Central (ftUS) + NAVD88 height (ftUS)EPSG
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m EPSG"PNAD83 / Utah North (ftUS) + NAVD88 height (ftUS)EPSG
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o EPSG"ONAD83 / Texas South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�U
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s EPSG"MNAD83 / Texas Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�U
EPSG"LNAD83 / Texas North Central (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�M
o EPSG"KNAD83 / Texas North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�K
k EPSG"JNAD83 / Tennessee (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�T
} EPSG"INAD83 / South Dakota South (ftUS) + NAVD88 height (ftUS)EPSG
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} EPSG"HNAD83 / South Dakota North (ftUS) + NAVD88 height (ftUS)EPSGiEPSG�N
q EPSG"GNAD83 / Rhode Island (ftUS) + NAVD88 height (ftUS)EPSG
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} EPSG"FNAD83 / Pennsylvania South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�T
} EPSG"ENAD83 / Pennsylvania North (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�P
u EPSG"DNAD83 / Oklahoma South (ftUS) + NAVD88 height (ftUS)EPSG�EPSG�P
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C EPSG%>RGAF09 + IGN 1988 SB heightEPSGqEPSG�7
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C EPSG%4NAD83(MA11) + GUVD04 heightEPSG�EPSG�7
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A EPSG%-SHGD2015 + SHVD2015 heightEPSG �EPSG �6
A EPSG%,REGCAN95 + Tenerife heightEPSG�EPSG$�7
C EPSG%+REGCAN95 + Lanzarote heightEPSG�EPSG$�6
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-O IGNFRGF93CC43.IGN78CRGF93 CC43 zone 2 et NGF-IGN 1978IGNFRGF93CC43IGNFIGN78CT
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-O IGNFRGF93CC42.IGN78CRGF93 CC42 zone 1 et NGF-IGN 1978IGNFRGF93CC42IGNFIGN78CT
+O IGNFRGF93CC42.IGN69RGF93 CC42 zone 1 et NGF-IGN 1969IGNFRGF93CC42IGNFIGN69k
1q #IGNFRGAF09UTM20.MART87RGAF09 UTM Nord Fuseau 20 et IGN 1987 (MARTINIQUE)IGNFRGAF09UTM20IGNFMART87� 5� # IGNFRGAF09UTM20.GUAD92LDRGAF09 UTM Nord Fuseau 20 et IGN 1992 LD (GUADELOUPE / LA DESIRADE)IGNFRGAF09UTM20IGNFGUAD92LD� 5� # IGNFRGAF09UTM20.GUAD88SMRGAF09 UTM Nord Fuseau 20 et IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)IGNFRGAF09UTM20IGNFGUAD88SM� 5� # IGNFRGAF09UTM20.GUAD88SBRGAF09 UTM Nord Fuseau 20 et IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)IGNFRGAF09UTM20IGNFGUAD88SB� 5� # IGNFRGAF09UTM20.GUAD88MGRGAF09 UTM Nord Fuseau 20 et IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)IGNFRGAF09UTM20IGNFGUAD88MG� 5� # IGNFRGAF09UTM20.GUAD88LSRGAF09 UTM Nord Fuseau 20 et IGN 1988 LS (GUADELOUPE / LES SAINTES)IGNFRGAF09UTM20IGNFGUAD88LSk
1q #IGNFRGAF09UTM20.GUAD88RGAF09 UTM Nord Fuseau 20 et IGN 1988 (GUADELOUPE)IGNFRGAF09UTM20IGNFGUAD88� 9� #!IGNFRGAF09UTM20.GUAD2008LDRGAF09 UTM Nord Fuseau 20 et IGN 2008 LD (GUADELOUPE / LA DESIRADE)IGNFRGAF09UTM20IGNFGUAD2008LDg
-q IGNFRGAF09GDD.MART87RGAF09 geographiques (dd) et IGN 1987 (MARTINIQUE)IGNFRGAF09GDDIGNFMART87} 1� IGNFRGAF09GDD.GUAD92LDRGAF09 geographiques (dd) et IGN 1992 LD (GUADELOUPE / LA DESIRADE)IGNFRGAF09GDDIGNFGUAD92LD~ 1� IGNFRGAF09GDD.GUAD88SMRGAF09 geographiques (dd) et IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)IGNFRGAF09GDDIGNFGUAD88SM� 1� IGNFRGAF09GDD.GUAD88SBRGAF09 geographiques (dd) et IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)IGNFRGAF09GDDIGNFGUAD88SB 1� IGNFRGAF09GDD.GUAD88MGRGAF09 geographiques (dd) et IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)IGNFRGAF09GDDIGNFGUAD88MG} 1� IGNFRGAF09GDD.GUAD88LSRGAF09 geographiques (dd) et IGN 1988 LS (GUADELOUPE / LES SAINTES)IGNFRGAF09GDDIGNFGUAD88LSg
-q IGNFRGAF09GDD.GUAD88RGAF09 geographiques (dd) et IGN 1988 (GUADELOUPE)IGNFRGAF09GDDIGNFGUAD88� 5� !IGNFRGAF09GDD.GUAD2008LDRGAF09 geographiques (dd) et IGN 2008 LD (GUADELOUPE / LA DESIRADE)IGNFRGAF09GDDIGNFGUAD2008LDd
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)s IGNFRGAF09G.GUAD88RGAF09 geographiques (dms) et IGN 1988 (GUADELOUPE)IGNFRGAF09GIGNFGUAD88~ 1� !IGNFRGAF09G.GUAD2008LDRGAF09 geographiques (dms) et IGN 2008 LD (GUADELOUPE / LA DESIRADE)IGNFRGAF09GIGNFGUAD2008LDx 3� %IGNFREUN49GAUSSL.REUN89Reunion Piton des Neiges Gauss Laborde et IGN 1989 (REUNION)IGNFREUN49GAUSSLIGNFREUN89T
+O IGNFRGF93CC49.IGN69RGF93 CC49 zone 8 et NGF-IGN 1969IGNFRGF93CC49IGNFIGN69
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1Y #IGNFRGR92UTM40S.REUN89RGR92 UTM 40 Sud et IGN 1989 (REUNION)IGNFRGR92UTM40SIGNFREUN89^
'k IGNFRGR92G.REUN89RGR92 geographiques (dms) et IGN 1989 (REUNION)IGNFRGR92GIGNFREUN89o
1y IGNFRGPFUTM6S.MOOREA81RGPF UTM Sud fuseau 6 et MOOREA 1981 (MOOREA_SAU 2001)IGNFRGPFUTM6SIGNFMOOREA81^
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-_ IGNFRGPFUTM5S.RAIA01RGPF UTM Sud fuseau 5 et RAIATEA_SAU 2001IGNFRGPFUTM5SIGNFRAIA01d
3_ IGNFRGPFUTM5S.MAUPITI01RGPF UTM Sud fuseau 5 et MAUPITI_SAU 2001IGNFRGPFUTM5SIGNFMAUPITI01^
-_ IGNFRGPFUTM5S.HUAH01RGPF UTM Sud fuseau 5 et HUAHINE_SAU 2001IGNFRGPFUTM5SIGNFHUAH01[
-Y IGNFRGPFUTM5S.BORA01RGPF UTM Sud fuseau 5 et BORA_SAU 2001IGNFRGPFUTM5SIGNFBORA01Y
'a IGNFRGPFG.TAHAA01RGPF geographiques (dms) et TAHAA_SAU 2001IGNFRGPFGIGNFTAHAA01Y
%e IGNFRGPFG.RAIA01RGPF geographiques (dms) et RAIATEA_SAU 2001IGNFRGPFGIGNFRAIA01j
) IGNFRGPFG.MOOREA81RGPF geographiques (dms) et MOOREA 1981 (MOOREA_SAU 2001)IGNFRGPFGIGNFMOOREA81_
+e IGNFRGPFG.MAUPITI01RGPF geographiques (dms) et MAUPITI_SAU 2001IGNFRGPFGIGNFMAUPITI01Y
%e IGNFRGPFG.HUAH01RGPF geographiques (dms) et HUAHINE_SAU 2001IGNFRGPFGIGNFHUAH01V
%_ IGNFRGPFG.BORA01RGPF geographiques (dms) et BORA_SAU 2001IGNFRGPFGIGNFBORA01s /� !IGNFRGNCLAMBNC.PINS78RGNC Lambert Nouvelle-Caledonie et SHOM 1978 (ILE DES PINS)IGNFRGNCLAMBNCIGNFPINS78� /�3 !IGNFRGNCLAMBNC.NCAL69RGNC Lambert Nouvelle-Caledonie et NIVELLEMENT GENERAL DE NOUVELLE-CALEDONIE (NGNC)IGNFRGNCLAMBNCIGNFNCAL69� /�% !IGNFRGNCLAMBNC.MARE91RGNC Lambert Nouvelle-Caledonie et NIVELLEMENT GENERAL DE MARE (IGN 1991 MR)IGNFRGNCLAMBNCIGNFMARE91� 1�' !IGNFRGNCLAMBNC.LIFOU91RGNC Lambert Nouvelle-Caledonie et NIVELLEMENT GENERAL DE LIFOU (IGN 1991 LF)IGNFRGNCLAMBNCIGNFLIFOU91a
%u IGNFRGNCG.PINS78RGNC geographiques (dms) et SHOM 1978 (ILE DES PINS)IGNFRGNCGIGNFPINS78z %�% IGNFRGNCG.NCAL69RGNC geographiques (dms) et NIVELLEMENT GENERAL DE NOUVELLE-CALEDONIE (NGNC)IGNFRGNCGIGNFNCAL69s %� IGNFRGNCG.MARE91RGNC geographiques (dms) et NIVELLEMENT GENERAL DE MARE (IGN 1991 MR)IGNFRGNCGIGNFMARE91v '� IGNFRGNCG.LIFOU91RGNC geographiques (dms) et NIVELLEMENT GENERAL DE LIFOU (IGN 1991 LF)IGNFRGNCGIGNFLIFOU91g
1i #IGNFRGM04UTM38S.MAYO53RGM04 UTM Sud fuseau 38 et SHOM 1953 (MAYOTTE)IGNFRGM04UTM38SIGNFMAYO53b
+k IGNFRGM04GDD.MAYO53RGM04 geographiques (dd) et SHOM 1953 (MAYOTTE)IGNFRGM04GDDIGNFMAYO53_
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/S !IGNFRGF93UTM32.IGN78CRGF93 UTM fuseau 32 et NGF-IGN 1978IGNFRGF93UTM32IGNFIGN78CX
-S !IGNFRGF93UTM32.IGN69RGF93 UTM fuseau 32 et NGF-IGN 1969IGNFRGF93UTM32IGNFIGN69X
-S !IGNFRGF93UTM31.IGN69RGF93 UTM fuseau 31 et NGF-IGN 1969IGNFRGF93UTM31IGNFIGN69]
-] !IGNFRGF93UTM30.IGN69RGF93 UTM NORD FUSEAU 30 et NGF-IGN 1969IGNFRGF93UTM30IGNFIGN69Y
1M #IGNFRGF93LAMB93.IGN78CRGF93 Lambert 93 et NGF-IGN 1978IGNFRGF93LAMB93IGNFIGN78CW
/M #IGNFRGF93LAMB93.IGN69RGF93 Lambert 93 et NGF-IGN 1969IGNFRGF93LAMB93IGNFIGN69X
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3q %IGNFTAHAA53UTM5S.RAIA01IGN53 Societe UTM Sud fuseau 5 et RAIATEA_SAU 2001IGNFTAHAA53UTM5SIGNFRAIA01m
3q %IGNFTAHAA53UTM5S.HUAH01IGN53 Societe UTM Sud fuseau 5 et HUAHINE_SAU 2001IGNFTAHAA53UTM5SIGNFHUAH01j
3k %IGNFTAHAA53UTM5S.BORA01IGN53 Societe UTM Sud fuseau 5 et BORA_SAU 2001IGNFTAHAA53UTM5SIGNFBORA01h
+w IGNFTAHAA53G.RAIA01IGN53 Societe geographiques (dms) et RAIATEA_SAU 2001IGNFTAHAA53GIGNFRAIA01h
+w IGNFTAHAA53G.HUAH01IGN53 Societe geographiques (dms) et HUAHINE_SAU 2001IGNFTAHAA53GIGNFHUAH01e
+q IGNFTAHAA53G.BORA01IGN53 Societe geographiques (dms) et BORA_SAU 2001IGNFTAHAA53GIGNFBORA01� 1�' # IGNFSTPM50UTM21.STPM50St-Pierre-et-Miquelon UTM Nord f.21 et DANGER 1950 (SAINT-PIERRE-ET-MIQUELON)IGNFSTPM50UTM21IGNFSTPM50_V� )�7 IGNFSTPM50G.STPM50St Pierre Miquelon 1950 geographiques (dms) et DANGER 1950 (SAINT-PIERRE-ET-MIQUELON)IGNFSTPM50GIGNFSTPM50_Vx /�
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-m IGNFRRAFUTM20.MART87RRAF UTM Nord fuseau 20 et IGN 1987 (MARTINIQUE)IGNFRRAFUTM20IGNFMART87{ 1� IGNFRRAFUTM20.GUAD92LDRRAF UTM Nord fuseau 20 et IGN 1992 LD (GUADELOUPE / LA DESIRADE)IGNFRRAFUTM20IGNFGUAD92LD| 1� IGNFRRAFUTM20.GUAD88SMRRAF UTM Nord fuseau 20 et IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)IGNFRRAFUTM20IGNFGUAD88SM� 1� IGNFRRAFUTM20.GUAD88SBRRAF UTM Nord fuseau 20 et IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)IGNFRRAFUTM20IGNFGUAD88SB} 1� IGNFRRAFUTM20.GUAD88MGRRAF UTM Nord fuseau 20 et IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)IGNFRRAFUTM20IGNFGUAD88MG{ 1� IGNFRRAFUTM20.GUAD88LSRRAF UTM Nord fuseau 20 et IGN 1988 LS (GUADELOUPE / LES SAINTES)IGNFRRAFUTM20IGNFGUAD88LSe
-m IGNFRRAFUTM20.GUAD88RRAF UTM Nord fuseau 20 et IGN 1988 (GUADELOUPE)IGNFRRAFUTM20IGNFGUAD88^
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-S !IGNFWGS84UTM31.IGN69WGS84 UTM fuseau 31 et NGF-IGN 1969IGNFWGS84UTM31IGNFIGN69X
-S !IGNFWGS84UTM30.IGN69WGS84 UTM fuseau 30 et NGF-IGN 1969IGNFWGS84UTM30IGNFIGN69[
+] IGNFWGS84GDD.IGN78CWGS84 geographiques (dd) et NGF-IGN 1978IGNFWGS84GDDIGNFIGN78CY
)] IGNFWGS84GDD.IGN69WGS84 geographiques (dd) et NGF-IGN 1969IGNFWGS84GDDIGNFIGN69X
'_ IGNFWGS84G.IGN78CWGS84 geographiques (dms) et NGF-IGN 1978IGNFWGS84GIGNFIGN78CV
%_ IGNFWGS84G.IGN69WGS84 geographiques (dms) et NGF-IGN 1969IGNFWGS84GIGNFIGN69r -� !IGNFWGS72UTM32.NGC48WGS72 UTM fuseau 32 et NIVELLEMENT GENERAL DE LA CORSE (NGC)IGNFWGS72UTM32IGNFNGC48Z
/S !IGNFWGS72UTM32.IGN78CWGS72 UTM fuseau 32 et NGF-IGN 1978IGNFWGS72UTM32IGNFIGN78CX
-S !IGNFWGS72UTM32.IGN69WGS72 UTM fuseau 32 et NGF-IGN 1969IGNFWGS72UTM32IGNFIGN69X
-S !IGNFWGS72UTM31.IGN69WGS72 UTM fuseau 31 et NGF-IGN 1969IGNFWGS72UTM31IGNFIGN69X
-S !IGNFWGS72UTM30.IGN69WGS72 UTM fuseau 30 et NGF-IGN 1969IGNFWGS72UTM30IGNFIGN69p %� IGNFWGS72G.NGC48WGS72 geographiques (dms) et NIVELLEMENT GENERAL DE LA CORSE (NGC)IGNFWGS72GIGNFNGC48X
'_ IGNFWGS72G.IGN78CWGS72 geographiques (dms) et NGF-IGN 1978IGNFWGS72GIGNFIGN78CV
%_ IGNFWGS72G.IGN69WGS72 geographiques (dms) et NGF-IGN 1969IGNFWGS72GIGNFIGN69z 5� # IGNFWALL78UTM1S.WALLIS96Wallis (MOP 1978) UTM Sud fuseau 1 et NGWF WALLIS (MOP 1996)IGNFWALL78UTM1SIGNFWALLIS96u -� IGNFWALL78G.WALLIS96Wallis (MOP 1978) geographiques (dms) et NGWF WALLIS (MOP 1996)IGNFWALL78GIGNFWALLIS96z 5� # IGNFWALL76UTM1S.WALLIS96Wallis (MOP 1976) UTM Sud fuseau 1 et NGWF WALLIS (MOP 1996)IGNFWALL76UTM1SIGNFWALLIS96u -� IGNFWALL76G.WALLIS96Wallis (MOP 1976) geographiques (dms) et NGWF WALLIS (MOP 1996)IGNFWALL76GIGNFWALLIS96q
5u # IGNFTAHI79UTM6S.TAHITI66Tahiti (IGN79) UTM Sud fuseau 6 et IGN 1966 (TAHITI)IGNFTAHI79UTM6SIGNFTAHITI66 : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 10", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -79.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 10 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 81\u00b0W and 78\u00b0W: south of 46\u00b0N in area to west of 80\u00b015'W, south of 47\u00b0N in area between 80\u00b015'W and 79\u00b030'W, entire province between 79\u00b030'W and 78\u00b0W.", "bbox": {"south_latitude": 42.26, "west_longitude": -81, "north_latitude": 47.33, "east_longitude": -77.99}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 11", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -82.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 11 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - south of 46\u00b0N and west of 81\u00b0W.", "bbox": {"south_latitude": 41.67, "west_longitude": -83.6, "north_latitude": 46, "east_longitude": -81}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 12", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 12 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - 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Ontario - between 85\u00b030'W and 82\u00b030'W and north of 46\u00b0N.", "bbox": {"south_latitude": 46, "west_longitude": -85.5, "north_latitude": 55.59, "east_longitude": -82.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 14", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 14 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 88\u00b030'W and 85\u00b030'W.", "bbox": {"south_latitude": 47.17, "west_longitude": -88.5, "north_latitude": 56.7, "east_longitude": -85.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 15", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -90, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 15 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 91\u00b030'W and 88\u00b030'W.", "bbox": {"south_latitude": 47.97, "west_longitude": -91.5, "north_latitude": 56.9, "east_longitude": -88.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 16", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 16 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 94\u00b030'W and 91\u00b030'W.", "bbox": {"south_latitude": 48.06, "west_longitude": -94.5, "north_latitude": 55.2, "east_longitude": -91.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 17", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -96, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 17 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - west of 94\u00b030'W.", "bbox": {"south_latitude": 48.69, "west_longitude": -95.16, "north_latitude": 53.24, "east_longitude": -94.5}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 1", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -53, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 1 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland - onshore east of 54\u00b030'W.", "bbox": {"south_latitude": 46.56, "west_longitude": -54.5, "north_latitude": 49.89, "east_longitude": -52.54}}�
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I �gNRCANNAD83_CSRS_1997_MTM17_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" V�k
I �NRCANNAD83_CSRS_1997_MTM16_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" U�k
I �NRCANNAD83_CSRS_1997_MTM15_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" T�k
I �NRCANNAD83_CSRS_1997_MTM14_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 14", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" S�
I �/NRCANNAD83_CSRS_1997_MTM13_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" R�m
I � NRCANNAD83_CSRS_1997_MTM12_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" Q�l
I �NRCANNAD83_CSRS_1997_MTM11_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" P�
I �QNRCANNAD83_CSRS_1997_MTM10_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 10", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" O
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G �[NRCANNAD83_CSRS_1997_MTM8_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": `�^
G �mNRCANNAD83_CSRS_1997_MTM7_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": _�V
G �]NRCANNAD83_CSRS_1997_MTM6_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 6", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ^�X
G �aNRCANNAD83_CSRS_1997_MTM5_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 5", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ]�\
G �iNRCANNAD83_CSRS_1997_MTM4_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 4", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": \�\
G �iNRCANNAD83_CSRS_1997_MTM3_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 3", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": [�y
G �#NRCANNAD83_CSRS_1997_MTM2_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 2", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": Z�`
G �qNRCANNAD83_CSRS_1997_MTM9_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": a "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 2", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -56, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 2 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland and Labrador between 57\u00b030'W and 54\u00b030'W.", "bbox": {"south_latitude": 46.81, "west_longitude": -57.5, "north_latitude": 54.71, "east_longitude": -54.49}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 3", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -58.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 3 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland west of 57\u00b030'W.", "bbox": {"south_latitude": 47.5, "west_longitude": -59.48, "north_latitude": 50.54, "east_longitude": -57.5}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 4", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -61.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 4 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador between 63\u00b0W and 60\u00b0W.", "bbox": {"south_latitude": 52, "west_longitude": -63, "north_latitude": 58.92, "east_longitude": -60}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 5", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -64.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 5 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - 66\u00b0W to 63\u00b0W.", "bbox": {"south_latitude": 51.58, "west_longitude": -66, "north_latitude": 60.52, "east_longitude": -63}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 6", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -67.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 6 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - west of 66\u00b0W.", "bbox": {"south_latitude": 52.05, "west_longitude": -67.81, "north_latitude": 55.34, "east_longitude": -66}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 7", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -70.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 7 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Quebec - between 72\u00b0W and 69\u00b0W.", "bbox": {"south_latitude": 45.01, "west_longitude": -72, "north_latitude": 61.8, "east_longitude": -69}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 8", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -73.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 8 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - east of 75\u00b0W.", "bbox": {"south_latitude": 44.98, "west_longitude": -75, "north_latitude": 45.65, "east_longitude": -74.35}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 9", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -76.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_1997", "id": {"authority": "NRCAN", "code": "HT2_1997_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 9 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 78\u00b0W and 75\u00b0W.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 46.25, "east_longitude": -75}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 10N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -123, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 10 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 126\u00b0W and 120\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.13, "west_longitude": -126, "north_latitude": 81.8, "east_longitude": -120}}�
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S �qNRCANNAD83_CSRS_1997_UTM17_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia j�e
S �oNRCANNAD83_CSRS_1997_UTM16_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia i�e
S �oNRCANNAD83_CSRS_1997_UTM15_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia h�l
S �}NRCANNAD83_CSRS_1997_UTM14_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 14", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia g�h
S �uNRCANNAD83_CSRS_1997_UTM13_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia f�q
S �NRCANNAD83_CSRS_1997_UTM12_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia e�w
S �NRCANNAD83_CSRS_1997_UTM11_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia d�f
S �qNRCANNAD83_CSRS_1997_UTM18_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 18", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia k tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 11N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -117, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 11 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 120\u00b0W and 114\u00b0W onshore and offshore - Alberta, British Columbia, Northwest Territories, Nunavut.", "bbox": {"south_latitude": 48.99, "west_longitude": -120, "north_latitude": 83.5, "east_longitude": -114}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 12N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -111, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 12 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 114\u00b0W and 108\u00b0W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -114, "north_latitude": 84, "east_longitude": -108}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 13N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -105, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 13 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 108\u00b0W and 102\u00b0W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -108, "north_latitude": 84, "east_longitude": -102}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 14N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -99, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 14 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 102\u00b0W and 96\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -102, "north_latitude": 84, "east_longitude": -96}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 15N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 15 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 96\u00b0W and 90\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 48.03, "west_longitude": -96, "north_latitude": 84, "east_longitude": -90}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 16N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 16 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 90\u00b0W and 84\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 46.11, "west_longitude": -90, "north_latitude": 84, "east_longitude": -84}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 17N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 17 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 84\u00b0W and 78\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 41.67, "west_longitude": -84, "north_latitude": 84, "east_longitude": -78}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 18N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -75, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 18 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 78\u00b0W and 72\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 84, "east_longitude": -72}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 19N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -69, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 19 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 72\u00b0W and 66\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.", "bbox": {"south_latitude": 40.8, "west_longitude": -72, "north_latitude": 84, "east_longitude": -66}}�
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I �QNRCANNAD83_CSRS_2002_MTM10_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 10", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" t�}
Q �!NRCANNAD83_CSRS_1997_UTM9_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati s�}
Q �!NRCANNAD83_CSRS_1997_UTM8_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati r�Z
Q �[NRCANNAD83_CSRS_1997_UTM7_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati q�U
S �ONRCANNAD83_CSRS_1997_UTM22_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 22", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia p�L
S �=NRCANNAD83_CSRS_1997_UTM21_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 21", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia o�
S �)NRCANNAD83_CSRS_1997_UTM20_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 20", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia n�l
I �NRCANNAD83_CSRS_2002_MTM11_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" u tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 20N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -63, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 20 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 66\u00b0W and 60\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Prince Edward Island, Quebec.", "bbox": {"south_latitude": 40.04, "west_longitude": -66, "north_latitude": 84, "east_longitude": -60}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 21N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -57, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 21 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 60\u00b0W and 54\u00b0W - Newfoundland and Labrador; Nunavut; Quebec.", "bbox": {"south_latitude": 38.56, "west_longitude": -60, "north_latitude": 84, "east_longitude": -54}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 22N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -51, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 22 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 54\u00b0W and 48\u00b0W onshore and offshore - Newfoundland and Labrador.", "bbox": {"south_latitude": 39.5, "west_longitude": -54, "north_latitude": 57.65, "east_longitude": -47.99}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 7N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -141, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 7 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada west of 138\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Yukon.", "bbox": {"south_latitude": 52.05, "west_longitude": -141.01, "north_latitude": 72.53, "east_longitude": -138}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 8N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -135, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 8 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 9N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -129, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(1997) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 1997"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20035}}], "name": "NAD83(CSRS)v7 / UTM zone 9 + CGVD2013a(1997) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 10", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -79.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 10 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 81\u00b0W and 78\u00b0W: south of 46\u00b0N in area to west of 80\u00b015'W, south of 47\u00b0N in area between 80\u00b015'W and 79\u00b030'W, entire province between 79\u00b030'W and 78\u00b0W.", "bbox": {"south_latitude": 42.26, "west_longitude": -81, "north_latitude": 47.33, "east_longitude": -77.99}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 11", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -82.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 11 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - south of 46\u00b0N and west of 81\u00b0W.", "bbox": {"south_latitude": 41.67, "west_longitude": -83.6, "north_latitude": 46, "east_longitude": -81}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 12", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 12 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 82\u00b030'W and 79\u00b030'W: north of 46\u00b0N in area between 82\u00b030'W and 80\u00b015'W, north of 47\u00b0N in area between 80\u00b015'W and 79\u00b030'W.", "bbox": {"south_latitude": 46, "west_longitude": -82.5, "north_latitude": 55.21, "east_longitude": -79.5}}�
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G �#NRCANNAD83_CSRS_2002_MTM2_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 2", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ~�e
G �{NRCANNAD83_CSRS_2002_MTM1_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 1", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": }�\
I �gNRCANNAD83_CSRS_2002_MTM17_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" |�k
I �NRCANNAD83_CSRS_2002_MTM16_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" {�k
I �NRCANNAD83_CSRS_2002_MTM15_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" z�k
I �NRCANNAD83_CSRS_2002_MTM14_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 14", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" y�
I �/NRCANNAD83_CSRS_2002_MTM13_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" x�\
G �iNRCANNAD83_CSRS_2002_MTM3_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 3", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 13", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -84, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 13 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 85\u00b030'W and 82\u00b030'W and north of 46\u00b0N.", "bbox": {"south_latitude": 46, "west_longitude": -85.5, "north_latitude": 55.59, "east_longitude": -82.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 14", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 14 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 88\u00b030'W and 85\u00b030'W.", "bbox": {"south_latitude": 47.17, "west_longitude": -88.5, "north_latitude": 56.7, "east_longitude": -85.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 15", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -90, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 15 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 91\u00b030'W and 88\u00b030'W.", "bbox": {"south_latitude": 47.97, "west_longitude": -91.5, "north_latitude": 56.9, "east_longitude": -88.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 16", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 16 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 94\u00b030'W and 91\u00b030'W.", "bbox": {"south_latitude": 48.06, "west_longitude": -94.5, "north_latitude": 55.2, "east_longitude": -91.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 17", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -96, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 17 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - 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Newfoundland - onshore east of 54\u00b030'W.", "bbox": {"south_latitude": 46.56, "west_longitude": -54.5, "north_latitude": 49.89, "east_longitude": -52.54}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 2", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -56, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 2 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland and Labrador between 57\u00b030'W and 54\u00b030'W.", "bbox": {"south_latitude": 46.81, "west_longitude": -57.5, "north_latitude": 54.71, "east_longitude": -54.49}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 3", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -58.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 3 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - 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Labrador between 63\u00b0W and 60\u00b0W.", "bbox": {"south_latitude": 52, "west_longitude": -63, "north_latitude": 58.92, "east_longitude": -60}}�
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S �NRCANNAD83_CSRS_2002_UTM11_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��
S �%NRCANNAD83_CSRS_2002_UTM10_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 10", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��`
G �qNRCANNAD83_CSRS_2002_MTM9_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��U
G �[NRCANNAD83_CSRS_2002_MTM8_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��^
G �mNRCANNAD83_CSRS_2002_MTM7_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��V
G �]NRCANNAD83_CSRS_2002_MTM6_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 6", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��X
G �aNRCANNAD83_CSRS_2002_MTM5_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 5", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��q
S �NRCANNAD83_CSRS_2002_UTM12_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 5", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -64.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 5 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - 66\u00b0W to 63\u00b0W.", "bbox": {"south_latitude": 51.58, "west_longitude": -66, "north_latitude": 60.52, "east_longitude": -63}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 6", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -67.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 6 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - west of 66\u00b0W.", "bbox": {"south_latitude": 52.05, "west_longitude": -67.81, "north_latitude": 55.34, "east_longitude": -66}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 7", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -70.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 7 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Quebec - between 72\u00b0W and 69\u00b0W.", "bbox": {"south_latitude": 45.01, "west_longitude": -72, "north_latitude": 61.8, "east_longitude": -69}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 8", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -73.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 8 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - east of 75\u00b0W.", "bbox": {"south_latitude": 44.98, "west_longitude": -75, "north_latitude": 45.65, "east_longitude": -74.35}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 9", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -76.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2002", "id": {"authority": "NRCAN", "code": "HT2_2002_NAD83CSRSV7"}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 9 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 78\u00b0W and 75\u00b0W.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 46.25, "east_longitude": -75}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 10N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -123, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 10 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 126\u00b0W and 120\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.13, "west_longitude": -126, "north_latitude": 81.8, "east_longitude": -120}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 11N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -117, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 11 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 120\u00b0W and 114\u00b0W onshore and offshore - Alberta, British Columbia, Northwest Territories, Nunavut.", "bbox": {"south_latitude": 48.99, "west_longitude": -120, "north_latitude": 83.5, "east_longitude": -114}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 12N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -111, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 12 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 114\u00b0W and 108\u00b0W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -114, "north_latitude": 84, "east_longitude": -108}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 13N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -105, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 13 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 108\u00b0W and 102\u00b0W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -108, "north_latitude": 84, "east_longitude": -102}}�
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S �)NRCANNAD83_CSRS_2002_UTM20_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 20", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��k
S �{NRCANNAD83_CSRS_2002_UTM19_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 19", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��f
S �qNRCANNAD83_CSRS_2002_UTM18_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 18", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��f
S �qNRCANNAD83_CSRS_2002_UTM17_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��e
S �oNRCANNAD83_CSRS_2002_UTM16_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��e
S �oNRCANNAD83_CSRS_2002_UTM15_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��l
S �}NRCANNAD83_CSRS_2002_UTM14_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 14", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��L
S �=NRCANNAD83_CSRS_2002_UTM21_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 21", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 14N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -99, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 14 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 102\u00b0W and 96\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -102, "north_latitude": 84, "east_longitude": -96}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 15N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 15 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 96\u00b0W and 90\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 48.03, "west_longitude": -96, "north_latitude": 84, "east_longitude": -90}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 16N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 16 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 90\u00b0W and 84\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 46.11, "west_longitude": -90, "north_latitude": 84, "east_longitude": -84}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 17N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 17 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 84\u00b0W and 78\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 41.67, "west_longitude": -84, "north_latitude": 84, "east_longitude": -78}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 18N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -75, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 18 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 78\u00b0W and 72\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 84, "east_longitude": -72}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 19N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -69, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 19 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 72\u00b0W and 66\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.", "bbox": {"south_latitude": 40.8, "west_longitude": -72, "north_latitude": 84, "east_longitude": -66}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 20N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -63, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 20 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 66\u00b0W and 60\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Prince Edward Island, Quebec.", "bbox": {"south_latitude": 40.04, "west_longitude": -66, "north_latitude": 84, "east_longitude": -60}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 21N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -57, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 21 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 60\u00b0W and 54\u00b0W - Newfoundland and Labrador; Nunavut; Quebec.", "bbox": {"south_latitude": 38.56, "west_longitude": -60, "north_latitude": 84, "east_longitude": -54}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 22N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -51, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 22 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 54\u00b0W and 48\u00b0W onshore and offshore - Newfoundland and Labrador.", "bbox": {"south_latitude": 39.5, "west_longitude": -54, "north_latitude": 57.65, "east_longitude": -47.99}}�
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I � NRCANNAD83_CSRS_2010_MTM13_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" ��Z
I �cNRCANNAD83_CSRS_2010_MTM12_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" ��Y
I �aNRCANNAD83_CSRS_2010_MTM11_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" ��~
I �+NRCANNAD83_CSRS_2010_MTM10_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 10", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" ��}
Q �!NRCANNAD83_CSRS_2002_UTM9_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati ��}
Q �!NRCANNAD83_CSRS_2002_UTM8_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati ��Z
Q �[NRCANNAD83_CSRS_2002_UTM7_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati ��X
I �_NRCANNAD83_CSRS_2010_MTM14_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 14", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" � on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 7N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -141, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 7 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada west of 138\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Yukon.", "bbox": {"south_latitude": 52.05, "west_longitude": -141.01, "north_latitude": 72.53, "east_longitude": -138}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 8N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -135, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 8 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 9N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -129, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2002) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2002"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 20034}}], "name": "NAD83(CSRS)v7 / UTM zone 9 + CGVD2013a(2002) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 10", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -79.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 10 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 81\u00b0W and 78\u00b0W: south of 46\u00b0N in area to west of 80\u00b015'W, south of 47\u00b0N in area between 80\u00b015'W and 79\u00b030'W, entire province between 79\u00b030'W and 78\u00b0W.", "bbox": {"south_latitude": 42.26, "west_longitude": -81, "north_latitude": 47.33, "east_longitude": -77.99}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 11", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -82.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 11 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - south of 46\u00b0N and west of 81\u00b0W.", "bbox": {"south_latitude": 41.67, "west_longitude": -83.6, "north_latitude": 46, "east_longitude": -81}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 12", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 12 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 82\u00b030'W and 79\u00b030'W: north of 46\u00b0N in area between 82\u00b030'W and 80\u00b015'W, north of 47\u00b0N in area between 80\u00b015'W and 79\u00b030'W.", "bbox": {"south_latitude": 46, "west_longitude": -82.5, "north_latitude": 55.21, "east_longitude": -79.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 13", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -84, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 13 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 85\u00b030'W and 82\u00b030'W and north of 46\u00b0N.", "bbox": {"south_latitude": 46, "west_longitude": -85.5, "north_latitude": 55.59, "east_longitude": -82.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 14", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 14 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 88\u00b030'W and 85\u00b030'W.", "bbox": {"south_latitude": 47.17, "west_longitude": -88.5, "north_latitude": 56.7, "east_longitude": -85.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 15", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -90, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 15 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 91\u00b030'W and 88\u00b030'W.", "bbox": {"south_latitude": 47.97, "west_longitude": -91.5, "north_latitude": 56.9, "east_longitude": -88.5}}�
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G �;NRCANNAD83_CSRS_2010_MTM5_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 5", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��I
G �CNRCANNAD83_CSRS_2010_MTM4_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 4", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��I
G �CNRCANNAD83_CSRS_2010_MTM3_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 3", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��f
G �}NRCANNAD83_CSRS_2010_MTM2_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 2", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��R
G �UNRCANNAD83_CSRS_2010_MTM1_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 1", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��I
I �ANRCANNAD83_CSRS_2010_MTM17_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" ��X
I �_NRCANNAD83_CSRS_2010_MTM16_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" ��C
G �7NRCANNAD83_CSRS_2010_MTM6_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 6", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": � : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 16", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 16 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 94\u00b030'W and 91\u00b030'W.", "bbox": {"south_latitude": 48.06, "west_longitude": -94.5, "north_latitude": 55.2, "east_longitude": -91.5}}� : "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 17", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -96, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 17 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - west of 94\u00b030'W.", "bbox": {"south_latitude": 48.69, "west_longitude": -95.16, "north_latitude": 53.24, "east_longitude": -94.5}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 1", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -53, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 1 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland - onshore east of 54\u00b030'W.", "bbox": {"south_latitude": 46.56, "west_longitude": -54.5, "north_latitude": 49.89, "east_longitude": -52.54}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 2", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -56, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 2 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland and Labrador between 57\u00b030'W and 54\u00b030'W.", "bbox": {"south_latitude": 46.81, "west_longitude": -57.5, "north_latitude": 54.71, "east_longitude": -54.49}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 3", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -58.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 3 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland west of 57\u00b030'W.", "bbox": {"south_latitude": 47.5, "west_longitude": -59.48, "north_latitude": 50.54, "east_longitude": -57.5}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 4", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -61.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 4 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador between 63\u00b0W and 60\u00b0W.", "bbox": {"south_latitude": 52, "west_longitude": -63, "north_latitude": 58.92, "east_longitude": -60}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 5", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -64.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 5 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - 66\u00b0W to 63\u00b0W.", "bbox": {"south_latitude": 51.58, "west_longitude": -66, "north_latitude": 60.52, "east_longitude": -63}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 6", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -67.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 6 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - west of 66\u00b0W.", "bbox": {"south_latitude": 52.05, "west_longitude": -67.81, "north_latitude": 55.34, "east_longitude": -66}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 7", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -70.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 7 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Quebec - between 72\u00b0W and 69\u00b0W.", "bbox": {"south_latitude": 45.01, "west_longitude": -72, "north_latitude": 61.8, "east_longitude": -69}}�
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S �{NRCANNAD83_CSRS_2010_UTM14_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 14", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��g
S �sNRCANNAD83_CSRS_2010_UTM13_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��p
S �NRCANNAD83_CSRS_2010_UTM12_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��v
S �NRCANNAD83_CSRS_2010_UTM11_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��
S �#NRCANNAD83_CSRS_2010_UTM10_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 10", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��M
G �KNRCANNAD83_CSRS_2010_MTM9_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��B
G �5NRCANNAD83_CSRS_2010_MTM8_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": ��d
S �mNRCANNAD83_CSRS_2010_UTM15_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � h �
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I �_NRCANNAD83_CSRS_2010_MTM15_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" � ��U
S �ONRCANNAD83_CSRS_2002_UTM22_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 22", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � ��h
S �uNRCANNAD83_CSRS_2002_UTM13_CGVD2013_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � w�\
G �iNRCANNAD83_CSRS_2002_MTM4_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 4", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": � m�m
I � NRCANNAD83_CSRS_2002_MTM12_HT2_2002{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation" v c�k
S �{NRCANNAD83_CSRS_1997_UTM19_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 19", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia l Y�
S �%NRCANNAD83_CSRS_1997_UTM10_CGVD2013_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 10", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia b X�e
G �{NRCANNAD83_CSRS_1997_MTM1_HT2_1997{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 1", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": W �
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Q � NRCANNAD83_CSRS_2010_UTM8_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati � ��d
S �mNRCANNAD83_CSRS_2010_UTM16_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 8", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -73.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 8 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - east of 75\u00b0W.", "bbox": {"south_latitude": 44.98, "west_longitude": -75, "north_latitude": 45.65, "east_longitude": -74.35}}� "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 9", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -76.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 9 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 78\u00b0W and 75\u00b0W.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 46.25, "east_longitude": -75}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 10N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -123, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 10 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 126\u00b0W and 120\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.13, "west_longitude": -126, "north_latitude": 81.8, "east_longitude": -120}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 11N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -117, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 11 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 120\u00b0W and 114\u00b0W onshore and offshore - Alberta, British Columbia, Northwest Territories, Nunavut.", "bbox": {"south_latitude": 48.99, "west_longitude": -120, "north_latitude": 83.5, "east_longitude": -114}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 12N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -111, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 12 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 114\u00b0W and 108\u00b0W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -114, "north_latitude": 84, "east_longitude": -108}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 13N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -105, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 13 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 108\u00b0W and 102\u00b0W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -108, "north_latitude": 84, "east_longitude": -102}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 14N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -99, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 14 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 102\u00b0W and 96\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -102, "north_latitude": 84, "east_longitude": -96}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 15N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 15 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 96\u00b0W and 90\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 48.03, "west_longitude": -96, "north_latitude": 84, "east_longitude": -90}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 16N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 16 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 90\u00b0W and 84\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 46.11, "west_longitude": -90, "north_latitude": 84, "east_longitude": -84}}�
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Q �YNRCANNAD83_CSRS_2010_UTM7_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati ��T
S �MNRCANNAD83_CSRS_2010_UTM22_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 22", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��K
S �;NRCANNAD83_CSRS_2010_UTM21_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 21", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��
S �'NRCANNAD83_CSRS_2010_UTM20_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 20", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��j
S �yNRCANNAD83_CSRS_2010_UTM19_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 19", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��e
S �oNRCANNAD83_CSRS_2010_UTM18_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 18", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia ��e
S �oNRCANNAD83_CSRS_2010_UTM17_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia � � tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 17N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 17 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 84\u00b0W and 78\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 41.67, "west_longitude": -84, "north_latitude": 84, "east_longitude": -78}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 18N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -75, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 18 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 78\u00b0W and 72\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 84, "east_longitude": -72}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 19N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -69, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 19 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 72\u00b0W and 66\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.", "bbox": {"south_latitude": 40.8, "west_longitude": -72, "north_latitude": 84, "east_longitude": -66}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 20N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -63, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 20 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 66\u00b0W and 60\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Prince Edward Island, Quebec.", "bbox": {"south_latitude": 40.04, "west_longitude": -66, "north_latitude": 84, "east_longitude": -60}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 21N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -57, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 21 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 60\u00b0W and 54\u00b0W - Newfoundland and Labrador; Nunavut; Quebec.", "bbox": {"south_latitude": 38.56, "west_longitude": -60, "north_latitude": 84, "east_longitude": -54}}� tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 22N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -51, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 22 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 54\u00b0W and 48\u00b0W onshore and offshore - Newfoundland and Labrador.", "bbox": {"south_latitude": 39.5, "west_longitude": -54, "north_latitude": 57.65, "east_longitude": -47.99}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 7N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -141, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 7 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada west of 138\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Yukon.", "bbox": {"south_latitude": 52.05, "west_longitude": -141.01, "north_latitude": 72.53, "east_longitude": -138}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 8N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -135, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 8 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}� on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 9N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -129, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 9 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}�
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Q � NRCANNAD83_CSRS_2010_UTM9_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati �
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9 � c� �O��< � �W1E�[ EPSG2Palestine 1923 to WGS 84 (1)Accuracy: 1m to north and 5m to south of east-west line through Beersheba (31°15'N). Not recognised by Survey of Israel. See Palestine 1923 to WGS 84 (2) (code 8650).EPSG%�EPSG�EPSG��q;��Mj@W��s�@uNOv_خEPSG#)� �n����z�G��'�Z �1EPSG#�EPSG#�EPSG-Isr�-1?� EPSG1Israel 1993 to WGS 84 (1)For more accurate transformation contact Survey of Israel.EPSG%�EPSG-EPSG��74EPSG#)SoI-Isr�>1O� EPSG/Palestine 1923 to Israel 1993 (1)For more accurate transformation contact Survey of Israel.EPSG%�EPSG�EPSG-?� �K� �EPSG#)SoI-Isr�"0;m EPSG.Guam 1963 to WGS 84 (1)Derived at 5 stations. Accuracy 3m in each axis.EPSG%�EPSGCEPSG���EPSG#)DMA-Gum�E15� EPSG+Minna to WGS 84 (11)Used by Statoil for deep water blocks 210, 213, 217 and 218. Parameter values interpolated from Racal Survey geocentric translation contour charts for each of these four blocks and then meaned.EPSG%�EPSG�EPSG��Wfffff�Vy�����@\������EPSG#)Stat-Nga�1=�k +EPSG*Amersfoort to ETRS89 (2)Replaced by Amersfoort to ETRS89 (4) (tfm code 15740). Dutch sources also quote an equivalent transformation using the Coordinate Frame 7-parameter method - see tfm code 1751.EPSG%�EPSG�EPSG�?� @��A�7K�@}��"��`EPSG#)?����������@"
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�M;EPSG#�AM���Ax @�oAS z���EPSG#)NCG-Nld 2000 MB�09; EPSG)Lao 1997 to WGS 84 (1)Derived at 25 stations.EPSG%�EPSGFEPSG�@FJ�G�{�`fȴ9X�Cš��EPSG#)NGD-Lao�$0=; EPSG(Lao 1993 to Lao 1997 (1)Derived at 25 stations.EPSG%�EPSGEEPSGF?�333333���/��w?��l�C��?�C��$�EPSG#)NGD-Lao�"0I9 EPSG'Vientiane 1982 to Lao 1997 (1)Derived at 8 stations.EPSG%�EPSGDEPSGF���`A�7@�t�j@l�C��EPSG#)NGD-Lao�-05
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EPSG!Ain el Abd to WGS 84 (5)EPSG%�EPSGlEPSG�iG|�hs�e ;dZ ��O�G�z�EPSG#)� \(�\���+ J?� �Q� EPSG#�@ ������EPSG#�Par-Kwt N�C1=�/ EPSG Ain el Abd to WGS 84 (4)Derivation is more precise, but no evidence that accuracy is better than Ain el Abd to WGS 84 (3). OGP recommends using Ain el Abd to WGS 84 (3).EPSG%�EPSGlEPSG�UiG�z�q;dZ ��S�O�;dZEPSG#)�O�;dZ ?��j~��#�A�7KƨEPSG#�@ �O�;dZEPSG#�Par-Kwt�0=9 EPSG Ain el Abd to WGS 84 (3)Derived at station K1.EPSG%�EPSGlEPSG�b6fffff�o#33333?� EPSG#)WGC-Kwt�{1/�% #EPSG MGI to ETRS89 (4)Parameter values from MGI to WGS 84 (8) (tfm code 1194). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Information source gives scale as -2.388739 ppm.EPSG%�EPSG�EPSG�@�ͣ�
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EPSG?ED50 to WGS 84 (37)EPSG%�EPSG�EPSG�@ ��[�33333�a�fffffEPSG#)RJGC-Jor�[03g EPSG>JAD69 to WGS 84 (3)Derived at 4 stations, tested at a further 9.EPSG%�EPSG�EPSG�@�j~��#@c9?|�h@W�`A�7LEPSG#)@!)x��@�x��(�\)EPSG#��!�fffffEPSG#�UT-Jam 1m�003g EPSG=JAD69 to WGS 84 (2)Derived at 4 stations, tested at a further 9.EPSG%�EPSG�EPSG�@PU`A�7L@j��Q� @x:z�G�EPSG#)UT-Jam 2m�d13�g EPSG<JAD69 to WGS 84 (1)Derived via NAD27 and WGS 72. Preliminary values derived by Survey Department but not officially promulgated.EPSG%�EPSG�EPSG�F �@xX EPSG#)UT-Jam 5m�a13�s EPSG;JAD69 to WGS 72 (2)Derived in 1981 through Transit observations at 4 stations by Geodetic Survey for Petroleum Corporation of Jamaica.EPSG%�EPSG�EPSG�
2 �}EPSG#)PC-Jam�719�3 !EPSG:CI1979 to NZGD2000 (1)Parameter vales are from CI1979 to WGS 84 (1) (code 1081) assuming that WGS 84 is equivalent to NZGD2000 within the accuracy of the transformation.EPSG%�EPSGAEPSGG@e�������9}p��
=@\$z�G�EPSG#)��^5?|�EPSG#�?�e��ںEPSG#�OSG-Nzl CI�-15�# !EPSG9CI1979 to WGS 84 (1)Derived at 4 stations using concatenation through WGS72. Parameter vales are also used to transform CI1979 to NZGD2000 - see tfm code 1082.EPSG%�EPSGAEPSG�@e�������9}p��
=@\$z�G�EPSG#)��^5?|�EPSG#�?�e��ںEPSG#�OSG-Nzl CI�"05o !EPSG8CI1971 to WGS 84 (1)Derived at 4 stations. Accuracy 15m in each axis.EPSG%�EPSG@EPSG� ��qEPSG#)DMA-Nzl CI�j13�? 'EPSG7LUREF to WGS 84 (2)Parameter values from LUREF to ETRS89 (2) (code 1078). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGUEPSG�p��^5?}@S:��n�@4.��O�;EPSG#)?�;�5�Xy@w1�����:��SEPSG#�?ۅ �Q�EPSG#�AOE+�E��Al�VAR����FEPSG#)EPSG-Lux 1994�13� %EPSG6LUREF to ETRS89 (2)LUREF 1994 parameters. Replaced by LUREF 2006 parameters, see transformation LUREF to ETRS89 (4) (code 5483). May be taken as approximate transformation LUREF to WGS 84 - see CT code 1079.EPSG%�EPSGUEPSG�?��������p��^5?}@S:��n�@4.��O�;EPSG#)?�;�5�Xy@w1�����:��SEPSG#�?ۅ �Q�EPSG#�AOE+�E��Al�VAR����FEPSG#)ACT-Lux 0.1m
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� \f�n�� � U �$0=o EPSGWAin el Abd to WGS 84 (2)Derived at 9 stations. Accuracy 10m in each axis.EPSG%�EPSGlEPSG��q�EPSG#)DMA-Sau�$0=o EPSGVAin el Abd to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSGlEPSG�,�j��EPSG#)DMA-Bhr�z13�# EPSGUAGD84 to WGS 84 (1)Derived at 90 stations. Accuracy 2m in each axis. Note: AGD84 officially adopted only in Queensland, South Australia and Western Australia.EPSG%�EPSGkEPSG��z� �EPSG#)DMA-Aus�O13�M EPSGTAGD66 to WGS 84 (1)Derived at 105 stations. Accuracy 3m in each axis. Replaced by AGD66 to WGS 84 (20) (code 6905).EPSG%�EPSGjEPSG��{� �EPSG#)DMA-Aus� 07m EPSGSAfgooye to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSGmEPSG�,�]-EPSG#)DMA-Som�317� EPSGRAdindan to WGS 84 (7)Derived at 14 stations. Accuracy 3m, 5m and 3m in X, Y and Z axes.EPSG%�EPSGiEPSG��_� �EPSG#)DMA-Sud�Q17�O EPSGQAdindan to WGS 84 (6)Derived at 2 stations connected to the Adindan (Blue Nile 1958) network through the 1968-69 12th parallel traverse. Accuracy 25m in each axis. Note: The Adindan (Blue Nile 1958) CRS is used in Ethiopia and Sudan, not Senegal.EPSG%�EPSGiEPSG�,�� �EPSG#)DMA-Sen�M17�G EPSGPAdindan to WGS 84 (5)Derived at 1 station connected to the Adindan (Blue Nile 1958) network through the 1968-69 12th parallel traverse. Accuracy 25m in each axis. Note: the Adindan (Blue Nile 1958) CRS is used in Ethiopia and Sudan, not Mali.EPSG%�EPSGiEPSG�,�� �EPSG#)DMA-Mli� 07m EPSGOAdindan to WGS 84 (4)Derived at 8 stations. Accuracy 3m in each axis.EPSG%�EPSGiEPSG��[� �EPSG#)DMA-Eth�R17�O EPSGNAdindan to WGS 84 (3)Derived at 1 station connected to the Adindan (Blue Nile 1958) network through the 1968-69 12th parallel traverse. Accuracy 25m in each axis. Note: the Adindan (Blue Nile 1958) CRS is used in Ethiopia and Sudan, not Cameroon.EPSG%�EPSGiEPSG�,�z� �EPSG#)DMA-Cmr�U17�W EPSGMAdindan to WGS 84 (2)Derived at 1 station connected to the Adindan (Blue Nile 1958) network through the 1968-69 12th parallel traverse. Accuracy 25m in each axis. Note: the Adindan (Blue Nile 1958) CRS is used in Ethiopia and Sudan, not Burkino Faso.EPSG%�EPSGiEPSG�,�� �EPSG#)DMA-Bfa�%07o #EPSGLAdindan to WGS 84 (1)Derived at 22 stations. Accuracy 5m in each axis.EPSG%�EPSGiEPSG� �Z� �EPSG#)DMA-Eth Sud�c13� EPSGKIGM95 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. IGM95 is a national realization of ETRS89.EPSG%�EPSG>EPSG�EPSG#)IGM-Ita�J13�? EPSGJIGM95 to ETRS89 (1)IGM95 is the first Italian realization of ETRS89. May be taken as approximate transformation IGM95 to WGS 84 - see code 1099. For accurate transformation to a later realization see IGM95 to RDN2008 (1) (CT code 9737).EPSG%�EPSG>EPSG�?� EPSG#)IGM-Ita� 1Q�+ EPSGIDealul Piscului 1970 to WGS 84 (2)Parameter values taken from Pulkovo 1942 to WGS 84 (9) (code 1293) assuming that Pulkovo 1942 in Romania is equivalent to Dealul Piscului 1970.EPSG%�EPSG�EPSG� ��EPSG#)EPSG-Rom � �e0=o !EPSGXAmersfoort to WGS 84 (1)Replaced by Amersfoort to WGS 84 (2) (code 1672).EPSG%�EPSG�EPSG�@��G�z�@:&fffff@}��
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� ��D��L�F�� � �11�a EPSGmED50 to WGS 84 (1)Derived at 85 stations. Accuracy 3m, 8m and 5m in X, Y and Z axes. In Germany will be accepted by LBA for minerals management purposes as alternative to tfm 1052 or 1998.EPSG%�EPSG�EPSG�
���EPSG#)DMA-mean�B1U� EPSGlCorrego Alegre 1970-72 to WGS 84 (1)Derived at 17 stations. Accuracy 5m, 3m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG��2 ��EPSG#)DMA-Bra�/11� EPSGkChua to WGS 84 (1)Derived at 6 stations. Accuracy 6m, 9m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG� �z ��EPSG#)DMA-Pry�319� EPSGjCarthage to WGS 84 (1)Derived at 5 stations. Accuracy 6m, 9m and 8m in X, Y and Z axes.EPSG%�EPSGEPSG����EPSG#)DMA-Tun�O11�' EPSGiCape to WGS 84 (2)Parameter values are from Cape to Hartebeesthoek94 (1) (code 1504) assuming that Hartebeesthoek94 and WGS 84 are equivalent within the accuracy of the transformation. Residuals should not exceed 15 metres.EPSG%�EPSG~EPSG��`�\(��[��G�{�rJ�\(��EPSG#)DSLI-Zaf�/11� EPSGhCape to WGS 84 (1)Derived at 5 stations. Accuracy 3m, 6m and 6m in X, Y and Z axes.EPSG%�EPSG~EPSG� �x���EPSG#)DMA-Zaf�)0Go EPSGgCampo Inchauspe to WGS 84 (1)Derived at 20 stations. Accuracy 5m in each axis.EPSG%�EPSG}EPSG� �l �ZEPSG#)DMA-Arg�0AM #EPSGfBukit Rimpah to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG{EPSG����EPSG#)DMA-Idn BBI�?1?� EPSGeBogota 1975 to WGS 84 (1)Derived in 1987 at 7 stations. Accuracy 6m, 5m and 6m in X, Y and Z axes.EPSG%�EPSGzEPSG�
30��EPSG#)DMA-Col�&0Ao EPSGdBermuda 1957 to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSGxEPSG�#� �(EPSG#)DMA-Bmu�017�{ + EPSGcBatavia to WGS 84 (1)Note: The area of use cited for this transformation (Sumatra) is not consistent with the area of use (Java) for the Batavia (Genuk) coordinate reference system. Derived at 5 stations.EPSG%�EPSGsEPSG�����EPSG#)DMA-Idn Sumatra�'09q #EPSGbArc 1960 to WGS 84 (1)Derived at 25 stations. Accuracy 20m in each axis.EPSG%�EPSGrEPSG�#�`���EPSG#)DMA-Ken Tza�i19�{ EPSGaArc 1950 to WGS 84 (9)Derived at 10 stations. Accuracy 5m, 8m and 11m in X, Y and Z axes. Replaced by Arc 1950 to WGS 84 (10), tfm code 6906.EPSG%�EPSGqEPSG��r���EPSG#)DMA-Zwe�619� EPSG`Arc 1950 to WGS 84 (8)Derived at 5 stations. Accuracy 21m, 21m and 27m in X, Y and Z axes.EPSG%�EPSGqEPSG�)�m���EPSG#)DMA-Zmb�099 EPSG_Arc 1950 to WGS 84 (7)Derived at 2 stations.EPSG%�EPSGqEPSG��W��EPSG#)DMA-Cod�"09o EPSG^Arc 1950 to WGS 84 (6)Derived at 4 stations. Accuracy 15m in each axis.EPSG%�EPSGqEPSG��z���EPSG#)DMA-Swz�419� EPSG]Arc 1950 to WGS 84 (5)Derived at 6 stations. Accuracy 9m, 24m and 8m in X, Y and Z axes.EPSG%�EPSGqEPSG��_���EPSG#)DMA-Mwi�219� EPSG\Arc 1950 to WGS 84 (4)Derived at 5 stations. Accuracy 3m, 3m and 8m in X, Y and Z axes.EPSG%�EPSGqEPSG�
����EPSG#)DMA-Lso�099 EPSG[Arc 1950 to WGS 84 (3)Derived at 3 stations.EPSG%�EPSGqEPSG�#�g���EPSG#)DMA-Bdi�319� EPSGZArc 1950 to WGS 84 (2)Derived at 9 stations. Accuracy 3m, 5m and 3m in X, Y and Z axes.EPSG%�EPSGqEPSG��v���EPSG#)DMA-Bwa
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9 ��A��!'�H�� � 4 �<1E� EPSG�Kalianpur 1937 to WGS 84 (1)Derived at 6 stations. Accuracy 10m, 8m and 12m in X, Y and Z axes.EPSG%�EPSG0EPSG�� �EPSG#)DMA-Bgd�k1?�w EPSG�Indian 1975 to WGS 84 (1)Derived at 62 stations. Accuracy 3m, 2m and 3m in X, Y and Z axes. Replaced by Indian 1975 to WGS 84 (2) (code 1304).EPSG%�EPSG�EPSG� �2"EPSG#)DMA-Tha�:1?� EPSG�Indian 1954 to WGS 84 (1)Derived at 11 stations. Accuracy 15m, 6m and 12m in X, Y and Z axes.EPSG%�EPSG�EPSG� �7+EPSG#)DMA-Tha�+0Io EPSG�Hu Tzu Shan 1950 to WGS 84 (1)Derived at 4 stations. Accuracy 15m in each axis.EPSG%�EPSG�EPSG�����5EPSG#)DMA-Twn�115� EPSGNZGD49 to WGS 84 (1)Derived at 14 stations. Accuracy 5m, 3m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG�T� �EPSG#)DMA-Nzl�*13� EPSG~GDA94 to WGS 84 (1)Approximation at the 3m level assuming WGS 84 is equivalent to GDA94. Ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSG�EPSG�EPSG#)EPSG-Aus�x15�' EPSG}ETRS89 to WGS 84 (1)ETRS89 and WGS 84 are realizations of ITRS coincident to within 1 metre. This transformation has an accuracy equal to the coincidence figure.EPSG%�EPSG�EPSG�EPSG#)EPSG-eur�51=� EPSG|Egypt 1907 to WGS 84 (1)Derived at 14 stations. Accuracy 3m, 6m and 8m in X, Y and Z axes.EPSG%�EPSG�EPSG� �~n�EPSG#)DMA-Egy�-0-
#EPSG{ED50 to ED87 (2)EPSG%�EPSG�EPSG���(�\)���G�z� EPSG#)��I�^5?}���l�C�� �1&�EPSG#�?�|�hr�EPSG#�NMA-Nor N65�801
%EPSGzED87 to WGS 84 (1)EPSG%�EPSG�EPSG�?陙�����T�ȴ9X�X��t��[�`A�7LEPSG#)��>BZ�c ?�=�K]�?��{���mEPSG#��� }�H�EPSG#�5Nat-NSea-90�313� #EPSGyED50 to WGS 84 (13)Derived at 18 stations. Accuracy 5m, 6m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG� ���EPSG#)DMA-Prt Esp� 03m EPSGxED50 to WGS 84 (12)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,���kEPSG#)DMA-Mlt�"03o #EPSGwED50 to WGS 84 (11)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSG�EPSG�#���yEPSG#)DMA-Ita Sic�"03o %EPSGvED50 to WGS 84 (10)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,���EPSG#)DMA-Ita Sard�}1=� EPSGuED50(ED77) to WGS 84 (2)Given by DMA as from ED50. OGP interpret that as ED50(ED77) in Iran. Derived at 27 stations. Accuracy 9m, 12m and 11m in X, Y and Z axes.EPSG%�EPSG:EPSG���|�\EPSG#)DMA-Irn� 01o EPSGtED50 to WGS 84 (8)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,���~EPSG#)DMA-Grc�211� #EPSGsED50 to WGS 84 (7)Derived at 20 stations. Accuracy 3m, 5m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG����EPSG#)DMA-Fin Nor� 01o #EPSGrED50 to WGS 84 (6)Derived at 40 stations. Accuracy 3m in each axis.EPSG%�EPSG�EPSG����EPSG#)DMA-Irl Gbr�011� EPSGqED50 to WGS 84 (5)Derived at 14 stations. Accuracy 6m, 8m and 8m in X, Y and Z axes.EPSG%�EPSG�EPSG�
�~��iEPSG#)DMA-Egy� 01o EPSGpED50 to WGS 84 (4)Derived at 4 stations. Accuracy 15m in each axis.EPSG%�EPSG�EPSG����tEPSG#)DMA-Cyp�\11�a #EPSGoED50 to WGS 84 (3)Accuracy estimate not available. Note: ED50 is not used in Israel, Lebanon, Kuwait, Saudi Arabia or Syria.EPSG%�EPSG�EPSG�癖�sEPSG#)DMA-midEast
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� � A�� m�Z��7� �G� �413� !EPSG�NAD27 to WGS 84 (7)Derived at 47 stations. Accuracy 5m, 9m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG� � � �EPSG#)DMA-USA AK�513� !EPSG�NAD27 to WGS 84 (6)Derived at 276 stations. Accuracy 5m, 3m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG�� � �EPSG#)DMA-ConusW�513� !EPSG�NAD27 to WGS 84 (5)Derived at 129 stations. Accuracy 5m, 5m and 8m in X, Y and Z axes.EPSG%�EPSG�EPSG� � � �EPSG#)DMA-ConusE�413� EPSG�NAD27 to WGS 84 (4)Derived at 405 stations. Accuracy 5m, 5m and 6m in X, Y and Z axes.EPSG%�EPSG�EPSG�
� � �EPSG#)DMA-Conus�413� EPSG�NAD27 to WGS 84 (3)Derived at 112 stations. Accuracy 15m, 11m and 6m in X, Y and Z axes.EPSG%�EPSG�EPSG�� � �EPSG#)DMA-Can�213� !EPSG�NAD27 to WGS 84 (2)Derived at 19 stations. Accuracy 8m, 3m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG�
} �EPSG#)DMA-Cen Am�413� EPSG�NAD27 to WGS 84 (1)Derived at 15 stations. Accuracy 3m, 9m and 12m in X, Y and Z axes.EPSG%�EPSG�EPSG�� � �EPSG#)DMA-Carib�'0?m #EPSG�Monte Mario to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,� � EPSG#)DMA-Ita Sar�.13� EPSG�Minna to WGS 84 (2)Derived at 6 stations. Accuracy 3m, 6m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG���zEPSG#)DMA-Nga�L13�K EPSG�Minna to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis. Note: Minna is used in Nigeria, not Cameroon.EPSG%�EPSG�EPSG�,��sEPSG#)DMA-Cmr�219� EPSG�Merchich to WGS 84 (1)Derived at 9 stations. Accuracy 5m, 3m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG� �/EPSG#)DMA-Mar� 07m EPSG�Massawa to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,�<EPSG#)DMA-Eth�"0;m EPSG�Mahe 1971 to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,)�$�zEPSG#)DMA-Syc�"0=m EPSG�M'poraloko to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,��~*EPSG#)DMA-Gab�&0=m #EPSG�Luzon 1911 to WGS 84 (2)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,�{��EPSG#)DMA-Phl Min�71=� EPSG�Luzon 1911 to WGS 84 (1)Derived at 6 stations. Accuracy 8m, 11m and 9m in X, Y and Z axes.EPSG%�EPSG�EPSG��{��EPSG#)DMA-Phl N�$0Ao EPSG�Liberia 1964 to WGS 84 (1)Derived at 4 stations. Accuracy 15m in each axis.EPSG%�EPSG�EPSG��(XEPSG#)DMA-Lbr�115� EPSG�Leigon to WGS 84 (1)Derived at 8 stations. Accuracy 2m, 3m and 2m in X, Y and Z axes.EPSG%�EPSG�EPSG��~ lEPSG#)DMA-Gha�:1?� #EPSG�Kertau 1968 to WGS 84 (1)Derived at 6 stations. Accuracy 10m, 8m and 6m in X, Y and Z axes.EPSG%�EPSG�EPSG��SEPSG#)DMA-Mys Sgp�"0;o EPSG�Kandawala to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSG�EPSG�#�VEPSG#)DMA-Lka�"03m %EPSG�NAD27 to WGS 84 (9)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�, � �EPSG#)DMA-Bha Salv�713� 'EPSG�NAD27 to WGS 84 (8)Derived at 11 stations. Accuracy 5m, 3m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG�� � �EPSG#)DMA-Bha xSalv
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] � F����+t� ZZ �%05q #EPSG�OSGB36 to WGS 84 (4)Derived at 13 stations. Accuracy 10m in each axis.EPSG%�EPSG�EPSG����EPSG#)DMA-Gbr Sco�915� #EPSG�OSGB36 to WGS 84 (3)Derived at 25 stations. Accuracy 10m, 10m and 15m in X, Y and Z axes.EPSG%�EPSG�EPSG�s��EPSG#)DMA-Gbr E&W�615� #EPSG�OSGB36 to WGS 84 (2)Derived at 24 stations. Accuracy 5m, 5m and 6m in X, Y and Z axes.EPSG%�EPSG�EPSG�
s��EPSG#)DMA-Gbr Eng�515� EPSG�OSGB36 to WGS 84 (1)Derived at 38 stations. Accuracy 10m, 10m and 15m in X, Y and Z axes.EPSG%�EPSG�EPSG�w��EPSG#)DMA-Gbr�1/�- #EPSG�MGI to WGS 84 (8)May be taken as approximate transformation MGI to ETRS89 assuming ETRS89 is equivalent to WGS 84 within the accuracy of the transformation - see tfm code 1024. Information source gives scale as -2.388739 ppm.EPSG%�EPSG�EPSG�?� @�ͣ�
=q@U��F@~S���EPSG#)�� ����1&�x��n��O�EPSG#�� �ߤ@EPSG#�LBD-Aut Sty�L1/�K EPSG�NTF to WGS 84 (1)These same parameter values are used to transform to ETRS89. See NTF to ETRS89 (1) (code 1651).EPSG%�EPSG�EPSG��X�@EPSG#)IGN-Fra�p1C� EPSG�Naparima 1972 to WGS 84 (1)CAUTION: IOGP believes that the coordinates used to derive these parameter values include a blunder, leading to an error in the value of tX. If a transformation from DMA is required IOGP recommends use of the 1987 version (EPSG codes 1307 and 1556).EPSG%�EPSG�EPSG�!�w �EPSG#)DMA-Tto�'0Ao EPSG�Nahrwan 1967 to WGS 84 (3)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,��d}EPSG#)DMA-UAE�'0Ao EPSG�Nahrwan 1967 to WGS 84 (2)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSG�EPSG�#�
�@�EPSG#)DMA-Sau�T1A�? #EPSG�Nahrwan 1967 to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis. Note: Nahrwan 1967 is not used in Oman.EPSG%�EPSG�EPSG�,� �lqEPSG#)DMA-Omn Mas� 03q EPSG�NAD83 to WGS 84 (1)Derived at 354 stations. Accuracy 2m in each axis.EPSG%�EPSG�EPSG�EPSG#)DMA-N Am�!05q EPSG�NAD27 to WGS 84 (18)Derived at 22 stations. Accuracy 25m in each axis.EPSG%�EPSG�EPSG� � � �EPSG#)DMA-Mex�F15�; EPSG�NAD27 to WGS 84 (17)Derived at 2 stations. Accuracy 25m in each axis. Note: NAD27 is not used in Greenland.EPSG%�EPSG�EPSG�, r �EPSG#)DMA-Grl� 05m EPSG�NAD27 to WGS 84 (16)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,� � �EPSG#)DMA-Cuba� 05o EPSG�NAD27 to WGS 84 (15)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSG�EPSG�#} �EPSG#)DMA-Pan�515� #EPSG�NAD27 to WGS 84 (14)Derived at 8 stations. Accuracy 5m, 8m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG�
� � �EPSG#)DMA-Can Yuk�615� #EPSG�NAD27 to WGS 84 (13)Derived at 17 stations. Accuracy 5m, 5m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG� � �EPSG#)DMA-Can NWT�415� EPSG�NAD27 to WGS 84 (12)Derived at 37 stations. Accuracy 6m, 6m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG� � � �EPSG#)DMA-Can E�815� 'EPSG�NAD27 to WGS 84 (11)Derived at 25 stations. Accuracy 9m, 5m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG� � � �EPSG#)DMA-Can MN ON �$05o #EPSG�OSGB36 to WGS 84 (5)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSG�EPSG�#r��EPSG#)DMA-Gbr Wal
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f��8�+�$��� � �| �057 EPSG�SAD69 to WGS 84 (12)Derived at 1 station.EPSG%�EPSG�EPSG�� �EPSG#)DMA-Tto�059 EPSG�SAD69 to WGS 84 (11)Derived at 6 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Peru�059 EPSG�SAD69 to WGS 84 (10)Derived at 4 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Pgy�039 EPSG�SAD69 to WGS 84 (9)Derived at 5 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Guy�037 # EPSG�SAD69 to WGS 84 (8)Derived at 1 station.EPSG%�EPSG�EPSG���EPSG#)DMA-Ecu Gal�03; EPSG�SAD69 to WGS 84 (7)Derived at 11 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Ecu�039 EPSG�SAD69 to WGS 84 (6)Derived at 7 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Col�039 EPSG�SAD69 to WGS 84 (5)Derived at 9 stations.EPSG%�EPSG�EPSG��EPSG#)DMA-Chile�03; EPSG�SAD69 to WGS 84 (4)Derived at 22 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Bra�039 EPSG�SAD69 to WGS 84 (3)Derived at 4 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Bol�03; EPSG�SAD69 to WGS 84 (2)Derived at 10 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Arg�03; EPSG�SAD69 to WGS 84 (1)Derived at 84 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-mean�059 EPSG�Qornoq to WGS 84 (1)Derived at 2 stations.EPSG%�EPSG�EPSG� � ��CEPSG#)DMA-Grl S�@1;�1 EPSG�POSGAR 94 to WGS 84 (1)Approximation at the +/- 1m level assuming that POSGAR 94 is equivalent to WGS 84.EPSG%�EPSGVEPSG�EPSG#)EPSG-Arg�515� EPSG�PSAD56 to WGS 84 (9)Derived at 24 stations. Accuracy 9m, 14m and 15m in X, Y and Z axes.EPSG%�EPSG�EPSG��� ���EPSG#)DMA-Ven�315� EPSG�PSAD56 to WGS 84 (8)Derived at 6 stations. Accuracy 6m, 8m and 12m in X, Y and Z axes.EPSG%�EPSG�EPSG��� ���EPSG#)DMA-Per�315� EPSG�PSAD56 to WGS 84 (7)Derived at 9 stations. Accuracy 6m, 14m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG��� ���EPSG#)DMA-Guy�315� EPSG�PSAD56 to WGS 84 (6)Derived at 11 stations. Accuracy 3m, 5m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG��� ���EPSG#)DMA-Ecu�15�W EPSG�PSAD56 to WGS 84 (5)Derived at 4 stations. Accuracy 15m in each axis. Note that although the PSAD56 network included Colombia the CRS is not used there: see Bogota 1975 (CRS code 4218).EPSG%�EPSG�EPSG��� ���EPSG#)DMA-Col�S15�M EPSG�PSAD56 to WGS 84 (4)Derived at 3 stations. Accuracy 20m in each axis. Replaced by PSAD56 to WGS 84 (17) (code 6973).EPSG%�EPSG�EPSG�#�� �FEPSG#)DMA-Chl S�R15�K EPSG�PSAD56 to WGS 84 (3)Derived at 1 station. Accuracy 25m in each axis. Replaced by PSAD56 to WGS 84 (15) (code 6971).EPSG%�EPSG�EPSG�,�� ��zEPSG#)DMA-Chl N�415� EPSG�PSAD56 to WGS 84 (2)Derived at 5 stations. Accuracy 5m, 11m and 14m in X, Y and Z axes.EPSG%�EPSG�EPSG��� ��|EPSG#)DMA-Bol�15�I EPSG�PSAD56 to WGS 84 (1)Derived at 63 stations. Accuracy 17m, 27m and 27m in X, Y and Z axes. DMA also lists Colombia as area of applicability but PSAD56 is not used in that country.EPSG%�EPSG�EPSG�*�� ���EPSG#)DMA-mean # �059 EPSG�SAD69 to WGS 84 (13)Derived at 5 stations.EPSG%�EPSG�EPSG���EPSG#)DMA-Ven
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� � [�7� ����S F � 1E�/ EPSG�Kalianpur 1962 to WGS 84 (1)Care! DMA ellipsoid is inconsistent with EPSG ellipsoid - transformation parameter values may not be appropriate. No accuracy estimate available.EPSG%�EPSG1EPSG��� �EPSG#)DMA-Pak�0?M EPSG�Herat North to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG���"rEPSG#)DMA-Afg� 03o EPSG�ED50 to WGS 84 (16)Derived at 4 stations. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,���oEPSG#)DMA-Tun�q13�# EPSG�PZ-90 to WGS 84 (2)Mandated for use in Russia by GosStandard of Russia Decree #327 of August 9, 2001. Republished but with one significant figure less precision to parameter values in GOST R 51794-2008 of December 18 2008.EPSG%�EPSG�EPSG�?� ��G�z�H��G�z�H��������EPSG#)��z�G�{EPSG#����Q� �EPSG#�GOST-Rus�11� 'EPSG�HD72 to WGS 84 (4)Parameter value error in info source Hungarian text but correct in English summary. Replaces HD72 to WGS 84 (2) (code 1831).EPSG%�EPSG�EPSG�@J\(��Q�z�G��-������EPSG#)ELTE-Hun 2004� 09
EPSG�WGS 72BE to WGS 84 (1)EPSG%�EPSG�EPSG�?�ffffffEPSG#)?� I�^5?EPSG#���Q� �REPSG#�DMA� 09
EPSG�WGS 72BE to WGS 72 (1)EPSG%�EPSG�EPSG��������EPSG#)?�
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EPSG�WGS 72 to WGS 84 (2)EPSG%�EPSG�EPSG�@ EPSG#)?�^5?|�EPSG#�?�1&�x�EPSG#�DMA2� 05
EPSG�WGS 72 to WGS 84 (1)EPSG%�EPSG�EPSG�@ EPSG#)?�^5?|�EPSG#�?�e��ںEPSG#�DMA1�m13� )EPSG�AGD84 to WGS 84 (2)"Higgins parameters". Replaced by AGD84 to GDA94 (2) (code 1280) and AGD84 to WGS 84 (7) (code 1669). Note: AGD84 officially adopted only in Queensland, South Australia and Western Australia.EPSG%�EPSGkEPSG���I<(�\@a�z�G�EPSG#)��p��
=q��\(����t�jEPSG#�?�*0U2a|EPSG#�Auslig-Aus old�319� EPSG�Zanderij to WGS 84 (1)Derived at 5 stations. Accuracy 5m, 5m and 8m in X, Y and Z axes.EPSG%�EPSG�EPSG� ��x��EPSG#)DMA-Sur�05M EPSG�Yacare to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG��e �%EPSG#)DMA-Ury�613� !EPSG�Tokyo to WGS 84 (4)Derived at 3 stations. Accuracy 20m, 5m and 20m in X, Y and Z axes.EPSG%�EPSG�EPSG� �b��EPSG#)DMA-Jpn Ok�_13�k EPSG�Tokyo to WGS 84 (3)Derived at 29 stations. Accuracy 8m, 5m and 8m in X, Y and Z axes. Replaced by Tokyo to WGS 84 (5) (code 1305).EPSG%�EPSG�EPSG�
�n��EPSG#)DMA-Kor�213� EPSG�Tokyo to WGS 84 (2)Derived at 16 stations. Accuracy 8m, 5m and 8m in X, Y and Z axes.EPSG%�EPSG�EPSG�
�l��EPSG#)DMA-Jpn�813� #EPSG�Tokyo to WGS 84 (1)Derived at 31 stations. Accuracy 20m, 5m and 20m in X, Y and Z axes.EPSG%�EPSG�EPSG� �l��EPSG#)DMA-Jpn Kor�019 EPSG�TM65 to WGS 84 (1)Derived at 7 stations.EPSG%�EPSG�EPSG���cEPSG#)DMA-Ire�>1C� !EPSG�Timbalai 1948 to WGS 84 (1)Derived at 8 stations. Accuracy 10m, 10m and 12m in X, Y and Z axes.EPSG%�EPSG�EPSG��Y��EPSG#)DMA-Borneo�0=M EPSG�Tananarive to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG��C��EPSG#)DMA-Mdg�01=� EPSG�Schwarzeck to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis. Beware! Source CRS uses German legal metres, transformation parameter values are in (International) metres. See tfm code 1271 for example.EPSG%�EPSG�EPSG�#ha�EPSG#)DMA-Nam
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EPSG�NTF to ED50 (1)EPSG%�EPSG�EPSG��%�EPSG#)IGN-Fra�N13�O EPSG�ED50 to WGS 84 (17)These same parameter values are used to transform to ETRS89. See ED50 to ETRS89 (10) (code 1650).EPSG%�EPSG�EPSG����EPSG#)IGN-Fra�1?�1 EPSG�Pulkovo 1942 to LKS94 (1)May be taken as approximate transformation Pulkovo 1942 to WGS 84 - see code 1679.EPSG%�EPSG�EPSG= �DL(�\�2������QU�-VEPSG#)�bM��O�;dZ @�S���EPSG#��2-VEPSG#�HNIT-Ltu�p11�! EPSG�HD72 to ETRS89 (1)May be taken as approximate transformation HD72 to WGS 84 - see code 1677.EPSG%�EPSG�EPSG��@R�G�z�@.��Q� EPSG#)�z�G��ə��������G�z�EPSG#���(�\)EPSG#�ELTE-Hun�05
EPSG�GGRS87 to WGS 84 (1)EPSG%�EPSGEPSG�h��
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=p�EPSG#)Hel-Grc� 1=� EPSG�Schwarzeck to WGS 84 (2)Beware! Source CRS uses GLM, tfm param in m. Example: Schwarzeck φ=19°35'46.952"S λ=20°41'50.649"E h=1185.99m; X=5623409.386 Y=2124618.003 Z=-2125847.632 GLM; X=5623485.84m Y=2124646.89m Z=-2125876.54m; WGS 84 X=5624101.48m Y=2124748.97m Z=-2126132.35m.EPSG%�EPSG�EPSG��@�= �Q�@Y� �Q�o�� �REPSG#)SLI-Nam�!1C�q EPSG�Pulkovo 1942 to WGS 84 (17)Derived through concatenation of Pulkovo 1942 to PZ-90 (1) (tfm code 15844) and PZ-90 to WGS 84 (2) (tfm code 1244. Mandated for use in Russia by GOST R 51794-2001, but this has been superseded by GOST R 51794-2008. Replaced by tfm code 5044.EPSG%�EPSG�EPSG�@7� �Q�a���
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=EPSG#����Q� �EPSG#�GOST-Rus�Z1?�1 EPSG�Pulkovo 1995 to PZ-90 (1)Mandated for use in Russia by GosStandard of Russia Decree #327 of August 9, 2001.EPSG%�EPSGhEPSG�@9�fffff�`^z�G��Tp��
=qEPSG#)GOST-Rus�]13�i EPSG�Fahud to WGS 84 (1)Derived at 7 stations. Accuracy 3m, 3m and 9m in X, Y and Z axes. Replaced by Fahud to WGS 84 (3) (code 6908).EPSG%�EPSG�EPSG�
��� �EPSG#)DMA-Omn�z1I� EPSG�Nord Sahara 1959 to WGS 84 (2)Derived at 2 stations. Accuracy 25m in each axis. CAUTION: DMA describe Source CRS as Voirol 1960. OGP believes that the data used in the derivation of these parameters contains a blunder. We recommend using CT North Sahara 1959 to WGS84 (1) (code 1253).EPSG%�EPSG�EPSG�,��2 �EPSG#)DMA-Dza N�0AM EPSG�Pulkovo 1942 to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG�� �~�EPSG#)DMA-Rus�*0Io EPSG�Nord Sahara 1959 to WGS 84 (1)Derived at 3 stations. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,�F�6EPSG#)DMA-Alg� 03m !EPSG�NAD83 to WGS 84 (3)Derived at 6 stations. Accuracy 2m in each axis.EPSG%�EPSG�EPSG��EPSG#)DMA-USA Hi�013� !EPSG�NAD83 to WGS 84 (2)Derived at 4 stations. Accuracy 5m, 2m and 5m in X, Y and Z axes.EPSG%�EPSG�EPSG��EPSG#)DMA-AK Alu�#05o #EPSG�NAD27 to WGS 84 (22)Derived at 5 stations. Accuracy 10m in each axis.EPSG%�EPSG�EPSG� �iEPSG#)DMA-AK AluW�615� #EPSG�NAD27 to WGS 84 (21)Derived at 6 stations. Accuracy 6m, 8m and 10m in X, Y and Z axes.EPSG%�EPSG�EPSG�� � �EPSG#)DMA-AK AluE 0 l0/
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��h�N�(u � �11�[ EPSGTete to Moznet (1)Mean of 32 stations. Residuals as high as 30 metres. To reduce the size of the residuals; four regional parameter sets (see codes 1298-1301) were developed. May be taken as approximate transformation Tete to WGS 84 - see code 1683.EPSG%�EPSG EPSG" �\��t�j�U�\)�Ym���EPSG#)?��-V�$�/@ ~��"��EPSG#�@"�dZ �EPSG#�DNGC-Moz�10CO )EPSGTrinidad 1903 to WGS 84 (1)Derived in 1989 by ONI for Amoco.EPSG%�EPSG�EPSG��N��"��`@q����+@}���FEPSG#)Amoco-Tto Trin�0?M !EPSGVoirol 1875 to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG�� �EPSG#)NIMA-Dza N�
0A9 EPSG
Pulkovo 1942 to WGS 84 (9)Derived at 4 stations.EPSG%�EPSG�EPSG� ��EPSG#)NIMA-Rom� 0A9 EPSG Pulkovo 1942 to WGS 84 (8)Derived at 7 stations.EPSG%�EPSG�EPSG��~�EPSG#)NIMA-Alb� 0A9 EPSG Pulkovo 1942 to WGS 84 (7)Derived at 2 stations.EPSG%�EPSG�EPSG�,�~�EPSG#)NIMA-Kaz�
0A9 EPSG
Pulkovo 1942 to WGS 84 (6)Derived at 5 stations.EPSG%�EPSG�EPSG���EPSG#)NIMA-Lva�
0A9 EPSG Pulkovo 1942 to WGS 84 (5)Derived at 6 stations.EPSG%�EPSG�EPSG���EPSG#)NIMA-Cze� 0A; EPSGPulkovo 1942 to WGS 84 (4)Derived at 11 stations.EPSG%�EPSG�EPSG���EPSG#)NIMA-Pol�
0A9 EPSGPulkovo 1942 to WGS 84 (3)Derived at 5 stations.EPSG%�EPSG�EPSG� ��EPSG#)NIMA-Hun�05M % EPSGSegora to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG�m�)EPSG#)NIMA-Idn Kal�619� EPSGArc 1960 to WGS 84 (3)Derived at 12 stations. Accuracy 6m, 9m and 10m in X, Y and Z axes.EPSG%�EPSGrEPSG��Q��EPSG#)NIMA-Tza�519� EPSGArc 1960 to WGS 84 (2)Derived at 24 stations. Accuracy 4m, 3m and 3m in X, Y and Z axes.EPSG%�EPSGrEPSG��c���EPSG#)NIMA-Ken�13�; EPSGLKS94 to WGS 84 (1)LKS94 is a national realization of ETRS89 and coincident to WGS 84 within 1 metre. This transformation has an accuracy equal to the coincidence figure.EPSG%�EPSG=EPSG�EPSG#)HNIT-Ltu�)07S # EPSGSamboja to WGS 84 (1)Datum shift derived through ITRF93.EPSG%�EPSG EPSG�yLz�G�@�mp��
=@F�(�\EPSG#)TOT-Idn Mah�1A�q EPSGPulkovo 1995 to WGS 84 (1)Derived through concatenation of Pulkovo 1995 to PZ-90 (1) (tfm code 1257) and PZ-90 to WGS 84 (2) (tfm code 1244). Mandated for use in Russia by GOST R 51794-2001, but this has been superseded by GOST R 51794-2008. Replaced by tfm code 5043.EPSG%�EPSGhEPSG�@8�� �R�`f�Q� �T�=p��
EPSG#)��z�G�{EPSG#����Q� �EPSG#�GOST-Rus�!11�k 'EPSG AGD84 to GDA94 (2)Replaces AGD84 to WGS 84 (2) (code 1236). May be taken as approximate transformation AGD84 to WGS 84 - see code 1669. Note: although applicable nationwide, AGD84 officially adopted only in Queensland, South Australia and Western Australia.EPSG%�EPSGkEPSG��]p��F�I�G�z�@aa�E��EPSG#)�Ұ ě���Z �1'�Ѻ^5?|�EPSG#���r� ě�EPSG#�Auslig-Aus 1m�w11�{ 'EPSG�AGD84 to GDA94 (1)Derived at 327 stations. May be taken as approximate transformation AGD84 to WGS 84 - see code 15789. For higher accuracy use AGD84 to GDA94 (2) (code 1280). Note: AGD84 officially adopted only in Queensland, South Australia and Western Australia.EPSG%�EPSGkEPSG��` �@c,�����EPSG#)Auslig-Aus 5m
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� ��N r� � �N15�G EPSG"OSGB36 to WGS 84 (6)Commonly referred to as the "OSGB Petroleum transformation". For a more accurate transformation see ETRS89 to OSGB36 / British National Grid (3) (code 7953).EPSG%�EPSG�EPSG�@{�+ I��_J I�^5@��z�G�EPSG#)?�333333?ϝ�-V?���l�EPSG#��4}/��wEPSG#�UKOOA-Pet�13� EPSG ED50 to WGS 84 (18)Recommended CT for UKCS and IrishCS petroleum purposes, known as "Common Offshore". Based on ED50 to WGS 72 (precise ephemeris) 6-nations agreement of 1981 with which precise to broadcast and broadcast to WGS 84 transformations have been concatenated.EPSG%�EPSG�EPSG�V` �Ws33333�^�fffffEPSG#)�����+EPSG#�?�333333EPSG#�UKOOA-CO�60A5 ! EPSG Pulkovo 1942 to ETRS89 (1)Mean of 20 stations.EPSG%�EPSG�EPSG���EPSG#)��z�G�{?� ?���
=p�EPSG#�?���EPSG#�IfAG-Deu E� 11�k !EPSG DHDN to ETRS89 (1)Mean of 69 stations. May be taken as approximate tfm DHDN to WGS 84 (code 1673). Replaced by DHDN to ETRS89 (2) (tfm code 1776) and regional higher accuracy tfms. Note: these later tfms have been published using the Position Vector method.EPSG%�EPSG�EPSG�Fi�EPSG#)���
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=p�EPSG#�@ ������EPSG#�IfAG-Deu W�13�? ) EPSG NAD83 to WGS 84 (4)Strictly between NAD83 and ITRF94(1996.0). Superseded by NAD83 to WGS 84 (5) (code 1515).EPSG%�EPSG�EPSG��)^��?� �䎊r?�!�R�<EPSG#)���n% +�j(���$�m��^�e�EPSG#�EPSG#�NGS-Usa ITRF94�E1C� %EPSGNaparima 1972 to WGS 84 (3)DMA does not differentiate between Naparima 1955 (Trinidad) and Naparima 1972 (Tobago). Consequently for Trinidad IOGP has duplicated this transformation as Naparima 1955 to WGS 84 (3) - see code 1556.EPSG%�EPSG�EPSG��v �EPSG#)NIMA-Tto Tob�0/M EPSGMGI to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG����5�EPSG#)NIMA-balk�L13�C EPSGTokyo to WGS 84 (5)Derived at 29 stations. Accuracy 2m in each axis. Replaces Tokyo to WGS 84 (3) (code 1232).EPSG%�EPSG�EPSG��m��EPSG#)NIMA-Kor�i1?�q EPSGIndian 1975 to WGS 84 (2)Derived at 62 stations. Accuracy 3m, 2m and 3m in X, Y and Z axes. Replaces Indian 1975 to WGS 84 (1) (code 1154).EPSG%�EPSG�EPSG� �.!EPSG#)NIMA-Tha�j0Co #EPSGPulkovo 1942 to WGS 84 (10)Mean of 13 stations along entire Kazak coastline.EPSG%�EPSG�EPSG�@E�7KƧ�[5�S���]�p��
=EPSG#)?�G�z�H��Z �1'?畁$�/EPSG#�?�hr� �EPSG#�KCS-Kaz Cas�]15�Y EPSGMoznet to WGS 84 (1)For many purposes Moznet can be considered to be coincident with WGS 84. Accuracy better than 1 metre.EPSG%�EPSG"EPSG�EPSG#)EPSG#�EPSG#�EPSG-Moz�)11� !EPSGTete to Moznet (5)Mean of 7 stations. Residuals are 5-10 metres. May be taken as approximate transformation Tete to WGS 84 - see code 1687.EPSG%�EPSG EPSG"
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=qEPSG#)��XbM���9XbN@��+ EPSG#��L�O�;dZEPSG#�DNGC-Moz D�711� !EPSGTete to Moznet (4)Mean of 11 stations. Residuals are generally under 3 metres. May be taken as approximate transformation Tete to WGS 84 - see code 1686.EPSG%�EPSG EPSG"�R^5?|�I�z�G��\ ��+EPSG#)��~��"��ffffff@��l�EPSG#�?�n��EPSG#�DNGC-Moz C�611� !EPSGTete to Moznet (3)Mean of 6 stations. Residuals are generally under 4 metres. May be taken as approximate transformation Tete to WGS 84 - see code 1685.EPSG%�EPSG EPSG"�aP�/���V�-�\����EPSG#)?�� �Q�
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EPSG4Pulkovo 1942 to EST92 (1)EPSG%�EPSG�EPSG% @5�=��B �X@lvJ�N^�d���EPSG#)����zN{��f�3]%���Mj OEPSG#��dtS��MEPSG#�UT-Est{03
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13� # EPSG1Mhast to WGS 84 (1)Superseded in 1990 by trf Malongo 1987 to WGS 84 (2), code 1557. Malongo 1987 is an offshore extension of the Mhast cooordinate system.EPSG%�EPSG�EPSG�
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=q�XQ� �EPSG#)CHV-Ago Cab�=1?�! # EPSG0Malongo 1987 to Mhast (1)Malongo 1987 is an offshore extension of Mhast adopted by Chevron in 1987.EPSG%�EPSG�EPSG�EPSG#)CHV-Ago Cab�?0E EPSG/Camacupa 1948 to WGS 84 (10)Derived at platform PAL F2 in 1994 by Topnav using Doris.EPSG%�EPSG|EPSG��Is33333�u�������EPSG#)ELF-Ago N�_1C�w #EPSG.Camacupa 1948 to WGS 84 (9)Derived by GPS on two Topnav DGPS reference stations at Djeno and Luanda. Replaces Camacupa 1948 to WGS 84 (3). In block 18 replaced by BP from 1999 by Camacupa 1948 to WGS 84 (10).EPSG%�EPSG|EPSG�
�D�KƧ�wi$�/�lI/��wEPSG#)?�^5?|�EPSG#�?�1&�x�EPSG#�SHL-Ago B16�%1C�5 )EPSG-Camacupa 1948 to WGS 84 (8)Derived at platform PAL F2 in December 1992. Used by Total for block 2 between December 1992 and 1994 then replaced by Camacupa 1948 to WGS 84 (10).EPSG%�EPSG|EPSG��HL�����u�������lٙ����EPSG#)ELF-Ago B2 old�|1C� #EPSG,Camacupa 1948 to WGS 84 (7)Derived at platform PAL F2 in December 1992. For use in blocks 3, 7 and 17, replaced by Camacupa 1948 to WGS 84 (10) (code 1327).EPSG%�EPSG|EPSG����EPSG#)ELF-Ago B15�)0Ce )EPSG+Camacupa 1948 to WGS 84 (6)Derived at Luanda observatory December 1992.EPSG%�EPSG|EPSG����EPSG#)ELF-Ago B7 old�61C�c )EPSG*Camacupa 1948 to WGS 84 (5)Derived at station Djeno during coordination of platform PAL F2 in February 1992. Used by Elf for block 3 up to December 1992 then replaced by Camacupa 1948 to WGS 84 (7).EPSG%�EPSG|EPSG��K� ���l�fffffEPSG#)ELF-Ago B3 old� 1C�y EPSG)Camacupa 1948 to WGS 84 (4)Mean of 123 Transit passes at station Cabo Ledo NE base in November 1990. Used by Elf for block 7 up to December 1992 then replaced by Camacupa 1948 to WGS 84 (7). Used by Total in block 8, ExxonMobil block 24, Western Geophysical for spec. data.EPSG%�EPSG|EPSG�
�D�fffff�uc33333�l�fffffEPSG#)GSI-Ago�i1C� #EPSG(Camacupa 1948 to WGS 84 (3)Replaced by Camacupa 1948 to WGS 84 (9). Used by Shell prior to 1994.EPSG%�EPSG|EPSG�
�B�������w)������ EPSG#)?�^5?|�EPSG#�?�1&�x�EPSG#�SHL-Ago oldy0C
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�EG�z�t�\(��l� EPSG#)CON-Ago B5�d1G�= EPSG%Camacupa 1948 to WGS 72BE (1)Derived by Geophysical Services Inc. in 1979 from mean of Transit results at 7 stations.EPSG%�EPSG|EPSG�
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1A� 'EPSG2Malongo 1987 to WGS 84 (1)Derived at Station Y in April 1989 using 572 transit satellite passes. Computed value for dZ was -96.42 but -96.38 has been utilised. Replaced Malongo 1987 to WGS 84 (3) (code 15791) in 1989. Replaced by Malongo 1987 to WGS 84 (2) (code 1557) in 1990.EPSG%�EPSG�EPSG�
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e � r�D�\�� �� �G11�/ /EPSG�AGD66 to GDA94 (4)For higher accuracy requirements see AGD66 to GDA94 (11) (code 1803). May be taken as approximate transformation AGD66 to WGS 84 - see code 1666.EPSG%�EPSGjEPSG��]֗�O�;�H&�+ J@ao|�hsEPSG#)�ڏ\(��У�
=p������+EPSG#��㝲-VEPSG#�Auslig-NSW Vic 1m�#11�g /EPSG�AGD66 to GDA94 (3)Replaced in 2000 by AGD66 to GDA94 (8) (code 1594). Application gives result differences which are sub-metre.EPSG%�EPSGjEPSG��^,z�G��O]p��
=@d��Q� EPSG#)���l�C��?� I�^5??��-VEPSG#�@�/��wEPSG#�Auslig-Tas 1m old�11�M 'EPSG�AGD66 to GDA94 (2)For higher accuracy requirements see AGD66 to GDA94 (11) (code 1803). May be taken as approximate transformation AGD66 to WGS 84 - see code 1665. See code 5827 for a marginally better accuracy transformation derived locally.EPSG%�EPSGjEPSG��`&-V�D�"��`B@`W\(�EPSG#)��|�hr���-V��V�uEPSG#����
=p�EPSG#�Auslig-ACT 1m�/11� EPSG�HD72 to ETRS89 (2)Derived at 1153 stations of the Hungarian National GPS Network. Values here correct parameter errors given in Hungarian standard MSZ 7222:2002. Replaces HD72 to ETRS89 (1), code 1829. May be taken as approximate tfm HD72 to WGS 84 - see tfm code 1448.EPSG%�EPSG�EPSG�?ٙ�����@JW�O�;d�Q�j~��#�+�33333EPSG#)?����+?�6z���?�ݗ�+j�EPSG#�?�N;�5�XEPSG#�MSZ-Hun�m11� 'EPSG�HD72 to WGS 84 (3)Parameter values taken from HD72 to ETRS89 (2) (code 1449) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaces HD72 to WGS 84 (1) (code 1830).EPSG%�EPSG�EPSG�@JW�O�;d�Q�j~��#�+�33333EPSG#)?����+?�6z���?�ݗ�+j�EPSG#�?�N;�5�XEPSG#�ELTE-Hun 2003x0E
EPSG�St. Lucia 1955 to WGS 84 (1)EPSG%�EPSG�EPSG�
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EPSG�St. Kitts 1955 to WGS 84 (1)EPSG%�EPSG�EPSG�
� �EPSG#)DOS-Kna�41G� EPSG�Montserrat 1958 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�, �gmEPSG#)DOS-Msrz0A
EPSG�Grenada 1953 to WGS 84 (1)EPSG%�EPSG�EPSG�
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EPSG�ED50 to WGS 84 (19)EPSG%�EPSG�EPSG��W �����_� EPSG#)HEL-Grc�13�A !EPSG�PSD93 to WGS 84 (1)Residuals 0.5m at 67% probability level. Replaced PSD93 to WGS 84 (2) (code 8581) in 1997.EPSG%�EPSG&EPSG�?� �f������l0�n��@e�hr� �EPSG#)��� �Q�^5?|�@ �1&�yEPSG#�@0��}�2�EPSG#�PDO-Omn 97� 03
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@l�z�G�EPSG#)?�^5?|�EPSG#�?�1&�x�EPSG#�PDO-Omn�11�1 EPSG�RT90 to ETRS89 (1)Derived at 22 points in 1993. Replaced by RT90 to SWEREF99 (1) (code 1895) from 2001. This transformation is actually between ETRS89 and RR92. RR92 is a geographic 3D CRS where the horizontal component is RT90.EPSG%�EPSG EPSG�?� @z6#9���@X�XbM�@�z�����EPSG#)��6b������ ,^-@ ryJEPSG#���ֶZ��IEPSG#�NLS-Swe�40C
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.�F2Gmi\�ttI V � 1=�I #EPSG�Hito XVIII to WGS 84 (1)Derived through ties at 3 stations (RC03, TOTAL11 and MP12) to 3 IGS stations in November 1995EPSG%�EPSG�EPSG�?� @2aG�z�@hfffff@X4z�G�EPSG#)?��1&�y��-V��ə�����EPSG#��UL�_��EPSG#�TOT-Arg TdF�~1G�[ #EPSG�Campo Inchauspe to WGS 84 (2)Derived through ties at 2 stations (Cerro Colorado and Chihuido Sur) to 4 IGS stations in February 1995EPSG%�EPSG}EPSG�?� �cP @b�fffff@Y�����EPSG#)TOT-Arg Neur0?
EPSG�Dabola 1981 to WGS 84 (1)EPSG%�EPSG;EPSG��%|EPSG#)IGN-Gint0A
EPSG�Conakry 1905 to WGS 84 (1)EPSG%�EPSG�EPSG� ��EPSG#)IGN-Gin� 1;� EPSG�La Canoa to WGS 84 (18)Parameter values estimated accuracy: ± 2.0m; ± 2.7m; ± 1.3m respectively. Also used for PSAD56 to WGS 84 transformations.EPSG%�EPSG�EPSG�@ �q @[�fffff�v^fffffEPSG#)LAG-Ven E�13�9 ) EPSG�NAD83 to WGS 84 (5)Strictly between NAD83 and ITRF96(1997.0). Supersedes NAD83 to WGS 84 (4) (code 1308).EPSG%�EPSG�EPSG��E���?���%��2?�i�B���EPSG#)������i �" �nYI^��FEPSG#�EPSG#�NGS-Usa ITRF96�X0=Y EPSG�ED50(ED77) to WGS 84 (1)Used for South Pars phases 6, 7 and 8.EPSG%�EPSG:EPSG�[� �Q�Xn�Q� �]�fffffEPSG#)?��>BZ�c?�IQ���?�`A�7K�EPSG#�?� ě��TEPSG#�NCCI-Irn�i11�A )EPSG�FD58 to WGS 84 (1)Derived in 1998 in Kangan district by Geoid for Total. Used for South Pars phases 2 and 3.EPSG%�EPSG$EPSG�?� �n1G�z�dtz�G�@x��\)EPSG#)TOT-Irn Kangan�1=� )EPSG�Rassadiran to WGS 84 (1)Derived in 1998 at Assaluyeh (Taheri refinery) by Geoid for Total. Used only for terminal site for South Pars phases 2 and 3.EPSG%�EPSG9EPSG�?� �`�(�\�c� �c��
=p�EPSG#)TOT-Irn Taheri�417� EPSG�CHTRS95 to WGS 84 (1)For many purposes CHTRS95 can be considered to be coincident with WGS 84.EPSG%�EPSG7EPSG�EPSG#)EPSG-CH�015�g EPSG�CH1903 to WGS 84 (2)These parameters are strictly between CH1903+ and CHTRF95 but are used from CH1903 as an approximation which is within the accuracy of the distortions in the CH1903 network.EPSG%�EPSG5EPSG�@���E�@. �1&�@yU�7KƨEPSG#)BfL-CH 2�19�u EPSG�CH1903+ to CHTRS95 (1)This transformation is also given as CH1903+ to ETRS89 (1) (code 1647). CHTRS95 is a national realization of ETRS89.EPSG%�EPSG6EPSG7?�������@���E�@. �1&�@yU�7KƨEPSG#)BfL-CH�p15� EPSG�CH1903 to WGS 84 (1)Implemented in Bundesamt für Landestopographie programme GRANIT.EPSG%�EPSG5EPSG�@����-V@+ �1'@w�$�/EPSG#)@�;dZ �?��+ I�@�n��PEPSG#�@��
=p�EPSG#�BfL-CH 1�M1I�= EPSG�Hartebeesthoek94 to WGS 84 (1)For many purposes Hartebeesthoek94 datum can be considered to be coincident with WGS 84.EPSG%�EPSG4EPSG�EPSG#)EPSG-Zaf�h1E�G EPSG�Cape to Hartebeesthoek94 (1)Residuals should not exceed 15 metres. Also used to transform Cape to WGS 84 - see code 1129.EPSG%�EPSG~EPSG4�`�\(��[��G�{�rJ�\(��EPSG#)DSM-Zaf�A1C�+ EPSG�NAD83(CSRS98) to WGS 84 (1)For many purposes NAD83(CSRS98) can be considered to be coincident with WGS 84.EPSG%�EPSG,EPSG�EPSG#)EPSG-Can�*0/
EPSG�MGI to WGS 84 (2)EPSG%�EPSG�EPSG�
���S��V�A�7K�|��9XbEPSG#)�/�*�0��333333�0YQ��� EPSG#��b��}VmEPSG#�BEV-Aut�50Yo #EPSG�Chos Malal 1914 to Campo Inchauspe (1)Derived through common coordinates at 5 stations.EPSG%�EPSG@EPSG}
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c R��X�B��Oj� � �c13�G #EPSGAratu to WGS 84 (4)Replaced by Aratu to WGS 84 (18) (tfm code 5061) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��a�\(�@r�z�G��b��z�HEPSG#)PB-Bra TucS�c13�G #EPSGAratu to WGS 84 (3)Replaced by Aratu to WGS 84 (18) (tfm code 5061) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��a������@rW
=p��b�� �REPSG#)PB-Bra TucC�c13�G #EPSGAratu to WGS 84 (2)Replaced by Aratu to WGS 84 (18) (tfm code 5061) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��as�
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Aratu to WGS 84 (1)EPSG%�EPSGpEPSG��b;�lEPSG#)PB-Bra Camp�Z15�; EPSG SAD69 to WGS 84 (14)Derived by Brazilean Institute of Geography and Statistics (IGBE) in 1989. Used by ANP.EPSG%�EPSG�EPSG�P��z�H@z�G�{�CB�\(��EPSG#)IGBE-Bra� 05o EPSG Bissau to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSGEEPSG��S �EPSG#)DMA-Gnb� 0=
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Egypt 1907 to WGS 84 (3)EPSG%�EPSG�EPSG� �bF�Q� @\(Q� �@333333EPSG#)Racal-Egy GoS�0=
EPSG Egypt 1907 to WGS 72 (1)EPSG%�EPSG�EPSG��^s33333@X�fffff�.ffffffEPSG#)MCE-Egy� 0=? EPSGHanoi 1972 to WGS 84 (1)Derived in Vung Tau area.EPSG%�EPSG3EPSG��1��\(��[z�G��O1� �REPSG#)BP-Vnm�,0?m )EPSGIndian 1960 to WGS 84 (3)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG#EPSG�, ��XEPSG#)DMA-Vnm ConSon�*0?o #EPSGIndian 1960 to WGS 84 (2)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSG#EPSG�, �q=EPSG#)DMA-Vnm 16N�<1C� EPSGIndian 1960 to WGS 72BE (1)Derived in Vung Tau area by Technical Navigation for Deminex in 1978.EPSG%�EPSG#EPSG� ��=EPSG#)PV-Vnmn0?
EPSGYemen NGN96 to WGS 84 (1)EPSG%�EPSGCEPSG�EPSG#)IGN-Yem�b1I�S 'EPSGSouth Yemen to Yemen NGN96 (1)May be used as an approximate transformation to WGS 84 - see South Yemen to WGS 84 (1) (code 1682).EPSG%�EPSGDEPSGC��vCEPSG#)IGN-Yem South�+09] EPSGCarthage to WGS 84 (2)Derived at station Chaffar January 1995.EPSG%�EPSGEPSG�pA�����@ @{33333EPSG#)Elf-Tun�'0?O EPSGIndian 1975 to WGS 84 (3)Derived in 1995 at point RTSD181.EPSG%�EPSG�EPSG�@i�z�G�@�� �R@r\�����EPSG#)Fug-Tha�1A� #EPSG Nahrwan 1967 to WGS 84 (5)Derived by Brown & Root in 1992 for Qatar General Petroleum Corporation North Field development. Adopted by QGPC for all offshore Qatar.EPSG%�EPSG�EPSG�oFfffff�c"�G�{@x{33333EPSG#)B&R-Qat off�.03
EPSG�Minna to WGS 84 (3)EPSG%�EPSG�EPSG�[��G�{�U�fffff@\� EPSG#)?� ?��"��`B?�1&�x�EPSG#�?�bM��EPSG#�SHL-Nig S}0E
%EPSG�Kalianpur 1937 to WGS 84 (2)EPSG%�EPSG0EPSG� �$ EPSG#)TOT-Mmr Moat�b1=�1 EPSG�M'poraloko to WGS 84 (2)Derived as mean of Doris determinations at 3 stations in Port Gentil area in 1994.EPSG%�EPSG�EPSG�?� �T,�����`� @D������EPSG#)Elf-Gab94� 1A�+ #EPSG�Nahrwan 1967 to WGS 84 (4)Parameter values adopted by Total are mean of those derived by Oceonics and Geoid through ties at platform AK1 to 4 IGS stations in March 1995.EPSG%�EPSG�EPSG�?� � �c<�����@w������EPSG#)TOT-UAE Abk � ��
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EPSG�NAD27 to WGS 84 (30)EPSG%�EPSG�EPSG��������@`������@f������EPSG#)ICH-Cub �y1A�{ EPSG�Abidjan 1987 to WGS 84 (1)Derived in Abidjan for use in the immediate area, but used by E&P industry onshore and offshore. Accuracy is submetre in Abidjan but unknown elsewhere. A similar CT (tfm code 6872) was used by Western Geophysical for offshore surveys in the 1990s.EPSG%�EPSG/EPSG��_0��
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EPSG5EST92 to WGS 84 (1)EPSG%�EPSG%EPSG�?� ?�(�\)��O�;dZ �Ǯz�G�EPSG#)���<64?3�*0U2a?|�1&�yEPSG#����1&�yEPSG#�UT-Est �*11� !EPSG#OSGB36 to ED50 (1)Known as the "UKOOA landward/seaward transformation". This transformation is concatenated from OSGB36 to WGS 84 (6) (Petroleum) (code 1314) minus ED50 to WGS 84 (18) (Common Offshore) (code 1311). Accuracy better than 4m and generally better than 2m.EPSG%�EPSG�EPSG�@����$�?[dZ �@��G�z�EPSG#)?�333333?ϝ�-V?�-VEPSG#��5�bM��EPSG#�UKOOA-UKCS �411� !EPSGTete to Moznet (2)Mean of 9 stations. Residuals are generally under 1 metre. May be taken as approximate transformation Tete to WGS 84 - see code 1684.EPSG%�EPSG EPSG"�T� �L�j~��#�c��t�jEPSG#)@C��$ݿ�bM��?�l�C��EPSG#����"��`EPSG#�DNGC-Moz A �11� 'EPSG�AGD66 to GDA94 (1)Given to greater precision but no better accuracy at http://www.dehaa.sa.gov.au For higher accuracy requirements see various regional transformations. May be taken as approximate transformation AGD66 to WGS 84 - see code 15788. Derived at 162 stations.EPSG%�EPSGjEPSG��_�33333�J&fffff@c �����EPSG#)Auslig-Aus 5m �01m EPSG�ID74 to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,��EPSG#)DMA-Idn ߁*0Im EPSG�Sapper Hill 1943 to WGS 84 (1)Derived at 5 stations. Accuracy 1m in each axis.EPSG%�EPSG�EPSG���HEPSG#)DMA-Flk E ށ%0Am EPSG�Pointe Noire to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�,�l3��EPSG#)DMA-Cog ݁815� 'EPSG�NAD27 to WGS 84 (10)Derived at 25 stations. Accuracy 8m, 8m and 6m in X, Y and Z axes.EPSG%�EPSG�EPSG�
� � �EPSG#)DMA-Can AB BC ܂[1E�I #EPSG�Kalianpur 1975 to WGS 84 (1)Derived at 7 stations. Accuracy 12m, 10m and 15m in X, Y and Z axes. Care! DMA ellipsoid is inconsistent with EPSG ellipsoid - transformation parameter values may not be appropriate. Also source CRS may not apply to Nepal.EPSG%�EPSG2EPSG�'�EPSG#)DMA-Ind Npl ہ 01i !EPSGnED50 to WGS 84 (2)Derived at 52 stations. Accuracy 3m each axis.EPSG%�EPSG�EPSG����EPSG#)DMA-cenEur ځ819� EPSGYArc 1950 to WGS 84 (1)Derived at 41 stations. Accuracy 20m, 33m and 20m in X, Y and Z axes.EPSG%�EPSGqEPSG�,�q���EPSG#)DMA-mean قe1;�5 EPSGHLa Canoa to WGS 84 (13)Parameter values are from La Canoa to REGVEN (1) (code 1771) assuming that REGVEN is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG��p��hr�@\�V�u�v���-VEPSG#)�bM������+@ I�^5?EPSG#��o��-VEPSG#�AB�/˅ ��V�
=qA-����Q�EPSG#)EPSG-Ven N13�# EPSG3ED50 to WGS 84 (38)Derived in 1987 by Geodetic for TPAO. Used on BP 1991/92 2D seismic surveys in central and eastern Turkish sector of Black Sea. In Turkey, replaced by tfm code 1784. Also adopted for use offshore Israel.EPSG%�EPSG�EPSG�
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� ��G���i�� Io �>1?�' EPSG,NAD83(HARN) to WGS 84 (1)For many purposes NAD83(HARN) can be considered to be coincident with WGS 84.EPSG%�EPSG8EPSG�EPSG#)EPSG-Usa�c1O�Y EPSG)American Samoa 1962 to WGS 84 (1)Transformation based on observations at 2 stations in 1993. One sigma uncertainty is 25m in each axis.EPSG%�EPSGIEPSG�,�v�EPSG#)NIMA-Asm�21=� % EPSG#Amersfoort to ETRS89 (1)Dutch sources also quote an equivalent transformation with parameter values dX=+593.032 dY=+26.000 dZ=+478.741m, rX rY rZ and dS as this tfm. These values belong to a different transformation method and cannot be used with the Coordinate Frame method.EPSG%�EPSG�EPSG�@��Q� �@H�z�G�@} p��
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�M;EPSG#�NCG-Nld 2000�E17� EPSG"Accra to WGS 72BE (1)Derived be single point Transit observation at several locations.EPSG%�EPSGHEPSG��ee �Q�@1J=p��
@t4�\)EPSG#)GSI-Gha� 03C EPSG!Accra to WGS 84 (1)Derived at 3 common points.EPSG%�EPSGHEPSG��9 BEPSG#)MCE-Gha�z19� ! EPSG NZGD49 to NZGD2000 (2)4m accuracy. For better accuracy use NZGD49 to NZGD2000 (3) (code 1568)EPSG%�EPSG�EPSGG@M�(�\�(�\)@gnz�G�EPSG#)��z�G�?�������?�bM��EPSG#��e��1��EPSG#�OSG-Nzl 4m�i19�O !EPSG NZGD49 to NZGD2000 (1)For better accuracy use NZGD49 to NZGD2000 (2) (code 1701) or NZGD49 to NZGD2000 (3) (code 1568).EPSG%�EPSG�EPSGG@K333333�4�����@f�33333EPSG#)OSG-Nzl 5mk09
EPSG NZGD2000 to WGS 84 (1)EPSG%�EPSGGEPSG�EPSG#)OSG-Nzl�15�W !EPSG NZGD49 to WGS 84 (2)These parameter values are taken from NZGD49 to NZGD2000 (2) (code 1701) and assume that NZGD2000 and WGS 84 are coincident to within the accuracy of the transformation. For improved accuracy use NZGD49 to WGS 84 (4) (code 1670).EPSG%�EPSG�EPSG�@M�(�\�(�\)@gnz�G�EPSG#)��z�G�?���������bM��EPSG#��e��1��EPSG#�OSG-Nzl 4m�1=�! EPSGQatar 1974 to WGS 84 (3)Derived by Qatar Centre for GIS. See Qatar 1974 to WGS 84 (2) (code 1562) for transformation used by QGPC for offshore petroleum industry.EPSG%�EPSG�EPSG�`V��q�&�x�@5
O�;dZEPSG#)CGIS-Qat�R1=� #EPSGQatar 1974 to WGS 84 (2)Derived by Brown & Root in 1992 for Qatar General Petroleum Corporation.EPSG%�EPSG�EPSG�` �Q�q��Q� @5�z�G�EPSG#)B&R-Qat off�#0=o EPSGQatar 1974 to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSG�EPSG�#���EPSG#)DMA-Qat�=0Me !EPSGNord Sahara 1959 to WGS 72BE (1)Derived at IGN monument CFP19 using Transit.EPSG%�EPSG�EPSG��c� �U������@q�fffffEPSG#)CGG-Alg HM� 0?m EPSGKorean 1995 to WGS 84 (1)Derived at 5 stations. Accuracy 1m in each axis.EPSG%�EPSGFEPSG�EPSG#)NIMA-Kor�71A�] 'EPSGMalongo 1987 to WGS 84 (2)Derived at station Y in July 1990 through Transit single point positioning using 187 passes by Geodetic Survey Ltd. Replaces Malongo 1987 to WGS 84 (1) (trf code 1330).EPSG%�EPSG�EPSG��o�33333�p��
=q�Y�\(��EPSG#)CHV-Ago Cab90�F1C� 'EPSGNaparima 1955 to WGS 84 (3)DMA does not differentiate between Naparima 1955 (Trinidad) and Naparima 1972 (Tobago). Consequently for Trinidad IOGP has duplicated this transformation as Naparima 1972 to WGS 84 (3) - see code 1307.EPSG%�EPSG>EPSG��v �EPSG#)NIMA-Tto Trin ! �0?? )EPSG-SIRGAS 1995 to WGS 84 (1)Accuracy 1m in each axis.EPSG%�EPSGJEPSG�EPSG#)NIMA-S America
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� y�fA 6� � ��d03y EPSGGELD79 to WGS 84 (5)Derived for the Great Man-made River Authority (GMRA).EPSG%�EPSG?EPSG��x[V�@P ě��@jF� ě�EPSG#)���t�j�,�ě��T@�\(�EPSG#�?���u�EPSG#�GMRA-Lby ��05
' EPSG+Segara to WGS 84 (2)EPSG%�EPSG�EPSG�x0�\)@��=p��
@G% �Q�EPSG#)Shl-Idn Kal E �d03y EPSGMinna to WGS 84 (5)Used by Shell in southern Nigeria and Total in OPL246.EPSG%�EPSG�EPSG�[��G�{�U�fffff@\� EPSG#)?� ?��"��`B?�1&�x�EPSG#�?�bM��EPSG#�SPD-Nga S �^1A�? EPSG Pointe Noire to WGS 84 (2)Derived in 1994 by CGG/Topnav using DORIS system on various stations along the coastline.EPSG%�EPSG�EPSG��o@JY������r9�����EPSG#)CGG94-Cog �713�= EPSG�ED50 to WGS 84 (30)Parameter values from ED50 to ETRS89 (9) (code 1783). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG��Ufffff�Ys33333�`6fffffEPSG#)?��E��EPSG#�?�������EPSG#�EPSG-Tur � 15�/ EPSG�PSAD56 to REGVEN (1)May be taken as transformation to WGS 84 - see PSAD56 to WGS 84 (13) (code 1095).EPSG%�EPSG�EPSG]�p��hr�@\�V�u�v���-VEPSG#)�bM������+@ I�^5?EPSG#��o��-VEPSG#�AB�/˅ ��V�
=qA-����Q�EPSG#)IGSB-Ven �o11� EPSG�RT90 to WGS 84 (1)Parameter values from RT90 to ETRS89 (1) (code 1437) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaced by RT90 to WGS 84 (2) (code 1896) from 2001.EPSG%�EPSG EPSG�@z6#9���@X�XbM�@�z�����EPSG#)��6b������ ,^-@ ryJEPSG#���ֶZ��IEPSG#�EPSG-Swe �15�W #EPSG�AGD66 to WGS 84 (14)Parameter values from AGD66 to GDA94 (8) (code 1594). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSGjEPSG��^XbM�P"��n�@d49XbNEPSG#)��Ƨ-?�&�x��?��n��PEPSG#�@��E��EPSG#�EPSG-Tas 1m �}15� 'EPSGxLisbon to WGS 84 (1)Parameter values from Lisbon to ETRS89 (1) (code 1655). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaced by Lisbon to WGS 84 (4) (code 1988).EPSG%�EPSGoEPSG��q�fffff�Vs33333@`FfffffEPSG#)���7KƧ�?ָQ� ��vȴ9XEPSG#���z�G�EPSG#�EPSG-Prt 2000 �
13�Y EPSGjLUREF to ETRS89 (1)Derived by EuroGeographics from ACT transformation parameters (see CT code 1078). Not published by ACT. Replaced by LUREF to ETRS89 (3) (CT code 5485). May be taken as approximate transformation LUREF to WGS 84 - see CT code 1643.EPSG%�EPSGUEPSG��?@+ffffff�C�fffffEPSG#)��=p��
=�vȴ9X@�$�/EPSG#�?ۅ �Q�EPSG#�ACT-Lux �v11�! EPSGZED50 to ETRS89 (4)May be taken as approximate transformation ED50 to WGS 84 - see code 1627.EPSG%�EPSG�EPSG��TFfffff�VY������\�33333EPSG#)?�
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?��t�j~�?�n��O�;EPSG#���G�z�HEPSG#�KMS-Dnk �#13�e /EPSGLED50 to WGS 84 (23)Parameter values are taken from ED50 to ETRS89 (1), code 1588. Adopted for ED50 to WGS84 transformations offshore Norway north of 62N from April 2001 when it replaced code 1590. Included in Statens Kartverk programme wsktrans from v4.0.EPSG%�EPSG�EPSG�])$�/�Lw+ I��[�ƧEPSG#)?�t�j~�?�x��F��XbM��EPSG#�� (�\)EPSG#�EPSG-Nor N62 2001 �F17� %EPSG.PSAD56 to WGS 84 (10)Derived May 1995 by Geoid for Total. OSU91A geoid model used.EPSG%�EPSG�EPSG��p;�z�H@e��
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* � ( ���w3"�6� � �h19� EPSGKIRENET95 to ETRS89 (1)IRENET95 is a regional realization of ETRS89. May be taken as approximate transformation IRENET95 to WGS 84 - see code 1678.EPSG%�EPSGMEPSG�EPSG#)OSI-Ire�01
EPSGJBD72 to WGS 84 (2)EPSG%�EPSG�EPSG��_s33333@S�������Y EPSG#)IGN-Bel 3�11�= EPSGIBD72 to WGS 84 (1)Scale difference is given by information source as 0.999999. Given in this record in ppm to assist application usage. Very similar parameter values (to slightly less precision) used for BD72 to ETRS89: see code 1652.EPSG%�EPSG�EPSG�X�Ƨ@J�7KƧ�\ ��v�EPSG#)����`A�7?�\(���(�\)EPSG#��EPSG#�IGN-Bel 7j05
EPSG>POSGAR to WGS 84 (1)EPSG%�EPSGLEPSG�EPSG#)EPSG-Arg�1?� 'EPSG=Bogota 1975 to WGS 84 (2)Derived in 1995 by WGC at first order stations Recreo and Mena via multi-day ties to 4 IGS stations. Residuals under 20cm.EPSG%�EPSGzEPSG�?ə�����@s @s( �sᙙ���EPSG#)BP-Col CusCup�B11�/ %EPSG;AGD66 to GDA94 (9)For higher accuracy requirements see AGD66 to GDA94 (11) (code 1803). May be taken as approximate transformation AGD66 to WGS 84 - see code 1668.EPSG%�EPSGjEPSG��_�n���E bM��@a,�����EPSG#)?�bM������m��ȴ9XbEPSG#������l�DEPSG#�Auslig-NT 1m�z11�# !EPSG:AGD66 to GDA94 (8)Replaces AGD66 to GDA94 (3) (code 1459) from August 2000. For higher accuracy requirements see AGD66 to GDA94 (11) (code 1803). May be taken as approximate transformation AGD66 to WGS 84 - see code 1667.EPSG%�EPSGjEPSG��^XbM�P"��n�@d49XbNEPSG#)��Ƨ-?�&�x��?��n��PEPSG#�@��E��EPSG#�OSG-Tas 1m�=1C� EPSG8Timbalai 1948 to WGS 84 (2)Originally used by BSP offshore only, use extended to onshore in 2010.EPSG%�EPSG�EPSG��Z��EPSG#)BSP-Brn�p19� EPSG7RGF93 v1 to ETRS89 (1)RGF93 v1 is a national realization of ETRS89. May be taken as approximate transformation RGF93 v1 to WGS 84 - see code 1671.EPSG%�EPSGKEPSG�?�������EPSG#)IGN-Fra�11�' -EPSG4ED50 to ETRS89 (1)Included in Statens Kartverk programme wsktrans from 1997. The same parameter values were adopted for ED50 to WGS84 (variant 23) transformation offshore Norway north of 62N from April 2001 - see code 1612.EPSG%�EPSG�EPSG��])$�/�Lw+ I��[�ƧEPSG#)@N��+@�"��`B�Ƨ-EPSG#�� (�\)EPSG#�NMA-Nor N65 1997�60?c %EPSG3Deir ez Zor to WGS 84 (4)Derived at four stations by Topnav in 1997.EPSG%�EPSG�EPSG�g���
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EPSG#)ELF-Syr Shad�H1?�) %EPSG2Deir ez Zor to WGS 84 (3)Derived in 1995 by CGG for Al Furat Petroleum Company. Can be approximated using geocentric translations of dX=-174.3m, dY=+14.1m, dZ=+237.6m.EPSG%�EPSG�EPSG��e��G�{?�|�hr�@mڗ�O�;EPSG#)��bM��?�t�j~��?��"��`BEPSG#�?ż�n.�EPSG#�SHL-Syr Whal�0?
EPSG1Deir ez Zor to WGS 84 (2)EPSG%�EPSG�EPSG��f0 @,333333@m�33333EPSG#)IGN-Syr�`1C�7 EPSG0Deir ez Zor to WGS 72BE (1)Recomputed in 1991 by Elf from data derived in 1983 at station 254 Deir by Geco using Transit. Derivation of 1983 parameter values of dX=-163.2 dY=-12.7 dZ=+232.7 contained errors in geodetic parameters for Syria.EPSG%�EPSG�EPSG��e�33333�������@m�fffffEPSG#)GECO-Syr�h17�= %EPSG/PSAD56 to WGS 84 (11)Derived July 1997 by Geoid from data recorded by UGA for Total. OSU91A geoid model used.EPSG%�EPSG�EPSG�?� �s;33333@p������v� EPSG#)TOT-Bol B20
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� � ��n8� z �C15�A EPSGYS-JTSK to WGS 84 (2)Parameter values from S-JTSK to ETRS89 (2) (code 1624). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG<EPSG�/@Q,�����@|8 EPSG#)@ �z�G�@J��n�@$�/EPSG#�@�
=p��EPSG#�EPSG-Svk�w15� EPSGWS-JTSK to WGS 84 (1)Parameter values from S-JTSK to ETRS89 (1) (code 1622). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaced by S-JTSK to WGS 84 (5) (code 5239).EPSG%�EPSG<EPSG�@��fffff@Ul�����@|������EPSG#)@��E��?�dZ �1@ C��%EPSG#�@ z�G�{EPSG#�EPSG-Cze�415� EPSGVS-JTSK to ETRS89 (1)May be taken as approximate transformation S-JTSK to WGS 84 - see code 1623. Replaced by S-JTSK/05 to ETRS89 (1) (code 5226) in 2009.EPSG%�EPSG<EPSG�@��fffff@Ul�����@|������EPSG#)@��E��?�dZ �1@ C��%EPSG#�@ z�G�{EPSG#�CUZK-Cze�C1/�; EPSGUMGI to WGS 84 (4)Parameter values from MGI to ETRS89 (2) (code 1620). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@�=�����@d\�����@}>fffffEPSG#)@(�\)?�\(�\�&\(��EPSG#��G�z�HEPSG#�EPSG-Hrv�t1/� EPSGTMGI to ETRS89 (2)May be taken as approximate transformation MGI to WGS 84 - see code 1621.EPSG%�EPSG�EPSG�@�=�����@d\�����@}>fffffEPSG#)@(�\)?�\(�\�&\(��EPSG#��G�z�HEPSG#�DGU-Hrv�s1/�
EPSGSMGI to ETRS89 (1)Same transformation parameters used for MGI to WGS 84 (3) (code 1618). Precision of parameter values in this record were increased effective 16-Dec-2006 (db v6.12): see change record 2006.971.EPSG%�EPSG�EPSG�?� @�
���S�@V�A�7K�@|��9XbEPSG#)@�I�^5??���$�/@0 �EPSG#�@b��}VmEPSG#�BEV-Aut�y1/� EPSGRMGI to WGS 84 (3)Same transformation parameters used for MGI to ETRS89 (1) (code 1619).EPSG%�EPSG�EPSG�?� @�
���S�@V�A�7K�@|��9XbEPSG#)@�I�^5??���$�/@0 ě��EPSG#�@b��}VmEPSG#�BEV-Aut�\03W !EPSGQPSD93 to WGS 84 (3)Accuracy better than 0.5m in block 4.EPSG%�EPSG&EPSG�?� �g��"��`�oPbM��@d��O�;dEPSG#)��XbM��r� ě�@! �-VEPSG#�@4�����EPSG#�Tot-Omn 95�_03] !EPSGPPSD93 to WGS 72 (1)Residuals 1.2m at 67% probability level.EPSG%�EPSG&EPSG�?�333333�f�x��l3S���@e I�^5?EPSG#)��E�����z�G�{@ KƧEPSG#�@0��t�jEPSG#�PDO-Omn 93�R1C� EPSGOTimbalai 1948 to WGS 84 (3)CARE! Erroneous GPS data was used in the derivation of these parameters. They produce a coordinate difference of 10m horizontally and 50m vertically compared to Timbalai 1948 to WGS 84 (2) (code 1592).EPSG%�EPSG�EPSG�d���A�7K�@���S���H�;dZ EPSG#)SD-Brn�L1K�1 EPSGNSierra Leone 1968 to WGS 84 (1)Determined at 8 stations, accuracy +/- 15m in each axis. Info. Source has the source CRS as Sierra Leone 1960. Sierra Leone 1968 is a readjustment of the 1960 network: coordinates changed by less than 3 metres.EPSG%�EPSGOEPSG��eEPSG#)NIMA-Sle�
13�9 /EPSGMED50 to WGS 84 (24)Approximation to 1 metre of concatenated transformation ED50 to WGS 84 (14), code 8653. 8653 remains the transformation promulgated by Statens Kartverk but 1613 recommended by EPSG for practical oil industry usage.EPSG%�EPSG�EPSG�V�\(��YHQ� ��^ؓt�jEPSG#)?�O�;dZ ?��E���?웥�S��EPSG#�?��l�C��EPSG#�EPSG-Nor S62 2001�u15�% EPSGXS-JTSK to ETRS89 (2)May be taken as approximate transformation S-JTSK to WGS 84 - see code 1625.EPSG%�EPSG<EPSG�/@Q,�����@|8 EPSG#)@ �z�G�@J��n�@$�/EPSG#�@�
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w |2.��8@ � �o11� EPSGiTM65 to WGS 84 (2)Parameter values from TM75 to ETRS89 (2) (code 1953). Assumes each pair of (i) TM65 and TM75, and (ii) ETRS89 and WGS 84, can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@~( �`S33333@�������EPSG#)��1&�y��dZ �1��1&�x�EPSG#�@ L�����EPSG#�EPSG-Ire�v11�! EPSGhTM65 to ETRS89 (1)May be taken as approximate transformation TM65 to WGS 84 - see code 1641.EPSG%�EPSG�EPSG�@~( �`S33333@�������EPSG#)��1&�y��dZ �1��1&�x�EPSG#�@ L�����EPSG#�OSI-Ire�w1/� EPSGgKKJ to WGS 84 (1)Parameter values from KKJ to ETRS89 (1) (code 1638). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaced by KKJ to WGS 84 (2) (code 10099).EPSG%�EPSGEPSG�?� �V������Z�fffff�]������EPSG#)@\(�\?��l�C����������EPSG#�?�� �Q�EPSG#�EPSG-Fin�(1/�w EPSGfKKJ to ETRS89 (1)May be taken as approximate transformation KKJ to WGS 84 - see code 1639. Replaced by KKJ to ETRS89 (2) (code 10098).EPSG%�EPSGEPSG�?� �V������Z�fffff�]������EPSG#)@\(�\?��l�C����������EPSG#�?�� �Q�EPSG#�NLS-Fin�Q13�= #EPSGcED50 to WGS 84 (29)Parameter values from ED50 to ETRS89 (8) (code 1634). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�?� �fL�����T������k������EPSG#)?�G�z�H��$�/��� ě��TEPSG#�@5333333EPSG#�EPSG-Esp NW�11�! #EPSGbED50 to ETRS89 (8)May be taken as approximate transformation ED50 to WGS 84 - see code 1635.EPSG%�EPSG�EPSG�?� �fL�����T������k������EPSG#)?�G�z�H��$�/��� ě��TEPSG#�@5333333EPSG#�CNIG-Esp NW�H13�= EPSGaED50 to WGS 84 (28)Parameter values from ED50 to ETRS89 (7) (code 1632). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�?� �}�Y33333�dl�����EPSG#)���l�C����z�G�{��M���EPSG#�@"Ǯz�HEPSG#�EPSG-Esp�y11�! EPSG`ED50 to ETRS89 (7)May be taken as approximate transformation ED50 to WGS 84 - see code 1633.EPSG%�EPSG�EPSG�?� �}�Y33333�dl�����EPSG#)���l�C����z�G�{��M���EPSG#�@"Ǯz�HEPSG#�CNIG-Esp�R13�= %EPSG_ED50 to WGS 84 (27)Parameter values from ED50 to ETRS89 (6) (code 1630). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�?� �f� �V�33333�gffffffEPSG#)?�n��O�;?�|�hr���7KƧ�EPSG#�@1�� �REPSG#�EPSG-Esp Bal�11�! %EPSG^ED50 to ETRS89 (6)May be taken as approximate transformation ED50 to WGS 84 - see code 1631.EPSG%�EPSG�EPSG�?� �f� �V�33333�gffffffEPSG#)?�n��O�;?�|�hr���7KƧ�EPSG#�@1�� �REPSG#�CNIG-Esp Bal�13�= EPSG]ED50 to WGS 84 (26)Parameter values from ED50 to ETRS89 (5) (code 1628). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�]333333�Z�������cL�����EPSG#)EPSG-Gib�J11�! EPSG\ED50 to ETRS89 (5)May be taken as approximate transformation ED50 to WGS 84 - see code 1629.EPSG%�EPSG�EPSG��]333333�Z�������cL�����EPSG#)DGC-Gib�F13�= EPSG[ED50 to WGS 84 (25)Parameter values from ED50 to ETRS89 (4) (code 1626). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�TFfffff�VY������\�33333EPSG#)?�
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G�r�s���� �� �G19�E EPSGvNGO 1948 to WGS 84 (1)Parameter values from NGO 1948 to ETRS89 (1) (code 1653). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@qd�����]@}� EPSG#)@ �V�u?��������p��
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=p��EPSG#�EPSG-Nor�x19�) EPSGuNGO 1948 to ETRS89 (1)May be taken as approximate transformation NGO 1948 to WGS 84 - see code 1654.EPSG%�EPSG�EPSG�@qd�����]@}� EPSG#)@ �V�u?��������p��
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=p��EPSG#�SKV-Nor�o11�! EPSGtBD72 to ETRS89 (1)May be taken as approximate transformation BD72 to WGS 84 - see code 1609.EPSG%�EPSG�EPSG��X�fffff@J�fffff�\ EPSG#)?���`A�7��\(�?�(�\)EPSG#��EPSG#�IGN-Bel�L1/�K EPSGsNTF to ETRS89 (1)These same parameter values are used to transform to WGS 84. See NTF to WGS 84 (1) (code 1193).EPSG%�EPSG�EPSG��X�@EPSG#)IGN-Fra�N13�O EPSGrED50 to ETRS89 (10)These same parameter values are used to transform to WGS 84. See ED50 to WGS 84 (17) (code 1275).EPSG%�EPSG�EPSG����EPSG#)IGN-Fra� 13�q EPSGqEST97 to WGS 84 (1)Approximation at the +/- 1m level assuming ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. EST97 is a national densification of ETRS89.EPSG%�EPSGTEPSG�EPSG#)EPSG-Est�_13�y EPSGpEST97 to ETRS89 (1)EST97 is a national realization of ETRS89. May be taken as approximate transformation EST97 to WGS 84 - see code 1649.EPSG%�EPSGTEPSG�EPSG#)NLB-Est�N17� EPSGoCH1903+ to ETRS89 (1)This transformation is also given as CH1903+ to CHTRS95 (1) (code 1509). CHTRS95 is a national realization of ETRS89. May be taken as approximate transformation CH1903+ to WGS 84 - see code 1676.EPSG%�EPSG6EPSG�?�������@���E�@. �1&�@yU�7KƨEPSG#)BfL-Che�15� EPSGnCH1903 to ETRS89 (1)Parameter values from CH1903+ to ETRS89 (tfm code 1647). In EPSG db v5.2 to v8.9 given to 1dm; the difference in output of cms is considered by swisstopo to be insignificant given the tfm accuracy. Superseded by CH1903 to ETRS89 (2) (tfm code 7674).EPSG%�EPSG5EPSG�?� @���E�@. �1&�@yU�7KƨEPSG#)BfL-Che�]1I�U EPSGmPulkovo 1942(58) to WGS 84 (1)Parameter values from Pulkovo 1942(58) to ETRS89 (1) (code 1644). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGSEPSG�@@�33333�bS33333�S33333EPSG#)���"��`��"��`A�?� I�^5EPSG#����G�z�EPSG#�EPSG-Pol�1I�' EPSGlPulkovo 1942(58) to ETRS89 (1)May be taken as approximate transformation Pulkovo 1942(58) to WGS 84 - see code 1645. Parameter values given to greater precision but to no better accuracy in GUGiK Technical Instruction G-2, Warsaw 2001.EPSG%�EPSGSEPSG�@@�33333�bS33333�S33333EPSG#)���"��`��"��`A�?� I�^5EPSG#����G�z�EPSG#�GUGK-Pol�A13�? EPSGkLUREF to WGS 84 (1)Parameter values from LUREF to ETRS89 (1) (code 1642). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGUEPSG�?@+ffffff�C�fffffEPSG#)��=p��
=�vȴ9X@�$�/EPSG#�?ۅ �Q�EPSG#�EPSG-Lux D �I15�7 %EPSGwLisbon to ETRS89 (1)Derived in 2000 at 8 stations. Replaced by 2001 derivation (tfm code 1997). May be taken as approximate transformation to WGS 84 - see tfm code 1656,EPSG%�EPSGoEPSG��q�fffff�Vs33333@`FfffffEPSG#)���7KƧ�?ָQ� ��vȴ9XEPSG#���z�G�EPSG#�ICC-Prt 2000
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>�R�X� � 15�W +EPSG�AGD66 to WGS 84 (13)Parameter values from AGD66 to GDA94 (4) (code 1460). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSGjEPSG��]֗�O�;�H&�+ J@ao|�hsEPSG#)�ڏ\(��У�
=p������+EPSG#��㝲-VEPSG#�EPSG-NSW Vic 1m�15�W #EPSG�AGD66 to WGS 84 (12)Parameter values from AGD66 to GDA94 (2) (code 1458). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSGjEPSG��`&-V�D�"��`B@`W\(�EPSG#)��|�hr���-V��V�uEPSG#����
=p�EPSG#�EPSG-ACT 1m�X1?�K %EPSG�Monte Mario to WGS 84 (3)Parameter values from Monte Mario to ETRS89 (3) (code 1663). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG��I������I333333@U333333EPSG#)��z�G�� �t�j?�`A�7K�EPSG#��<z�G�EPSG#�EPSG-Ita Sic� 1?�Y #EPSGMonte Mario to ETRS89 (3)May be taken as approximate transformation Monte Mario to WGS 84 - see code 1664. For more accurate transformations to explicit realizations of ETRS89 see Monte Mario to IGM95 (4) and Monte Mario to RDN2008 (5), CTs 9733 and 9734.EPSG%�EPSG�EPSG��I������I333333@U333333EPSG#)��z�G�� �t�j?�`A�7K�EPSG#��<z�G�EPSG#�IGM-Ita Sic�Q1?�K %EPSG~Monte Mario to WGS 84 (2)Parameter values from Monte Mario to ETRS89 (2) (code 1661). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG��e33333�@CL�����EPSG#)��-V��^5?|�bM��EPSG#��"�\(�EPSG#�EPSG-Ita Sar�1?�Y #EPSG}Monte Mario to ETRS89 (2)May be taken as approximate transformation Monte Mario to WGS 84 - see code 1662. For more accurate transformations to explicit realizations of ETRS89 see Monte Mario to IGM95 (4) and Monte Mario to RDN2008 (5), CTs 9733 and 9734.EPSG%�EPSG�EPSG��e33333�@CL�����EPSG#)��-V��^5?|�bM��EPSG#��"�\(�EPSG#�IGM-Ita Sar�Y1?�K 'EPSG|Monte Mario to WGS 84 (4)Parameter values from Monte Mario to ETRS89 (1) (code 1659). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG��Zfffff�H������#������EPSG#)?�n��O�V�t�?���+ EPSG#��'\(�\EPSG#�EPSG-Ita main� 1?�Y %EPSG{Monte Mario to ETRS89 (1)May be taken as approximate transformation Monte Mario to WGS 84 - see code 1660. For more accurate transformations to explicit realizations of ETRS89 see Monte Mario to IGM95 (4) and Monte Mario to RDN2008 (5), CTs 9733 and 9734.EPSG%�EPSG�EPSG��Zfffff�H������#������EPSG#)?�n��O�V�t�?���+ EPSG#��'\(�\EPSG#�IGM-Ita main�19�- 'EPSGzDatum 73 to WGS 84 (1)Parameter values from Datum 73 to ETRS89 (1) (code 1657). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaced by Datum 73 to WGS 84 (4) (tfm code 1987).EPSG%�EPSG�EPSG��m�fffff@UL�����@=�fffffEPSG#)?�?|�hs?��O�;dZ?����+EPSG#�@ =p��
=EPSG#�EPSG-Prt 2000�;19� %EPSGyDatum 73 to ETRS89 (1)Derived in 2000 at 8 stations. Replaced by 2001 derivation (tfm code 1992). May be taken as approximate tfm to WGS 84 - see tfm 1658.EPSG%�EPSG�EPSG��m�fffff@UL�����@=�fffffEPSG#)?�?|�hs?��O�;dZ?����+EPSG#�@ =p��
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_] /�� �q19� EPSG�IRENET95 to WGS 84 (1)Assumes that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. IRENET95 is a regional realisation of ETRS89.EPSG%�EPSGMEPSG�EPSG#)EPSG-Ire�811�1 EPSG�HD72 to WGS 84 (1)Parameter values taken from HD72 to ETRS89 (1) (code 1273) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�8@R�G�z�@.��Q� EPSG#)�z�G��ə��������G�z�EPSG#���(�\)EPSG#�EPSG-Hun�k17�_ EPSG�CH1903+ to WGS 84 (1)Parameter values are from CH1903+ to ETRS89 (1) (code 1647) assuming that ETRS89 is equivalent to WGS 84.EPSG%�EPSG6EPSG�@���E�@. �1&�@yU�7KƨEPSG#)BfL-CH�?1I�= !EPSG�Pulkovo 1942(83) to WGS 84 (1)Parameter values from Pulkovo 1942(83) to ETRS89 (1) (code 1674) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGREPSG���EPSG#)��z�G�{?� ?���
=p�EPSG#�?���EPSG#�EPSG-Deu E�%1I� !EPSG�Pulkovo 1942(83) to ETRS89 (1)Mean of 20 stations. May be taken as approximate transformation to WGS 84 - see code 1675. Also given by EuroGeographics at http://crs.ifag.de/ as a Position Vector transformation with changed values for rotations. In 2001 partially replaced by tfm 1775.EPSG%�EPSGREPSG���EPSG#)��z�G�{?� ?���
=p�EPSG#�?���EPSG#�IfAG-Deu E�Y11� !EPSG�DHDN to WGS 84 (1)Parameter values from DHDN to ETRS89 (1) (code 1309) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaced by DHDN to WGS 84 (2) (tfm code 1777).EPSG%�EPSG�EPSG�Fi�EPSG#)���
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=p�EPSG#�@ ������EPSG#�EPSG-Deu W�,1=�u 'EPSG�Amersfoort to WGS 84 (2)Parameter values from Amersfoort to ETRS89 (1) (code 1751) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaces Amersfoort to WGS 84 (1) (code 1112). Replaced by Amersfoort to WGS 84 (3) (code 15934).EPSG%�EPSG�EPSG�@��Q� �@H�z�G�@} p��
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�M;EPSG#�EPSG-Nld 2000�19�W EPSG�RGF93 v1 to WGS 84 (1)Approximation at the 1m level assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. (RGF93 v1 is a national realization of ETRS89).EPSG%�EPSGKEPSG�EPSG#)EPSG-Fra�*13�} #EPSG�AGD84 to WGS 84 (7)Parameter values from AGD84 to GDA94 (2) (code 1280). Approximation assuming WGS 84 is equivalent to GDA94; ignores low accuracy of the WGS 84 ensemble and inconsistent application of tectonic plate motion. Replaces AGD84 to WGS 84 (2) (code 1236).EPSG%�EPSGkEPSG��]p��F�I�G�z�@aa�E��EPSG#)�Ұ ě���Z �1'�Ѻ^5?|�EPSG#���r� ě�EPSG#�EPSG-Aus 1m�15�W !EPSG�AGD66 to WGS 84 (15)Parameter values from AGD66 to GDA94 (9) (code 1595). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSGjEPSG��_�n���E bM��@a,�����EPSG#)?�bM������m��ȴ9XbEPSG#������l�DEPSG#�EPSG-NT 1m : �^1A�] EPSG�Pulkovo 1942 to WGS 84 (2)Parameter values taken from Pulkovo 1942 to LKS94(ETRS89) (1) (code 1274) assuming that LKS94(ETRS89) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG� �DL(�\�2������QU�-VEPSG#)�bM��O�;dZ @�S���EPSG#��2-VEPSG#�EPSG-Ltu
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� �h$3�\� ,�� �15�} EPSG�CH1903 to WGS 84 (2)Parameters values from CH1903 to ETRS89 (1) (tfm code 1646) assuming ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces CH1903 to WGS 84 (1) (code 1753). Replaced by CH1903 to WGS 84 (3) (code 7788).EPSG%�EPSG5EPSG�?� @���E�@. �1&�@yU�7KƨEPSG#)BfL-CH 2�)13� EPSG�Minna to WGS 84 (3)Derived at 8 stations across the Niger delta. Used by Shell SPDC throughout southern Nigeria onshore, delta and shallow offshore from 1994 and by Total in OPL246. Sometimes given with parameter values to greater resolution; values here are adequate.EPSG%�EPSG�EPSG��[��G�{�U�fffff@\� EPSG#)?� ?��"��`B?�1&�x�EPSG#�?�bM��EPSG#�SHL-Nga S�Y15�a EPSG�CH1903 to WGS 84 (1)Implemented in Bundesamt für Landestopografie programme GRANIT. Used from 1987 to 1997. Not recommended for current usage - replaced by CH1903 to WGS 84 (2) (code 1766).EPSG%�EPSG5EPSG�@����-V@+ �1'@w�$�/EPSG#)@�;dZ �?��+ I�@�n��PEPSG#�@��
=p�EPSG#�BfL-CH 1�z1=�} +EPSG�Amersfoort to ETRS89 (1)Replaced by Amersfoort to ETRS89 (3) (tfm code 15739). Dutch sources also quote an equivalent transformation using the Molodenski-Badekas 10-parameter method (M-B) - see tfm code 1066.EPSG%�EPSG�EPSG�?� @��Q� �@H�z�G�@} p��
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�M;EPSG#�NCG-Nld 2000 CF�o19� !EPSG�NZGD49 to NZGD2000 (2)For better accuracy use NZGD49 to NZGD2000 (3) (code 1568).EPSG%�EPSG�EPSGG@M�(�\�(�\)@gnz�G�EPSG#)��z�G�?���������bM��EPSG#��e��1��EPSG#�OSG-Nzl 4m�B11�1 !EPSG�Tete to WGS 84 (5)Parameter values taken from Tete to Moznet (5) (code 1301) assuming that Moznet is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG EPSG�
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=qEPSG#)��XbM���9XbN@��+ EPSG#��L�O�;dZEPSG#�EPSG-Moz D�B11�1 !EPSG�Tete to WGS 84 (4)Parameter values taken from Tete to Moznet (4) (code 1300) assuming that Moznet is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG EPSG��R^5?|�I�z�G��\ ��+EPSG#)��~��"��ffffff@��l�EPSG#�?�n��EPSG#�EPSG-Moz C�B11�1 !EPSG�Tete to WGS 84 (3)Parameter values taken from Tete to Moznet (3) (code 1299) assuming that Moznet is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG EPSG��aP�/���V�-�\����EPSG#)?�� �Q�
�l�C��@�j~��#EPSG#�@'~��"��EPSG#�EPSG-Moz B�A11�1 !EPSG�Tete to WGS 84 (2)Parameter values taken from Tete to Moznet (2) (code 1298) assuming that Moznet is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG EPSG�T� �L�j~��#�c��t�jEPSG#)@C��$ݿ�bM��?�l�C��EPSG#����"��`EPSG#�EPSG-Moz A�@11�1 EPSG�Tete to WGS 84 (1)Parameter values taken from Tete to Moznet (1) (code 1297) assuming that Moznet is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG EPSG� �\��t�j�U�\)�Ym���EPSG#)?��-V�$�/@ ~��"��EPSG#�@"�dZ �EPSG#�EPSG-Moz�1?�G )EPSG�South Yemen to WGS 84 (1)Parameter values taken from South Yemen to Yemen NGN96 (1) (code 1539) assuming that NGN96 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGDEPSG���vCEPSG#)EPSG-Yem South ? �:15�+ EPSG�REGVEN to WGS 84 (1)Approximation at the +/- 1m level assuming that REGVEN is equivalent to WGS 84.EPSG%�EPSG]EPSG�EPSG#)EPSG-Venu0?
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7 ��_p��� �� �f01u ' EPSG�DHDN to ETRS89 (7)Derived at 35 points of the German GPS Network DREF.EPSG%�EPSG�EPSG�?�������@�#33333M@{�33333EPSG#)����S���?�/��v�`A�7K�EPSG#�@ffffffEPSG#�IfAG-Deu Sach�m01u ' EPSG�DHDN to ETRS89 (6)Derived at 10 points of the German GPS Network DREF.EPSG%�EPSG�EPSG�?�������@��33333@R�����@z333333EPSG#)���vȴ9X���+ I��ȴ9XbEPSG#�@�
=p��EPSG#�IfAG-Deu Thur�d01u %EPSG�DHDN to ETRS89 (5)Derived at 21 points of the German GPS Network DREF.EPSG%�EPSG�EPSG�@�t @Q` @y������EPSG#)��x��F����vȴ9� ���+EPSG#�@ ������EPSG#�IfAG-Deu W-N�_01u )EPSG�DHDN to ETRS89 (4)Derived at 27 points of the German GPS Network DREF.EPSG%�EPSG�EPSG�@�FfffffC@y�����EPSG#)?��G�z�?���vȴ9�$�/�EPSG#�@$�z�G�EPSG#�IfAG-Deu W-cen�m11� %EPSG�DHDN to ETRS89 (3)Derived in 2001 at 41 points of the German GPS Network DREF.EPSG%�EPSG�EPSG�@�������@Qٙ����@y������EPSG#)?웥�S��?�hr� Ĝ�� I�^5EPSG#�@ Q� �REPSG#�IfAG-Deu W-S�l11� 'EPSG�DHDN to WGS 84 (2)Parameter values from DHDN to ETRS89 (2) (code 1776) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaces DHDN to WGS 84 (1) (tfm code 1673).EPSG%�EPSG�EPSG�@�������@Rl�����@z#33333EPSG#)?��"��`B?�
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=p�EPSG#�@������EPSG#�EPSG-Deu W 3m�@11�' 'EPSG�DHDN to ETRS89 (2)Mean of 109 stations. Replaces DHDN to ETRS89 (1) (tfm code 1309). May be taken as approximate transformation DHDN to WGS 84 - see code 1777.EPSG%�EPSG�EPSG�@�������@Rl�����@z#33333EPSG#)?��"��`B?�
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=p�EPSG#�@������EPSG#�IfAG-Deu W 3m�41I�e +EPSG�Pulkovo 1942(83) to ETRS89 (2)Derived at 35 points of the German GPS Network DREF. From 2001 replaces Pulkovo 1942(83) to ETRS89 (1) (code 1674) within Mecklenburg-Vorpommern and Sachsen-Anhalt. From 2009 replaces tfm 1674 in all other states of former East Germany.EPSG%�EPSGREPSG�?�������@8�fffff�_�������WL�����EPSG#)�� ě��T�ϝ�-V����E��EPSG#�?�(�\)EPSG#�IfAG-Deu E 0.1mq0E
EPSG�POSGAR 98 to SIRGAS 1995 (1)EPSG%�EPSG^EPSGJEPSG#)IGM-Arg�@1;�1 EPSG�POSGAR 98 to WGS 84 (1)Approximation at the +/- 1m level assuming that POSGAR 98 is equivalent to WGS 84.EPSG%�EPSG^EPSG�EPSG#)EPSG-Arg�b17�5 EPSG�La Canoa to WGS84 (1)Parameter values are from La Canoa to REGVEN (1) (code 1771) assuming that REGVEN is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�p��hr�@\�V�u�v���-VEPSG#)�bM������+@ I�^5?EPSG#��o��-VEPSG#�AB�/˅ ��V�
=qA-����Q�EPSG#)EPSG-Ven�!19�/ EPSG�La Canoa to REGVEN (1)May be used as transformation to WGS 84 - see La Canoa to WGS 84 (13) (code 1096)EPSG%�EPSG�EPSG]�p��hr�@\�V�u�v���-VEPSG#)�bM������+@ I�^5?EPSG#��o��-VEPSG#�AB�/˅ ��V�
=qA-����Q�EPSG#)IGSB-Ven�]13�/ EPSG�PSAD56 to WGS84 (1)Parameter vales are from PSAD56 to REGVEN (1) (code 1769) assuming that REGVEN is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�p��hr�@\�V�u�v���-VEPSG#)�bM������+@ I�^5?EPSG#��o��-VEPSG#�AB�/˅ ��V�
=qA-����Q�EPSG#)EPSG-Ven �11�y EPSG�ED50 to ETRS89 (9)May be taken as approximate transformation ED50 to WGS 84 - see code 1784. Note: the ETRS89 CRS is not used in Turkey.EPSG%�EPSG�EPSG��Ufffff�Ys33333�`6fffffEPSG#)?��E��EPSG#�?�������EPSG#�HGK-Tur
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'EPSGAmmassalik 1958 to WGS 84 (1)EPSG%�EPSGdEPSG���� EPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl Ammlk�"0?
EPSGQornoq 1927 to WGS 84 (2)EPSG%�EPSGbEPSG�@dpZ �1@_� �1'�c�?|�hEPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl�<1?� EPSGQornoq 1927 to WGS 84 (1)Derived at 2 stations. Accuracy 25m, 25m and 32m in X, Y and Z axes.EPSG%�EPSGbEPSG�0 � ��CEPSG#)DMA-Grl S�c1?�1 EPSGManoca 1962 to WGS 84 (1)Derived at two points, checked at a third by Stolt Comex Seaway and Geoid for Elf.EPSG%�EPSGaEPSG�?� �Q�������b�������D�33333EPSG#)ELF94-Cmr�N0/
# EPSGMGI to WGS 84 (7)EPSG%�EPSG�EPSG��@y�n��O�rb��}V@��e��ںEPSG#)�P��u�v?�6�ֈ7r@#���z��EPSG#�@W��K��cEPSG#�AP���R�A7*{�:*APi���`BEPSG#)JPET-Yug MB�E1/� EPSGMGI to WGS 84 (6)For more accurate transformation see MGI to WGS 84 (7) (code 1795).EPSG%�EPSG�EPSG��@�� �k33333@~������EPSG#)JPet-Yug�L19�E ' EPSGDatum 73 to WGS 84 (2)Parameter values from Datum 73 to ETRS89 (2) (code 1792). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG��@Y�fffff@=������EPSG#)?�z�G���XbM��?�1&�x�EPSG#�?���
=p�EPSG#�EPSG-Prt 2001�n19� % EPSG Datum 73 to ETRS89 (2)Derived in 2001. Supersedes Datum 73 to ETRS89 (1) (code 1657).EPSG%�EPSG�EPSG��@Y�fffff@=������EPSG#)?�z�G���XbM��?�1&�x�EPSG#�?���
=p�EPSG#�ICC-Prt 2001�G15�A ' EPSG�Lisbon to WGS 84 (2)Parameter values from Lisbon to ETRS89 (2) (code 1790). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGoEPSG��q�������R �����xEPSG#)��x��F?\(���z�G�{EPSG#���
=p��EPSG#�EPSG-Prt 2001�i15� % EPSG�Lisbon to ETRS89 (2)Derived in 2001. Supersedes Lisbon to ETRS89 (1) (code 1655).EPSG%�EPSGoEPSG��q�������R �����xEPSG#)��x��F?\(���z�G�{EPSG#���
=p��EPSG#�ICC-Prt 2001�a1Q�- EPSG�Dealui Piscului 1933 to WGS 84 (1)Parameter values taken from Pulkovo 1942 to WGS 84 (9) (code 1293) assuming thatEPSG%�EPSG�EPSG�@Y� �Y������s3
=p��EPSG#)NAMR-Rom�a11�{ ' EPSG�RT90 to WGS 84 (2)Parameter values from RT90 to ETRS89 (1) (code 1787) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Supersedes RT90 to WGS 84 (1) (code 1680).EPSG%�EPSG EPSG�@yᙙ���@D�fffff@�������EPSG#)��\(�\@ ě��T� �O�;dEPSG#�EPSG#�EPSG-Swe 2001�511�% % EPSG�RT90 to ETRS89 (2)Derived at 165 points. Supersedes RT90 to ETRS89 (1) (code 1437). May be taken as approximate transformation RT90 to WGS 84 - see code 1787.EPSG%�EPSG EPSG�@yᙙ���@D�fffff@�������EPSG#)��\(�\@ ě��T� �O�;dEPSG#�EPSG#�NLS-Swe 2001�C1/�; EPSG�MGI to WGS 84 (5)Parameter values from MGI to ETRS89 (3) (code 1785). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@z�fffff@a�33333@|������EPSG#)@��
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=p��EPSG#�@1�����EPSG#�EPSG-Svn�u1/� EPSG�MGI to ETRS89 (3)May be taken as approximate transformation MGI to WGS 84 - see code 1786.EPSG%�EPSG�EPSG�@z�fffff@a�33333@|������EPSG#)@��
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'EPSGScoresbysund 1952 to WGS 84 (1)EPSG%�EPSGcEPSG�iF�Y� EPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl Scosd
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� ���Y���] jU �q1I�K %EPSGNord Sahara 1959 to WGS 84 (6)Derived at astro station Guerrara. May be taken as a transformation to RGSH2020 - see CT 10341.EPSG%�EPSG�EPSG�d�d�?|�h�Q���+@s$�/�EPSG#)ARCO-Alg HBR�L1I� %EPSGNord Sahara 1959 to WGS 84 (5)Derived at astro station central to concession. Significant and varying differences (>100m) at 4 neighbouring astro stations. May be taken as a transformation to RGSH2020 - see CT 10340.EPSG%�EPSG�EPSG�d�W������@$ffffff@c������EPSG#)BPA-Alg InAm�"1I�[ EPSGNord Sahara 1959 to WGS 84 (4)Used by BP in District 3 and In Salah Gas. May be taken as a transformation to RGSH2020 - see CT 10339.EPSG%�EPSG�EPSG��c �����@E�fffff@vd�����EPSG#)@�E���?�-V��M���EPSG#�����FEPSG#�BP-Alg D3�Z17�/ %EPSGBatavia to WGS 84 (3)Used by PT Komaritim for Nippon Steel during East Java Gas Pipeline construction.EPSG%�EPSGsEPSG��w�33333@������J�����EPSG#)KOM-Idn EJGP�,07S 'EPSGBatavia to WGS 84 (2)Used by ARCO offshore NW Java area.EPSG%�EPSGsEPSG��w�����@� �t��G ��
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!EPSGIndian 1975 to WGS 84 (4)EPSG%�EPSG�EPSG�%D>EPSG#)?� ?��������ffffffEPSG#�@ ������EPSG#�Auslig-Tha�,07[ EPSGPSAD56 to WGS 84 (12)Used by Petrobras for shelf operations.EPSG%�EPSG�EPSG�
�r=� �R@Z��z�H�v�Q� �EPSG#)PB-Braz N�{13�_ EPSGED50 to WGS 84 (31)Derived via concatenation through WGS72. The ED50 to WGS72 step is the Sepplin 1974 value for all Europe.EPSG%�EPSG�EPSG����^� EPSG#)?�^5?|�EPSG#�?�e��ںEPSG#�wgc72-Egy�U1C�G EPSGPulkovo 1942 to WGS 84 (15)Parameter values calculated by Elf Exploration and Production based on geodetic survey carried out by Azerbaijan State Committee for Geodesy and Cartography.EPSG%�EPSG�EPSG�@��33333��_33333�gL�����EPSG#)�$�^5?|�4Ǯz�H@:s�E��EPSG#�� �`A�7LEPSG#�TFE-Aze97�31C�{ 'EPSGPulkovo 1942 to WGS 84 (14)Mean of 3 stations in western Georgia, 4 stations in eastern Georgia and 4 stations in eastern Azerbaijan. Derived for use on AIOC early oil western export pipeline, but adopted for all AIOC work replacing the 1995 AIOC transformation (code 1807).EPSG%�EPSG�EPSG�@�p�����^� ���33333EPSG#)@
=p��7]�-V@%���E�EPSG#��hr� ĜEPSG#�BP-Aze Aioc97�1C�{ 'EPSGPulkovo 1942 to WGS 84 (13)Derived via WGS72 values taken from SOCAR Magnavox 1502 manual. Used by AIOC 1995-1997 then replaced by the AIOC97 values (tfm code 1808). Do not confuse with AIOC95 vertical datum as used in southern Caspian Sea and at Sangachal terminal by AIOC.EPSG%�EPSG�EPSG�
�y�U EPSG#)?�^5?|�EPSG#�?�e��ںEPSG#�BP-Aze Aioc95�=0={ EPSGKousseri to WGS 72BE (1)Derived in 1981 by Decca Survey France for Elf Serepca.EPSG%�EPSGfEPSG��Z������a33333@i&fffffEPSG#)ELF-Cmr�;09{ EPSG
Garoua to WGS 72BE (1)Derived in 1981 by Decca Survey France for Elf Serepca.EPSG%�EPSGeEPSG��L �����d������@*333333EPSG#)ELF-Cmr�T1A�9 EPSG
Pointe Noire to WGS 84 (3)Derived by Geoid for Elf in May 1995 using GPS and IGS data by tying 4 geodetic points to ITRF93 epoch 1995.4. Used for all offshore Congo operations.EPSG%�EPSG�EPSG�?�333333�fI������s�33333�`p EPSG#)@ �1&�@N��+@%�?|�hEPSG#�@3*~��"�EPSG#�ELF95-Cog 5 �)03A EPSGMinna to WGS 84 (4)Concatenated via WGS 72BE.EPSG%�EPSG�EPSG� ��@_y�����EPSG#)?� I�^5?EPSG#���Q� �REPSG#�RSL-Nga
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~|��ok 1k �811�# EPSG)ID74 to WGS 84 (3)Parameter values from ID74 to DGN95 (1) (code 15911) assuming that DGN95 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG������o�* �Q� �#�j~��#EPSG#)��KƧ��A�7Kƨ�� I�^5?EPSG#���O�;dEPSG#�Bak-Idn�11�S EPSG(ID74 to WGS 84 (2)Derived via coordinates of 2 Pulse8 stations. Use of ID74 to WGS 84 (3) (code 1833) is recommended.EPSG%�EPSG�EPSG�@�+ I��-���$�@�`A�7LEPSG#)?�ě��S�EPSG#���333333EPSG#�Rac91-Idn�z11� EPSG'HD72 to WGS 84 (2)Derived at fundamental point Szolohegy and tested at 99 stations throughout Hungary. Accuracy better than 1m in all three dimensions throughout Hungary. OGP recommends use of newer transformation (tfm code 1242) in preference to this transformation.EPSG%�EPSG�EPSG�@L�G�z�Q~z�G��"�z�G�EPSG#)ELTE-Hun� 11�} EPSG&HD72 to WGS 84 (1)Parameter values taken from HD72 to ETRS89 (1) (code 1829) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. OGP recommends use of newer MSZ 7222 equivalent (tfm code 1448) in preference to this transformation.EPSG%�EPSG�EPSG�8�R�G�z�.��Q� EPSG#)?z�G�?ə�����?��G�z�EPSG#�?�(�\)EPSG#�EPSG-Hun�11�5 EPSG%HD72 to ETRS89 (1)Derived at 5 stations. OGP recommends corrected Hungarian standard MSZ 7222 (tfm code 1449) be used in preference to this transformation. May be taken as approximate transformation HD72 to WGS 84 - see code 1830.EPSG%�EPSG�EPSG�?� 8�R�G�z�.��Q� EPSG#)?z�G�?ə�����?��G�z�EPSG#�?�(�\)EPSG#�FOMI-Hunl01
EPSG$Yoff to WGS 72 (1)EPSG%�EPSG�EPSG�� �UEPSG#)DMA-SEN� 17�5 EPSG"JGD2000 to WGS 84 (1)Excludes area affected by the 2011 Tohoku earthquake. For areas of northern Honshu affected by the earthquake see JGD2000 to WGS 84 (2) (code 9896).EPSG%�EPSGEPSG�EPSG#)EPSG-Jpn�1E�A %EPSG!Hong Kong 1980 to WGS 84 (1)Derived via ITRF96 @ 1998.121. Published 2002-03-01. Parameter values from Hong Kong 1980 to Hong Kong Geodetic CS (1) (code 9913) assuming Hong Kong Geodetic CS and WGS 84 are equivalent within the accuracy of the CT.EPSG%�EPSGEPSG�dS���+�qOXbM�d8r� ĜEPSG#)��XB�4�@���?�:��EPSG#����vEPSG#�LSD-HKG 2002� 05[ +EPSG Minna to WGS 84 (10)Used by Shell SNEPCO for Gongola basin.EPSG%�EPSG�EPSG���|EPSG#)SHL-Nga Gongola�13� 'EPSG Minna to WGS 84 (9)Used by Shell SNEPCO for OPLs 217-223. Derived during 1990 Niger Delta control survey at 4 stations (XSU38, 41, 44 and 45).EPSG%�EPSG�EPSG��WH�t�j�U�hr� �@\��C��EPSG#)SHL-Nga OPL S�
13� 'EPSG Minna to WGS 84 (8)Used by Shell SNEPCO for OPLs 209-213 and 316. Derived during 1990 Niger Delta control survey at 4 stations (XSU27, 30 31 and 35).EPSG%�EPSG�EPSG�
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=p��EPSG#)SHL-Nga OPL W�13�3 EPSG Minna to WGS 84 (7)Derived by Elf Petroleum Nigeria in 1994 at 3 stations (M101 onshore, offshore platforms XSW06 and XSV39) and used in OMLs 99-102 and OPLs 222-223.EPSG%�EPSG�EPSG��V>�Q� �TθQ� @\c33333EPSG#)ELF94-Nga�;13�{ EPSG Minna to WGS 84 (6)Derived by Nortech at station L40 Minna using NNPC 1989 GPS network tied to 4 ADOS stations. Used by Conoco in OPLs 219-220 to cm precision and ExxonMobil in OPL 209 to dm precision..EPSG%�EPSG�EPSG� �WL�����WS�
=p�@^I��l�DEPSG#)CON89-Nga Q �05M % EPSG*Segara to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSG�EPSG�m�)EPSG#)NIMA-Idn Kal
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' � ��'eu����� c �u13� 'EPSGFELD79 to WGS 84 (4)Derived by Geoid in 2000 from ITRF connection by NAGECO for TotalFinaElf. For historic compatibility TFE use the 1994 tfm ELD79 to WGS 84 (3) (code 1861) rather than this transformation.EPSG%�EPSG?EPSG�?� �hPj~��#�O�/��w�9�M��EPSG#)� 8���)@ I�^5?�
��`A�7EPSG#���\(�\EPSG#�TFE-Lby MBK00�S13�# 'EPSGEELD79 to WGS 84 (3)Derived by GEOID in 1994 from Transit satellite data. Used by TotalFinaElf.EPSG%�EPSG?EPSG��\� �Xfffff�b������EPSG#)TFE-Lby MBK94�13� #EPSGDELD79 to WGS 84 (2)Derived December 2001 by NAGECO. 3-dimensional SD at 11 points is 0.5m. Connected to ITRF via Remsa 2000 data. Used by TotalFinaElf.EPSG%�EPSG?EPSG�?� �\���+�XD�/���c ��l�DEPSG#)TFE-Lby MZQ�#13�G #EPSGCELD79 to WGS 84 (1)Used by Repsol in Murzuq field, and PetroCanada and previous licence holders in NC177 and 72 (En Naga field). Reliability of connection to ELD79 questionned.EPSG%�EPSG?EPSG��QC�
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=�a�� �REPSG#)REP-Lby MZQ�F0=s 'EPSGBED50(ED77) to WGS 84 (5)Derived by Geoid for Elf in 1999. EGM96 geoid used.EPSG%�EPSG:EPSG�?� �^��G�{�cpz�G��c�n��PEPSG#)TFE-Irn Kharg�D0=o 'EPSGAED50(ED77) to WGS 84 (4)Derived in 1999 on Lavan island by Geoid for Elf.EPSG%�EPSG:EPSG�?� �U1� �R�Z�33333�a( EPSG#)TFE-Irn Lavan�n1=�A 'EPSG@ED50(ED77) to WGS 84 (3)Derived in Kangan district by Geoid for Total in 1998. Used for South Pars phases 2 and 3.EPSG%�EPSG:EPSG�?� �^��\)�c�\(��e�z�HEPSG#)TFE-Irn SPars�@01s 'EPSG?FD58 to WGS 84 (3)Derived by Geoid for Elf in 1999. EGM96 geoid used.EPSG%�EPSG$EPSG�?� �n�
=p��dX�j~��@y EPSG#)TFE-Irn Kharg�@01s 'EPSG>FD58 to WGS 84 (2)Derived by Geoid for Elf in 1999. EGM96 geoid used.EPSG%�EPSG$EPSG�?� �m�33333�e@��
=q@x� EPSG#)TFE-Irn Lavan�203a )EPSG=ED50 to WGS 84 (39)Derived at a single point in Galway docks.EPSG%�EPSG�EPSG��T��
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=EPSG#)Ent-Ire Corrib�s1C�# EPSG<Timbalai 1948 to WGS 84 (4)Derived by Racal Survey for SSB at 24 coastal stations (including Timbalai fundamental point and 6 other primary triangulation stations) between in Sabah (Kudat southwards) and Sarawak (Sibu northwards).EPSG%�EPSG�EPSG����33333@�陙����J@ EPSG#)@ �Q� EPSG#�@"������EPSG#�SSB-Mys E�>1?�' EPSG2NAD83(CSRS) to WGS 84 (1)For many purposes NAD83(CSRS) can be considered to be coincident with WGS 84.EPSG%�EPSG EPSG�EPSG#)EPSG-Can�S13�W EPSG0QND95 to WGS 84 (1)Transformation defines QND95. May be approximated to 1m throughout Qatar by geocentric translation transformation with dX=-127.78098m, dY=-283.37477m, dZ=+21.24081m.EPSG%�EPSGEPSG�]�/�V��r�� ����& O�4�EPSG#)?���v?�T��CE�?�F�!qEPSG#�@
A�Kr�EPSG#�CGIS-Qat� 0=; !EPSG/Beduaram to WGS 72BE (1)Derived by Elf in 1986.EPSG%�EPSGuEPSG��� �EPSG#)ELF-Ner SE�(05S #EPSG.Segara to WGS 84 (4)Datum shift derived through ITRF93.EPSG%�EPSGEPSG�yLz�G�@�mp��
=@F�(�\EPSG#)TOT-Idn Mah� 09
)EPSG-Makassar to WGS 84 (1)EPSG%�EPSG�EPSG��^fffff@�> @b8Q� �EPSG#)Shl-Idn Sul SW�05
) EPSG,Segara to WGS 84 (3)EPSG%�EPSG�EPSG�y6fffff@�H�\)@GG�z�HEPSG#)Shl-Idn Kal NE �
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� ��!N������ �5 5 �30Qo %EPSG]Azores Oriental 1940 to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSGXEPSG�,�5 �5EPSG#)DMA-Prt Az E�j19� EPSGWSWEREF99 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. SWEREF99 is a regional realization of ETRS89.EPSG%�EPSG EPSG�EPSG#)EPSG-Swe�=19�/ EPSGVSWEREF99 to ETRS89 (1)Can be taken as an approximate transformation SWEREF99 to WGS 84 - see code 1879.EPSG%�EPSG EPSG�EPSG#)NLS-Swe�Q15� -EPSGUSAD69 to WGS 84 (14)Derived by Brazilian Institute of Geography and Statistics (IBGE) in 1989 at Chua origin point. In use by Shell throughout Brazil. For use by Petrobras and ANP, replaced by tfm code 5882 from 1994.EPSG%�EPSG
EPSG��P��z�H@z�G�{�CB�\(��EPSG#)IBGE-Bra 5m 1989�q15� EPSGTSAD69 to WGS 84 (13)Derived at 5 stations. Accuracy 3m, 6m and 3m in X, Y and Z axes. Note: SAD69 not adopted in Venezuela: see PSAD56 (CRS code 4248).EPSG%�EPSG
EPSG���EPSG#)DMA-Ven�N15�M EPSGSSAD69 to WGS 84 (12)Derived at 1 station. Accuracy 25m in each axis. Note: SAD69 not adopted in Trinidad and Tobago.EPSG%�EPSG
EPSG�,� �EPSG#)DMA-Tto�[15�g EPSGRSAD69 to WGS 84 (11)Derived at 6 stations. Accuracy 5m in each axis. Note: SAD69 not adopted in Peru: see PSAD56 (CRS code 4248).EPSG%�EPSG
EPSG� ��EPSG#)DMA-Peru�D15�9 EPSGQSAD69 to WGS 84 (10)Derived at 4 stations. Accuracy 15m in each axis. Note: SAD69 not adopted in Paraguay.EPSG%�EPSG
EPSG���EPSG#)DMA-Pgy�Q13�U EPSGPSAD69 to WGS 84 (9)Derived at 5 stations. Accuracy 9m, 5m and 5m in X, Y and Z axes. Note: SAD69 not adopted in Guyana.EPSG%�EPSG
EPSG� ��EPSG#)DMA-Guy�E13�5 #EPSGOSAD69 to WGS 84 (8)Derived at 1 station. Accuracy 25m in each axis. Note: SAD69 not adopted in Ecuador.EPSG%�EPSG
EPSG�,��EPSG#)DMA-Ecu Gal�^13�o EPSGNSAD69 to WGS 84 (7)Derived at 11 stations. Accuracy 3m in each axis. Note: SAD69 not adopted in Ecuador: see PSAD56 (CRS code 4248).EPSG%�EPSG
EPSG���EPSG#)DMA-Ecu�t13� EPSGMSAD69 to WGS 84 (6)Derived at 7 stations. Accuracy 6m, 6m and 5m in X, Y and Z axes. Note: SAD69 not adopted in Colombia: see Bogota 1975 (CRS code 4218).EPSG%�EPSG
EPSG�
��EPSG#)DMA-Col�,13� EPSGLSAD69 to WGS 84 (5)Derived at 9 stations. Accuracy 15m, 8m and 11m in X, Y and Z axes. Note: SAD69 not adopted in Chile north of 43°30'S. Replaced by SAD69 to WGS 84 (17) to (19) (codes 6974, 6975 and 6976).EPSG%�EPSG
EPSG����EPSG#)DMA-Chile�/13� EPSGKSAD69 to WGS 84 (4)Derived at 22 stations. Accuracy 3m, 5m and 5m in X, Y and Z axes.EPSG%�EPSG
EPSG���EPSG#)DMA-Bra�^13�o EPSGJSAD69 to WGS 84 (3)Derived at 4 stations. Accuracy 15m in each axis. Note: SAD69 not adopted in Bolivia: see PSAD56 (CRS code 4248).EPSG%�EPSG
EPSG���EPSG#)DMA-Bol�i13� EPSGISAD69 to WGS 84 (2)Derived at 10 stations. Accuracy 5m in each axis. Note: SAD69 not adopted in Argentina: see Campo Inchauspe (CRS code 4221).EPSG%�EPSG
EPSG� ��EPSG#)DMA-Arg�013� EPSGHSAD69 to WGS 84 (1)Derived at 84 stations. Accuracy 15m, 6m and 9m in X, Y and Z axes.EPSG%�EPSG
EPSG���EPSG#)DMA-mean �I19�1 %EPSGXPoint 58 to WGS 84 (1)Derived at one point in each of Burkina Faso and Niger. Accuracy 25m in each axis.EPSG%�EPSG EPSG�,�� �EPSG#)NIMA-Bfa Ner
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!EPSGqGuadeloupe 1948 to WGS 84 (2)EPSG%�EPSGEPSG�?��������}���
=q�� �Q�s� �REPSG#)?��g�� ����s�?�g8 }�HEPSG#�?�_ح��VEPSG#�IGN-Glp 1m|0G
#EPSGpGuadeloupe 1948 to WGS 84 (1)EPSG%�EPSGEPSG�
�-��EPSG#)IGN-Glp 10mv0A
EPSGoFort Marigot to WGS 84 (1)EPSG%�EPSG
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� ��REPSG#)IGN-Glp�50Ce EPSGnManoca 1962 to WGS 72BE (1)Derived at 6 stations using Transit in 1977.EPSG%�EPSGaEPSG��LY������ey������DL�����EPSG#)GOC-Cmr�(1?�y )EPSGmNAD83(HARN) to WGS 84 (3)Approximation derived from tfm code 6864 ignoring time-dependent parameters and assuming ITRF96(1997.0) and WGS 84, plus NAD83(CORS96) and NAD83(HARN), can be considered the same within the accuracy of the tfm. In USA only replaces tfm code 1900.EPSG%�EPSG8EPSG��E���?���%��2?�i�B���EPSG#)������i �" �nYI^��FEPSG#�EPSG#�NGS-Usa ITRF96�/1?� )EPSGlNAD83(HARN) to WGS 84 (2)Approximation derived ignoring time-dependent parameters and assuming ITRF94(1996.0) and WGS 84, plus NAD83(CORS94) and NAD83(HARN), can be considered the same within the accuracy of the transformation. Replaced by NAD83(HARN) to WGS 84 (3) (code 1901).EPSG%�EPSG8EPSG��)^��?� �䎊r?�!�R�<EPSG#)���n% +�j(���$�m��^�e�EPSG#�EPSG#�NGS-Usa ITRF94� 05
)EPSGkSegara to WGS 84 (3)EPSG%�EPSGEPSG�
�y6fffff@�H�\)@GG�z�HEPSG#)Shl-Idn Kal NE�05
'EPSGjSegara to WGS 84 (2)EPSG%�EPSGEPSG��x0�\)@��=p��
@G% �Q�EPSG#)Shl-Idn Kal E�05M %EPSGiSegara to WGS 84 (1)Accuracy estimate not available.EPSG%�EPSGEPSG��m�)EPSG#)NIMA-Idn Kal�c11� 'EPSGhRT90 to WGS 84 (2)Parameter values from RT90 to SWEREF99 (1) (code 1895) assuming that SWEREF99 is equivalent to WGS 84 within the accuracy of the transformation. Replaces RT90 to WGS 84 (1) (code 1680).EPSG%�EPSG EPSG�@yᙙ���@D�fffff@�������EPSG#)?�\(�\� ě��T@ �O�;dEPSG#�EPSG#�EPSG-Swe 2001�&15�s %EPSGgRT90 to SWEREF99 (1)Derived at 165 points in 2001. Also given by EuroGeographics as RT90 to ETRS89 using the Position Vector transformation method. Replaces RT90 to ETRS89 (1) (code 1437). May be taken as approximate transformation RT90 to WGS 84 - see code 1896.EPSG%�EPSG EPSG ?�������@yᙙ���@D�fffff@�������EPSG#)?�\(�\� ě��T@ �O�;dEPSG#�EPSG#�NLS-Swe 2001�(0Em EPSGfGandajika 1970 to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG��{��2EPSG#)NIMA-Mdv�$0?o EPSGePuerto Rico to WGS 84 (3)Derived at 11 stations. Accuracy 3m in each axis.EPSG%�EPSG+EPSG� H�EPSG#)NIMA-Pri�1G�; EPSGdHito XVIII 1963 to WGS 84 (2)Derived at 2 stations. As the source CRS was used for the border survey this transformation is probably also applicable to adjacent areas of Argentina.EPSG%�EPSG�EPSG�, �]EPSG#)NIMA-Chl�S1Q�9 %EPSGbAustralian Antarctic to WGS 84 (1)For many purposes Australian Antarctic can be considered to be coincident with WGS 84.EPSG%�EPSGPEPSG�EPSG#)EPSG-Ata Aus�*0Gm # EPSGaSelvagen Grande to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSGEPSG�߄<EPSG#)DMA-Prt Sel�*0?o #EPSG`Porto Santo to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis.EPSG%�EPSGEPSG�,�
�:EPSG#)DMA-Prt Mad�50Uo %EPSG_Azores Occidental 1939 to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis.EPSG%�EPSGVEPSG�#�W�WQEPSG#)DMA-Prt Az W
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} a � �N8�2 � �Z15�+ -EPSG�Aratu to WGS 84 (17)Parameters from Aratu to SIRGAS 2000 (5) (tfm code 5058) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%�EPSGpEPSG�c1G�z�@r�G�z�c �
=p�EPSG#)PB-Bra BREC 2002 �(1?�G !EPSG�Lisbon 1890 to ETRS89 (1)Parameter values taken from Lisbon 1890 to WGS 84 (1) (tfm code 1986) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG:EPSG�@�hr� �g�XbM�@��ȴ9XEPSG#)CGC-Prt 5m �I1Q�Y 1EPSG�Azores Oriental 1995 to PTRA08 (3)Derived at 18 points in May 2009. Residuals at 14 test points within 0.1m. Info source also provides a 7-parameter Position Vector transformation of similar accuracy.EPSG%�EPSG8EPSG�?��������i��"��`@a��1&�@K)�^5?}EPSG#)IGP-Prt Az S.Maria � 1=�e +EPSG�Amersfoort to ETRS89 (6)Replaces Amersfoort to ETRS89 (4) (tfm code 15740). Dutch sources also quote an equivalent transformation using the Coordinate Frame 7-parameter method - see tfm code 4830.EPSG%�EPSG�EPSG�?� @��2�W��@9��$tS�@}��4֡bEPSG#)?��{���m����1���@"4,<��EPSG#�@J=p��
EPSG#�AM��7�Ax @��AS z���'EPSG#)NCG-Nld 2008 MB � 19� EPSG�ITRF88 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG.EPSG7��J���Dп��O�;dZ?��rGE9EPSG#)�6�� C-?'��9��EPSG#���T`�d�EPSG#�IERS �1I� EPSG�Katanga 1955 to RGRDC 2005 (1)Derived at 4 stations in Lubumbashi area. May be taken as approximate transformation Katanga 1955 to WGS 84 - see code 4066.EPSG%�EPSGWEPSG�?� �Y�vȴ9�#:^5?|�o�fffffEPSG#)Rec-DUC ��1G� 'EPSGTMGI 1901 to Slovenia 1996 (7)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@{x �'�=p��
@~-VEPSG#)��9&A�)��)�k�@$O�)��#EPSG#�@0E ����EPSG#�GuRS-Svn Staj ��/13� %EPSG@ED50 to WGS 84 (32)Parameter values from ED87 to ETRS89 (1) (tfm code 4078), assuming that ED50 is identical to ED87 and ETRS89 to WGS 84. Errors caused by this assumption can reach 3-5m. Used by NAM for offshore operations until mid 2004, then replaced by tfm code 1311.EPSG%�EPSG�EPSG��T�
=p��XXQ� ��]Nz�G�EPSG#)?�C,�zxl�˼�Z���?�{J#9��EPSG#�?�.H� �EPSG#�Rws-Nld-Nsea ��N13� !EPSG�ED50 to WGS 84 (33)May be taken as a transformation from ED50 to ETRS89 - see tfm code 5040.EPSG%�EPSG�EPSG��U�+ I��[(�`A�7�^e�E��EPSG#)CGC-Prt 5m ��1M�? !EPSG�IGN72 Grande Terre to WGS 84 (2)Withdrawn by information source and replaced by improved information - see CT code 15903.EPSG%�EPSG6EPSG�@XR�G�{�ps�E��@sn �1'EPSG#)���0�
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EPSG#�@*��]c�fEPSG#�BGN-Ncl v2 ��L19�E ' EPSG�Datum 73 to WGS 84 (2)Parameter values from Datum 73 to ETRS89 (2) (code 1792). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@Y�fffff@=������EPSG#)?�z�G���XbM��?�1&�x�EPSG#�?���
=p�EPSG#�EPSG-Prt 2001 ��80K
EPSG�ST84 Ile des Pins to WGS 84 (1)EPSG%�EPSG"EPSG�@n�O�;dZ@UU�-V@e��S��EPSG#)�!�ߤ?��@ Z�c �@)0�)^�EPSG#�@,�7KƧ�EPSG#�BGN-Ncl �n03
EPSGrCSG67 to WGS 84 (1)EPSG%�EPSGEPSG�
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EPSG�IGN72 Grand Terre to WGS 84 (2)EPSG%�EPSGEPSG�@XR�G�{�ps�E��@sn �1'EPSG#)���0�
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EPSG#�@*��]c�fEPSG#�BGN-Ncl�1=�? !EPSG�IGN53 Mare to WGS 84 (1)Withdrawn by information source and replaced by improved information - see CT code 15901.EPSG%�EPSG!EPSG�y���m@v�-V�y���oEPSG#)?�%��1����PH�@R��mEPSG#��^FZ�c �EPSG#�BGN-Ncl v1�1?�? !EPSG�IGN56 Lifou to WGS 84 (2)Withdrawn by information source and replaced by improved information - see CT code 15902.EPSG%�EPSGEPSG�@a"��m@`u �Q�@V�fffffEPSG#)���PH�'2�s�P�T��EPSG#�� �C�\�EPSG#�BGN-Ncl v2� 1?�I %EPSG�Reunion 1947 to RGR92 (1)Note: Because of the large rotation about the Y-axis this transformation is not reversible. Errors of up to 0.5m may occur. For the reverse transformation use RGR92 to Reunion 1947 [alias Piton des Neiges] (1) (code 1964).EPSG%�EPSGEPSG?�������@��1&�x����S���Vy�"��`EPSG#)?�8 }�H�@S2ڹ�Y��%(Xy=�EPSG#��@)|�QEPSG#�IGN-Reu 0.1mu03
) EPSG�MOP78 to WGS 84 (1)EPSG%�EPSG EPSG�
��|�EPSG#)IGN-Wlf Wallisr0;
EPSG�Tahiti 52 to WGS 84 (1)EPSG%�EPSGEPSG�
�u �EPSG#)IGN-Pyf�0c
EPSG�Saint Pierre et Miquelon 1950 to WGS 84 (1)EPSG%�EPSG EPSG�
�pEPSG#)IGN-Spm{0A
%EPSG�Perroud 1950 to WGS 84 (1)EPSG%�EPSG EPSG�
E � �EPSG#)IGN-Ata Adel{0A
%EPSG�Petrels 1972 to WGS 84 (1)EPSG%�EPSG EPSG�
m � �EPSG#)IGN-Ata Adell0;
EPSG�RGNC 1991 to WGS 84 (1)EPSG%�EPSG%EPSG�EPSG#)IGN-Ncl�10=
EPSGST87 Ouvea to WGS 84 (1)EPSG%�EPSGEPSG�^��n���g�E���@Y��t�EPSG#)@ �ᰉ��� ѷY�ќ�u��EPSG#�@�P��{�EPSG#�BGN-Ncly0K
EPSG~IGN72 Grand Terre to WGS 84 (1)EPSG%�EPSGEPSG��$EPSG#)IGN-Ncl�e1?�k EPSG}IGN56 Lifou to WGS 84 (1)Withdrawn by information source and replaced by improved information from local authority - see tfm code 15902.EPSG%�EPSGEPSG�
P �EPSG#)IGN-Nclu0A
EPSG|Combani 1950 to WGS 84 (1)EPSG%�EPSGEPSG�
����EPSG#)IGN-Myt�p17� % EPSG{K0 1949 to WGS 84 (1)Also published in US NIMA/NGA TR8350.2 which gives accuracy of +/-25m in each axis and states that derived at one station.EPSG%�EPSGEPSG�
��EgEPSG#)IGN-Atf Kergw0G
EPSGzIGN72 Nuku Hiva to WGS 84 (1)EPSG%�EPSGEPSG�
TAEPSG#)IGN-Pyfv09
'EPSGyTahaa 54 to WGS 84 (1)EPSG%�EPSGEPSG�
AVMEPSG#)IGN-Pyf Tahaah03
EPSGxRGR92 to WGS 84 (1)EPSG%�EPSGEPSG�EPSG#)IGN-Reu�0A7 # EPSGwReunion 1947 to WGS 84 (1)Derived at 1 station.EPSG%�EPSGEPSG� ^�L��EPSG#)IGN-Reu 30m�A0G
!EPSGvMartinique 1938 to WGS 84 (2)EPSG%�EPSGEPSG�?�������@_�� �Q�@� � �Q�@`M �Q�EPSG#)�K)^� @���u���xF�]dEPSG#�@+�8�4֡EPSG#�IGN-Mtq 1m}0G
#EPSGuMartinique 1938 to WGS 84 (1)EPSG%�EPSGEPSG�
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13�M EPSGtCSG67 to RGFG95 (1)Accuracy better than +/- 0.1 metre in the coastal area, better than +/- 1 metre in the interior.EPSG%�EPSGEPSG�h" �1'@m�Ƨ@Z\���S�EPSG#)?��A��s���8�YJ�?�U2a|�EPSG#�?� ԕ*�EPSG#�IGN-Gufm05
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� �s9 ��� k �G15�A ' EPSG�Lisbon to WGS 84 (2)Parameter values from Lisbon to ETRS89 (2) (code 1790). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGoEPSG�q�������R �����xEPSG#)��x��F?\(���z�G�{EPSG#���
=p��EPSG#�EPSG-Prt 2001� 19� EPSG�ITRF88 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG.EPSG7��J���Dп��O�;dZ?��rGE9EPSG#)�6�� C-?'��9��EPSG#���T`�d�EPSG#�IERS�19� EPSG�ITRF89 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG/EPSG7��i�B��￨Q� �R?�� C,�zEPSG#)?'��9��EPSG#�?w�+j��gEPSG#�IERS�19� EPSG�ITRF90 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG0EPSG7��J���Dп�bM��?�a|�QEPSG#)?'��9��EPSG#��d��nEPSG#�IERS�19� EPSG�ITRF91 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG1EPSG7��W>�6z��(�\)?�`�d�8EPSG#)?'��9��EPSG#��a��u��"EPSG#�IERS�19� EPSG�ITRF92 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG2EPSG7���u%����S���?�w�kP��EPSG#)?'��9��EPSG#��H�t�j~�EPSG#�IERS�819�# EPSG�ITRF93 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0029 m/yr, dy=0.0002 m/yr, dZ=0.0006 m/yr, rX=0.00011"/yr, rY=0.00019"/yr, rZ=-0.00007"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG3EPSG7��u%F
��z��vȴ9?�f�A��EPSG#)?9� >�'�J6�� C-?R����vEPSG#��_�䎊q�EPSG#�IERS�19� EPSG�ITRF94 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG4EPSG7�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#�IERS�19� EPSG�ITRF96 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG5EPSG7�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#�IERS�19� EPSG�ITRF97 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%�EPSG6EPSG7�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#�IERS�O1;�M EPSG�RRAF 1991 to WGS 84 (1)RRAF 1991 was defined to be WGS84 at a single point in Martinique during the 1988 Tango mission.EPSG%�EPSG EPSG�EPSG#)IGN-FrAnt�e1G�_ % EPSG�RGR92 to Piton des Nieges (1)Note: Because of the large rotation about the Y-axis this transformation is not reversible. For the reverse transformation see Piton des Nieges to RGR92 (1) (code 1926).EPSG%�EPSGEPSG���� �R@�����l�@Vk�
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EPSG�NEA74 Noumea to WGS 84 (1)EPSG%�EPSG$EPSG�dƟ�vȴ�cX�/��@oڗ�O�;EPSG#)�BŮ�1��@ ��(���$g�z�HEPSG#��>��Q�EPSG#�BGN-Ncl�10=
EPSG�ST71 Belep to WGS 84 (1)EPSG%�EPSG#EPSG�~(�\�{e �Q��n��O�EPSG#)@0Oح��V@4,�ߤ@�#��Z��EPSG#��[���*0EPSG#�BGN-Ncl �
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� �G2KH�� � �H13�9 % EPSG�ED50 to WGS 84 (32)Parameter values taken from ED87 to WGS 84 (2) (tfm code 1960) assuming that ED87 is identical to ED50. Errors caused by this assumption can reach 3m.EPSG%�EPSG�EPSG�T�
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�<��ᛐ�o?���?�ײEPSG#�?�|�hr�EPSG#�IERS-Eur� 0I5 EPSG�St. Vincent 1945 to WGS 84 (1)Derived at 4 points.EPSG%�EPSG�EPSG�@hux��@t�E���@q)�E��EPSG#)LSU-Vct�15�; EPSG�LKS-92 to WGS 84 (1)LKS-92 is a national realization of ETRS89 and coincident to WGS84 within 1 metre. This transformation has an accuracy equal to the coincidence figure.EPSG%�EPSG5EPSG�EPSG#)Vzd-Lva�e0=a /EPSG�Helle 1954 to WGS 84 (1)Derived at 3 stations. Residuals under 1m.EPSG%�EPSG4EPSG�@��ޞ�@�F$�/����l�DEPSG#)@@2\=�x�c(8� ��X��IQ�EPSG#�@0�z�G�EPSG#�SKV-SJM Jan Mayen�11�W EPSG�TM75 to WGS 84 (3)Derived at 7 stations. Accuracy 3m in each axis. TM75 is based on the geodetic datum of 1965 which should not be confused with the mapping adjustment of 1965 (TM65).EPSG%�EPSG�EPSG���cEPSG#)DMA-Ire�y1;� EPSG�OSNI 1952 to WGS 84 (1)Parameter values from TM75 to ETRS89 (2) (code 1953). Assumes each pair of (i) OSNI 1952 and TM75, and (ii) ETRS89 and WGS 84, can be considered the same to within the accuracy of the transformation.EPSG%�EPSG\EPSG�@~( �`S33333@�������EPSG#)��1&�y��dZ �1��1&�x�EPSG#�@ L�����EPSG#�EPSG-Ire�U11�I 1EPSG�TM75 to WGS 84 (2)Parameter values taken from TM65 to ETRS89 (2) (code 1953). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@~( �`S33333@�������EPSG#)��1&�y��dZ �1��1&�x�EPSG#�@ L�����EPSG#�EPSG-Ire PV approx�511�} =EPSG�TM75 to ETRS89 (2)TM75 is based on the geodetic datum of 1965 which should not be confused with the mapping adjustment of 1965 (TM65). May be taken as approximate transformations TM75 to WGS 84, TM65 to WGS 84 and OSNI 1952 to WGS 84 - see codes 1954, 1641 and 1955.EPSG%�EPSG�EPSG�@~( �`S33333@�������EPSG#)��1&�y��dZ �1��1&�x�EPSG#�@ L�����EPSG#�OSI-Ire PV approximation�113� EPSG�ISN93 to WGS 84 (1)For many purposes ISN93 can be considered to be coincident with WGS 84.EPSG%�EPSG3EPSG�EPSG#)EPSG-Isl�i1A�w EPSG�Hjorsey 1955 to WGS 84 (1)Derived at 6 stations. Accuracy 3m, 3m and 5m in X, Y and Z axes. Replaced by Hjorsey 1955 to WGS 84 (2) (code 6909).EPSG%�EPSG2EPSG��.�EPSG#)DMA-Isl�V1=�M )EPSG�NAD83 to NAD83(CSRS) (4)Used as part of NAD27 to/from WGS 84 transformation for offshore oil operations - see code 8647.EPSG%�EPSG�EPSG EPSG#)EPSG-Can E Off�j1?�} )EPSG�NAD83(CSRS) to WGS 84 (2)Approximation derived from tfm code 6864 ignoring time-dependent parameters and assuming ITRF96(1997.0) and WGS 84 can be considered the same within the accuracy of the transformation.EPSG%�EPSG EPSG��E���?���%��2?�i�B���EPSG#)������i �" �nYI^��FEPSG#�EPSG#�NGS-Usa ITRF96 a �k1M�k EPSG�IGN72 Grande Terre to WGS 84 (1)Withdrawn by information source and replaced by improved information from local authority - see tfm code 15903.EPSG%�EPSG6EPSG�
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� ��~� ^��c�� Lw� �50UI %EPSG�Azores Occidental 1939 to WGS 84 (2)Derived at 2 stations in 1999.EPSG%�EPSGVEPSG��zjj~��#�e��
=p�@UG�z�EPSG#)CGC-Prt Az W�a0QI +EPSG�Azores Central 1995 to WGS 84 (11)Mean for all islands in group.EPSG%�EPSG9EPSG�Yš��@dOdZ ��<F�-EPSG#)��`A�7Kǿ���E�˿Ł$�/EPSG#���bM��EPSG#�CGC-Prt Az C 1m�60QI +EPSG�Azores Central 1995 to WGS 84 (10)Mean for all islands in group.EPSG%�EPSG9EPSG��Z�vȴ9X@d˶E���B�M��EPSG#)CGC-Prt Az C 5m�C0O
-EPSG�Azores Central 1995 to WGS 84 (9)EPSG%�EPSG9EPSG�Y��$�@d'�;dZ �Hahr� �EPSG#)?ȓt�j~�?أ�
=p���t�j~��EPSG#�?��S�EPSG#�CGC-Prt Az SJ 1m�0O
-EPSG�Azores Central 1995 to WGS 84 (8)EPSG%�EPSG9EPSG��Z�1&�x�@dǥ�S��B�O�;dZEPSG#)CGC-Prt Az SJ 5m�D0O
/EPSG�Azores Central 1995 to WGS 84 (7)EPSG%�EPSG9EPSG�WԬ1&�@d�"��`B�Q|I�^5?EPSG#)?˅ �Q�?�~��"�忨bM��EPSG#�?���n��EPSG#�CGC-Prt Az Pic 1m�0O
/EPSG�Azores Central 1995 to WGS 84 (6)EPSG%�EPSG9EPSG��Z���`A�@d�\)�B� �EPSG#)CGC-Prt Az Pic 5m�=0O
/EPSG�Azores Central 1995 to WGS 84 (5)EPSG%�EPSG9EPSG�@d]�hr�!�Cp�`A�7EPSG#)?�333333?�-V��� �1&�EPSG#��ա��oEPSG#�CGC-Prt Az Fai 1m�0O
/EPSG�Azores Central 1995 to WGS 84 (4)EPSG%�EPSG9EPSG��Z��;dZ @d����+�B�(�\EPSG#)CGC-Prt Az Fai 5m�D0O
/EPSG�Azores Central 1995 to WGS 84 (3)EPSG%�EPSG9EPSG�Zv�-@d���+�C'-EPSG#)?h�t�j~�?���vȴ9���t�j~�EPSG#����t�j~�EPSG#�CGC-Prt Az Ter 1m�0O
/EPSG�Azores Central 1995 to WGS 84 (2)EPSG%�EPSG9EPSG��Z�C��%@dȣ�
=q�B�?|�hEPSG#)CGC-Prt Az Ter 5m�a0QI +EPSG�Azores Oriental 1995 to WGS 84 (5)Mean for all islands in group.EPSG%�EPSG8EPSG�j I�^@`5� �R@J ƧEPSG#)?�\(�?��1&�y���hr�!EPSG#�?�XbM��EPSG#�CGC-Prt Az E 1m�60QI +EPSG�Azores Oriental 1995 to WGS 84 (4)Mean for all islands in group.EPSG%�EPSG8EPSG��i����+@a����@K��hr�EPSG#)CGC-Prt Az E 5m�X0Q3 /EPSG�Azores Oriental 1995 to WGS 84 (3)Calculated in 2001.EPSG%�EPSG8EPSG�j~ I�^5@a41&�y@M&fffffEPSG#)?�ȴ9Xb��bM�9XbM�EPSG#�?ؓt�j~�EPSG#�CGC-Prt Az Mig 1m�-0Q3 /EPSG�Azores Oriental 1995 to WGS 84 (2)Calculated in 2001.EPSG%�EPSG8EPSG��i�A�7K�@a��x��@K�x��EPSG#)CGC-Prt Az Mig 5m�>0I
)EPSG�Porto Santo 1995 to WGS 84 (3)EPSG%�EPSG7EPSG�jPbM��P��^5?}�H<�hr�EPSG#)� ��n��@."M��@D���S�EPSG#�?�
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EPSG#�CGC-Prt Mad 1m�10II )EPSG�Porto Santo 1995 to WGS 84 (2)Derived at Forte de Sao Tiago.EPSG%�EPSG7EPSG��m��o�n��t�@s���$�EPSG#)CGC-Prt Mad 5m�+0Gm #EPSG�Selvagem Grande to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSGEPSG�,�߄<EPSG#)DMA-Prt Sel� 1?� %EPSG�RGR92 to Reunion 1947 (1)Note: Because of the large rotation about the Y-axis this transformation is not reversible. Errors of up to 0.5m may occur. For the reverse transformation use Piton des Neiges to RGR92 (1) (code 1926).EPSG%�EPSGEPSG?����������� �R@�����l�@Vk�
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!EPSG�Lisbon to WGS 84 (3)EPSG%�EPSGoEPSG��s �j~��NI�^5?}@Y�\)EPSG#)CGC-Prt 5m�09
!EPSG�Datum 73 to WGS 84 (3)EPSG%�EPSG�EPSG��k畁$�@[�Z �1@BSn��PEPSG#)CGC-Prt 5m
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) I�?�/}2Y x �_11�{ EPSG6IGRS to WGS 84 (1)Approximation at the +/- 1m level assuming that IGRS is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG1EPSG�EPSG#)OGP-Irq�713�) EPSG�TWD97 to WGS 84 (1)Approximation at the +/- 1m level assuming that TWD97 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Twn� 15�i EPSG�HD1909 to WGS 84 (1)Horizontal coordinates of 66 points of the National Geodetic Network were used to compute this transformation.EPSG%�EPSG�EPSG�@���
=p�@^l(�\@������EPSG#)�u\(�@��n.�Ŀ�KƧEPSG#�� C��$�EPSG#�ELTE-Hun�I13�9 % EPSG�ED50 to WGS 84 (32)Parameter values taken from ED87 to WGS 84 (2) (tfm code 1960) assuming that ED87 is identical to ED50. Errors caused by this assumption can reach 3m.EPSG%�EPSG�EPSG��T�
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�<��ᛐ�o?���?�ײEPSG#�?�|�hr�EPSG#�NAM-Nld-Nsea�013� 'EPSG�ED50 to WGS 84 (36)Approximation to better than 0.5m of CT adopted in June 2003 (see ED50 to WGS 84 (35), code 1052). Recommended for Germany North Sea petroleum purposes. Acceptable to Landesbergamt for Lower Saxony and Bundesanstalt für Seeschifffahrt und Hydrographie.EPSG%�EPSG�EPSG�c�z�G��1(�\)�S�=p��
EPSG#)@ ��l�@�t�j~�����l�EPSG#��� �Q�EPSG#�EPSG-Ger Nsea�z15�' %EPSG�Lisbon to ETRS89 (2)Derived in 2001. Replaces Lisbon to ETRS89 (1) (code 1655). Also given to greater precision but no more accuracy on ICC web site using Coordinate Frame method. Replaced by Lisbon to ETRS89 (3) (code 5038).EPSG%�EPSGoEPSG��q�������R �����xEPSG#)��vȴ9X?\(���z�G�{EPSG#���
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EPSG�Dealul Piscului 1970 to WGS 84 (1)EPSG%�EPSG�EPSG�
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EPSG�Dealul Piscului 1930 to WGS 84 (1)EPSG%�EPSG�EPSG�
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EPSG�Reykjavik 1900 to WGS 84 (1)EPSG%�EPSG1EPSG�
� �EPSG#)LMI-Isl�^17�m !EPSG�IKBD-92 to WGS 84 (4)This transformation was exact in 1992, deteriorating with tectonic plate motion at several centimetres per year.EPSG%�EPSG;EPSG�EPSG#)UN-Irq Kwt�Y19�Y !EPSG�Datum 73 to ETRS89 (3)Parameters calculated in 1998 using 9 common stations. Published in 2001. Replaces Datum 73 to ETRS89 (1) (code 1657). Replaced by Datum 73 to ETRS89 (5) (code 5037).EPSG%�EPSG�EPSG��l��+ @Y�\(�@:��t�EPSG#)��z�G�?�XbM���1&�x�EPSG#�?��t�j~�EPSG#�CGC-Prt 1m�50?
!EPSG�Lisbon 1890 to WGS 84 (2)EPSG%�EPSG:EPSG�@��"��`B�P�C��%@~n��PEPSG#)��p��
=q@Ǯz�H@� ě�EPSG#���Q� �EPSG#�CGC-Prt 1m�/03
!EPSG�ED50 to WGS 84 (34)EPSG%�EPSG�EPSG�R�� ě��`�r� Ĝ�Z=�S���EPSG#)?�ě��S�?�hr� Ĝ�� �Q�EPSG#���+ JEPSG#�CGC-Prt 1m�105
!EPSG�Lisbon to WGS 84 (4)EPSG%�EPSGoEPSG��r(�\�V-V@_���-VEPSG#)?�V�u��=p��
=?� I�^5EPSG#��dZ �1EPSG#�CGC-Prt 1m�209
!EPSG�Datum 73 to WGS 84 (4)EPSG%�EPSG�EPSG�m�����@V ��$�@>|�hr�EPSG#)����E�����E�˿�`A�7K�EPSG#�@��E�EPSG#�CGC-Prt 1m�[1?�- !EPSG�Lisbon 1890 to WGS 84 (1)May be taken as a transformation from Lisbon 1890 to ETRS89 - see tfm code 5039.EPSG%�EPSG:EPSG�@�hr� �g�XbM�@��ȴ9XEPSG#)CGC-Prt 5m �
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2z��{ �1G� -EPSGRMGI 1901 to Slovenia 1996 (5)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@z���vȴ@Za��o@�+ JEPSG#)��W� z��bo`��@$�>S!�EPSG#�@(�즆��EPSG#�GuRS-Svn SE 0.3m�1G� -EPSGQMGI 1901 to Slovenia 1996 (4)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?� @|�|�hs@T�Z �1@|��t�jEPSG#)� ��gD���
�Ѐ�s�@%��x|�`EPSG#�@/�L+Q�EPSG#�GuRS-Svn SE 0.5m�1G� #EPSGOMGI 1901 to Slovenia 1996 (3)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?� @}$�/�5z^5?|�@��E��EPSG#)?���n���<�P;�@#��(g'WEPSG#�@)�;��pEPSG#�GuRS-Svn NE�1G� !EPSGNMGI 1901 to Slovenia 1996 (2)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?� @s�I�^5?@gG"��`B@9�vȴ9EPSG#)�Ȩ*V� Ce#pG�@*j�?5�EPSG#�@7r�fMEPSG#�GuRS-Svn W�]19�a !EPSGMMGI 1901 to WGS 84 (9)Parameter values from MGI 1901 to Slovenia 1996 (1) (code 3916). Assumes Slovenia 1996 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@y��Q� @R
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cQ���EPSG#�@1�o*ZF�EPSG#�OGP-Svn 96�61G� EPSGLMGI 1901 to Slovenia 1996 (1)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible. May be taken as approx tfm MGI 1901 to WGS 84 (see code 3917).EPSG%�EPSGBEPSG�@y��Q� @R
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cQ���EPSG#�@1�o*ZF�EPSG#�GuRS-Svn�M19�E EPSGKMGI 1901 to WGS 84 (5)Parameter values from MGI 1901 to ETRS89 (3) (code 3914). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@z�fffff@a�33333@|������EPSG#)@��
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=p��EPSG#�@1�����EPSG#�EPSG-Svn�O19�I EPSGJMGI 1901 to ETRS89 (3)Derived at 11 points. May be taken as approximate transformation MGI 1901 to WGS 84 - see code 3915. Superseded by MGI 1901 to Slovenia 1996 (12) (code 8689).EPSG%�EPSGBEPSG�@z�fffff@a�33333@|������EPSG#)@��
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=p��EPSG#�@1�����EPSG#�GURS-Svn�{11�+ EPSGAED87 to WGS 84 (2)Parameter values taken from ED87 to ETRS89 (1) (tfm code 4078) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the transformation. Used as a tfm between ED50 and WGS 84 - see code 3904.EPSG%�EPSG�EPSG�T�
=p��XXQ� ��]Nz�G�EPSG#)?�C,�zxl�˼�Z���?�{J#9��EPSG#�?�.H� �EPSG#�OGP-Eur , �1G� %EPSGSMGI 1901 to Slovenia 1996 (6)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@}Jz�G�@TX�`A�7@{Ӊ7KƨEPSG#)��Ă{o�
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� � p �c��B���t� � �k1=� EPSG�RGRDC 2005 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGRDC 2005 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)OGP-DUC�T17�U EPSG�PSAD56 to WGS 84 (14)Parameter values from PSAD56 to SIRGAS 1995 (1) (code 3971). Assumes SIRGAS 1995 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG��N'�z�H@n�� �R@? I�^5EPSG#)�(��S���
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@ z�G�{EPSG#�?ܛ��S��EPSG#�IGM-Ecu�c11�5 7EPSG�Chua to WGS 84 (2)Mandatory for SICAD use until 2005. Replaced by Chua to SIRGAS 2000 (tfm code 4069).EPSG%�EPSG�EPSG��a��
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1?�9 EPSG�PSAD56 to SIRGAS 1995 (1)Derived at 42 points. May be taken as transformation PSAD56 to WGS 84 - see code 3990.EPSG%�EPSG�EPSGJ�N'�z�H@n�� �R@? I�^5EPSG#)�(��S���
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@�� �k33333@~������EPSG#)JPet-Yug�M19�E EPSG|MGI 1901 to WGS 84 (4)Parameter values from MGI 1901 to ETRS89 (2) (code 3963). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@�=�����@d\�����@}>fffffEPSG#)@(�\)?�\(�\�&\(��EPSG#��G�z�HEPSG#�EPSG-Hrv�~19�) EPSG{MGI 1901 to ETRS89 (2)May be taken as approximate transformation MGI 1901 to WGS 84 - see code 3964.EPSG%�EPSGBEPSG�@�=�����@d\�����@}>fffffEPSG#)@(�\)?�\(�\�&\(��EPSG#��G�z�HEPSG#�DGU-Hrv�P19�C EPSGzMGI 1901 to WGS 84 (1)Accuracy estimate not available from information source but established empirically by OGP.EPSG%�EPSGBEPSG���5�EPSG#)NIMA-balk�1I� %EPSGXMGI 1901 to Slovenia 1996 (11)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@y
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��6��@'��a��EPSG#�@4�&gsEPSG#�GuRS-Svn cen�1I� 'EPSGWMGI 1901 to Slovenia 1996 (10)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@v=� �Q�@q$�n��@|��l�EPSG#)�",�{o���� 6&-@- �7X\EPSG#�@4�~^��BEPSG#�GuRS-Svn Prim�1G� %EPSGVMGI 1901 to Slovenia 1996 (9)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@q�vȴ9X@F�C��%@�� �Q�EPSG#)��AFmD�#K�-/��@%���*�EPSG#�@:w.'Z��EPSG#�GuRS-Svn Gor�1G� %EPSGUMGI 1901 to Slovenia 1996 (8)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSGBEPSG�?�333333@�c�7Kƨ@
333333@�8�t�EPSG#)?�66���,���@$w#�r)EPSG#�@�k�ņ�EPSG#�GuRS-Svn Pom �i19�{ EPSG�Arc 1960 to WGS 84 (4)Derived at 3 stations. Accuracy 20m in each axis. Info source gives source CRS as Arc 1950. From inspection of parameter values, analysis of TR8350.2 contour chart sand geographic applicability of CRS, OGP believes that the this shuld be Arc 1960.EPSG%�EPSGrEPSG�#�g���EPSG#)DMA-Bdi
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� �� 63t?b�� � �t1A�Q EPSG~Cadastre 1997 to RGM04 (1)May be taken as approximate transformation Cadastre 1997 to WGS 84 - see transformation code 4290.EPSG%�EPSG{EPSGv?��������wܛ��S��L� ě��p
ě��TEPSG#)Certu-Myt�;17�- EPSG}RGSPM06 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGSPM06 is equivalent to WGS 84.EPSG%�EPSGoEPSG�EPSG#)OGP-SPM�713�) EPSG|RGM04 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGM04 is equivalent to WGS 84.EPSG%�EPSGvEPSG�EPSG#)OGP-Myt�[1Q�7 'EPSGmNAD83(HARN) to NAD83(NSRS2007) (1)Accuracy 0.1 to 0.2m in California, 0.05-0.11 in Oregon, elsewhere better than 0.05m.EPSG%�EPSG8EPSG�?�������EPSG#)OGP-USA conus�31C�a EPSG�Cadastre 1997 to WGS 84 (1)Parameter values taken from Cadastre 1997 to RGM04 (1) (transformation code 4478) assuming that RGM04 is coincident with WGS 84 within the accuracy of the transformation.EPSG%�EPSG{EPSG�wܛ��S��L� ě��p
�TEPSG#)OGP-Myt�=19�/ EPSG�REGCAN95 to WGS 84 (1)Approximation at the +/- 1m level assuming that REGCAN95 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-esp�11�% EPSG�ED87 to ETRS89 (1)May be used as a transformation between ED87 and WGS 84 - see tfm code 3905.EPSG%�EPSG�EPSG�?�333333�T�
=p��XXQ� ��]Nz�G�EPSG#)?�C,�zxl�˼�Z���?�{J#9��EPSG#�?�.H� �EPSG#�IERS-Eur�e15� EPSG�SREF98 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. SREF98 is a regional realisation of ETRS89.EPSG%�EPSG�EPSG�EPSG#)OGP-Srb�615�% EPSG�SREF98 to ETRS89 (1)May be taken as approximate transformation SREF98 to WGS 84 - see code 4077.EPSG%�EPSG�EPSG�EPSG#)OGP-Srb�11� 5 EPSG�Chua to WGS 84 (3)Parameter values from Chua to SIRGAS 2000 (1) (tfm code 4069) assuming that within the tfm accuracy SIRGAS 2000 is equivalent to WGS 84.EPSG%�EPSG�EPSGB�b 33333@n\(�\�@������EPSG#)OGP-Bra DF post 2000� 1;�w %EPSG�Chua to SIRGAS 2000 (1)Mandatory for SICAD use. Replaces Chua to WGS 84 (2) (code 3972). May be used as a tfm to WGS 84 - see tfm code 4834.EPSG%�EPSG�EPSGB�b 33333@n\(�\�@������EPSG#)SICAD-Bra DF�t1A�Q EPSG�Katanga 1955 to WGS 84 (2)Parameter values taken from Katanga 1955 to RGRDC 2005 (2) (code 4067) assuming that RGRDC 2005 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGWEPSG�Y� �1'�$����pV�uEPSG#)����+�`bM����;dZ EPSG#�@(�G�z�EPSG#�AUJ4Z �AE�Q:�G��2�����#EPSG#)SDG-DUC�S1I�w EPSG�Katanga 1955 to RGRDC 2005 (2)Derived at 5 stations across Lubumbashi-Likasi region. Used as transformation Katanga 1955 to WGS 84 - see code 4068.EPSG%�EPSGWEPSG�?� �Y� �1'�$����pV�uEPSG#)����+�`bM����;dZ EPSG#�@(�G�z�EPSG#�AUJ4Z �AE�Q:�G��2�����#EPSG#)SDG-DUC�21A�Q EPSG�Katanga 1955 to WGS 84 (1)Parameter values taken from Katanga 1955 to RGRDC 2005 (1) (code 4065) assuming that RGRDC 2005 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGWEPSG�?� �Y�vȴ9�#:^5?|�o�fffffEPSG#)Rec-DUC ( �h1;� EPSG�RRAF 1991 to WGS 84 (1)Approximation at the +/- 1m level assuming that RRAF91 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)IGN-FrAnt
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b Q@/)�\ � �d1=�Q +EPSG�Amersfoort to ETRS89 (5)Replaces Amersfoort to ETRS89 (3) (tfm code 15739). Dutch sources also quote an equivalent transformation using the Molodenski-Badekas method - see tfm code 4831.EPSG%�EPSG�EPSG�?� @��V8�YK@I*{���m@}֡a�EPSG#)?��{���m����1���@"4,<��EPSG#�@J=p��
EPSG#�NCG-Nld 2008 CF�<15�U #EPSG�S-JTSK to ETRS89 (3)Replaced by S-JTSK to ETRS89 (4) (code 4827) to use more commonly encountered transformation method.EPSG%�EPSG<EPSG�?� @�u�����@Q333333@|C33333EPSG#)� �����k� �Q�.z�G�EPSG#�@�\(�EPSG#�ANXG��PA5x�3���AR-�e�-EPSG#)UGKK-Svk MB�;15�A EPSG�S-JTSK to WGS 84 (4)Parameter values from S-JTSK to ETRS89 (4) (code 4827). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG<EPSG��@e0 @~8 EPSG#)@ $�/��@��O�;d@ix��EPSG#�EPSG#�EPSG-Svk�15�a #EPSG�S-JTSK to ETRS89 (4)Derived at approximately 700 points. Scale difference incorporated into rotation matrix. Replaces S-JTSK to ETRS89 (3) (code 4829) to use more common method. May be taken as approximate transformation S-JTSK to WGS 84 - see code 4836.EPSG%�EPSG<EPSG��@e0 @~<�����EPSG#)@ $�/��@��O�;d@ix��EPSG#�EPSG#�UGKK-Svk PV�1=�g EPSG�ITRF2000 to ITRF2005 (1)At epoch 2000.0. Rates dX=0.0002 m/yr, dy=-0.0001 m/yr, dZ=0.0018 m/yr, rX=rY=rZ=0.0"/yr, dS=-0.00008 ppm/yr.EPSG EPSG7EPSG �6�� C-?J6�� C-?w�����EPSG#)EPSG#��:6�� C-EPSG#�IERS�19� EPSG�ITRF97 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG6EPSG7�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#�IERS�19� EPSG�ITRF96 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG5EPSG7�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#�IERS�19� EPSG�ITRF94 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG4EPSG7�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#�IERS�819�# EPSG�ITRF93 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0029 m/yr, dy=0.0002 m/yr, dZ=0.0006 m/yr, rX=0.00011"/yr, rY=0.00019"/yr, rZ=-0.00007"/yr, dS=-0.00001 ppm/yr.EPSG EPSG3EPSG7��u%F
��z��vȴ9?�f�A��EPSG#)?9� >�'�J6�� C-?R����vEPSG#��_�䎊q�EPSG#�IERS�19� EPSG�ITRF92 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG2EPSG7���u%����S���?�w�kP��EPSG#)?'��9��EPSG#��H�t�j~�EPSG#�IERS�19� EPSG�ITRF91 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG1EPSG7��W>�6z��(�\)?�`�d�8EPSG#)?'��9��EPSG#��a��u��"EPSG#�IERS�19� EPSG�ITRF90 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG0EPSG7��J���Dп�bM��?�a|�QEPSG#)?'��9��EPSG#��d��nEPSG#�IERS�19� EPSG�ITRF89 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG/EPSG7��i�B��￨Q� �R?�� C,�zEPSG#)?'��9��EPSG#��w�+j��gEPSG#�IERS
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� * ���o�x �� �1Q� %EPSG�Azores Oriental 1995 to PTRA08 (1)Derived at 53 points in May 2009. Residuals at 58 test points within 0.2m horizontal and 2m vertical. Info source also provides a Position Vector tfm of similar accuracy. See codes 5025-26 for preferred tfms for islands of Sao Miguel and Santa Maria.EPSG%�EPSG8EPSG��i����@a�KƧ�@K�bM��EPSG#)IGP-Prt Az E�b1I� 3EPSG�Porto Santo 1995 to PTRA08 (3)Derived at 14 points in May 2009. Residuals at 6 test points within 0.1m horizontal and 0.2m vertical. Info source also provides a 7-parameter Position Vector transformation of similar accuracy.EPSG%�EPSG7EPSG�?ə������t�����n�^5?|�@s�fffffEPSG#)IGP-Prt Porto Santo�1I�7 #EPSG�Porto Santo 1995 to PTRA08 (2)Derived at 22 points in May 2009. Residuals at 17 test points within 0.1m horizontal and 1m vertical. Info source also provides a less accurate 3-parameter transformation (dX=-503.174m, dY=-247.255m, dZ=312.316m).EPSG%�EPSG7EPSG��r�KƧ�@l��o@j���oEPSG#)@"�\(���$�/�)*~��"�EPSG#�?�;dZ �EPSG#�IGP-Prt Mad�1I� +EPSG�Porto Santo 1995 to PTRA08 (1)Derived at 34 points in May 2009. Residuals at 25 test points within 0.5m horizontal and 2m vertical. Info source also provides a Position Vector tfm of similar accuracy. See codes 5022 and 5023 for preferred tfms for islands of Porto Santo and Maderia.EPSG%�EPSG7EPSG��s���l��n� @s�O�;dZEPSG#)IGP-Prt MadArch�;15�+ EPSG)PTRA08 to WGS 84 (1)Approximation at the +/- 1m level assuming that PTRA08 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-pt RA�N15�Q EPSG�RGFG95 to WGS 84 (2)Replaces RGFG95 to WGS 84 (1) (code 1907) which was not put into official use but issued in error.EPSG%�EPSGEPSG�EPSG#)IGN-Guf 2�;15�A EPSG�S-JTSK to WGS 84 (4)Parameter values from S-JTSK to ETRS89 (4) (code 4827). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG<EPSG��@e0 @~<�����EPSG#)@ $�/��@��O�;d@ix��EPSG#�EPSG#�EPSG-Svk�C1;�/ EPSG�Tahiti 79 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Tahiti 79 to RGPF (1) (tfm code 15756).EPSG%�EPSGREPSG�@k������@c V�u@f�t�jEPSG#)@ݗ�+k?�;�5�Xy?�bM��EPSG#�@&�<64EPSG#�EPSG-Pyf�11� 5EPSG�Chua to WGS 84 (3)Parameter values from Chua to SIRGAS 2000 (1) (tfm code 4069) assuming that within the tfm accuracy SIRGAS 2000 is equivalent to WGS 84.EPSG%�EPSG�EPSG��b 33333@n\(�\�@������EPSG#)OGP-Bra DF post 2000�}1=� %EPSG�Amersfoort to WGS 84 (4)Parameter values from Amersfoort to ETRS89 (5) (tfm code 4830) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaces Amersfoort to WGS 84 (3) (code 15934).EPSG%�EPSG�EPSG�@��V8�YK@I*{���m@}֡a�EPSG#)?��{���m����1���@"4,<��EPSG#�@J=p��
EPSG#�OGP-Nld 2008�G1C�9 EPSG�Mexico ITRF92 to WGS 84 (1)Approximation at the +/- 1m level assuming that Mexico ITRF92 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Mex * �b1Q� )EPSG�Azores Oriental 1995 to PTRA08 (2)Derived at 36 points in May 2009. Residuals at 43 test points within 0.2m horizontal and 0.3m vertical. Info source also provides a 7-parameter Position Vector transformation of similar accuracy.EPSG%�EPSG8EPSG�?�333333�i����S�@a��+ @K��E��EPSG#)IGP-Prt Az Mig
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� N�j��� 3 �p15�I +EPSG�Lisbon to ETRS89 (3)Derived in July 2009 from 119 common stations. Average residual at 833 test points 2.5m, maximum 7m. Info source also gives a Position Vector tfm which is of similar accuracy. Replaces Lisbon to ETRS89 (2) (tfm code 1997).EPSG%�EPSGoEPSG�@ �r�Ƨ�NX�9Xb@Y���+EPSG#)CGC-Prt 2009 7m�?19� +EPSG�Datum 73 to ETRS89 (5)Derived in July 2009 from 119 common stations. Residuals at 833 test points under 2m. Replaces Datum 73 to ETRS89 (3) (tfm code 1992).EPSG%�EPSG�EPSG��l����+@Y����@92��mEPSG#)?�A�7Kƨ�Η�O�;d?�������EPSG#�?�333333EPSG#�CGC-Prt 2009 2m�b19�7 +EPSG�Datum 73 to ETRS89 (4)Derived in July 2009 from 119 common stations. Residuals at 833 test points under 3m.EPSG%�EPSG�EPSG��k������@[�r� Ĝ@B[ I�^EPSG#)CGC-Prt 2009 3m�L1U�_ -EPSG�Azores Occidental 1939 to PTRA08 (3)Derived at 3 points in May 2009. Residuals at these points within 0.1m horizontal and 0.3m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSGVEPSG�?�333333�zpbM��e��7Kƨ@T� �Q�EPSG#)IGP-Prt Az Corvo�P1U�e /EPSG�Azores Occidental 1939 to PTRA08 (2)Derived at 18 points in May 2009. Residuals at 15 test points within 0.1m horizontal and 0.2m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSGVEPSG�?ə������zp��+�e��;dZ @T�XbM�EPSG#)IGP-Prt Az Flores�1U�q %EPSG�Azores Occidental 1939 to PTRA08 (1)Derived at 21 points in May 2009. Residuals at 18 test points within 0.1m horizontal and 0.2m vertical. Info source also provides a Position Vector tfm of similar accuracy. See codes 5034-35 for preferred tfms for islands of Flores and Corvo.EPSG%�EPSGVEPSG�?� �zp�hr��e�Ƨ@T�hr� �EPSG#)IGP-Prt Az W�O1O�e 3EPSG�Azores Central 1995 to PTRA08 (6)Derived at 26 points in May 2009. Residuals at 34 test points within 0.1m horizontal and 0.6m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSG9EPSG�?�333333�Z�
=p��@dǍO�;d�B�M��EPSG#)IGP-Prt Az Terceira�N1O�e 1EPSG�Azores Central 1995 to PTRA08 (5)Derived at 17 points in May 2009. Residuals at 60 test points within 0.1m horizontal and 0.8m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSG9EPSG�?陙�����ZpbM��@d���v�B�bM��EPSG#)IGP-Prt Az S.Jorge�A1O�a +EPSG�Azores Central 1995 to PTRA08 (4)Derived at 34 points in May 2009. Residuals at 38 test points within 0.2m horizontal and 1m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSG9EPSG��Za��l�D@d�z�G��B��^5?}EPSG#)IGP-Prt Az Pico�O1O�e 3EPSG�Azores Central 1995 to PTRA08 (3)Derived at 11 points in May 2009. Residuals at 15 test points within 0.1m horizontal and 0.2m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSG9EPSG�?ə������ZV��"��@d��^5?}�B�fffffEPSG#)IGP-Prt Az Graciosa�L1O�e -EPSG�Azores Central 1995 to PTRA08 (2)Derived at 24 points in May 2009. Residuals at 37 test points within 0.1m horizontal and 0.3m vertical. Info source also provides a Position Vector tfm of similar accuracy.EPSG%�EPSG9EPSG�?� �ZX ě��@d����S��B{� �Q�EPSG#)IGP-Prt Az Faial�~1O�_ %EPSG�Azores Central 1995 to PTRA08 (1)Derived at 112 points in May 2009. Residuals at 184 test points within 0.5m horizontal and 1m vertical. Info source also provides a Position Vector tfm of similar accuracy. See codes 5028-32 for preferred tfms for individual islands.EPSG%�EPSG9EPSG��Zkt�j~�@d�33333�B�7KƧ�EPSG#)IGP-Prt Az C
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� � ^ ��.��K� � �41=�G -EPSG�Aratu to SIRGAS 2000 (5)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5059.EPSG%�EPSGpEPSGB?� �c1G�z�@r�G�z�c �
=p�EPSG#)PB-Bra BREC 2002�Z15�+ -EPSG�Aratu to WGS 84 (16)Parameters from Aratu to SIRGAS 2000 (4) (tfm code 5056) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%�EPSGpEPSG�d �����@r��
=q�bz�G�EPSG#)PB-Bra BSUL 2002�41=�G -EPSG�Aratu to SIRGAS 2000 (4)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5057.EPSG%�EPSGpEPSGB?� �d �����@r��
=q�bz�G�EPSG#)PB-Bra BSUL 2002�w15�i )EPSG�Aratu to WGS 84 (15)Parameters from Aratu to SIRGAS 2000 (3) (tfm code 5054) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area. Replaces tfms 15712 and 15754.EPSG%�EPSGpEPSG�d#� �Q�@sd �bz�G�EPSG#)PB-Bra ES 2002�21=�G )EPSG�Aratu to SIRGAS 2000 (3)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5055.EPSG%�EPSGpEPSGB?� �d#� �Q�@sd �bz�G�EPSG#)PB-Bra ES 2002�|15�s )EPSG�Aratu to WGS 84 (14)Parameters from Aratu to SIRGAS 2000 (2) (tfm code 5052) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area. Replaces tfm codes 15710 and 15754.EPSG%�EPSGpEPSG�d � �R@s� �Q�a� EPSG#)PB-Bra BC 2002�21=�G )EPSG�Aratu to SIRGAS 2000 (2)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5053.EPSG%�EPSGpEPSGB?� �d � �R@s� �Q�a� EPSG#)PB-Bra BC 2002�|15�s )EPSG�Aratu to WGS 84 (13)Parameters from Aratu to SIRGAS 2000 (1) (tfm code 5050) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area. Replaces tfm codes 15711 and 15734.EPSG%�EPSGpEPSG�c��G�{@sH��
=q�bS33333EPSG#)PB-Bra BS 2002�21=�G )EPSG�Aratu to SIRGAS 2000 (1)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5051.EPSG%�EPSGpEPSGB?� �c��G�{@sH��
=q�bS33333EPSG#)PB-Bra BS 2002�*1C�y 'EPSG�Pulkovo 1942 to WGS 84 (20)Derived through concatenation of Pulkovo 1942 to PZ-90.02 to WGS 84. Replaces Pulkovo 1942 to WGS 84 (17) (code 1267).EPSG%�EPSG�EPSG�@7�� �R�a�fffff�S�33333EPSG#)��ffffff��G�z�HEPSG#���(�\)EPSG#�GOST-Rus 2008�"1A�} 'EPSG�Pulkovo 1995 to WGS 84 (2)Derived through concatenation of Pulkovo 1995 to PZ-90.02 to WGS 84. Replaces Pulkovo 1995 to WGS 84 (1), tfm code 1281.EPSG%�EPSGhEPSG�@8xQ� ��`\z�G��Tc�
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=p�EPSG#���(�\)EPSG#�GOST-Rus 2008� 13�; !EPSG�ED50 to ETRS89 (13)Parameter values taken from ED50 to WGS 84 (33) (tfm code 1985) assuming that ETRS89 and WGS 84 are the same within the accuracy of the transformation.EPSG%�EPSG�EPSG��U�+ I��[(�`A�7�^e�E��EPSG#)CGC-Prt 5m
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� �2��k� > �r1?�O EPSGGKorean 1985 to WGS 84 (1)Parameter values from Korean 1985 to KGD2002 (1) (code 5189). Assumes KGD2002 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�b=$�/@��C��@�n I�^5EPSG#)��O�;d@Ƨ-?�x��FEPSG#�@^5?|�EPSG#�H�{AO ���AL������EPSG#)OGP-Kor�^1A�# EPSGEKorean 1985 to KGD2002 (1)For accuracies commensurate with mapping at 1/5000 scale. May be taken as approximate transformation Korean 1985 to WGS 84 - see code 5191.EPSG%�EPSGBEPSG��b=$�/@��C��@�n I�^5EPSG#)��O�;d@Ƨ-?�x��FEPSG#�@^5?|�EPSG#�H�{AO ���AL������EPSG#)NGII-Kor�W1A�! %EPSG�Karbala 1979 to WGS 84 (2)Parameter values from Karbala 1979 to IGRS (1) (tfm code 5077) assuming that IGRS is equivalent to WGS 84 within the accuracy of the transformation. Replaces Karbala 1979 to WGS 84 (1) (tfm code 15872).EPSG%�EPSG�EPSG�@Q��z�H�t��-@pn^5?|�EPSG#)OGP-Irq 2009�31=�M %EPSG�Karbala 1979 to IGRS (1)Derived at 95 stations mostly south of Baghdad but including 3 in Kirkuk-Erbil area. Maximum residuals 0.3m. May be used as a tfm to WGS 84 - see tfm code 5078.EPSG%�EPSG�EPSG1?�333333@Q��z�H�t��-@pn^5?|�EPSG#)MWR-Irq 2009�Z15�+ -EPSG�Aratu to WGS 84 (21)Parameters from Aratu to SIRGAS 2000 (9) (tfm code 5066) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%�EPSGpEPSG�b��z�H@q��
=q�bnfffffEPSG#)PB-Bra RNCE 2002�41=�G -EPSG�Aratu to SIRGAS 2000 (9)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5067.EPSG%�EPSGpEPSGB?� �b��z�H@q��
=q�bnfffffEPSG#)PB-Bra RNCE 2002�Y15�) -EPSG�Aratu to WGS 84 (20)Parameters from Aratu to SIRGAS 2000 (8) (tfm code 5064) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.Petrobras preferred parameters for all purposes in the area.EPSG%�EPSGpEPSG�c������@rp�����b�z�G�EPSG#)PB-Bra PEPB 2002�41=�G -EPSG�Aratu to SIRGAS 2000 (8)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5065.EPSG%�EPSGpEPSGB?� �c������@rp�����b�z�G�EPSG#)PB-Bra PEPB 2002�Z15�+ -EPSG�Aratu to WGS 84 (19)Parameters from Aratu to SIRGAS 2000 (7) (tfm code 5062) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%�EPSGpEPSG�c������@r��\(��bm �Q�EPSG#)PB-Bra SEAL 2002�41=�G -EPSG�Aratu to SIRGAS 2000 (7)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5063.EPSG%�EPSGpEPSGB?� �c������@r��\(��bm �Q�EPSG#)PB-Bra SEAL 2002�s15�] -EPSG�Aratu to WGS 84 (18)Parameters from Aratu to SIRGAS 2000 (6) (tfm code 5060) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area. Replaces tfms 1550-1552.EPSG%�EPSGpEPSG�b� @r�p��
=�b������EPSG#)PB-Bra BTUC 2002�41=�G -EPSG�Aratu to SIRGAS 2000 (6)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5061.EPSG%�EPSGpEPSGB?� �b� @r�p��
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EPSG�SIRGAS-Chile to WGS 84 (1)EPSG%�EPSG#�EPSG�EPSG#)OGP-Chl�915�+ EPSG�MARGEN to WGS 84 (1)Approximation at the +/- 1m level assuming that MARGEN is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Bol�D1?�5 EPSG�POSGAR 2007 to WGS 84 (1)Approximation at the +/- 1m level assuming that POSGAR 2007 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)EPSG-Arg�1Q�- EPSG�Campo Inchauspe to POSGAR 2007 (1)Adopted from U.S. Defense Mapping Agency values for Campo Inchauspe to WGS 84 (tfm code 1127) assuming that POSGAR 2007 is equivalent to WGS 84.EPSG%�EPSG}EPSG��l �ZEPSG#)IGM-Arg�t1=�G EPSG�ITRF2005 to ITRF2008 (1)At epoch 2005.0. Rates dX=-0.0003 m/yr, dy=dz=0.000 m/yr, rX=rY=rZ=0.0"/yr, dS=0.0000 ppm/yr.EPSG EPSG EPSG�?@bM��?M}�H˒?s@N���UEPSG#)EPSG#��N�J�!EPSG#�IERS�417� EPSG�ISN2004 to WGS 84 (1)For many purposes ISN2004 can be considered to be coincident with WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Isl�!0=u EPSG�DRUKREF 03 to WGS 84 (1)DRUKREF 03 and WGS 84 are both realisations of ITRS.EPSG%�EPSG�EPSG�EPSG#)OGP-Btn�713�) EPSG�TUREF to WGS 84 (1)Approximation at the +/- 1m level assuming that TUREF is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Tur�_03c EPSG�TUREF to ETRS89 (1)Note: the ETRS89 CRS is not used in Turkey.EPSG%�EPSG�EPSG�?�������?��O�;dZ?�n��O�;��hr� ĜEPSG#)?\��8�K?�����v��C�c�HkEPSG#�?q�?��zEPSG#�GCM-Tur�T1C�K EPSG�Timbalai 1948 to WGS 84 (5)Parameter values taken from Timbalai 1948 to GDBD2009 (1) (code 5878) assuming that GDBD2009 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG����� @�~�C��P{��{ 9EPSG#)?�ޓ��Ց��+��@y?��y�EPSG#�@���Կ
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EPSG�Timbalai 1948 to GDBD2009 (1)EPSG%�EPSG�EPSG����� @�~�C��P{��{ 9EPSG#)?�ޓ��Ց��+��@y?��y�EPSG#�@���Կ
EPSG#�SD-Brn�f15�w !EPSGwS-JTSK to WGS 84 (5)Parameter values from S-JTSK/05 to WGS 84 (1) (code 5227). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces tfm code 1622.EPSG%�EPSG<EPSG�@��9Xb@UU`A�7L@|�
=p��EPSG#)�䎊q�j��vȴ9X��\��N<EPSG#�@ Mj OvEPSG#�OGP-Cze 05�D03; EPSGtSLD99 to WGS 84 (1)Derived at 58 stations.EPSG%�EPSGqEPSG����n��@�������@U���EPSG#)�� �#�# �� ����$� ȼ���EPSG#���$ >��EPSG#�GSU-Lka�i1;�w !EPSGkS-JTSK/05 to WGS 84 (1)Parameter values from S-JTSK/05 to ETRS89 (1) (code 5226). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces tfm code 1622.EPSG%�EPSGlEPSG�@��9Xb@UU`A�7L@|�
=p��EPSG#)�䎊q�j��vȴ9X��\��N<EPSG#�@ Mj OvEPSG#�OGP-Cze 05�1;�/ #EPSGjS-JTSK/05 to ETRS89 (1)Derived through the relationship between the R05 realisation of ETRS89 and the astrogeodetic S-JTSK network. Replaces tfm code 1622. May be taken as approximate transformation S-JTSK to WGS 84 - see code 5227.EPSG%�EPSGlEPSG�@��9Xb@UU`A�7L@|�
=p��EPSG#)�䎊q�j��vȴ9X��\��N<EPSG#�@ Mj OvEPSG#�CUZK-Cze 05 �G1C�9 EPSGMACARIO SOLIS to WGS 84 (1)Approximation at the +/- 1m level assuming that MACARIO SOLIS is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Pan
i A� � � �7����� i �19�? EPSG �MGI 1901 to ETRS89 (6)Derived at 5506 points across the Repulic of Serbia. May be taken as approximate transformation MGI 1901 to WGS 84 assuming ETRS89 is equivalent to WGS 84 within the accuracy of the transformation - see tfm code 7676.EPSG%�EPSGBEPSG�?� @� |ؘ�@d��u@xr� �?EPSG#)��r� Ĝ?�P3 :}�@* �
EPSG#�@ %�����EPSG#�RGZ-Srb �a1E� )EPSG�Perroud 1950 to RGTAAF07 (1)Derived at three point on Petrels island at which residuals about 20 cm.EPSG%�EPSG EPSG�?� @tN��O�;@c)$�/@e���FEPSG#)IGN Ata Petrel �w17� -EPSG<PSAD56 to WGS 84 (16)Derived at 7 stations. Accuracy 10m in each axis. Also used as a transformation from PSAD56 to SIRGAS-Chile - see code 6950.EPSG%�EPSG�EPSG���T��EPSG#)NGA-Chl Cen 2014 � 11�# 5EPSG AGD66 to PNG94 (6)Derived in 2014 at 7 stations in Ningerum and Tabubil (North Fly District).EPSG%�EPSGjEPSG�?� @F�ȴ9X�f&ȴ9X@u
�;dZ EPSG#)�jd�7����쿱[?�U2a|�EPSG#�@Be�S���EPSG#�Qcl-Png North Fly 1m �g13�e 3EPSG�Fahud to WGS 84 (3)Derived at 11 stations. Accuracy 3m, 3m and 6m in X, Y and Z axes. Replaces Fahud to WGS 84 (1) (code 1256).EPSG%�EPSG�EPSG��� �EPSG#)NGA-Omn GeoTrans3-4 � 1A�{ EPSG�Abidjan 1987 to WGS 84 (2)Derived and used by Western Geophysical for offshore surveys in the 1990s, but exact provenance uncertain. Used by OMV.EPSG%�EPSG/EPSG��^�fffff@J������@}fffffEPSG#)WGC-Civ �H13� # EPSG�ITRF97 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, tfm code 6279.EPSG EPSG6EPSGJ�ʹ�Y��}?�_��Ft?���vȴEPSG#)?��c���h?�a4�=�?�7��3�EPSG#�?r�u>p~EPSG#+ I�?t��n?�N;�5�XEPSG?`�0�7�?]2?�,��?[ͻ�~�EPSG�Q�ʖ��]EPSG�EPSGGA-Aus 2001
�N19�C EPSG�ITRF88 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG.EPSG�?�z�G�{�6������������@_L�����EPSG�����������Q� �EPSG�$�� �REPSG��������?� @ ������EPSG��z�G�{EPSG��
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EPSG�EPSGIERS-Wld �13�y #EPSG�ITRF97 to GDA94 (2)RMS residuals 26mm N, 12mm E and 179mm up, maximum residuals 49mm N, 24mm E and 464mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Replaces 2001 transformation by Dawson and Steed, tfm code 6392.EPSG EPSG6EPSGJ?�
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@&� EPSG?�:�~���?�Q�_p?���Z�EPSG?|�1&�yEPSG�EPSGGA-Aus 2010 �A1U�_ %EPSG0Corrego Alegre 1970-72 to WGS 84 (3)Formed by concatenation of tfms codes 6191 and 1877. Used by Petrobras and ANP until February 2005 when replaced by Corrego Alegre 1970-72 to WGS 84 (4) (tfm code 6194).EPSG%�EPSG�EPSG��i�=p��
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�(15� EPSG�DB_REF to ETRS89 (1)Defines DB_REF so considered errorless. Defined with parameter values for forward and reverse CTs with rotation and scale to greater resolution. The OGP truncated values and reversible formula have no impact on calculation results at the micron level.EPSG%�EPSG1EPSG�@�G�s�h@Z�� �R@y��>BZ�EPSG#)����+ ���s�P@ qu�!�EPSG#�@ �F�]dEPSG#�DB-Deu �40A
EPSGuFort Marigot to RGAF09 (1)EPSG%�EPSG
EPSGq
@b�-V@o���vȴ�z�XbM�EPSG#)���>BZ�c?��YJ��ؿ� ��,=EPSG#���j Ov`EPSG#�IGN-Glp �915�+ EPSGPeru96 to WGS 84 (1)Approximation at the +/- 1m level assuming that Peru96 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Per
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EPSGsMartinique 1938 to RGAF09 (1)EPSG%�EPSGEPSGq?�������@_-V@��O�;d@]���"��EPSG#)�䎊q�j@��˿�GE8�4�EPSG#�@,3�|���EPSG#�IGN-Mtq�13�Y +EPSGnLUREF to WGS 84 (3)Parameter values from LUREF to ETRS89 (3) (code 5485) assuming ETRS89 and WGS 84 are coincident within the one metre level. Replaces CT code 1643. For an equivalent transformation using the Molodensky-Badekas method see code 5484.EPSG%�EPSGUEPSG�g��y�� @2X� ��Eb~��"�EPSG#)?���R~@��
RiY�O�zcsEPSG#�?�m\����EPSG#�OGP-Lux CF 2011�/13� +EPSGmLUREF to ETRS89 (3)LUREF 2006 parameters. For an equivalent CT using the Molodensky-Badekas method see code 5483. Defines LUREF between 2006 and 2014. Replaces LUREF to ETRS89 (1) (CT 1642). May be taken as approximate transformation LUREF to WGS 84 - see CT code 5486.EPSG%�EPSGUEPSG��g��y�� @2X� ��Eb~��"�EPSG#)?���R~@��
RiY�O�zcsEPSG#�?�m\����EPSG#�ACT-Lux CF 2011�713�U +EPSGlLUREF to WGS 84 (4)Parameter values from LUREF to ETRS89 (4) (code 5483) assuming ETRS89 and WGS 84 are coincident within the one metre level. Replaces CT code 1079. For an equivalent transformation using the Coordinate Frame method see code 5486.EPSG%�EPSGUEPSG�p�/�V��@S? ��҉@4DFs���EPSG#)?���R~@��
RiY�O�zcsEPSG#�?�m\����EPSG#�AON�2xl"A♱���AR}R�+��EPSG#)OGP-Lux MB 2011�K13�} +EPSGkLUREF to ETRS89 (4)LUREF 2006 parameters. For an equivalent CT using the Coordinate Frame method see CT 5485. Defines LUREF between 2006 and 2014. Replaces LUREF 1994 parameters (CT 1078). May be taken as approximate transformation LUREF to WGS 84 - see CT code 5484.EPSG%�EPSGUEPSG��p�/�V��@S? ��҉@4DFs���EPSG#)?���R~@��
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EPSGbOcotepeque 1935 to NAD27 (1)EPSG%�EPSGKEPSG� @i�� �R�=XbM�@rC;dZ �EPSG#)DMA-Cri� 1G�U EPSGaOcotepeque 1935 to WGS 84 (2)Rotations in original source given in radians are equivalent to Rx = 2.35", Ry = -0.06", Rz = 6.39".EPSG%�EPSGKEPSG�@j��E��@"�KƧ�R��C��EPSG#)>��T� �����=5�? @��>!EPSG#���G�z�EPSG#�UNA-Cri�$1G�= EPSG^Ocotepeque 1935 to WGS 84 (1)Parameter values taken from Ocotepeque to CR05 (1) (tfm code 6890) assuming that CR05 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGKEPSG�@j�� �Q�@"�p��
=�R������EPSG#)IGN-Cri�K1G�= EPSGSIRGAS_ES2007.8 to WGS 84 (1)Approximation at the +/- 1m level assuming that SIRGAS_ES2007.8 is equivalent to WGS 84.EPSG%�EPSGEPSG�EPSG#)OGP-Slv�H15�1 EPSG
Yacare to WGS 84 (2)Derived at 11 stations during 1998 densification of Uruguay control based on SIRGAS 1995. Accuracy at stations used for derivation: 0.13 to 1.17m.EPSG%�EPSG�EPSG�?� �_ �����@f��z�H@FQ� �REPSG#)���ߤ?�?�m\�����'�/�WEPSG#���O�;dEPSG#�SGM-Ury�N1A�1 EPSG Yacare to SIRGAS-ROU98 (1)Derived at 11 stations during 1998 densification of Uruguay control based on SIRGAS 1995. Accuracy at stations used for derivation: 0.13 to 1.17m.EPSG%�EPSG�EPSG?� �_ �����@f��z�H@FQ� �REPSG#)���ߤ?�?�m\�����'�/�WEPSG#���O�;dEPSG#�SGM-Ury�E1A�7 EPSGSIRGAS-ROU98 to WGS 84 (1)Approximation at the +/- 1m level assuming that SIRGAS-ROU98 is equivalent to WGS 84.EPSG%�EPSGEPSG�EPSG#)OGP-Ury�70G
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� ���@�+ 0n [ �1A�I EPSG�Ukraine 2000 to WGS 84 (1)Parameter values taken from Ukraine 2000 to ITRF2005 (1) (code 5822) assuming that ITRS2005 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG���EPSG#)OGP-Ukr�@1=�) EPSG�UCS-2000 to ITRF2005 (1)May be taken as approximate transformation UCS-2000 to WGS 84 - see code 5840.EPSGEPSG�EPSG ��EPSG#)SSGC-Ukr�W11�M /EPSG AGD66 to PNG94 (1)Derived at 25 stations in 2007. Accuracy 2m in 2007. Replaced by AGD66 to PNG94 (4) (code 6939).EPSG%�EPSGjEPSG��� �EPSG#)Qcl-Png PFTB 2007� 1I�[ EPSG Nord Sahara 1959 to WGS 84 (9)Derived in 2006 at 45 points in north and central Algeria. Accuracy at 75 common points better than 1m.EPSG%�EPSG�EPSG�j+�$tS��U�<�쿱@yI�g��EPSG#)?r�s�PH@ ��a@O?�t�j~�EPSG#���Fs���EPSG#�INCT-Dza�l1I�? 'EPSG�Nord Sahara 1959 to WGS 84 (8)Derived at 1 station (L38). May be taken as a transformation to RGSH2020 - see CT 10343.EPSG%�EPSG�EPSG��e��
=q�R33333@s�����EPSG#)Tot-Dza Ahnet�205a 'EPSG�OSGB36 to WGS 84 (8)Derived by CGG for 1994 3D seismic survey.EPSG%�EPSG�EPSG�@w.��"��[<1&�y@{:�x��EPSG#)bp-Gbr WytchFr07
+EPSG�FEH2010 to WGS 84 (1)EPSG%�EPSG�EPSG�EPSG#)OGP-Dnk-Deu Feh�19�c EPSG�UCS-2000 to WGS 84 (1)Derived through concatenation of UCS-2000 to S-42 (1) (tfm code 5586 reversed) [an approximation] and S-42 to WGS 84 (16) (tfm code 15865) [derived for whole FSU rather than Ukraine]. Replaced by UCS-2000 to WGS 84 (2) (tfm code 5840).EPSG%�EPSG�EPSG��s�S� EPSG#)��ffffff��O�;dZEPSG#�EPSG#�OGP-Ukr�(1E�i EPSG�Pulkovo 1942 to UCS-2000 (1)UCS-2000 is defined to be approximately consistent with Pulkovo 1942 and this transformation's accuracy is due to deformation of the Pulkovo system across Ukranian territory.EPSG%�EPSG�EPSG�@ EPSG#)OGP-Ukr�
1;�G EPSG�MOLDREF99 to WGS 84 (1)Parameter values from MOLDREF99 to ETRS89 (1) (code 5584). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)OGP-Mda�$0;m EPSG�MOLDREF99 to ETRS89 (1)MOLDREF is a densification of ETRS89 in Moldova.EPSG%�EPSG�EPSG�?�������EPSG#)OGP-Mda�.13� EPSG�PNG94 to WGS 84 (1)Exact in 1994 but due to significant and variable tectonic activity in PNG, in 2011 PNG94 and WGS 84 differ generally by 2m but in areas of significant tectonic activity differences can exceed 9m.EPSG%�EPSG�EPSG�EPSG#)OGP-PNGy0C
EPSG�Grand Comoros to WGS 84 (1)EPSG%�EPSG&EPSG��=���EPSG#)SHOM-Com�e15� EPSG}RGAF09 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGAF09 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGqEPSG�EPSG#)IGN-FrAnt� 0IO EPSGyPOSGAR 2007 to SIRGAS 2000 (1)Agreement at the decimeter level.EPSG%�EPSG�EPSGB?�������EPSG#)IGM-Arg�;0;
!EPSGxRRAF 1991 to RGAF09 (3)EPSG%�EPSG�EPSGq?�������@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�IGN-Glp SM�;0;
!EPSGwRRAF 1991 to RGAF09 (2)EPSG%�EPSG�EPSGq?�������?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�IGN-Glp GT�80;
EPSGvRRAF 1991 to RGAF09 (1)EPSG%�EPSG�EPSGq?�������?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�IGN-Glp
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� �I;73��E � �r1S�K EPSG/Corrego Alegre 1970-72 to SAD69 (1)Derived by Brazilian Institute of Geography and Statistics (IBGE) in 1983 at Chua origin point.EPSG%�EPSG�EPSG
�aVfffff@d������@A333333EPSG#)IGBE-Bra�W15�_ EPSG�SIGD61 to WGS 84 (3)Parameter values are taken from SIGD59 to CIGD11 (1) (code 6137) assuming that CIGD11 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGvEPSG�@!��j~��JRn��O�@f��^5?}EPSG#)?�&�x��@��$�/��z�G�EPSG#��8�j~��EPSG#�OGP-Cym�W15�_ EPSG�GCGD59 to WGS 84 (2)Parameter values are taken from GCGD59 to CIGD11 (1) (code 6136) assuming that CIGD11 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGsEPSG�fot�j~��QXA�7K�;��$�/EPSG#)@ r� ě�� St�j~��+ I�^EPSG#��+ٙ����EPSG#�OGP-Cym�15�% EPSG�SIGD61 to CIGD11 (1)May be taken as approximate transformation SIGD61 to WGS 84 - see code 6143.EPSG%�EPSGvEPSG�?�333333@!��j~��JRn��O�@f��^5?}EPSG#)?�&�x��@��$�/��z�G�EPSG#��8�j~��EPSG#�LSD-Cym�15�% EPSG�GCGD59 to CIGD11 (1)May be taken as approximate transformation GCGD61 to WGS 84 - see code 6142.EPSG%�EPSGsEPSG�?�333333�fot�j~��QXA�7K�;��$�/EPSG#)@ r� ě�� St�j~��+ I�^EPSG#��+ٙ����EPSG#�LSD-Cym� 1=�C EPSG ITRF2005 to ETRF2005 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG �80�EPSGEPSGEPSGEPSG?���S���?�t�j~����E��EPSGEPSG�EPSGEUREF-Eur�:0?
EPSG Combani 1950 to RGM04 (1)EPSG%�EPSGEPSGv?�333333���l�C���q8��F�huG�z�EPSG#)��`A�7Kǿ�-V�?�҈�p:�EPSG#�@H��J�EPSG#�IGN-Myt�15�y +EPSG�SAD69 to WGS 84 (16)Parameter values taken from SAD69 to SIRGAS 2000 (1) (tfm code 15485) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Used by ANP and Petrobras throughout Brazil from 1994, replacing use of tfm code 1877.EPSG%�EPSG
EPSG��P�fffff@
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�C (�\EPSG#)OGP-Bra 5m 1994�a1E�' -EPSG�SAD69(96) to SIRGAS 2000 (2)Parameter values from SAD69 to SIRGAS 2000 (1) (tfm code 15485) assuming that SAD69 and SAD69(96) are equal within the accuracy of the transformation. Used by Petrobras and ANP throughout Brazil from 1994.EPSG%�EPSG�EPSGB�P�fffff@
=p��
�C (�\EPSG#)IBGE-Bra 5m 1994� 1G�3 EPSG�Timbalai 1948 to GDBD2009 (1)May be taken as approximate transformation Timbalai 1948 to WGS 84 - see code 5249.EPSG%�EPSG�EPSG~������ @�~�C��P{��{ 9EPSG#)?�ޓ��Ց��+��@y?��y�EPSG#�@���Կ
EPSG#�SD-Brn�15�M /EPSG�AGD66 to WGS 84 (19)Derived at 25 stations in 2007. Accuracy 2m in 2007. Due to significant tectonic activity in PNG, AGD66 and WGS 84 are separating by approximately 7cm per year.EPSG%�EPSGjEPSG��� �EPSG#)Qcl-Png PFTB 2007�G19�3 %EPSG�UCS-2000 to WGS 84 (2)Rounded parameter values taken from UCS-2000 to ITRF2000 (1) (code 7817) assuming that WGS 84 is equivalent to ITRF2000 within the accuracy of the transformation. Replaces UCS-2000 to WGS 84 (1) (tfm code 5590).EPSG%�EPSG�EPSG���EPSG#)OGP-Ukr SSGC�i03w EPSG�AGD66 to GDA94 (19)Replaces nationally-derived transformation code 1458.EPSG%�EPSGjEPSG�?� �`%?|�h�D�bM��@`V��"��EPSG#)��|�hr���-V��V�uEPSG#����
=p�EPSG#�PLA-ACT�915�+ EPSG!CIGD11 to WGS 84 (1)Approximation at the +/- 1m level assuming that CIGD11 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Cym
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N ;0#f�� � �~17�o #EPSG�ITRF2000 to GDA94 (2)RMS residuals 3mm N, 8mm E and 55mm up, maximum residuals 5mm N, 13mm E and 84mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Replaces 2001 transformation by Dawson and Steed, tfm code 6315.EPSG EPSG7EPSGJ?��Q� ��F�z�G��=ٙ�����4^�Q� EPSG���^5?|�?�f�A��?��7��3�EPSG@ G�z�HEPSG���
=p�@ ffffff@&z�G�{EPSG?��(���?�����?�$�/EPSG?��;dZ �EPSG�EPSGGA-Aus 2010�Y17�% #EPSG�ITRF2005 to GDA94 (1)RMS residuals 4mm north, 8mm east and 30mm vertical, maximum residuals 10mm north, 17 mm east and 61mm vertical. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSGJ?��Q� ��S�Q� �p��
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�M;?���)EPSG?���`A�7EPSG�EPSGGA-Aus 2010�X17�# #EPSG�ITRF2008 to GDA94 (1)RMS residuals 5mm north, 8mm east and 28mm vertical, maximum residuals 10mm north, 13mm east and 51mm vertical. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG�EPSGJ?��Q� ��U+� �Q�3k� �Q�@@G�z�EPSG��9���D@�rGE9@6E���EPSG@#k� �Q�EPSG?��Q� �?�p��
=q?�������EPSG?���Z���?��x��?�{J#9��EPSG?��l�C��EPSG�EPSGGA-Aus 2010�;0=k EPSG@Nepal 1981 to WGS 84 (1)Derived at 11 points. Accuracy 0.26m (1-sigma).EPSG%�EPSG?EPSG�?�333333@rR�Q� @��p��
=@n�� �Q�EPSG#)SD-Npl� 1;�? EPSG>MGI 1901 to WGS 84 (10)Derived at 13 stations. Residuals generally less than +/- 1m horizontally and vertically.EPSG%�EPSGBEPSG�@�M��l�D@l���S��@�w^5?|�EPSG#)� �-V��E��@/
��n�EPSG#��#�\(�EPSG#�Kat-Mkd� 19�? EPSG=MGI 1901 to ETRS89 (5)Derived at 31 stations in July 2010. Residuals generally less than +/- 0.7m horizontally.EPSG%�EPSGBEPSG�@�+��J�@l�j��f�@� \����EPSG#)�.z�G��7KƧ�@/9XbM�EPSG#�� ��vȴ9EPSG#�KAT-Mkd�15� +EPSG4Minna to WGS 84 (16)Used by Addax for OPL 118 and OML 124. Derived in 1999 at 4 stations during extension into OPL 118 of control in Chevron block OML 53.EPSG%�EPSG�EPSG��WKt�j~��U�-@\����EPSG#)ADX-Nga OPL 118�1;�{ +EPSG3SAD69(96) to WGS 84 (2)Parameter values from SAD69(96) to SIRGAS 2000 (2)) (tfm code 5881) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation, based on SAD69 to SIRGAS 2000 (1)) (tfm code 15485). Used by Petrobras and ANP from 1994.EPSG%�EPSG�EPSG��P�fffff@
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�C (�\EPSG#)OGP-Bra 5m 1994�1U�k %EPSG2Corrego Alegre 1970-72 to WGS 84 (4)Parameter values from Corrego Alegre to SIRGAS 2000 (2) (tfm code 6193) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Used by ANP and Petrobras from February 2005, replacing use of tfm code 6192.EPSG%�EPSG�EPSG��i������@e�\)��\(�EPSG#)PBS-Bra 2005�]1_�
%EPSG1Corrego Alegre 1970-72 to SIRGAS 2000 (2)Formed by concatenation of tfms codes 6191 and 15485. May be used as transformation between Corrego Alegre 1970-72 and WGS 84 - see tfm code 6194. Used by Petrobras and ANP from February 2005.EPSG%�EPSG�EPSGB�i������@e�\)��\(�EPSG#)PBS-Bra 2005 C
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� v6��N� �� �619�C EPSG�ITRF97 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG6EPSG7?�z�G�{��p��
=q�� �Q�?�������EPSG EPSG��������EPSG?��Q� �?�� �Q�EPSG
��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�619�C EPSG�ITRF96 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG5EPSG7?�z�G�{��p��
=q�� �Q�?�������EPSG EPSG��������EPSG?��Q� �?�� �Q�EPSG
��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�619�C EPSG�ITRF94 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG7?�z�G�{��p��
=q�� �Q�?�������EPSG EPSG��������EPSG?��Q� �?�� �Q�EPSG
��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�f19�C EPSG�ITRF93 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG3EPSG7?�z�G�{��Q� �R��������@ �Q� �EPSG ?�\(��陙����?�=p��
=EPSG��333333EPSG?ҏ\(�?�z�G�{?��Q� �EPSG
?�(�\)?�Q� �R��� �Q�EPSG��z�G�{EPSG�EPSGIERS-Wld�>19�C EPSG�ITRF92 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG2EPSG7?�z�G�{��� �Q녿�������?�=p��
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��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�>19�C EPSG�ITRF91 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG1EPSG7?�z�G�{�\(�\� ?��
=p��EPSG ?�
=p��
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��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�>19�C EPSG�ITRF90 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG0EPSG7?�z�G�{�\(��������@ �Q� �EPSG ?�
=p��
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��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�>19�C EPSG�ITRF89 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG7?�z�G�{�\(�� @ �\(�EPSG ?�
=p��
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��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF88 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG.EPSG7?�z�G�{�\(�ÿ�ffffff@#�z�G�EPSG ��������?�
=p��
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��z�G�{EPSG��z�G�{EPSG�EPSGIERS-Wld�}13�q #EPSG�ITRF96 to GDA94 (2)RMS residuals 22mm N, 56mm E and 90mm up, maximum residuals 49mm N, 126mm E and 193mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Replaces 2001 transformation by Dawson and Steed, code 6313.EPSG EPSG5EPSGJ?�(�\)@8�=p��
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=p��@:E �Q�EPSG@ )� ���@cS���?�bM��EPSG?���E�EPSG�EPSGGA-Aus 2010 � �@1=�C EPSG�ITRF2000 to ITRF2005 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG7EPSG ?�z�G�{��������?陙����@333333EPSGEPSG�ٙ�����EPSG?ə�������������?�
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� �/��W � �� �U1=�} EPSG�ITRF2000 to ITRF2005 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Estimated using 70 stations.EPSG EPSG7EPSG ?�z�G�{��������?陙����@333333EPSGEPSG�ٙ�����EPSG?ə�������������?�������EPSGEPSG��z�G�{EPSG�EPSGIERS-Wld�&1=�C ' EPSG�ITRF2005 to ITRF2008 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG�?�z�G�{?�������@������EPSGEPSG��z�G�EPSG����������333333EPSGEPSGEPSG�EPSGIERS-Wld 2008�81=�C EPSG�ITRF2000 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG7EPSG�?�z�G�{?�ffffff?�333333@% EPSGEPSG��p��
=qEPSG����������������?�������EPSGEPSG��z�G�{EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF97 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG6EPSG�?�z�G�{�333333�������@@������EPSG���Q� �EPSG�\(�\EPSG��������?� @ ������EPSG��z�G�{EPSG��
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EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF96 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG5EPSG�?�z�G�{�333333�������@@������EPSG���Q� �EPSG�\(�\EPSG��������?� @ ������EPSG��z�G�{EPSG��
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EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF94 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG�?�z�G�{�333333�������@@������EPSG���Q� �EPSG�\(�\EPSG��������?� @ ������EPSG��z�G�{EPSG��
=p��
EPSG�EPSGIERS-Wld�_19�C EPSG�ITRF93 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG3EPSG�?�z�G�{�333333@CL�����EPSG?�\(�\?��z�G�?�333333EPSG� G�z�HEPSG@ffffff?�������@333333EPSG?�(�\)?�Q� �R��� �Q�EPSG��
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EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF92 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG2EPSG�?�z�G�{�)�������ffffff@D������EPSG���Q� �EPSG��z�G�EPSG��������?� @ ������EPSG��z�G�{EPSG��
=p��
EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF91 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG1EPSG�?�z�G�{�8������2������@G������EPSG���Q� �EPSG� �G�z�EPSG��������?� @ ������EPSG��z�G�{EPSG��
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EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF90 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG0EPSG�?�z�G�{�6������-333333@O������EPSG���Q� �EPSG�G�z�HEPSG��������?� @ ������EPSG��z�G�{EPSG��
=p��
EPSG�EPSGIERS-Wld�F19�C EPSG�ITRF89 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG�?�z�G�{�;������CL�����@YL�����EPSG���Q� �EPSG� =p��
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EPSG�EPSGIERS-Wld �J13� #EPSG�ITRF96 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, code 6280.EPSG EPSG5EPSGJ?����������1&�y?�4�J�?ɺ^5?|�EPSG#)?������?��E���?zZ��Q��EPSG#�?�2���sEPSG#�?� '�/�?�R�<64?���ߤ@EPSG?d�۹Ϛ?Wr ��<��.���̖FEPSG?x's�O��EPSG�EPSGGA-Aus 2001
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1G� 'EPSG�ITRF2000 to NAD83(CORS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Joint derivation by Canada and US (tfm 6864) concatenated with IGS value for ITRF96>97 and IERS ITRF97>2000 transformations. See tfm 8261 for Canadian equivalent.EPSG EPSG7EPSG}?���$��k��~($�� �EPSG#)@9�=p��
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EPSG�EPSGNGS-US CORS96� 1C� 'EPSG�ITRF97 to NAD83(CORS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. 1996 derivation (see tfm 6864) concatenated with IGS value of ITRF96>ITRF97. Replaced by tfm code 6865 from 2000-01-01. See tfm code 8260 for Canadian equivalent.EPSG EPSG6EPSG}?���u�������?���t�jEPSG#)@9�=p��
@"� �1'@'2� ě�EPSG��\(��EPSG?F����ǿ6�� C-?_!-w1��EPSG?�&�x���9XbMӿ��vȴ9XEPSG��Q� �REPSG�EPSGNGS-US CORS96�[1C�y 'EPSG�ITRF96 to NAD83(CORS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Jointly derived by Canada and US at 12 North American VLBI stations. Replaced by tfm code 6865 from 2000-01-01. See tfm code 8259 for Canadian equivalent.EPSG EPSG5EPSG}?�E�������%��2��i�B���EPSG#)@9�=p��
@#L�����@'Q� �REPSGEPSGEPSG?�=�K]̿���C���-�
qvEPSGEPSG�EPSGNGS-US CORS96�g17� EPSG7RDN2008 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. RDN2008 is a regional realisation of ETRS89.EPSG%�EPSG2EPSG�EPSG#)OGP-Ita�m17� EPSG6RDN2008 to ETRS89 (1)RDN2008 is the second Italian realization of ETRS89. May be taken as approximate transformation RDN2008 to WGS 84 - see code 6711.EPSG%�EPSG2EPSG�EPSG#)OGP-Ita�g19� EPSG-GDBD2009 to WGS 84 (1)Approximation at the +/- 1m level assuming that GDBD2009 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG~EPSG�EPSG#)OGP-Brn�,19�u 3EPSG*JGD2000 to JGD2011 (2)Excludes areas of northern Honshu affected by 2008 Iwate-Miyagi and 2011 Tohoku earthquakes. For these areas use GSI PatchJGD application or JGD2000 to JGD2011 (1) (tfm code 6713).EPSG%�EPSGEPSG EPSG#)OGP-Jpn ex N Honshu�N13� #EPSG�ITRF97 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, tfm code 6279.EPSG EPSG6EPSGJ?��������ʹ�Y��}?�_��Ft?Ǿvȴ9XEPSG#)?��c���h?��×��?�7��3�EPSG#�?r�u>p~EPSG#+ I�?t��n?�N;�5�XEPSG?`�0�7�?]2?�,��?[ͻ�~�EPSG�Q�ʖ��]EPSG�EPSGGA-Aus 2001�?1=� 'EPSG�ITRF2005 to ITRF2008 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. IERS also publish parameter values for epoch 2005.0; because most rates are zero all values as above except tX=0.5mm. Estimated using 171 stations at 131 sites.EPSG EPSG EPSG�?�z�G�{?�������@������EPSGEPSG��z�G�EPSG��333333EPSGEPSGEPSG�EPSGIERS-Wld 2008�
0E
EPSG�Ocotepeque 1935 to NAD27 (1)EPSG%�EPSGKEPSG� @i�� �R�=XbM�@rC;dZ �EPSG#)DMA-Cri�K1G�= EPSG�Mexico ITRF2008 to WGS 84 (1)Approximation at the +/- 1m level assuming that Mexico ITRF2008 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Mex�P17� #EPSG�ITRF2000 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, tfm code 6278.EPSG EPSG7EPSGJ?���������{J#9�쿄�O
�M?�����AEPSG#)?��bb˧3?�+�&��?��PH�EPSG#�?�@9��8qEPSG#�?��+ I��rn��O�;���N;�5�EPSG?P�� Ǵ_?E��� l�?Q�P��EPSG�A�3�*�EPSG�EPSGGA-Aus 2001
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� �� t��P��c� � �o1;�m 3EPSG�Arc 1950 to WGS 84 (10)Derived at 38 stations. Accuracy 10m in each of X, Y and Z axes. Replaces Arc 1950 to WGS 84 (9), tfm code 1121.EPSG%�EPSGqEPSG��o���EPSG#)NGA-Zwe GeoTrans3-4�W15�E 3EPSG�AGD66 to WGS 84 (20)Derived at 161 stations. Accuracy 5m in each axis. Replaces AGD66 to WGS 84 (1) (code 1108).EPSG%�EPSGjEPSG� �� �EPSG#)NGA-Aus GeoTrans3-4�{1;� 3EPSG�Arc 1950 to WGS 84 (11)Derived at 7 stations. Accuracy 13m, 25m and 7m in X, Y and Z axes. Info source gives source CRS as Arc 1960. From inspection of parameter values, comparison with other CTs and geographic applicability of CRS, OGP believes that this should be Arc 1950.EPSG%�EPSGqEPSG� �M���EPSG#)NGA-Mwi GeoTrans3-4�(01m 3EPSG�Yoff to WGS 84 (2)Derived at 7 stations. Accuracy 3m in each axis.EPSG%�EPSG�EPSG�� �YEPSG#)NGA-Sen GeoTrans3-4�D1C� 3EPSG�Timbalai 1948 to WGS 84 (6)Derived at 9 stations. Accuracy 1m, 6m and 2m in X, Y and Z axes.EPSG%�EPSG�EPSG��Y��EPSG#)NGA-Brn GeoTrans3-4�)01o 3EPSG�Tete to WGS 84 (6)Derived at 4 stations. Accuracy 10m in each axis.EPSG%�EPSG EPSG���� EPSG#)NGA-Moz GeoTrans3-4�20Ao 3EPSG�Observatario to WGS 84 (1)Derived at 3 stations. Accuracy 10m in each axis.EPSG%�EPSG!EPSG��|���EPSG#)NGA-Moz Geotrans3-4�C1C� 3EPSG�Pulkovo 1942 to WGS 84 (21)Derived at 19 stations. Accuracy 2m, 3m and 3m in X, Y and Z axes.EPSG%�EPSG�EPSG���EPSG#)NGA-Est GeoTrans3-4�*05m 3EPSG�Lisbon to WGS 84 (5)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSGoEPSG�+���iEPSG#)NGA-Prt GeoTrans3-4�40Em 3EPSG�St. Lucia 1955 to WGS 84 (2)Derived at 3 stations. Accuracy 1m in each axis.EPSG%�EPSG�EPSG��g �3EPSG#)NGA-Lca GeoTrans3-4�<13� 3EPSG�Accra to WGS 84 (4)Derived at 4 stations. Accuracy 3m, 4m and 3m in X, Y and Z axes.EPSG%�EPSGHEPSG��V!FEPSG#)NGA-Gha GeoTrans3-4�j1E�[ 3EPSG�Viti Levu 1912 to WGS 84 (2)Derived at 9 stations. Accuracy +/-3m in each axis. Replaces Viti Levu 1912 to WGS 84 (1) (code 15897).EPSG%�EPSG�EPSG�b��EPSG#)NGA-Fji GeoTrans3-4�1G�G EPSG�Ocotepeque 1935 to WGS 84 (3)Concatenation (via NAD27) of transformations 6888 and 1171. Accuracy not given, but accuracy of constituent transformations given as 9m and 10m respectively.EPSG%�EPSGKEPSG� �`�EPSG#)NGA-Cri�Z1C�- EPSG�Ocotepeque 1935 to CR05 (1)May be taken as approximate transformation Ocotepeque to WGS 84 - see code 5470.EPSG%�EPSGKEPSG�@j�� �Q�@"�p��
=�R������EPSG#)IGN-Cri�:1G�U EPSG�Ocotepeque 1935 to WGS 84 (2)Rotations in original source given in radians are equivalent to Rx = 2.35", Ry = -0.06", Rz = 6.39".EPSG'EPSGKEPSG�@j��E��@"�KƧ�R��C��EPSG#)>��T� �����=5�? @��>!EPSG#�@�G�z�EPSG#�A"�+lq ��W� ��MjA0��"h
EPSG#)UNA-Cri�
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EPSG�Ocotepeque 1935 to NAD27 (1)EPSG%�EPSGKEPSG� @i�� �R�=XbM�rC;dZ �EPSG#)DMA-Cri�A1=� EPSG�Tananarive to WGS 84 (2)Derived at 9 points throughout Madagascar. Adopted by OMV.EPSG%�EPSG�EPSG��h�A�7K�n�C���Z�-VEPSG#)ROG-Mdg �r1O�a 3EPSG�Ayabelle Lighthouse to WGS 84 (2)Derived at 2 stations. Accuracy 10m in each axis. Replaces Ayabelle Lighthouse to WGS 84 (1) (code 15800).EPSG%�EPSGiEPSG��� �EPSG#)NGA-Dji GeoTrans3-4
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t � � Q ��L�e� # �c11�7 5EPSG AGD66 to PNG94 (5)Derived in 2014 at 23 stations around the Kutubu oilfields. See AGD66 to PNG94 (4) for a more accurate 7-parameter transformation. May be taken as an approximate transformation AGD66 to WGS 84 - see tfm code 6944.EPSG%�EPSGjEPSG��`i������K�fffff@b������EPSG#)Qcl-Png PFTB 2014 2m�11�7 5EPSGAGD66 to PNG94 (4)Derived in 2014 at 23 stations around the Kutubu oilfields. Aligned to the Bevan Rapids Geodetic Origin AA 070 as required by the Papua New Guinea Oil and Gas Act 1998. Replaces AGD66 to PNG94 (1) (tfm code 5662).EPSG%�EPSGjEPSG��`|1&�y�KF�x��@|U�7KƨEPSG#)�ܬ1&� h����?�
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EPSG#�@z�G�EPSG#�Qcl-Png PFTB 2014 1m�K11�/ 3EPSGAGD66 to PNG94 (3)Derived in 2014 at 38 stations around the PNG mainland. See AGD66 to PNG94 (2) for a more accurate 7-parameter transformation. May be taken as an approximate transformation AGD66 to WGS 84 - see tfm code 6943.EPSG%�EPSGjEPSG��� �EPSG#)Qcl-Png Mainland 4m�U11�U 3EPSGAGD66 to PNG94 (2)Derived in 2014 at 38 stations around the PNG mainland. Aligned to the Bevan Rapids Geodetic Origin AA 070 as required by the Papua New Guinea Oil and Gas Act 1998.EPSG%�EPSGjEPSG���=p��
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��$�/@�x��EPSG#�@!���-VEPSG#�Qcl-Png Mainland 1m�1/�C EPSGIGS08 to IGRS (2)Derived by least squares adjustment from the coordinates of the IRAQ-CORS network in both CRSs. Station Baghdad was excluded (high residuals). RMSE = 0.004 m. Application yields identical results to transformation 6935.EPSG EPSGEPSG/?���������dZ �1?�vȴ9X?����+EPSG#)��5���?����*\��,'�76�EPSG#��x*�0�
�EPSG#�IRQ-7PV�/1/�C !EPSGIGS08 to IGRS (1)Derived by least squares adjustment from the coordinates of the IRAQ-CORS network in both CRSs. Station Baghdad was excluded (high residuals). RMSE = 0.004 m. Application yields identical results to transformation 6936.EPSG%EPSGEPSG/?�������?ʟ�vȴ9���t�j~���O�;dZ EPSG#)��5���?����*\��,'�76�EPSG#��x*�0�
�EPSG#�AL��AL�[2� �AJ{���`BEPSG#)IRQ-MB(PV)�{0Uw -EPSGSouth East Island 1943 to WGS 84 (2)Derived by UKHO at 13 stations in 1999, RMS ±0.271m.EPSG%�EPSG�EPSG�S7KƧ�0���+@Q#����EPSG#)������@%n��O�$�/��EPSG#��+_;dZ �EPSG#�UKHO-Syc 7-param�U1U� +EPSGSouth East Island 1943 to WGS 84 (1)Derived by UK DOS at 10 stations in 1998, RMS ±0.314m. Also published by NGA in Standard 0036 v1.0.0 of 2014-07-08 and in GeoTrans v3.4 software with parameter values rounded to integer.EPSG%�EPSG�EPSG�Ez�H�fy �Q�p��7KƨEPSG#)DOS-Syc 3-param�+05m 3EPSGGambia to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSG�EPSG�+� � �EPSG#)NGA-Gmb GeoTrans3-4�>13� 3EPSG Bioko to WGS 84 (1)Derived at 6 stations. Accuracy 5m, 17m and 38m in X, Y and Z axes.EPSG%�EPSG�EPSG�*���EPSG#)NGA-Gnq GeoTrans3-4�40Kg 3EPSG�Bekaa Valley 1920 to WGS 84 (1)Derivation not given. Accuracy not specified.EPSG%�EPSG�EPSG��I�EPSG#)NGA-Lbn GeoTrans3-4�,0;g 3EPSG�Aden 1925 to WGS 84 (1)Derivation not given. Accuracy not specified.EPSG%�EPSG�EPSG���5 EPSG#)NGA-Yem GeoTrans3-4�s1A�s 3EPSG�Hjorsey 1955 to WGS 84 (2)Derived at 16 stations. Accuracy 3m, 3m and 6m in X, Y and Z axes. Replaces Hjorsey 1955 to WGS 84 (1) (code 1951).EPSG%�EPSG2EPSG��/�EPSG#)NGA-Isl GeoTrans3-4 �
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G���7HUf� � � 17�[ )EPSG;PSAD56 to WGS 84 (15)Derived at 5 stations. Accuracy 10m in each axis. Replaces PSAD56 to WGS 84 (3) (code 1203). Also used as a transformation from PSAD56 to SIRGAS-Chile - see code 6949.EPSG%�EPSG�EPSG�����EPSG#)NGA-Chl N 2014�=1I� EPSG:SAD69 to SIRGAS-Chile 2002 (4)Also used as a transformation from SAD69 to WGS 84 - see code 6977.EPSG%�EPSG
EPSG��
�EPSG#)IGM-Chl D�m1?�} EPSG9SAD69 to SIRGAS-Chile (3)Also used as a transformation from SAD69 to WGS 84 - see code 6976. Note: SAD69 adopted in Chile only south of 43°30'S.EPSG%�EPSG
EPSG��
�EPSG#)IGM-Chl C�q1I�} EPSG8SAD69 to SIRGAS-Chile 2002 (2)Also used as a transformation from SAD69 to WGS 84 - see code 6975. Note: SAD69 adopted in Chile only south of 43°30'S.EPSG%�EPSG
EPSG���EPSG#)IGM-Chl B�m1?�} EPSG7SAD69 to SIRGAS-Chile (1)Also used as a transformation from SAD69 to WGS 84 - see code 6974. Note: SAD69 adopted in Chile only south of 43°30'S.EPSG%�EPSG
EPSG���EPSG#)IGM-Chl A�Z1C�O # EPSG4Albanian 1987 to WGS 84 (1)Parameter values from Albanian 1987 to ETRS89 (1) (code 6963). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG_EPSG�Fl�C����\(��C>��O�;EPSG#)@�+j��@�Xy=�� ($ xGEPSG#�� �d�7�EPSG#�IOGP-Alb 2D�=1C� ! EPSG3Albanian 1987 to ETRS89 (1)Derived using 90 stations, mse 18cm. May be taken as approximate transformation from Albanian 1987 to WGS 84 (see code 6964).EPSG%�EPSG_EPSG�?ə������Fl�C����\(��C>��O�;EPSG#)@�+j��@�Xy=�� ($ xGEPSG#�� �d�7�EPSG#�IGM-Alb 2D�/07
EPSG0VN-2000 to WGS 84 (2)EPSG%�EPSG�EPSG�g��<���C�α��I�[��-��EPSG#)��Ɠw��?�:�����q�Q� ��EPSG#�?�/��=�,EPSG#�DoSM-Vnm�B1K� EPSG'PSAD56 to SIRGAS-Chile 2002 (3)Also used as a transformation from PSAD56 to WGS 84 - see code 6973.EPSG%�EPSG�EPSG������EPSG#)IGM-Chl C�B1K� EPSG&PSAD56 to SIRGAS-Chile 2002 (2)Also used as a transformation from PSAD56 to WGS 84 - see code 6972.EPSG%�EPSG�EPSG���T��EPSG#)IGM-Chl B�B1K� EPSG%PSAD56 to SIRGAS-Chile 2002 (1)Also used as a transformation from PSAD56 to WGS 84 - see code 6971.EPSG%�EPSG�EPSG�����EPSG#)IGM-Chl A�A15�u /EPSG!AGD66 to WGS 84 (23)Parameter values taken from AGD66 to PNG94 (7) (code 6942). Approximation at the +/- 4m level assuming that PNG94 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGjEPSG��a,�����Ms33333@b������EPSG#)Qcl-Png North Fly�A15�u /EPSG AGD66 to WGS 84 (22)Parameter values taken from AGD66 to PNG94 (5) (code 6940). Approximation at the +/- 4m level assuming that PNG94 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGjEPSG��`i������K�fffff@b������EPSG#)Qcl-Png PFTB 2014�-15�u -EPSG AGD66 to WGS 84 (21)Parameter values taken from AGD66 to PNG94 (3) (code 6938). Approximation at the +/- 5m level assuming that PNG94 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGjEPSG��� �EPSG#)Qcl-Png Mainland�z11�W 5EPSG AGD66 to PNG94 (7)Derived in 2014 at 7 stations in Ningerum and Tabubil (North Fly District). See AGD66 to PNG94 (6) for a more accurate 7-parameter transformation. May be taken as an approximate transformation AGD66 to WGS 84 - see tfm code 6945.EPSG%�EPSGjEPSG�@ �a,�����Ms33333@b������EPSG#)Qcl-Png North Fly 3m
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=�=�Q�)k� $ �1A� EPSGyNahrwan 1934 to WGS 84 (6)Derived by concatenation of parameter values published by IGN Paris from Nahrwan 1934 to WGS 72 at the Nahrwan SE Base station near Baghdad with DMA WGS 72 to WGS 84 parameter values. For more accurate transformation away from origin see codes 7008-7032.EPSG%�EPSG�EPSG� �nFfffff�b �����@w$�����EPSG#)IGN-Irq�<0C
+EPSG\Nahrwan 1967 to WGS 84 (15)EPSG%�EPSG�EPSG�n�|�hs�c-�l�C�@w�\����EPSG#)?�ڜ�(Z�?�$17�pv?�a4�=�EPSG#�>�W��B��EPSG#�ADM-UAE Abd U40�<0C
+EPSG[Nahrwan 1967 to WGS 84 (14)EPSG%�EPSG�EPSG�n\��IQ��b�%��1�@x�-EPSG#)��`V��Ԫ���{ 1Ͽ����mEPSG#�?&⚔k\oEPSG#�ADM-UAE Abd U39�<0C
+EPSGZNahrwan 1967 to WGS 84 (13)EPSG%�EPSG�EPSG�n�9���c �Mj @w���>BEPSG#)��Q��� ����'RT���*0U2aEPSG#�>���5��EPSG#�ADM-UAE Abd Isl�h1C�O /EPSGWNahrwan 1967 to WGS 84 (12)Derived in October 2013 at four control points of the ADCO CRF and evaluated at four others. Estimated horizontal accuracy of 0.14 m at the 95% confidence level.EPSG%�EPSG�EPSG�?�333333�o�
�(��b�vȴ9X@x(m\���EPSG#)��rGE8�ۅ �Q�?����tEPSG#����s�g�EPSG#�ADCO-UAE Abd 2013�.1C� 'EPSGVNahrwan 1967 to WGS 84 (11)Derived via WGS 72 but provenance uncertain. In ADMA replaces tfm code 15938. In ADCO replaced by tfm code 6999 from October 2013.EPSG%�EPSG�EPSG��m,�����dfffff@w� EPSG#)��^5?|�EPSG#�?�e��ںEPSG#�ADNOC-UAE Abd�:1U� EPSGQIGD05/12 to IG05/12 Intermediate CRSReplaces IGD05 transformation (code 7140). Defines the IG05/12 Intermediate CRS so is considered errorless. Israeli documentation refers to target CRS as "in GRS80". Use this CT for cadastre and precise engineering but see CTs 9186 or 9189 for GIS use.EPSG%�EPSG�EPSGN�8 �IQ���1kP��|�1�*�0�EPSG#)�� 1ί% ����D�?�� ܇T�EPSG#�@���m\�EPSG#�SOI-Isr�20/
EPSGPIGD05 to IGD05/12EPSG%�EPSG�EPSG�?�������?��/��w��Z������C�\��EPSG#)�o��#x�
?D�Ҳ��M���S&�EPSG#�?�� ���EPSG#�SOI-Isr�J15�9 'EPSGASAD69 to WGS 84 (20)Derived at 6 stations. Accuracy 3m, 3m and 4m in X, Y and Z axes. Also used as a transformation from SAD69 to SIRGAS-Chile - see code 6970. Unlike IGM Chile, NGA extends use of this tfm to all Chile south of 44°S.EPSG%�EPSG
EPSG��
�EPSG#)NGA-Chile 44-�k15�{ 'EPSG@SAD69 to WGS 84 (19)Derived at 4 stations. Accuracy 4m in each axis. Along with CTs 6974 and 6975, replaces SAD69 to WGS 84 (5) (code 1868). Also used as a CT from SAD69 to SIRGAS-Chile - see code 7449. Note: SAD69 adopted by Chile authorities only south of 43°30'S.EPSG%�EPSG
EPSG��
�EPSG#)NGA-Chl 36-44�l15�{ +EPSG?SAD69 to WGS 84 (18)Derived at 6 stations. Accuracy 2m in each axis. Along with CTs 6974 and 6976, replaces SAD69 to WGS 84 (5) (code 1868). Also used as a CT from SAD69 to SIRGAS-Chile - see code 6968. Note: SAD69 adopted by Chile authorities only south of 43°30'S.EPSG%�EPSG
EPSG���EPSG#)NGA-Chile 32-36�k15�{ 'EPSG>SAD69 to WGS 84 (17)Derived at 8 stations. Accuracy 2m in each axis. Along with CTs 6975 and 6976, replaces SAD69 to WGS 84 (5) (code 1868). Also used as a CT from SAD69 to SIRGAS-Chile - see code 7448. Note: SAD69 adopted by Chile authorities only south of 43°30'S.EPSG%�EPSG
EPSG���EPSG#)NGA-Chl 17-32�y17�
)EPSG=PSAD56 to WGS 84 (17)Derived at 6 stations. Accuracy 10m in each axis. Replaces PSAD56 to WGS 84 (4) (code 1204). Info source gives S limit as 44°S but Chilean IGM states that PSAD56 limit is 43°30'S. Also used as a transformation from PSAD56 to SIRGAS-Chile - see code 6951.EPSG%�EPSG�EPSG������EPSG#)NGA-Chl S 2014
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�������m �[ �#0C= ) EPSG �WGS 84 (G873) to ITRF92 (1)Defined at epoch 1997.0.EPSGEPSG �EPSG2?�������EPSG#)EPSG#�EPSG#�NGA-Wld 1997.0�&0I= )EPSG �WGS 84 (G1150) to ITRF2000 (1)Defined at epoch 2001.0.EPSGEPSG �EPSG7?�z�G�{EPSG#)EPSG#�EPSG#�NGA-Wld 2001.0�_1I�- )EPSG �WGS 84 (G1674) to ITRF2008 (1)Defined at epoch 2005.0. Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG �EPSG�?�z�G�{EPSGEPSGEPSGNGA-Wld 2005.0�p1U�- )EPSG �WGS 84 (G1150) to WGS 84 (G1762) (1)Defined at epoch 2001.0. Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG �EPSG �?�z�G�{�EPSGEPSG� EPSGNGA-Wld 2001.0�1U�- )EPSG �WGS 84 (G1674) to WGS 84 (G1762) (1)Defined at epoch 2005.0. Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG �EPSG �?�z�G�{�EPSG?�G�z�H��G�z�H?�Q� �REPSG�������EPSGNGA-Wld 2005.0�_1I�- )EPSG �WGS 84 (G1762) to ITRF2008 (1)Defined at epoch 2005.0. Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG �EPSG�?�z�G�{EPSGEPSGEPSGNGA-Wld 2005.0�r1I�} EPSG SAD69 to SIRGAS-Chile 2002 (3)Also used as a transformation from SAD69 to WGS 84 - see code 6976. Note: SAD69 adopted in Chile only south of 43°30'S.EPSG%�EPSG
EPSG��
�EPSG#)IGM-Chl C�r1I�} EPSG SAD69 to SIRGAS-Chile 2002 (1)Also used as a transformation from SAD69 to WGS 84 - see code 6974. Note: SAD69 adopted in Chile only south of 43°30'S.EPSG%�EPSG
EPSG���EPSG#)IGM-Chl A�615� EPSG CGRS93 to WGS 84 (1)Parameter values from CGRS93 to ETRS89 (1) (code 7444). Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84.EPSG%�EPSG�EPSG�@!�&�x���t�j~����E��EPSG#)?cj@��'?�m�a�����]=ȸEPSG#�?��}�EPSG#�IOGP-Cyp�'15�o EPSG CGRS93 to ETRS89 (1)Derived at 6 points at epoch 1993.1. May be taken as approximate transformation CGRS93 to WGS 84 - see code 7445.EPSG%�EPSG�EPSG�?�������@!�&�x���t�j~����E��EPSG#)?cj@��'?�m�a�����]=ȸEPSG#�?��}�EPSG#�DLS-Cyp�q15� EPSG ONGD14 to WGS 84 (2)Approximation at the +/- 2m level assuming that ONG14 is equivalent to WGS 84. See transformation code 7377 for authoritative values.EPSG%�EPSG �EPSG�EPSG#)IOGP-Omn�a1K� /EPSG Nord Sahara 1959 to WGS 84 (10)Derived at 1 astro station central to concession. Significant and varying differences (>100m) known to exist in neighbouring astro stations. May be taken as a transformation to RGSH2020 - see CT 10344.EPSG%�EPSG�EPSG�d�f�fffff@P,�����@n�fffffEPSG#)Isa-Alg Ain Tsila�@15�! EPSG �ONGD14 to WGS 84 (1)Translations given by information source in mm. Derived at 20 stations, RMS 0.0313m in northing, 0.0377m in easting and 0.0678m in height.EPSGEPSG �EPSGr?�������?�5?|�h��p:�~� ��PH��EPSG#)?n�< ��?����j��j �
|[EPSG#�?�����vEPSG#�NSA-Omn�g1I�k EPSG�IGD05 to IG05 Intermediate CRSDefines the IG05 Intermediate CRS so is considered errorless. Target CRS is referred to in Israeli documentation as "in GRS80". Replaced by IG05/12 transformation (code 6993).EPSG%�EPSG�EPSGG�7��"��1���#���1�V�EPSG#)��(����������[-?�_Z�jjEPSG#�@��� �EPSG#�SOI-Isr > �#0C= )EPSG �WGS 84 (G730) to ITRF92 (1)Defined at epoch 1994.0.EPSGEPSG �EPSG2?ə�����EPSG#)EPSG#�EPSG#�NGA-Wld 1994.0
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� ���}(�� / �p1C�a EPSG �ITRF2008 to NAD83(PA11) (1)Information source gives IGS08 as source CRS: for most practical purposes IGS08 is equivalent to ITRF2008.EPSG EPSG�EPSG�?�V�u� � k��������EPSG#)@;��-V@*� ě��@�-VEPSG?���EPSG?6�� C-?6�� C-�]}�H˒EPSG�ؓt�j~�?� �1&�|�hr�EPSG?�z�G�{EPSG�EPSGNGS-PA�1C� EPSG ITRF2008 to NAD83(2011) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Joint derivation by Canada and US (tfm 6864) concatenated with IGS value for ITRF96>97 and IERS ITRF97>2008 transformations. See tfm 8264 for Canadian equivalent.EPSG EPSG�EPSG�?��-��`��s�/�ek���b��}EPSG#)@9�'�(��@"�W���'@'2� ѷEPSG?�p��uO7EPSG?I� ����C�*0U2a�U�^ N�EPSG?�H���o��<�ϕ�鿪G�{�EPSG�� S��nEPSG�EPSGNGS-NA�1K�1 EPSG ~Pulkovo 1942(83) to BGS2005 (1)Official transformation for converting existing geodetic and cartographic materials to BGS2005. Older CRSs (CS30, CS50, CS70) must first be transformed to Pulkovo 1942(83) before this transformation is applied.EPSG'EPSGREPSG v�{�EPSG#)��ffffff�@ 333333EPSG#��빌~($EPSG#�@p8 �A��EPSG#)RD-Bul�S1=� EPSG nITRF2008 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Estimated using 127 stations at 125 sites.EPSG EPSG�EPSG m?�z�G�{����������ffffff�333333EPSGEPSG?�z�G�{EPSG?�������EPSGEPSG���Q� �EPSG�EPSGIERS-Wld�615� EPSG )CGRS93 to WGS 84 (1)Parameter values from CGRS93 to ETRS89 (1) (code 7720). Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84.EPSG%�EPSG�EPSG�@!�&�x���t�j~����E��EPSG#)?cj@��'?�m�a�����]=ȸEPSG#�?��}�EPSG#�IOGP-Cyp�'15�o EPSG (CGRS93 to ETRS89 (1)Derived at 6 points at epoch 1993.1. May be taken as approximate transformation CGRS93 to WGS 84 - see code 7721.EPSG%�EPSG�EPSG�?�������@!�&�x���t�j~����E��EPSG#)?cj@��'?�m�a�����]=ȸEPSG#�?��}�EPSG#�DLS-Cyp�90=
EPSG GSK-2011 to PZ-90.11 (1)EPSG*EPSG EPSG �?��Q� �?��1&�y��bM��EPSG#)���l�C���t�j~��?�"��`A�EPSG�C�*0U2aEPSG#��EPSGMTD-Rus�e07k EPSG PZ-90 to PZ-90.11 (1)Concatenation of transformations 7702 and 7703.EPSGEPSG:EPSG �?ə��������+ J?����+?�j~��"�EPSG#)�ffffff@ Q� �R�`ƸQ� EPSG��/��v�EPSG#�MTD-Rus�A0=
EPSG PZ-90.02 to PZ-90.11 (1)EPSG*EPSG �EPSG �?�� �Q���;dZ �?����+?��"��`BEPSG#)�ffffff@ Q� �R��
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EPSG PZ-90 to PZ-90.02 (1)EPSG*EPSG:EPSG �?�\(�ÿ� �Q� ���Q� �?�z�G�{EPSG#)�~EPSG��(�\)EPSG#��EPSGMTD-Rus�R15�Q EPSG NAD27 to WGS 84 (89)Derived at stations in the provinces of Colón, Panamá, Coclé, Veraguas, Herrera, Los Santos y Chiriquí. Standard deviation 0.871m in north and 0.531m in east.EPSG%�EPSG�EPSG�@1+]{�@f����@^6Qr�[EPSG#)@<�E+�<?�/5w����`��[�vEPSG#�@ 5��5��EPSG#�IGNTG-Pan�m1=�7 EPSG Egypt 1907 to WGS 84 (4)Derived at 30 stations throughout Egypt 1907 network. Accuracy determined at 15 stations 0.7m in each axis. Unified transformation for whole country.EPSG%�EPSG�EPSG�?�333333�_�=p��
@\_�z�H�)ffffffEPSG#)?���@��é��"���u'^�cEPSG#�@Y�~($ EPSG#�AR�.n��PAFy���AE�o�z�EPSG#)SRI-Egy�N1;�E EPSG �MGI 1901 to WGS 84 (11)Parameter values from MGI 1901 to ETRS89 (6) (code 7675). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@� |ؘ�@d��u@xr� �?EPSG#)��r� Ĝ?�P3 :}�@* �
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? Hc��#� z �1O�a %EPSG �St. Helena Tritan to SHGD2015 (1)Derived at 19 stations, RMS = 5cm. May be used as an approximate transformation to WGS 84 - see code 7898.EPSG%�EPSG �EPSG �?����������E���?�9XbM�?��t�jEPSG#)ENRD-Shn Hel� 1E�3 7 EPSG �SHGD2015 to Astro DOS 71 (2)Derived at 19 stations, RMS = 6cm. Note: Because of the large rotations about the Y- and Z-axes this transformation is not reversible. For the reverse transformation use Astro DOS 71 to SHGD2015 (2) (code 7895).EPSG%�EPSGfEPSGf?�������@\1XbM�(�bM��@2�\(�EPSG#)�Z���ݘ�0��Z���123���EPSG#�@3��B�¤EPSG#�ENRD-Shn Hel 0.1m Rev�1E�3 /EPSG �Astro DOS 71 to SHGD2015 (2)Derived at 19 stations, RMS = 6cm. Note: Because of the large rotations about the Y- and Z-axes this transformation is not reversible. For the reverse transformation use SHGD2015 to Astro DOS 71 (2) (code 9226).EPSG%�EPSGfEPSG �?��������\6�-@(�=p��
�2�^5?}EPSG#)@Z���ݘ@0��Z��@123���EPSG#��3��B�¤EPSG#�ENRD-Shn Hel 0.1m�51A�] %EPSG �Astro DOS 71 to WGS 84 (2)Parameter values from Astro DOS 71 to SHGD2015 (1) (tfm code 7893). Assumes SHGD2015 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGfEPSG�t:fffff@�; �Q�~�� �Q�EPSG#)ENRD-Shn Hel�1E�c 1EPSG �Astro DOS 71 to SHGD2015 (1)Derived at 19 stations, RMS = 12cm. May be used as an approximate transformation to WGS 84 - see code 7894.EPSG%�EPSGfEPSG �?�333333�t:fffff@�; �Q�~�� �Q�EPSG#)ENRD-Shn Hel 0.15m�`19�k %EPSG �SHGD2015 to WGS 84 (1)SHGD2015 is realized by ITRF2008 at epoch 2015.0 and can be considered coincident with WGS 84 at epoch 2015.0 Accuracy 3 cm at 1/1/2015 then degrades by 3 cm/yr from 1/1/2015 depending upon epoch of WGS 84 due to motion of the Nubian PlateEPSG%�EPSG �EPSG�EPSG#)ENRD-Shn Hel�c1W�[ EPSG �Pulkovo 1942(58) to Albanian 1987 (1)Albanian 1987 may be considered to be approximately equivalent to Pulkovo 1942(58) at the +/- 1m level.EPSG%�EPSGSEPSG_EPSG#)IOGP-Alb�u1K�Y EPSG �Pulkovo 1942(58) to WGS 84 (22)Derived by Deminex for nearshore Rodoni block in 1991-1992. Used by Shell for onshore seismic in 1995.EPSG%�EPSGSEPSG�@R� �\ �F&fffffEPSG#)Dmnx-Alb�Z1C�O #EPSG �Albanian 1987 to WGS 84 (1)Parameter values from Albanian 1987 to ETRS89 (1) (code 7833). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG_EPSG�Fl�C����\(��C>��O�;EPSG#)��+j���Xy=�@ ($ xGEPSG#�� �d�7�EPSG#�IOGP-Alb 2D�;1C� !EPSG �Albanian 1987 to ETRS89 (1)Derived using 90 stations by IGM Italy on behalf of ASIG. mse = 18cm. Use only for horizontal coordinates; geoid heights must be calculated with ALBGEO3 software. May be taken as approximate transformation from Albanian 1987 to WGS 84 (see code 7834).EPSG%�EPSG_EPSG�?ə������Fl�C����\(��C>��O�;EPSG#)��+j���Xy=�@ ($ xGEPSG#�� �d�7�EPSG#�IGM-Alb 2D�f1=�K EPSG �UCS-2000 to ITRF2000 (1)Derived for epoch 2005.0 at which time it defines UCS-2000 and is therefore exact (accuracy = 0) at this epoch. May be taken as approximate transformation UCS-2000 to ETRS89 and UCS-2000 to WGS 84 - see codes 9901 and 5840.EPSGEPSG�EPSG7@8Rn��O�^W���+�R�5?|�EPSG#)SSGC-Ukr�>19�C EPSG �ITRF89 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG7?�z�G�{�\(�� @ �\(�EPSG ?�
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I 7���$ l !�217�y % EPSG"�CR05 to CR-SIRGAS (1)Derived at 16 stations. CR05 is static, CR-SIRGAS is dynamic: transformation is valid at epoch 2014.59 but accuracy will deteriorate due to tectonic motion. May be taken as an approximate transformation to ITRF08 / IGb08 / WGS 84 - see code 8914.EPSG%�EPSG�EPSG"�?� �ŵ �D?֙����?�9m �EPSG#)��TɅ�oi?��`A�7L�����
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EPSG#�IGN-Cri 2014 �d19�C )EPSG"�ITRF90 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG0EPSG �9ffffff�' @W333333EPSG?��\(�@&MO�;dZ�0nz�G�EPSG�(�\)EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014 � 1G�G )EPSG"�IGN72 Nuku Hiva to WGS 84 (6)Concatenation of IGN72 Nuku Hiva to RGPF (2) and RGPF to WGS 84 (1) (CT codes 8849 and 8828).EPSG%�EPSGEPSG�@�Om�hr�@�H�Q� @x�V�EPSG#)�;�5�X�e��O���p:�~�EPSG#�@pŠ�-�
EPSG#�URB-Pyf UaHuka �[1C�O #EPSG"{Camacupa 2015 to RSAO13 (1)Derived by Univ. of Lisbon for CIDDEMA using 38 REPANGOL points in Angola (except SE) and Cabinda. Average horizontal error 1m, vertical 3m; max radial error 6m.EPSG%�EPSG!�EPSG!��Ws"��`B�`���$�kbV�uEPSG#)?��$�/��j~��#@z�G�{EPSG#��š��oEPSG#�CIDDEMA-Ago �61G� #EPSG! GDA2020 to WGS 84 (G1762) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Parameter values taken from ITRF2014 to GDA2020 (1) (code 8049), assuming WGS 84 (G1762) is equivalent to ITRF2014 within the accuracy of the transformation.EPSG EPSG �EPSG �?ə�����EPSGEPSGEPSGEPSG���`�V���s������P��8EPSGEPSG�EPSGGA-Aus 0.2m �d19�C ) EPSG �ITRF97 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG6EPSG m� ������?� @OffffffEPSG?��\(�@&MO�;dZ�0nz�G�EPSG�ffffffEPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014 � 1c�i %EPSG NSaint Pierre et Miquelon 1950 to WGS 84 (2)Replaces Saint Pierre et Miquelon 1950 to WGS 84 (1) (code 1923) from March 2006. Accuracy +/- 0.5 to 1 metre.EPSG%�EPSG EPSG�@&��"��`@z�^5?|�@wRz�G�EPSG#)IGN-Spm 2017 �t1C�! /EPSG @ITRF92 to NAD83(CSRS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by tfm from ITRF93 (see code 8257).EPSG EPSG2EPSG &?��E�����vȴ9X��`A�7K�EPSG#)�;� �/ �%ffffffEPSGEPSGEPSG����vȴ9?�vȴ9X?�bM��EPSGEPSG�EPSGNRC-Can CSRS96 92 �19�1 EPSG �ITRF88 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSG EPSG.EPSG m?�z�G�{�9ffffff?� @cY�����EPSG���������У�
=p�EPSG�&�z�G�EPSG��������?� @
ffffffEPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld �\19�C )EPSG ITRF91 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG1EPSG �@;L�����@>�33333�&������EPSG?�n��P@�\(��!�C��%EPSG�(�\)EPSG?�333333?�ffffffEPSG?��j~��#?�\(�\���l�C�EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000 �J1K�} %EPSG �St. Helena Tritan to WGS 84 (1)Parameter values from Tritan St. Helena to SHGD2015 (1) (tfm code 7897). Assumes Tritan St. Helena and SHGD2015 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG �EPSG濳�E���?�9XbM�?��t�jEPSG#)ENRD-Shn Hel
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� eF'q�F � �\19�C )EPSG ITRF90 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG0EPSG �@=L�����@AY�����@������EPSG?�n��P@�\(��!�C��%EPSG��\(�EPSG?�333333?�ffffffEPSG?��j~��#?�\(�\���l�C�EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000�\19�C )EPSG ITRF89 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG �@8L�����@%ffffff@EY�����EPSG?�n��P@�\(��!�C��%EPSG��G�z�EPSG?�333333?�ffffffEPSG?��j~��#?�\(�\���l�C�EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000�K1=� )EPSG ITRF2000 to ETRF2000 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2000 to ETRF2000 (1) (code 7940) for transformation which defines ETRF2000. 7941 is equivalent but with the transformation's parameters at epoch 2000.00.EPSG EPSG7EPSG �63�EPSG?�n��P@�\(��!l�C��EPSGEPSGEPSG?��j~��#?�\(�\��XbM��EPSGEPSG�EPSGEUREF-Eur 2000�41=�i EPSG ITRF2000 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2000 to ETRF2000 (2) (code 7941) for an exactly equivalent transformation but with the transformation's parameter values at epoch 2000.00.EPSG EPSG7EPSG �@������@ffffff�333333EPSG EPSGEPSGEPSG
?��j~��#?�\(�\��XbM��EPSGEPSG�EPSGEUREF-Eur� 15�C EPSG ITRF97 to ETRF97 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG6EPSG �@ffffff@ffffff�������EPSG EPSGEPSGEPSG
?ə�����?� ��������EPSGEPSG�EPSGEUREF-Eur� 15�C EPSG ITRF96 to ETRF96 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG5EPSG �@ffffff@ffffff�������EPSG EPSGEPSGEPSG
?ə�����?� ��������EPSGEPSG�EPSGEUREF-Eur� 15�C EPSG ITRF94 to ETRF94 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG �@ffffff@ffffff�������EPSG EPSGEPSGEPSG
?ə�����?� ��������EPSGEPSG�EPSGEUREF-Eur� 15�C EPSG ITRF93 to ETRF93 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG3EPSG �?�ffffff@333333� ������EPSG EPSGEPSGEPSG
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=qEPSGEPSG�EPSGEUREF-Eur�15�C EPSG �ITRF92 to ETRF92 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG2EPSG �@ffffff�
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=��Q� �EPSGEPSG�EPSGEUREF-Eur�15�C EPSG �ITRF89 to ETRF89 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG �EPSG EPSGEPSGEPSG
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� "�\�A�� 0 �/1;� EPSG qITRF2014 to GDA2020 (1)Derived at 109 stations of the Australian Regional GNSS network (ARGN). RMS residuals 26mm N, 12mm E and 179mm up, maximum residuals 49mm N, 24mm E and 464mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG mEPSG �?��Q� �EPSGEPSGEPSGEPSG?��`�V?��s����?�P��8EPSGEPSG�EPSGGA-Aus�515� EPSG pGDA94 to GDA2020 (1)Scale difference in ppb where 1/billion = 1E-9. See CT codes 8444-46 for NTv2 method giving equivalent results for Christmas Island, Cocos Islands and Australia respectively. See CT code 8447 for alternative including distortion model for Australia only.EPSG%�EPSG�EPSG �?�z�G�{@N�fffff�%�p��
=�DQ� �EPSG�C���Ft�@\m��8��@r�c � EPSG�#��hr�EPSGICSM-Aus�'0I
EPSG WGS 84 (G1150) to PZ-90.02 (1)EPSG*EPSG �EPSG �?�\(��?�
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EPSG PZ-90.11 to ITRF2008 (1)EPSG*EPSG �EPSG�?pbM��h�t�j~��PbM��EPSG#)?�t�j~�ۿ��$�/?`bM��EPSGEPSG#��EPSGMTD-Rus�f1=�C )EPSG ITRF2008 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG�EPSG �@J �����@H�fffff�M@ EPSG?�n��P@�\(��!l�C��EPSG?�p��
=qEPSG?�������?���������������EPSG?��j~��#?�\(�\��XbM��EPSG?�z�G�{EPSG�EPSGEUREF-Eur 2000�f1=�C )EPSG ITRF2005 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG �@K �����@I������J�fffffEPSG?�n��P@�\(��!l�C��EPSG?ٙ�����EPSG�ə�����?���������������EPSG?��j~��#?�\(�\��XbM��EPSG?�z�G�{EPSG�EPSGEUREF-Eur 2000�\19�C )EPSG
ITRF97 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG6EPSG �@G�fffff@GY������9L�����EPSG?�n��P@�\(��!�C��%EPSG��G�z�HEPSG?�333333?�ffffffEPSG?��j~��#?�\(�\���l�C�EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000�\19�C )EPSG ITRF96 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG5EPSG �@G�fffff@GY������9L�����EPSG?�n��P@�\(��!�C��%EPSG��G�z�HEPSG?�333333?�ffffffEPSG?��j~��#?�\(�\���l�C�EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000�\19�C )EPSG ITRF94 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG �@G�fffff@GY������9L�����EPSG?�n��P@�\(��!�C��%EPSG��G�z�HEPSG?�333333?�ffffffEPSG?��j~��#?�\(�\���l�C�EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000�d19�C )EPSG
ITRF93 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG3EPSG �@Sfffff@Gs33333�3�fffffEPSG@���+@z�G�{� ���mEPSG� �\(�EPSG@333333?ə�����?�333333EPSG?�r� ě�?�\(�ÿ땁$�/EPSG��z�G�{EPSG�EPSGEUREF-Eur 2000�\19�C )EPSG ITRF92 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG2EPSG �@C�fffff@FY������1L�����EPSG?�n��P@�\(��!�C��%EPSG���
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� � { �}�_�a �� �o1=�1 EPSG �ITRF2000 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSG EPSG7EPSG m?�z�G�{��ffffff��333333@:�����EPSGEPSG� �\(�EPSG����������������?�ffffffEPSGEPSG��(�\)EPSG�EPSGIERS-Wld�}19�1 EPSG �ITRF97 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSG EPSG6EPSG m?�z�G�{� ������?� @OffffffEPSG��
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�ٙ�����EPSG�(�\)EPSG@ffffff?�������@ EPSG?�(�\)?�Q� �R��� �Q�EPSG���Q� �EPSG�EPSGIERS-Wld�}19�1 EPSG �ITRF92 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSG EPSG2EPSG m?�z�G�{�.�����Ϳ� @Q�33333EPSG�У�
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ffffffEPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld % �`1=�1 EPSG �ITRF2005 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSG EPSG EPSG m?�z�G�{�������@ffffffEPSGEPSG��p��
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c � P D65( � 1G� )EPSG IITRF2014 to NAD83(CSRS)v7 (1)Concatenation of joint Canada-US tfm NAD83>ITRF96 (CT code 8259) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2014 transformations. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9. See tfm 8970 for US equivalent.EPSG EPSG mEPSG =?��s�h��� ��#y��T���ԿEPSG#)�:�� ��?��$_Z�%�6����EPSG?ל8�J�EPSG?I� ����C�*0U2a�W��9��EPSG��H���o?�<�ϕ��?�G�{�EPSG��o?R�&WEPSG�EPSGNRC-Can CSRSv7� 1G� )EPSG HITRF2008 to NAD83(CSRS)v6 (1)Concatenation of joint Canada-US transformation NAD83>ITRF96 (code 8259) with IGS tfm ITRF96>97 and IERS tfms ITRF97>2008. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm code 7807 for US equivalent.EPSG EPSG�EPSG :?��-��`��s�/�ek���b��}EPSG#)�9�'�(��"�W���'�'2� ѷEPSG?�p��uO7EPSG?I� ����C�*0U2a�U�^ N�EPSG��H���o?�<�ϕ��?�G�{�EPSG�� �1&�EPSG�EPSGNRC-Can CSRSv6�1G�k ) EPSG FITRF2005 to NAD83(CSRS)v5 (1)Concatenation of joint Canada-US NAD83>ITRF96 transformation (code 8259) with IGS value for ITRF96>ITRF97 and IERS transformations ITRF97>ITRF2005. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG 8?�ᰉ�'R��p:�~� ��g�� lEPSG#)�9�=p��
�"� �1'�'2� ě�EPSG?�������EPSG?@bM��C�*0U2a�UL�_��EPSG��&�x��?�9XbM�?� �1&�EPSG�� �1&�EPSG�EPSGNRC-Can CSRSv5� 1G� )EPSG EITRF2000 to NAD83(CSRS)v4 (1)Concatenation of joint Canada-US NAD83>ITRF96 tfm (code 8259) with IGS value of ITRF96>ITRF97 and IERS tfm ITRF97>ITRF2000. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm code 6866 for US equivalent.EPSG EPSG7EPSG 2?���$��k��~($��O
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1C� )EPSG DITRF97 to NAD83(CSRS)v3 (1)Concatenation of joint Canada-US transformation NAD83>ITRF96 (see tfm code 8259) and IGS value for ITRF96>ITRF97 transformation. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm 6865 for US equivalent.EPSG EPSG6EPSG .?���u�������?���t�jEPSG#)�9�=p��
�"� �1'�'2� ě�EPSG��� �Q�EPSG?F����ǿ6�� C-?_!-w1��EPSG��&�x��?�9XbM�?��vȴ9XEPSG�ȓt�j~�EPSG�EPSGNRC-Can CSRSv3�+1C� )EPSG CITRF96 to NAD83(CSRS)v2 (1)Jointly derived by Canada and US at 12 North American VLBI stations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm code 6864 for US equivalent.EPSG EPSG5EPSG )?�E�������%��2��i�B���EPSG#)�9�=p��
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qvEPSGEPSG�EPSGNRC-Can CSRSv2�d1C�C /EPSG BITRF94 to NAD83(CSRS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG &?�$�/�������l�D���+ JEPSG#)�;L�����.������%ffffffEPSG@������EPSG�:6�� C-?:6�� C-�J6�� C-EPSG����vȴ9?�bM��?�bM��EPSGEPSG�EPSGNRC-Can CSRS96 94�1C�! /EPSG AITRF93 to NAD83(CSRS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by tfm from ITRF94 (see code 8258).EPSG EPSG3EPSG &?�z�G������l�D���+ JEPSG#)�;
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� H � ) ��f�D� � �f1=�C ) EPSG �ITRF2000 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG7EPSG m��ffffff��333333@:�����EPSG?��\(�@&MO�;dZ�0+� �Q�EPSG� �\(�EPSG����������������?�ffffffEPSG?�\(��?��E�˿��
=p�EPSG��(�\)EPSG�EPSGEUREF-Eur 2014�W1=�C ) EPSG �ITRF2005 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG m��������ffffffEPSG?��\(�@&MO�;dZ�0+� �Q�EPSG��p��
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=p�EPSG���Q� �EPSG�EPSGEUREF-Eur 2014�V1=�C ) EPSG �ITRF2008 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG�EPSG m����������ffffff�333333EPSG?��\(�@&MO�;dZ�0+� �Q�EPSG?�z�G�{EPSG?�������EPSG?�\(��?��E�˿��
=p�EPSG���Q� �EPSG�EPSGEUREF-Eur 2014�H1=� ) EPSG �ITRF2014 to ETRF2014 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. See ITRF2014 to ETRF2014 (1) (code 8366) for transformation which defines ETRF2014. Transformation 8407 is equivalent to 8366 but with parameter values at epoch 2010.00.EPSG EPSG mEPSG �EPSG?��\(�@&MO�;dZ�0+� �Q�EPSGEPSGEPSG?�\(��?��E�˿��
=p�EPSGEPSG�EPSGEUREF-Eur 2014�f1=�C )EPSG �ITRF2014 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG mEPSG �@KY�����@J������R�fffffEPSG?�7KƧ�@$�z�G��0���oEPSG@ �\(�EPSG?�������?���������ffffffEPSG?��j~��#?�\(�\��XbM��EPSG?�(�\)EPSG�EPSGEUREF-Eur 2000�01;� EPSG �Camacupa to WGS 84 (11)Derived by Univ. of Lisbon for IGCA using 38 REPANGOL points in Angola (except SE) and Cabinda. Application differs from Camacupa to WGS 84 (1) to (10) by approx 25 m. Average horizontal error 1m, vertical 3m; max radial error 6m. For onshore use only.EPSG%�EPSG|EPSG��Ws"��`B�`���$�kbV�uEPSG#)?��$�/��j~��#@z�G�{EPSG#��š��oEPSG#�IGCA-Ago�'1G�{ EPSG �S-JTSK [JTSK03] to WGS 84 (1)Parameter values taken from S-JTSK [JTSK03] to ETRS89 (1) (code 8367) assuming that ETRS89 (ETRF2000 realization) is coincident with WGS 84 within the accuracy of the transformation. Within the 1m accuracy of this transformation, it is reversible.EPSG%�EPSG �EPSG�@~PV�u@e.�G�{@~=l�C��EPSG#)� %6�U��eQ�q�i dobEPSG#�EPSG#�UGKK-Svk�1G� EPSG �S-JTSK [JTSK03] to ETRS89 (1)Derived at 684 points. At the 1mm accuracy level this transformation is not reversible: for reverse see transformation code 8365. May be taken as approximate transformation to WGS 84 - see code 8368.EPSG%�EPSG �EPSG�?PbM��@~PV�u@e.�G�{@~=l�C��EPSG#)� %6�U��eQ�q�i dobEPSG#�EPSG#�UGKK-Svk� 1=�i EPSG �ITRF2014 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2014 to ETRF2014 (2) (code 8880) for an exactly equivalent transformation but with the transformation's parameter values at epoch 2010.00.EPSG EPSG mEPSG �EPSGEPSGEPSGEPSG?�\(��?��E�˿��
=p�EPSGEPSG�EPSGEUREF-Eur�61G� EPSG �ETRS89 to S-JTSK [JTSK03] (1)Derived at 684 points with known S-JTSK and ETRS89 (ETRF2000 realization) coordinates. Scale parameter was constrained to be zero. UGKK consider this transformation to not be reversible at the 1mm accuracy level: for reverse see transformation code 8367.EPSG%�EPSG�EPSG �?PbM��~P9��U��e/'��~=|�̖FEPSG#)@ % �R�7@�@�w�@h�߱ EPSG#�EPSG#�UGKK-Svk
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h �6+h i � �X1S�I EPSG �Hong Kong Geodetic CS to WGS 84 (1)Approximation at the +/- 1m level assuming that Hong Kong Geodetic CS is equivalent to WGS 84.EPSG%�EPSG �EPSG�EPSG#)EPSG-Hkg�41=�S EPSG �Macao 1920 to WGS 84 (1)Derived from Macao 2008 to Macao 1920 (1) (code 8435) (reversed) assuming that Macao 2008 is equivalent to WGS 84 within the accuracy of the transformation. Some parameter values differ in the reverse due to the high rotations.EPSG%�EPSG �EPSG�i[�z�H�r��
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�1'@SbM��@@Tz�G�EPSG#�@bM��EPSG#�Bid�/AT�� S��AB? v�+EPSG#)EPSG-Mac�G1c� % EPSG �Hong Kong 1980 to Hong Kong Geodetic CS (1)Also published as a transformation to WGS 84 using the position vector method - see Hong Kong 1980 to WGS 84 (1) (code 1825).EPSG%�EPSGEPSG �dS���+�qO`A�7L�d8j~��#EPSG#)?�Wyc�,���?5����.+�vEPSG#��� �� �EPSG#�LSD-HKG 2002�A1=�3 EPSG �Macao 2008 to WGS 84 (1)Approximation at the +/- 1m level assuming that Macao 2008 is equivalent to WGS 84.EPSG%�EPSG �EPSG�EPSG#)OGP-Bmu� 0Es EPSG �Macao 2008 to Macao 1920 (1)Derived at 3 stations in 2008. Accuracy not stated.EPSG%�EPSG �EPSG ��@i[�z�H@r��
=p�@c{-EPSG#)@A�t�j�SbM��@R��`A�EPSG#��bM��EPSG#�B��t�jAT�D ���AB>Άȴ9EPSG#)DSCC-Mac�d19�C ) EPSG �ITRF89 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG m�>ffffff�A� @`Y�����EPSG?��\(�@&MO�;dZ�0nz�G�EPSG� aG�z�EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C ) EPSG �ITRF90 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG0EPSG m�9ffffff�' @W333333EPSG?��\(�@&MO�;dZ�0nz�G�EPSG�(�\)EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C ) EPSG �ITRF91 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG1EPSG m�;ffffff�/ @S333333EPSG?��\(�@&MO�;dZ�0nz�G�EPSG��\(�EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C ) EPSG �ITRF92 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG2EPSG m�.�����Ϳ� @Q�33333EPSG?��\(�@&MO�;dZ�0nz�G�EPSG��Q� �EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C ) EPSG �ITRF93 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG3EPSG m@I333333�
ffffff@N�����EPSG@aG�z�@-�;dZ �0�� �REPSG�(�\)EPSG@ffffff?�������@ EPSG?�\(�?�n��O߿��G�z�EPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C ) EPSG �ITRF94 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG m� ������?� @OffffffEPSG?��\(�@&MO�;dZ�0nz�G�EPSG�ffffffEPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C ) EPSG �ITRF96 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG5EPSG m� ������?� @OffffffEPSG?��\(�@&MO�;dZ�0nz�G�EPSG�ffffffEPSG��������?� @
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� �rz���� zo �M1;�E EPSG"wMGI 1901 to WGS 84 (13)Parameter values from MGI 1901 to ETRS89 (7) (code 8680). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@~�z�G�@f�/��w@��� ě�EPSG#)@� ��@̽D�"�)*
RiY`EPSG#�?�u� ��EPSG#�FGA-Bih�[1;�i EPSG"vMTRF-2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that MTRF-2000 (ITRF2000 at epoch 2004.00) is equivalent to WGS 84.EPSG%�EPSG"rEPSG�EPSG#)OGP-Sau�d15� EPSG"sRSAO13 to WGS 84 (1)Approximation at the +/- 1m level assuming that RSAO13 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG!�EPSG�EPSG#)IOGP-Ago�w0Qk %EPSG!�Camacupa 1948 to Camacupa 2015 (2)Concatenation of transformations 1324 and 8882.EPSG%�EPSG|EPSG!�@������@F�E����j�j~��#�'ڟ�vȴEPSG#)���$�/?�j~��#�z�G�{EPSG#�?š��oEPSG#�IOGP-Ago B15�s0Qk EPSG!�Camacupa 1948 to Camacupa 2015 (1)Concatenation of transformations 1327 and 8882.EPSG%�EPSG|EPSG!�@333333@Esn��P�j�-V�'ڟ�vȴEPSG#)���$�/?�j~��#�z�G�{EPSG#�?š��oEPSG#�IOGP-Ago�1I�7 'EPSG!�MGI 1901 to Slovenia 1996 (12)Derived at 479 nodes of Delauney triangulation generated from 1958 control points. Replaces MGI 1901 to Slovenia 1996 (1) (code 3916). May be taken as approximate transformation MGI 1901 to WGS 84 (see code 8688).EPSG%�EPSGBEPSG�@}�G�z�@_|���S�@z �\)EPSG#)�q���z��J�@'�y����EPSG#�@#�"̳�EPSG#�GuRS-Svn 2010�a1;�a 'EPSG!�MGI 1901 to WGS 84 (16)Parameter values from MGI to Slovenia 1996 (12) (tfm code 8689) assuming Slovenia 1996 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@}�G�z�@_|���S�@z �\)EPSG#)�q���z��J�@'�y����EPSG#�@#�"̳�EPSG#�GuRS-Svn 2010�M1;�E EPSG!�MGI 1901 to WGS 84 (12)Parameter values from MGI 1901 to ETRS89 (7) (code 8680). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@~�z�G�@f�/��w@��� ě�EPSG#)@� ��@̽D�"�)*
RiY`EPSG#�?�u� ��EPSG#�FGA-Bih�@19�- EPSG!�MGI 1901 to ETRS89 (7)Derived at 1385 points across the area of Bosnia and Herzegovina. May be taken as approximate transformation MGI 1901 to WGS 84 (see code 8823).EPSG%�EPSGBEPSG�@~�z�G�@f�/��w@��� ě�EPSG#)@� ��@̽D�"�)*
RiY`EPSG#�?�u� ��EPSG#�FGA-Bih� 09m EPSG!�La Canoa to PSAD56 (1)In Venezuela PSAD56 is coincident with La Canoa.EPSG%�EPSG�EPSG�EPSG#)LAG-Ven E�s17� +EPSG!Batavia to WGS 84 (1)Derived at 5 stations. Note: U.S. DMA TR8350.2 September 1987 gives source CRS as Batavia and area as Sumatra. The Batavia (Genuk) CRS applies to Java and western Sumatra. EPSG presumes this CT applies to both. Sometimes found applied to all Sumatra.EPSG%�EPSGsEPSG�����EPSG#)DMA-Idn Sumatra�/17� EPSG!GDA2020 to WGS 84 (2)Approximation at the 3m level assuming WGS 84 is equivalent to GDA2020. Ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSG �EPSG�EPSG#)GA-Aus 3m ' �1C�; EPSG"xAin el Abd to MTRF-2000 (1)Nation-wide transformation. Accuracy given as 'several metres'. More precise national cellular transformation parameters were also determined. Software coded for these cellular transformations is available in MOMRA.EPSG%�EPSGlEPSG"r�N�33333�s�\(�� z�G�EPSG#)?�=p��
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T J�����/L -B � 1G�G -EPSG"�IGN72 Nuku Hiva to WGS 84 (5)Concatenation of IGN72 Nuku Hiva to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8847 and 8828).EPSG%�EPSGEPSG�@d��^5?}@k��`A�@f�Q� �EPSG#)�� ѷX���`A�7L��u%F
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=p��@f�(�\EPSG#)�䖻��₿��u��!���?�� �EPSG#�@ �}Vl� EPSG#�URB-Pyf NukuHiva�1C�E +EPSG"�IGN63 Hiva Oa to WGS 84 (4)Concatenation of TIGN63 Hiva Oa to RGPF (2) and RGPF to WGS 84 (1) (CT codes 8845 and 8828).EPSG%�EPSGQEPSG�@wl��O�;�Mt��E���;dZ �EPSG#)�01[W>�6�&�:��� c�e��EPSG#���=�K^EPSG#�URB-Pyf Tahuata�;0?
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�M;EPSG#�URB-Pyf Tahuata�1C�C )EPSG"�IGN63 Hiva Oa to WGS 84 (3)Concatenation of IGN63 Hiva Oa to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8843 and 8828).EPSG%�EPSGQEPSG�@y�� ě�@KE`A�7L@T bM��EPSG#)�z������H�����_o�EPSG#�@1Ra|�QEPSG#�URB-Pyf HivaOa�A0?
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1?�? EPSG"�Fatu Iva 72 to WGS 84 (2)Concatenation of Fatu Iva 72 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8835 and 8828).EPSG%�EPSGPEPSG�@u������@��x��@�Z��v�EPSG#)@@��A [��Q�]�c�A@"�w1��EPSG#�@gB��EPSG#�URB-Pyf�10;
EPSG"�Fatu Iva 72 to RGPF (1)EPSG%�EPSGPEPSGO@u���S��@� @��bM�EPSG#)@@���Q�X�e,@"�ᰉ�'EPSG#�@gB^5?|�EPSG#�URB-Pyf�19�9 EPSG"�Tahaa 54 to WGS 84 (3)Concatenation of Tahaa 54 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8833 and 8828).EPSG%�EPSGEPSG�@R ��
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EPSG"�Tahaa 54 to RGPF (1)EPSG%�EPSGEPSGO?� @R 1&�y@u�� ě�@S���v�EPSG#)���1&�y��;�5�Xy�����+EPSG#�?��\��N<EPSG#�URB-Pyf�1;�; EPSG"�Moorea 87 to WGS 84 (2)Concatenation of Moorea 87 to RGPF (2) and RGPF to WGS 84 (1) (CT codes 8831 and 8828).EPSG%�EPSGSEPSG�@kX���S�@b� @f EPSG#)@ /O
�M@ �ݗ�+?��S��EPSG#�@%��a�fEPSG#�URB-Pyf�}17� EPSG"Moorea 87 to RGPF (2)Recalculated in 2009 using corrected coordinates of deriving stations.EPSG%�EPSGSEPSGO?� @kVM��@b�9XbN@f �
=p�EPSG#)@ ԕ*�@ 1&�x�?�~��"��EPSG#�@%�dZ �EPSG#�URB-Pyf�1;�; EPSG"~Tahiti 79 to WGS 84 (2)Concatenation of Tahiti 79 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8829 and 8828).EPSG%�EPSGREPSG�@k���v�@c �1'@f�j~��EPSG#)@9XbM�?�:��S&?�I�^5?}EPSG#�@&�C�\�EPSG#�URB-Pyf�607
EPSG"}Tahiti 79 to RGPF (1)EPSG%�EPSGREPSGO?� @k������@c V�u@f�t�jEPSG#)@ݗ�+k?�;�5�Xy?�bM��EPSG#�@&�<64EPSG#�URB-Pyf� 11�= EPSG"|RGPF to WGS 84 (1)SHOM report gives scale difference as 0.999 999 9907 (wrt unity). Transformation is to original Transit definition of WGS 84. It is consistent with later WGS 84 realisations G730, G873 and G1150 to no better than 1m.EPSG%�EPSGOEPSG�?� ?�n��O�;��9XbMӿ�\(�\EPSG#)?��<64�3�*0U2a?|�1&�yEPSG#��� ��҈�EPSG#�URB-Pyf � �<0C
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b��.�b� � �d19�C )EPSG"�ITRF91 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG1EPSG �;ffffff�/ @S333333EPSG?��\(�@&MO�;dZ�0nz�G�EPSG��\(�EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C )EPSG"�ITRF92 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG2EPSG �.�����Ϳ� @Q�33333EPSG?��\(�@&MO�;dZ�0nz�G�EPSG��Q� �EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C )EPSG"�ITRF93 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG3EPSG �@I333333�
ffffff@N�����EPSG@aG�z�@-�;dZ �0�� �REPSG�(�\)EPSG@ffffff?�������@ EPSG?�\(�?�n��O߿��G�z�EPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C )EPSG"�ITRF94 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG4EPSG � ������?� @OffffffEPSG?��\(�@&MO�;dZ�0nz�G�EPSG�ffffffEPSG��������?� @
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ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�d19�C )EPSG"�ITRF97 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG6EPSG � ������?� @OffffffEPSG?��\(�@&MO�;dZ�0nz�G�EPSG�ffffffEPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014�f1=�C )EPSG"�ITRF2000 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG7EPSG ѿ�ffffff��333333@:�����EPSG?��\(�@&MO�;dZ�0+� �Q�EPSG� �\(�EPSG����������������?�ffffffEPSG?�\(��?��E�˿��
=p�EPSG��(�\)EPSG�EPSGEUREF-Eur 2014�W1=�C )EPSG"�ITRF2005 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG �������@ffffffEPSG?��\(�@&MO�;dZ�0+� �Q�EPSG��p��
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=p�EPSG���Q� �EPSG�EPSGEUREF-Eur 2014�V1=�C )EPSG"�ITRF2008 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG�EPSG ѿ���������ffffff�333333EPSG?��\(�@&MO�;dZ�0+� �Q�EPSG?�z�G�{EPSG?�������EPSG?�\(��?��E�˿��
=p�EPSG���Q� �EPSG�EPSGEUREF-Eur 2014� 1=�? EPSG"�Maupiti 83 to WGS 84 (2)Concatenation of Maupiti 83 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 15759 and 8828).EPSG%�EPSGTEPSG�@k#|�hs@U��hr�@7��t�EPSG#)?��<64�3�*0U2a?|�1&�yEPSG#��� ��҈�EPSG#�URB-Pyf�1G�G 'EPSG"�IGN72 Nuku Hiva to WGS 84 (7)Concatenation of IGN72 Nuku Hiva to RGPF (3) and RGPF to WGS 84 (1) (CT codes 8851 and 8828).EPSG%�EPSGEPSG�@p9����@r��z�H@h���`A�EPSG#)?���@ �����?��!�.IEPSG#�@;�\��NEPSG#�URB-Pyf UaPou�B0C
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4 j ��t����5D T �n1=� EPSG"�SRB_ETRS89 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. SRB_ETRS89 is a national realization of ETRS89.EPSG%�EPSG!�EPSG�EPSG#)IOGP-Srb�o1=�
EPSG"�SRB_ETRS89 to ETRS89 (1)SRB_ETRS89 is a national realization of ETRS89. May be taken as approximate transformation SRB_ETRS89 to WGS 84 - see code 8894.EPSG%�EPSG!�EPSG�EPSG#)IOGP-Sbr�`13�y EPSG"�LKS94 to ETRS89 (1)LKS94 is a national realization of ETRS89. May be taken as approximate transformation LKS94 to WGS 84 - see code 1283.EPSG%�EPSG=EPSG�EPSG#)IOGP-Ltu�b15�{ EPSG"�LKS-92 to ETRS89 (1)LKS-92 is a national realization of ETRS89. May be taken as approximate transformation LKS92 to WGS 84 - see code 1958.EPSG%�EPSG5EPSG�EPSG#)IOGP-Lva�h17� EPSG"�BGS2005 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. BGS2005 is a national realization of ETRS89.EPSG%�EPSG vEPSG�EPSG#)IOGP-Bgr�f17� EPSG"�BGS2005 to ETRS89 (1)BGS2005 is a national realization of ETRS89. May be taken as approximate transformation BGS2005 to WGS 84 - see code 8890.EPSG%�EPSG vEPSG�EPSG#)IOGP-Bgr�t1K� EPSG"�GDA2020 to WGS 84 (Transit) (1)Approximation at the 3m level assuming WGS 84 (Transit) is equivalent to ITRF2014 within the accuracy of the transformation.EPSGEPSG �EPSG �EPSG#)GA-Aus 3m�/13� EPSG"�SVY21 to WGS 84 (1)Considered exact at 1994-01-01 when SVY21 aligned to WGS 84 (Transit).EPSG%�EPSG�EPSG�EPSG#)SLA-sgp�%1C�I !EPSG"�Camacupa 1948 to RSAO13 (2)Parameter values taken from Camacupa 1948 to WGS 84 (10) (code 1327) assuming that RSAO13 is coincident with WGS 84 within the accuracy of the transformation.EPSG%�EPSG|EPSG!��Is33333�u�������EPSG#)IOGP-Ago N�1C�G %EPSG"�Camacupa 1948 to RSAO13 (1)Parameter values taken from Camacupa 1948 to WGS 84 (7) (code 1324) assuming that RSAO13 is coincident with WGS 84 within the accuracy of the transformation.EPSG%�EPSG|EPSG!����EPSG#)IOGP-Ago B15�21E�{ #EPSG"�Camacupa 2015 to WGS 84 (11)Used by CIDDEMA for delimitation of Angola's EEZ boundary. Derived by Univ. of Lisbon using 38 REPANGOL points. Average horizontal error 1m, vertical 3m; max radial error 6m. Application offshore differs from Camacupa 1948 to WGS 84 by approx 25m.EPSG%�EPSG!�EPSG��Ws"��`B�`���$�kbV�uEPSG#)?��$�/��j~��#@z�G�{EPSG#��š��oEPSG#�CIDDEMA-Ago�H1=� )EPSG"�ITRF2014 to ETRF2014 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. See ITRF2014 to ETRF2014 (1) (code 8366) for transformation which defines ETRF2014. Transformation 8880 is equivalent to 8366 but with parameter values at epoch 2010.00.EPSG EPSG mEPSG �EPSG?��\(�@&MO�;dZ�0+� �Q�EPSGEPSGEPSG?�\(��?��E�˿��
=p�EPSGEPSG�EPSGEUREF-Eur 2014�d19�C )EPSG"�ITRF89 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG/EPSG �>ffffff�A� @`Y�����EPSG?��\(�@&MO�;dZ�0nz�G�EPSG� aG�z�EPSG��������?� @
ffffffEPSG?�\(��?��E�˿�G�z�HEPSG���Q� �EPSG�EPSGEUREF-Eur 2014 v �n17� EPSG"�CHTRS95 to ETRS89 (1)CHTRS95 is a national realization of ETRS89. May be taken as approximate transformation CHTRS95 to WGS 84 - see code 1511.EPSG%�EPSG7EPSG�?�z�G�{EPSG#)IOGP-Che
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t ��8f���*^� �4 �J0M{ EPSG#IGb08 to SIRGAS-CON SIR15P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�J0M{ EPSG#IGb08 to SIRGAS-CON SIR14P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�J0M{ EPSG#IGb08 to SIRGAS-CON SIR13P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�M0S{ EPSG#ITRF2008 to SIRGAS-CON SIR11P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG�EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�M0S{ EPSG#ITRF2008 to SIRGAS-CON SIR10P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG�EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�J0M{ EPSG#IGS05 to SIRGAS-CON SIR09P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#2EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�P0M{ EPSG# IGS05 to SIRGAS-CON DGF08P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#2EPSG"�?�z�G�{EPSGEPSGEPSG@�R EPSGSIR-SC Am�P0M{ EPSG"�IGS05 to SIRGAS-CON DGF07P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#2EPSG"�?�z�G�{EPSGEPSGEPSG@�R EPSGSIR-SC Am�M0S{ EPSG"�ITRF2000 to SIRGAS-CON DGF06P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�M0S{ EPSG"�ITRF2000 to SIRGAS-CON DGF05P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�M0S{ EPSG"�ITRF2000 to SIRGAS-CON DGF04P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�M0S{ EPSG"�ITRF2000 to SIRGAS-CON DGF02P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�S0S{ EPSG"�ITRF2000 to SIRGAS-CON DGF01P02 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"�?�z�G�{EPSGEPSGEPSG@�9�����EPSGSIR-SC Am�M0S{ EPSG"�ITRF2000 to SIRGAS-CON DGF01P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am�Q0O{ EPSG"�ITRF97 to SIRGAS-CON DGF00P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG6EPSG"�?�z�G�{EPSGEPSGEPSG@�A�����EPSGSIR-SC Am�_11�i % EPSG"�CR05 to WGS 84 (2)Parameter vales are from CR05 to CR-SIRGAS (1) (code 8913) assuming that CR-SIRGAS (ITRF08 (IGb08)@2014.59) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�ŵ �D?֙����?�9m �EPSG#)��TɅ�oi?��`A�7L�����
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EPSG#�IGN-Cri 2014 � �J0M{ EPSG#IGS14 to SIRGAS-CON SIR17P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG #EPSG"�?�z�G�{EPSGEPSGEPSG�EPSGSIR-SC Am
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� � 5 �W���'B ` �`13�S EPSG#DITRF97 to IGS97 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS97 is by definition aligned with ITRF97.EPSG)EPSG6EPSG#)EPSG EPSGEPSG�EPSGIGS-Wld�c15�U EPSG#BITRF94 to ITRF96 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. ITRF96 is by definition aligned with ITRF94.EPSG)EPSG4EPSG5EPSG EPSGEPSG�EPSGIERS-Wld�R15�/ EPSG#AITRF93 to ITRF94 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in scale difference), see EPSG:10143.EPSG EPSG3EPSG4?�z�G�{��333333?� ?� EPSG ?�\(��陙����?�Q� �EPSG�ٙ�����EPSG?ҏ\(���z�G�{��z�G�{EPSG
?�(�\)?�Q� �R��������EPSGEPSG�EPSGIERS-Wld�15�/ EPSG#@ITRF92 to ITRF93 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Note: info source gives translation rates in mm/year.EPSG EPSG2EPSG3?h�t�j~��ə�������ffffff��ffffffEPSG ��\(�?陙������Q� �EPSG?�333333EPSG�ҏ\(�?�z�G�{?�z�G�{EPSG
��(�\)��Q� �R?�������EPSGEPSG�EPSGIERS-Wld�b15� EPSG#?ITRF91 to ITRF92 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in tX), see EPSG:10142.EPSG EPSG1EPSG2?tz�G�{������ffffff?�333333EPSG EPSG��ffffffEPSGIERS-Wld�b15� EPSG#>ITRF90 to ITRF91 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in tX), see EPSG:10141.EPSG EPSG0EPSG1?|�1&�y��������?ٙ�����?�������EPSG EPSG��333333EPSGIERS-Wld�i15�/ EPSG#=ITRF89 to ITRF90 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in scale difference), see EPSG:10140.EPSG EPSG/EPSG0?�z�G�{�� �333333@ffffffEPSG EPSG�EPSGIERS-Wld�q15�/ EPSG#<ITRF88 to ITRF89 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in scale difference), see EPSG:10139.EPSG EPSG.EPSG/?�z�G�{?� @ ������@333333EPSG ��������EPSG�EPSGIERS-Wldr0=
%EPSG# NAD83 to NAD83(2011) (1)EPSG%�EPSG�EPSG�EPSG#)IOGP-Usa GoM�1C� 7EPSG#
ITRF2014 to NAD83(2011) (1)Concatenation of joint US-Canada tfm NAD83(CORS96)>ITRF96 (CT code 6864) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2014 CTs. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9. See tfm 8265 for Canadian equivalent.EPSG EPSG mEPSG�?��s�h��� ��#y��T���ԿEPSG#)@:�� �����$_Z�@%�6����EPSG?ל8�J�EPSG?I� ����C�*0U2a�W��9��EPSG?�H���o��<�ϕ�鿪G�{�EPSG��o?R�&WEPSG�EPSGNGS-Usa CONUS-AK PRVI�_11�i % EPSG# CR05 to WGS 84 (2)Parameter vales are from CR05 to CR-SIRGAS (1) (code 8968) assuming that CR-SIRGAS (ITRF08 (IGb08)@2014.59) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�ŵ �D?֙����?�9m �EPSG#)��TɅ�oi?��`A�7L�����
RiEPSG#�?��},{�
EPSG#�IGN-Cri 2014�c15�U EPSG#CITRF96 to ITRF97 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. ITRF97 is by definition aligned with ITRF96.EPSG)EPSG5EPSG6EPSG EPSGEPSG�EPSGIERS-Wld n /
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1/�- )EPSG'rKKJ to ETRS89 (2)In most areas accuracy is approximately 0.5m although in some areas it is in the order of 2m. May be taken as approximate transformation KKJ to WGS 84 - see code 10099. Replaces KKJ to ETRS89 (1) (code 1638).EPSG%�EPSGEPSG�?� �X�����T�dZ ��^p1&�x�EPSG#)�49XbN��z�G�?��t�jEPSG#�?�-VEPSG#�NLS-Fin JHS153 -�i19� EPSG' ITRF96 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG5EPSG'?�z�G�{� @333333@Sy�����EPSG��
=p��
EPSG��
=p��EPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld ,�#13�i +EPSG&�LUREF to ETRS89 (8)LUREF 2020 parameters. For an equivalent CT using the Molodensky-Badekas method see CT 9937. Defines LUREF from 2020. Replaces LUREF 2014 parameters (CT 9899). Info source gives CT in reverse direction. Derived using ETRF2000 @2013-01-27.EPSG%�EPSGUEPSG��g�KƧ�@(��o�EP���U�EPSG#)?��V. ��@˼+��@�}�
RiYEPSG#�?ݩT!�D(EPSG#�ACT-Lux CF 2020 +�v1;� EPSG&>RGF93 v2b to ETRS89 (1)RGF93 v2b is a national realization of ETRS89. May be taken as approximate transformation RGF93 v2b to WGS 84 - see CT code 9792.EPSG%�EPSG&6EPSG�?�z�G�{EPSG#)IGN-Fra *�P11�E )EPSG&PN68 to WGS 84 (1)Determined at 1 satellite station. Accuracy +/- 25m in each axis. Unclear from information source whether the source CRS is PN68 or PN84 - see also CT code 15815. Given the accuracy, can be considered to apply to either.EPSG%�EPSG$�EPSG�,�ͤEPSG#)DMA-Esp Canary )�L1=�# EPSG$�ITRF2014 to ATRF2014 (1)ATRF2014 is a regional densification of ITRF2014 for the Australian region.EPSGEPSG mEPSG$[?�z�G�{EPSG#)EPSG#�EPSG#�GA-Aus (�l1K�i EPSG$|PSAD56 to SIRGAS-Chile 2010 (2)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6972.EPSG%�EPSG�EPSG"���T��EPSG#)IGM-Chl B '� 1E�3 7EPSG$
SHGD2015 to Astro DOS 71 (2)Derived at 19 stations, RMS = 6cm. Note: Because of the large rotations about the Y- and Z-axes this transformation is not reversible. For the reverse transformation use Astro DOS 71 to SHGD2015 (2) (code 7895).EPSG%�EPSG �EPSGf?�������@\1XbM�(�bM��@2�\(�EPSG#)�Z���ݘ�0��Z���123���EPSG#�@3��B�¤EPSG#�ENRD-Shn Hel 0.1m Rev &�31C� EPSG#�MGI 1901 to KOSOVAREF01 (1)Derived at 18 points across the area of Kosovo. May be taken as approximate transformation MGI 1901 to WGS 84 (see code 9143).EPSG%�EPSGBEPSG#�@��R�&V�@h !-w2@&� �EPSG#)�+�r�(������@D����EPSG#��1gW�� �EPSG#�KCA-Kos %�1G�M EPSG#vITRF2000 to NAD83(PACP00) (1)Defines NAD83(PACP00). Equivalent transformation published on NGS web site and used in HDTP with rX=27.741 mas, rY=13.469 mas and rZ=2.712 mas at epoch 1997.00.EPSG EPSG7EPSG#q?� [�6� �u��"���(���EPSG#)@= ��l�D@$!G�z�@$3�E��EPSGEPSGEPSG�ؓt�j~�?� �1&�|�hr�EPSGEPSG@�&z�G�EPSGNGS-PA #�d17�W EPSG#EITRF2000 to IGS00 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS00 is by definition aligned with ITRF2000.EPSG)EPSG7EPSG#,EPSG EPSGEPSG�EPSGIGS-Wld
� 4
N h �:��T�� � �1G�M EPSG#uITRF2000 to NAD83(MARP00) (1)Defines NAD83(MARP00). Equivalent transformation published on NGS web site and used in HDTP with rX=28.971 mas, rY=10.420 mas and rZ=8.928 mas at epoch 1997.00.EPSG EPSG7EPSG#n?� [�6� �u��"���(���EPSG#)@= ��l�D@$!G�z�@$3�E��EPSGEPSGEPSG��z�G�{?��G�z��5?|�hEPSGEPSG@�&z�G�EPSGNGS-MA�#0C= )EPSG#tWGS 84 (G873) to ITRF94 (1)Defined at epoch 1997.0.EPSGEPSG �EPSG4?�������EPSG#)EPSG#�EPSG#�NGA-Wld 1997.0�K0C{ EPSG#\ITRF2000 to SIRGAS 2000 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG|?�z�G�{EPSGEPSGEPSG@�A�����EPSGSIR-SC Am�H0?{ EPSG#[ITRF94 to SIRGAS 1995 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG4EPSGn?�z�G�{EPSGEPSGEPSG@�-�����EPSGSIR-S Am� 11�= EPSG#NIGb08 to IGS14 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Parameter values from ITRF2008 to ITRF2014 (1) (code 7790) as IGb08 is aligned to ITRF2008 and IGS14 is aligned to ITRF2014.EPSG EPSG#7EPSG #?�z�G�{����������ffffff�333333EPSGEPSG?�z�G�{EPSG?�������EPSGEPSG���Q� �EPSG�EPSGIGS-Wld�q11�w EPSG#MIGS08 to IGb08 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS08 and IGb08 are both by definition aligned with ITRF2008.EPSG)EPSGEPSG#7EPSGEPSGEPSG�EPSGIGS-Wld�Q11�C EPSG#LIGS05 to IGS08 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG#2EPSG?PbM��?� @333333EPSG���t�j~�?��1&�y?��1&�yEPSG���
=p�EPSG����������������EPSG�`bM��h�t�j~�?PbM��EPSG?�z�G�{EPSG�EPSGIGS-Wld�Y11�C EPSG#KIGb00 to IGS05 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG#/EPSG#2?PbM��?�333333@333333EPSG?�����ǿ�u�!�R�?�Fs���EPSG�� ��[EPSG?ٙ�������ffffff?�������EPSG�k�u%F?6�� C-?�|����?EPSG��_ح��VEPSG�EPSGIGS-Wld�u11� EPSG#JIGS00 to IGb00 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS00 and IGb00 are both by definition aligned with ITRF2000. The actual IGS00-IGb00 transformation parameter values are not null but are statistically insignificant and treated as null by IGS.EPSG)EPSG#,EPSG#/EPSGEPSGEPSG�EPSGIGS-Wld�Z11�C EPSG#IIGS97 to IGS00 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG#)EPSG#,?|�1&�y��ffffff@4�����EPSG��z�G�{?PbM��?��t�jEPSG��r� ě�EPSG?ٙ�����?陙����?� EPSG?pbM��PbM��h�t�j~�EPSG���t�j~�EPSG�EPSGIGS-Wld�d17�W EPSG#HITRF2014 to IGS14 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS14 is by definition aligned with ITRF2014.EPSG)EPSG mEPSG #EPSG EPSGEPSG�EPSGIGS-Wld�d17�W EPSG#GITRF2008 to IGS08 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS08 is by definition aligned with ITRF2008.EPSG)EPSG�EPSGEPSG EPSGEPSG�EPSGIGS-Wld�d17�W EPSG#FITRF2005 to IGS05 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS05 is by definition aligned with ITRF2005.EPSG)EPSG EPSG#2EPSGEPSGEPSG�EPSGIGS-Wld �
x � �
�����0 �� �[1Q�9 EPSG#�NAD83(CSRS)v4 to NAD83(CORS96) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2000 by common transformations (codes 6866 and 8261). 6866 defines CORS96 from 1st January 2002 to 6th September 2011.EPSG EPSG 2EPSG}EPSG#)EPSGEPSGISO-N Am�Y1Q�5 EPSG#�NAD83(CSRS)v3 to NAD83(CORS96) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF97 by common transformations (codes 6865 and 8260). 6865 defines CORS96 from 1st January 2000 to 31st December 2001.EPSG EPSG .EPSG}EPSG#)EPSGEPSGISO-N Am�Y1Q�5 EPSG#�NAD83(CSRS)v2 to NAD83(CORS96) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF96 by common transformations (codes 6864 and 8259). 6864 defines CORS96 from 1st January 1997 to 31st December 1999.EPSG EPSG )EPSG}EPSG#)EPSGEPSGISO-N Am�f19�9 'EPSG#{ITRF2014 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2014 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSG EPSG mEPSG5?�z�G�{@������@� �Q�,�=p��
EPSG��!Wh���?�6��f�I?��Ր��EPSG?�l���ExEPSG?�G�z�H��333333��
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EPSG���(��$J?��f�:�?�4� �EPSG��o?R�&WEPSG�EPSGLINZ-Nzl 2014�f19�9 'EPSG#zITRF2008 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2008 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSG EPSG�EPSG5?�z�G�{@333333@ �Q� ��1�� �Q�EPSG��!Wh���?�6��f�I?��Ր��EPSG?��N�ʗEPSG?�G�z�H��333333��p��
=qEPSG���(��$J?��f�:�?�4� �EPSG�� S��nEPSG�EPSGLINZ-Nzl 2008�f19�9 'EPSG#yITRF2005 to ITRF96 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2005 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSG EPSG EPSG5?�z�G�{@333333@� �Q�)��
=qEPSG��!Wh���?�6��f�I?��Ր��EPSG?�B���1EPSG?�\(�\��333333��p��
=qEPSG���(��$J?��f�:�?�4� �EPSG�� S��nEPSG�EPSGLINZ-Nzl 2005�f19�9 'EPSG#xITRF2000 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2000 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSG EPSG7EPSG5?�z�G�{@������@Q� �R� �z�G�EPSG��!Wh���?�6��f�I?��Ր��EPSG?�����_EPSG?�z�G���ffffff?�p��
=qEPSG���(��$J?��f�:�?�4� �EPSG��L��@EPSG�EPSGLINZ-Nzl 2000�p15�e #EPSG#wITRF97 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Uses IGS determination. Used as first step in ITRF97 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSG EPSG6EPSG5?�z�G�{��Q� �R@/\(�EPSG��!Wh���?�6��f�I?��Y5�;OEPSG��-٩T"EPSG?�z�G���������?�\(��EPSG���(��$J?��f�:��1��+�EPSG�ȓȟ@��EPSG�EPSGLINZ-Nzl 97 n �1M�7 EPSG#�NAD83(CSRS)v6 to NAD83(2011) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2008 by common transformations (codes 7807 and 8264).EPSG EPSG :EPSG�EPSG#)EPSGEPSGISO-N Am
x �
� � 1
N k5j�!� x �15�o 3EPSG$ WGS 84 to ETRS89 (2)Parameter values derived from ITRF2008 to ETRF2000 (1), code 7951, as a time-specific transformation @2014.81, assuming ITRF2008 = WGS 84 (G1762) = WGS 84 and ETRF2000 = ETRS89.EPSG)EPSGrEPSGH?�������?���S���?� �1&鿵\(��EPSG#)?a4�J�?��_o� ����Z��EPSG#�?dz�G�{EPSG#�@�{=p��
EPSGONE-Deu/Nld 2014.81�$13�q %EPSG$ED50 to ETRS89 (15)Parameter values from ED50 to WGS 84 (36) (CT 1998) assuming that ETRS89 is equivalent to WGS 84 at epoch 1989.00.EPSG%�EPSG�EPSG��c�z�G��1(�\)�S�=p��
EPSG#)@ ��l�@�t�j~�����l�EPSG#��� �Q�EPSG#�ONE-Ger Nsea�15�o 3 EPSG$WGS 84 to ETRS89 (2)Parameter values derived from ITRF2008 to ETRF2000 (1), code 7951, as a time-specific transformation @2014.81, assuming ITRF2008 = WGS 84 (G1762) = WGS 84 and ETRF2000 = ETRS89.EPSG)EPSGHEPSGr?�������?���S���?� �1&鿵\(��EPSG#)?a4�J�?��_o� ����Z��EPSG#�?dz�G�{EPSG#�@�{=p��
EPSGONE-Deu/Nld 2014.81�D1Q� %EPSG#�WGS 84 to IG05/12 Intermediate CRSParameter values from CT code 9186 assuming that WGS 84 is coincident with ITRF2008. Updates CT 6993 for approx 40cm tectonic plate motion for GIS purposes. CT 6993 remains the legal definition of IG05/12 and must be used for cadastre and engineering.EPSG%�EPSG�EPSGN?��������7š���1}p��
=�1��l�C�EPSG#)�� xF�]���Ҳ��M?�đ)���EPSG#�@�m��8�EPSG#�SOI-Isr 2019�I1U� %EPSG#�ITRF2008 to IG05/12 Intermediate CRSDerived from Israeli CORS on ITRF2008 at epoch 2018.50. Updates CT 6993 for approx. 40cm tectonic plate motion 2012 to 2019 for GIS purposes. CT 6993 remains the legal definition of IG05/12 and must be used for cadastral and precise engineering purposes.EPSG%�EPSG#'EPSGN?��������7š���1}p��
=�1��l�C�EPSG#)�� xF�]���Ҳ��M?�đ)���EPSG#�@�m��8�EPSG#�SOI-Isr 2019�415� #EPSG#�AGD66 to GDA2020 (1)This transformation is for users wanting to apply a 7-parameter conformal transformation from AGD66 to GDA2020 in the ACT.EPSG%�EPSGjEPSG �?��������a ����B�*�0�@_&���EPSG#)��n�~������� ��?��g� EPSG#��z�&���EPSG#�EPD-Aus ACT�a1I�- EPSG#�SIRGAS-Chile 2016 to IGb08 (1)Transformation is exact at epoch 2016.00 but accuracy then decreasing with time.EPSG)EPSG#�EPSG#7?�������EPSGEPSGEPSG#��EPSGIOGP-Chl�a1I�- EPSG#�SIRGAS-Chile 2013 to IGb08 (1)Transformation is exact at epoch 2013.00 but accuracy then decreasing with time.EPSG)EPSG#�EPSG#7?�������EPSGEPSGEPSG#��EPSGIOGP-Chl�a1I�- EPSG#�SIRGAS-Chile 2010 to IGS08 (1)Transformation is exact at epoch 2010.00 but accuracy then decreasing with time.EPSG)EPSG"�EPSG?�������EPSGEPSGEPSG#��EPSGIOGP-Chl�d1O�- EPSG#�SIRGAS-Chile 2002 to ITRF2000 (1)Transformation is exact at epoch 2002.00 but accuracy then decreasing with time.EPSG)EPSG�EPSG7?�������EPSGEPSGEPSG#��EPSGIOGP-Chl�80I
EPSG#�WGS 84 (Transit) to ITRF90 (1)EPSG EPSG �EPSG0���Q� �?�C��%?̋C��%EPSG#)���<64?3�*0U2a�|�1&�yEPSG#�?��+ I�EPSG#�IERS-Wld�p1?�
EPSG#�KOSOVAREF01 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. KOSOVAREF01 is a national realization of ETRS89.EPSG%�EPSG#�EPSG�EPSG#)IOGP-Kos�X1;�Y EPSG#�MGI 1901 to WGS 84 (14)Parameter values from MGI 1901 to KOSOVAREF01 (1) (code 9142). Assumes KOSOVAREF01 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@��R�&V�@h !-w2@&� �EPSG#)�+�r�(������@D����EPSG#��1gW�� �EPSG#�IOGP-Kos
m
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� � -�x1}�[ m �l1K�i EPSG${PSAD56 to SIRGAS-Chile 2010 (1)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6971.EPSG%�EPSG�EPSG"�����EPSG#)IGM-Chl A�31?� EPSG$vITRF2014 to KSA-GRF17 (1)Arabian plate rotations derived from obs. at 41 sites with at least 2.5y of continuous observations. May be approximated by position vector CT with rX=8.393 mas, rY=-0.749 mas, rZ=10.276 mas, valid at 2017.0, and degrading by ~2.5cm per year (code 9383).EPSG EPSG mEPSG$s?PbM��EPSGEPSGEPSGEPSG��/��v�?�dZ �1��|�hr�EPSGEPSG�EPSGGCS-Sau�505
EPSG$RONGD17 to WGS 84 (1)EPSGEPSG$LEPSGr?�������?���o���\g��*��X� ��EPSG#)?�ե�b��?�3r S�ݿ���%���EPSG#�?��ǣ� EPSG#�NSA-Omn�417� EPSG$KISN2016 to WGS 84 (1)For many purposes ISN2016 can be considered to be coincident with WGS 84.EPSG%�EPSG �EPSG�EPSG#)LMI-Isl�21=�q 'EPSG$AAmersfoort to ETRS89 (8)Replaces Amersfoort to ETRS89 (5) and (6) (tfm codes 4830 and 4831). Derived using ETRF2000. In official transformation used with an ellipsoidal height of 0m in Amersfoort or 43m in ETRS89 and with an additional correction grid (up to 0.25m).EPSG%�EPSG�EPSG�?� @��� l@I3n.��3@}�zxl"EPSG#)?��i�4.ܿ��w�N&�@"0�"&�EPSG#�@J-��`EPSG#�IOGP-Nld 2018�E1?�y EPSG$0POSGAR 2007 to WGS 84 (2)Derived as average at all points common between the POSGAR 94 and POSGAR 2007 networks. Accuracy 0.1m in 1994 increasing by approximately 1.5cm per year due to tectonic plate motion.EPSG%�EPSG�EPSG�?� ��=p��
=?�p��
=q��ffffffEPSG#)YPF-Arg�0G
-EPSG$/Hito XVIII 1963 to WGS 84 (3)EPSG%�EPSG�EPSG�@ @2333333@g�fffff@Y9�����EPSG#)YPF-Arg TdF Hito�
0/
#EPSG$.MMS to WGS 84 (1)EPSG%�EPSG$%EPSG�@ �S�fffff@Yffffff@`������EPSG#)YPF-Arg MMS�
0/
#EPSG$-MMN to WGS 84 (1)EPSG%�EPSG$#EPSG�@ �# @^������@aFfffffEPSG#)YPF-Arg MMN�90;c -EPSG$,Tapi Aike to WGS 84 (1)Used by YPF throughout the Tapi Aike basin.EPSG%�EPSG$ EPSG��hQ� �@Pnz�G�@`��\(��EPSG#)YPF-Arg TapiAike�1M�U %EPSG$+Pampa del Castillo to WGS 84 (2)Derived through common coordinates at 22 stations. Used by YPF throughout the Golfo San Jorge basin.EPSG%�EPSGAEPSG�@ �m-\(�@������@e�z�G�EPSG#)YPF-Arg GSJB�I0Gq %EPSG$*Chos Malal 1914 to WGS 84 (3)Derived through common coordinates at 43 stations.EPSG%�EPSG@EPSG�@ @/� @d�\(�@_�� �Q�EPSG#)YPF-Arg Neuq�I0Gq %EPSG$)Chos Malal 1914 to WGS 84 (2)Derived through common coordinates at 13 stations.EPSG%�EPSG@EPSG�@ @!\(��@g� �Q�@Z�(�\EPSG#)YPF-Arg Cuyo�~1E�
)EPSG$Kalianpur 1962 to WGS 84 (5)Derived by Western Geophysical for UTP 1996 East Sind 2D survey. Very similar parameter values (higher resolution but no better accuracy) were used by BGP for the ENI 2006 East Sind 2D survey.EPSG%�EPSG1EPSG�@l� @��z�G�@d �\)EPSG#)�����m?��
=p��?�dZ �1EPSG#�@)+ I�^EPSG#�utp-Pak E Sind�1G�k )EPSG$ ITRF2005 to NAD83(CSRS)v5 (1)Concatenation of joint Canada-US NAD83>ITRF96 transformation (code 8259) with IGS value for ITRF96>ITRF97 and IERS transformations ITRF97>ITRF2005. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSG 7?�ᰉ�'R��p:�~� ��g�� lEPSG#)�9�=p��
�"� �1'�'2� ě�EPSG?�������EPSG?@bM��C�*0U2a�UL�_��EPSG��&�x��?�9XbM�?� �1&�EPSG�� �1&�EPSG�EPSGNRC-Can CSRSv5
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l ~���&'4+ � �(1;�y EPSG$�ATRF2014 to GDA2020 (1)Describes movement of ATRF2014 relative to GDA2020 due to Australian tectonic plate motion. Derived at 109 stations of the Australian Regional GNSS network (ARGN). Scale difference (dS) in ppb and dS rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG$[EPSG �?��Q� �EPSGEPSGEPSGEPSG?��`�V?��s����?�P��8EPSGEPSG�EPSGGA-Aus�1;�y EPSG$�KSA-GRF17 to WGS 84 (1)Derived from ITRF2014 to KSA-GRF17 (1) (CT code 9334). Valid at 2017.00 and degrading by approximately 2.5cm per year.EPSG%�EPSG$uEPSG�EPSG#)� �7KƧ�?����+�$�O�;dZEPSGEPSG#�GCS-Sau�q11�w EPSG$�IGS14 to IGb14 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS14 and IGb14 are both by definition aligned with ITRF2014.EPSG)EPSG #EPSG$�EPSGEPSGEPSG�EPSGIGS-Wld�}17� EPSG$�ITRF2014 to IGb14 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGb14 is aligned with IGS14 which by definition aligned with ITRF2014.EPSG)EPSG mEPSG$�EPSG EPSGEPSG�EPSGIGS-Wld�^1C�/ !EPSG$�Ain el Abd to KSA-GRF17 (1)For a more accurate transformation see Ain el Abd to KSA-GRF17 (2) (CT code 9363)EPSG%�EPSGlEPSG$u@+�($ x�T�6�� C@Yk"��`BEPSG#)GCS-Sau 2m�;0A
EPSG$�MTRF-2000 to KSA-GRF17 (1)EPSG%�EPSG"rEPSG$u?�������?�F�]c�������?�+j��f�EPSG#)?v�2�I�tf��<q?�����[EPSG#���}
���EPSG#�GCS-Sau�g1I�g EPSG$�SAD69 to SIRGAS-Chile 2016 (4)Also used as a transformation from SAD69 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6977.EPSG%�EPSG
EPSG#��
�EPSG#)IGM-Chl D�g1I�g EPSG$�SAD69 to SIRGAS-Chile 2013 (4)Also used as a transformation from SAD69 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6977.EPSG%�EPSG
EPSG#��
�EPSG#)IGM-Chl D�g1I�g EPSG$�SAD69 to SIRGAS-Chile 2010 (4)Also used as a transformation from SAD69 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6977.EPSG%�EPSG
EPSG"��
�EPSG#)IGM-Chl D�l1K�i EPSG$�PSAD56 to SIRGAS-Chile 2016 (3)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6973.EPSG%�EPSG�EPSG#������EPSG#)IGM-Chl C�l1K�i EPSG$�PSAD56 to SIRGAS-Chile 2016 (2)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6972.EPSG%�EPSG�EPSG#���T��EPSG#)IGM-Chl B�l1K�i EPSG$�PSAD56 to SIRGAS-Chile 2016 (1)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6971.EPSG%�EPSG�EPSG#�����EPSG#)IGM-Chl A�l1K�i EPSG$�PSAD56 to SIRGAS-Chile 2013 (3)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6973.EPSG%�EPSG�EPSG#������EPSG#)IGM-Chl C�l1K�i EPSG$PSAD56 to SIRGAS-Chile 2013 (2)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6972.EPSG%�EPSG�EPSG#���T��EPSG#)IGM-Chl B�l1K�i EPSG$~PSAD56 to SIRGAS-Chile 2013 (1)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6971.EPSG%�EPSG�EPSG#�����EPSG#)IGM-Chl A�l1K�i EPSG$}PSAD56 to SIRGAS-Chile 2010 (3)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6973.EPSG%�EPSG�EPSG"������EPSG#)IGM-Chl C
2 � � �
5 ����I �� �z17� 'EPSG%�WGS 84 to GDA2020 (3)Concatenation of CTs 1150 and 8048 through GDA94. Scale difference in ppb where 1/billion = 1E-9. See WGS 84 to GDA2020 (4) (CT code 9691) for alternative for Australia including distortion model.EPSG%�EPSG�EPSG �@N�fffff�%�p��
=�DQ� �EPSG�C���Ft�@\m��8��@r�c � EPSG�#��hr�EPSGICSM-Aus Conf�x13� 'EPSG%�GDA94 to WGS 84 (2)Concatenation of CTs 8048 and 8450 through GDA2020. Scale difference in ppb where 1/billion = 1E-9. See GDA94 to WGS 84 (2) (CT code 9689) for alternative for Australia including distortion model.EPSG%�EPSG�EPSG�@N�fffff�%�p��
=�DQ� �EPSG�C���Ft�@\m��8��@r�c � EPSG�#��hr�EPSGICSM-Aus Conf�h1C�s 'EPSG%�GDA94 to WGS 84 (G1762) (1)Concatenation of transformations codes 8048 and 8448 through GDA2020. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9 or nm/m. See GDA94 to WGS 84 (G1762) (2) (CT 9687) for alternative for Australia with distortion modelling.EPSG EPSGJEPSG �?� @N�fffff�%�p��
=�DQ� �EPSG�C���Ft�@\m��8��@r�c � EPSG�#��hr�EPSGEPSG���`�V���s������P��8EPSGEPSG�EPSGICSM-Aus Conf�m17� 'EPSG%�ATRF2014 to GDA94 (1)Concatenation of ATRF2014 to GDA2020 (1) (CT 9459) and GDA94 to GDA2020 (1) (CT 8048). Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ATRF2014 to GDA94 (2) (CT 9685) for alternative for Australia with distortion modelling.EPSG EPSG$[EPSGJ?�� �Q�N�fffff@%�p��
=@DQ� �EPSG@C���Ft@@\m��8�@@r�c � EPSG@#��hr�EPSGEPSG?��`�V?��s����?�P��8EPSGEPSG�EPSGICSM-Aus Conf�m17� 'EPSG%�ITRF2014 to GDA94 (1)Concatenation of ITRF2014 to GDA2020 (1) (CT 8049) and GDA94 to GDA2020 (1) (CT 8048). Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2014 to GDA94 (2) (CT 9683) for alternative for Australia with distortion modelling.EPSG EPSG mEPSGJ?�� �Q�N�fffff@%�p��
=@DQ� �EPSG@C���Ft@@\m��8�@@r�c � EPSG@#��hr�EPSGEPSG?��`�V?��s����?�P��8EPSGEPSG�EPSGICSM-Aus Conf�(0?S EPSG%�Gulshan 303 to WGS 84 (2)Derived at origin station in Dhaka.EPSG%�EPSGJEPSG�@q����l�@���7Kƨ@pRI�^5?EPSG#)SB-Bgd�81?�} %EPSG%�Israel 1993 to WGS 84 (2)Parameter values from CT code 9186 assuming that WGS 84 is coincident with ITRF2008 and New Israeli Grid 1993 is equivalent to Israeli Grid 05/12 within the accuracy of the transformation. Use in preference to Israel 1993 to WGS 84 (1) (code 1073).EPSG%�EPSG-EPSG�?� @7š��@1}p��
=@1��l�C�EPSG#)?� xF�]?��Ҳ��M��đ)���EPSG#���m��8�EPSG#�SOI-Isr 2019�E0A
/EPSG%MGI 1901 to SRB-ETRS89 (8)EPSG%�EPSGBEPSG!�?�p��
=q@�ɕ���@d�g��ߏ@xf��e@�EPSG#)���T!�D?pd��@*��ʁ�EPSG#�@ v;%o�EPSG#�RGZ-Srb 0.5m 2020�W1;�M 'EPSG%MGI 1901 to WGS 84 (15)Parameter values from MGI 1901 to ETRS89 (8) (code 9495). Assumes SRB-ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGBEPSG�@�ɕ���@d�g��ߏ@xf��e@�EPSG#)���T!�D?pd��@*��ʁ�EPSG#�@ v;%o�EPSG#�IOGP-Srb 2020�!17�_ EPSG% DGN95 to SRGI2013 (1)Derived at 533 stations. Mean residual 0.218m. Note: information source gives rotations given in radians.EPSG%�EPSG�EPSG$�?ə������ѿH˒:?�W>�6z?��s�PHEPSG#)?�-V��IQ��� ?��Y��2EPSG#����1&�yEPSG#�SRGI-Idn ^ o0?
EPSG%�ETRF2000-PL to ETRS89 (1)EPSG%�EPSG%�EPSG�EPSG#)IOGP-Pol
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� ���H�� % �v17� EPSG&<RGF93 v2 to RGF93 v2bDerived at 465 permanent GNSS stations. In use from 2021-01-05.EPSG%�EPSG&1EPSG&6?tz�G�{��hr� Ĝ?��-V?�n��O�;EPSG#)?Ua���?FH@�q���X A|�EPSG#��G��9��EPSG#�IGN-Fra�z1?� 9EPSG&.NAD83(2011) to WGS 84 (1)For many purposes NAD83(2011) can be considered to be coincident with WGS 84. This approximation ignores the ~2.2m offset of NAD83 from the geocentre, the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG�EPSG�EPSG#)EPSG-Usa Conus AK PRVI�719�! EPSG&-GSK-2011 to WGS 84 (1)For many purposes GSK-2011 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG EPSG�EPSG#)EPSG-Rus�=1?�' EPSG&,ETRF2000-PL to WGS 84 (1)For many purposes ETRF2000-PL can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG%�EPSG�EPSG#)EPSG-Pol�517� EPSG&+TGD2005 to WGS 84 (1)For many purposes TGD2005 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG�EPSG�EPSG#)EPSG-Ton�719�! EPSG&*RGTAAF07 to WGS 84 (1)For many purposes RGTAAF07 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG�EPSG�EPSG#)EPSG-Atf�315� EPSG&)RGWF96 to WGS 84 (1)For many purposes RGWF96 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG"�EPSG�EPSG#)EPSG-Wlf�517� EPSG&(Kyrg-06 to WGS 84 (1)For many purposes Kyrg-06 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG EPSG�EPSG#)EPSG-Kgz�E0I{ )EPSG& WGS 84 (G2139) to ITRF2014 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG&EPSG m?�z�G�{EPSGEPSGEPSGNGA-Wld 2021.0�0U{ )EPSG& WGS 84 (G1762) to WGS 84 (G2139) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG �EPSG&?�z�G�{?w�����z6�� C-?|�1&�yEPSG#)?�z�G�{?�z�G�{?��Q� �EPSG�������EPSGNGA-Wld 2021.0�`11�k %EPSG&CR05 to WGS 84 (2)Parameter values are from CR05 to CR-SIRGAS (1) (code 9751) assuming that CR-SIRGAS (ITRF08 (IGb08)@2014.59) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�ŵ �D?֙����?�9m �EPSG#)��TɅ�oi?��`A�7L�����
RiEPSG#�?��},{�
EPSG#�IGN-Cri 2014�17�7 %EPSG&CR05 to CR-SIRGAS (1)Derived at 16 stations. Transformation is valid at epoch 2014.59 but accuracy will deteriorate due to tectonic deformation. May be taken as an approximate transformation to ITRF08 / IGb08 / WGS 84 - see code 9752.EPSG%�EPSG�EPSG"�?� �ŵ �D?֙����?�9m �EPSG#)��TɅ�oi?��`A�7L�����
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EPSG#�IGN-Cri 2014 ` �p19� EPSG&=RGF93 v2 to ETRS89 (1)RGF93 v2 is a national realization of ETRS89. May be taken as approximate transformation RGF93 v2 to WGS 84 - see code 9791.EPSG%�EPSG&1EPSG�?�z�G�{EPSG#)IGN-Fra
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� ��%�b� 0 �D13�o +EPSG&�LUREF to ETRS89 (7)LUREF 2020 parameters. For an equivalent CT using the Coordinate Frame method see CT 9938. Defines LUREF from 2020. Replaces LUREF 2014 parameters (CT 9898). Info source gives this CT in reverse direction. Derived using ETRF2000 @2013-01-27.EPSG%�EPSGUEPSG��p���}Vm@S<֡a�@48�e+�EPSG#)?��V. ��@˼+��@�}�
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EPSG&�JGD2011 to WGS 84 (1)EPSG%�EPSG EPSG�EPSG#)EPSG-Jpn�[1c�/ %EPSG&�Hong Kong 1980 to Hong Kong Geodetic CS (1)Derived via ITRF96 @ 1998.121. Published 2002-03-01. Also published as a transformation to WGS 84 - see Hong Kong 1980 to WGS 84 (1) (code 1825).EPSG%�EPSGEPSG �dS���+�qOXbM�d8r� ĜEPSG#)��XB�4�@���?�:��EPSG#����vEPSG#�LSD-HKG 2002�d1A�5 )EPSG&�Malongo 1987 to RSAO13 (1)Parameter values taken from Malongo 1987 to WGS 84 (2) (code 1557) assuming that RSAO13 is coincident with WGS 84 within the accuracy of the transformation. Equivalent to concatenation of EPSG:1557 and EPSG:8819.EPSG%�EPSG�EPSG!��o�33333�p��
=q�Y�\(��EPSG#)IOGP-Ago Cab90� 1C�7 %EPSG&�Camacupa 1948 to RSAO13 (4)Parameter values taken from Camacupa 1948 to WGS 84 (9) (code 1326) assuming that RSAO13 is coincident with WGS 84 within the accuracy of the transformation. Equivalent to concatenation of EPSG:1326 and EPSG:8819.EPSG%�EPSG|EPSG!�
�D�KƧ�wi$�/�lI/��wEPSG#)?�^5?|�EPSG#�?�1&�x�EPSG#�IOGP-Ago B16�T1C�7 +EPSG&�Camacupa 1948 to RSAO13 (3)Parameter values taken from Camacupa 1948 to WGS 84 (6) (code 1323) assuming that RSAO13 is coincident with WGS 84 within the accuracy of the transformation. Equivalent to concatenation of EPSG:1323 and EPSG:8819.EPSG%�EPSG|EPSG!����EPSG#)IOGP-Ago B7 old�19�Q %EPSG&�UCS-2000 to ETRS89 (1)Rounded parameter values taken from UCS-2000 to ITRF2000 (1) (code 7817) assuming that ETRS89 is equivalent to ITRF2000 within the accuracy of the transformation.EPSG%�EPSG�EPSG���EPSG#)OGP-Ukr SSGC�313� +EPSG&�LUREF to ETRS89 (6)LUREF 2014 parameters. For an equivalent CT using the Molodensky-Badekas method see CT 9898. Defines LUREF between 2014 and 2020. Replaces LUREF 2006 parameters (CT 5485). Info source gives this CT in reverse direction. Derived using ETRF2000@2013-01-27.EPSG%�EPSGUEPSG��g�V�@,DZ �1�E��e��OEPSG#)?ۻY��@�t}�^_�C�c�HEPSG#�?�i�B���EPSG#�ACT-Lux CF 2014�P13� +EPSG&�LUREF to ETRS89 (5)LUREF 2014 parameters. For an equivalent CT using the Coordinate Frame method see CT 9899. Defines LUREF between 2014 and 2020. Replaces LUREF 2006 parameters (CT 5483). Info source gives this CT in reverse direction. Derived using ETRF2000 @2013-01-27.EPSG%�EPSGUEPSG��p�]�c�A@S>xl"h
@4@6�� EPSG#)?ۼ�n.�@�o?R�&�I'�>�EPSG#�?�i�B���EPSG#�AON�1�_A♩*0UAR}Rܕ+EPSG#)ACT-Lux MB 2014�81=� EPSG&�RGF93 v1 to RGF93 v2 (1)Maximum differences are 0.1m in both horizontal and vertical. Distortions in RGF93 v1 are irregular and IGN considers that no systematic transformation to the improved v2 adjustment is possible.EPSG%�EPSGKEPSG&1?�������EPSG#)IGN-Fra�1;�Y EPSG&@RGF93 v2b to WGS 84 (1)Approximation at the 1m level assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. (RGF93 v2b is a national realization of ETRS89).EPSG%�EPSG&6EPSG�EPSG#)EPSG-Fra�19�W EPSG&?RGF93 v2 to WGS 84 (1)Approximation at the 1m level assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. (RGF93 v2 is a national realization of ETRS89).EPSG%�EPSG&1EPSG�EPSG#)EPSG-Fra
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l � ��?b� � �i19� EPSG' ITRF97 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG6EPSG'?�z�G�{� @333333@Sy�����EPSG��
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ITRF2000 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG7EPSG'?�z�G�{?ə������陙����@A�����EPSGEPSG� EPSG��������?�333333EPSGEPSG��(�\)EPSG�EPSGIERS-Wld�[1=� EPSG' ITRF2005 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG EPSG'?�z�G�{���������������?�ffffffEPSGEPSG��������EPSG��333333?���������������EPSGEPSG���Q� �EPSG�EPSGIERS-Wld�11=�S EPSG'ITRF2008 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from those already published between ITRF2020, ITRF2014 and ITRF2008. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG�EPSG'?�z�G�{�ə�������
ffffffEPSGEPSG?ҏ\(�EPSG?���������������EPSGEPSG���Q� �EPSG�EPSGIERS-Wld� 1=� EPSG'ITRF2014 to ITRF2020 (1)IERS describes CT in opposite direction. Estimated using core network of 131 stations at 105 sites. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG mEPSG'?PbM��?�ffffff?������Ϳ�ffffffEPSGEPSG?��G�z�EPSG?��������ə�����EPSGEPSGEPSG�EPSGIERS-Wld� 1U� !EPSG&�WGS 84 (G1150) to WGS 84 (G1674) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived via ITRF2005. May be approximated to 0.4m using 7-parameter CF method 1032 with parameters for epoch 2007.50 of tX=-2.65mm tY=1.35mm tZ=27.7mm rX=-0.27mas rY=027mas rZ=-0.38 mas dS=1.88ppb.EPSG EPSG �EPSG �?�z�G�{�333333?�������@7333333EPSG��G�z�H?�G�z�H��Q� �REPSG@ ��
=p�EPSG����������������?�������EPSGEPSG��z�G�{EPSG�EPSGKD2022-Wld�h1S� !EPSG&�WGS 84 (G873) to WGS 84 (G1150) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived via ITRF94 through ITRF2000. May be approximated to 0.2m using 7-parameter CF method 1032 with parameters for epoch 1999.50 of tX=1.1mm tY=-8.0mm tZ=14.3mm rX=0 rY=0 rZ=0.05mas dS=1.505ppb.EPSG EPSG �EPSG �?��Q� �?����������EPSG?�z�G�{EPSG?�333333EPSG?�333333?�ffffffEPSG?�z�G�{EPSG��z�G�{EPSG�EPSGKD2022-Wld�=1Q�S !EPSG&�WGS 84 (G730) to WGS 84 (G873) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived via ITRF91 through ITRF94 at epoch 1995.5. Parameter values valid at other epochs including 2005.0.EPSGEPSG �EPSG �?�z�G�{��EPSGEPSG��z�G�EPSGKD2022-Wld�S1W�S !EPSG&�WGS 84 (Transit) to WGS 84 (G730) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived through ITRF90 and ITRF91 at epoch 1990.5. Parameter values valid at other epochs including 2005.0.EPSGEPSG �EPSG �?�ffffff� �EPSG@2L����Ϳ�333333EPSG@%ffffffEPSGKD2022-Wld
i *
4�GM��� i< �$13�m #EPSG'mAratu to WGS 84 (9)Used by ExxonMobil for offshore regional studies. See Aratu to WGS 84 (13) through (21) (tfm codes 5051-67 [odd numbers only]) which Petrobras now recommends for various areas.EPSG%�EPSGpEPSG��_4�rEPSG#)EXM-Bra off�E13�/ #EPSG'lAratu to WGS 84 (8)Used by ExxonMobil for block BP1. Also used by BG as part of a concatenated tfm to SAD69 for offshore regional studies. See WGS 84 (13) (tfm code 5051) for transformation Petrobras now recommends for the area.EPSG%�EPSGpEPSG��b5�iEPSG#)EXM-Bra Pel� 13� %EPSG'kAratu to WGS 84 (7)Used by ExxonMobil for block BMES1. See Aratu to WGS 84 (15) (tfm code 5055) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��d\�hr�@s�~��"�a#|�hsEPSG#)EXM-Bra EspS�s13� )EPSG'jAratu to WGS 84 (6)Used by ExxonMobil for block BC10. Derived from earlier Shell position vector tfm of dX = -181m, dY = +294m, dZ = -144.5m, rX = rY = 0, rZ = +0.554s, dS = +0.219 ppm. See Aratu to WGS 84 (14) (tfm code 5053) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��V1�oEPSG#)EXM-Bra Campos�x13�k )EPSG'iAratu to WGS 84 (5)Used by ExxonMobil for block BMS1. See WGS 84 (13) (tfm code 5051) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��dn�x��@s�V�u�bq7KƧ�EPSG#)EXM-Bra Santos�313� EPSG'fJAD69 to WGS 72 (1)Derived in 1977 through Transit observations at 2 stations by US DMA.EPSG%�EPSG�EPSG�0 �~EPSG#)SD-Jam�61C�i %EPSG'eTrinidad 1903 to WGS 84 (2)Parameter values provided to EOG by Trinidad Ministry of Energy and Energy Industries. Used by EOG offshore Trinidad (including Pelican, Kiskadee and Ibis fields) since 1996.EPSG%�EPSG�EPSG��@q�33333@}y�����EPSG#)EOG-Tto Trin�i19� EPSG'ITRF92 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG2EPSG'?�z�G�{�- ?�ffffff@Uy�����EPSG��
=p��
EPSG�
(�\)EPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld� 19� EPSG'ITRF93 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG3EPSG'?�z�G�{@Ps33333��ffffff@Q�33333EPSG@
�G�z�@Q� �R�� EPSG��G�z�EPSG@ffffff?ə�����@ffffffEPSG?�(�\)?�Q� �R��� �Q�EPSG���Q� �EPSG�EPSGIERS-Wld�i19� EPSG'
ITRF94 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG4EPSG'?�z�G�{� @333333@Sy�����EPSG��
=p��
EPSG��
=p��EPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld ' �B1G� EPSG'nNouakchott 1965 to WGS 84 (1)Derived by IGN in 1992 at 7 stations within Nouakchott city.EPSG%�EPSGpEPSG�@_ �O� ��EPSG#)IGN-Mau
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����'> � �*15� 'EPSG'�ITRF88 to ITRF89 (2)Parameter values derived from differences in CTs to ITRF2020 (codes 10104 and 10105). These supersede all values published in past IERS/ITRF documentation (CT code 9020). Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG.EPSG/?�z�G�{?� @ ������@333333EPSG ��������EPSG�������EPSGIERS-Wld 2020�g1I�g EPSG'�SAD69 to SIRGAS-Chile 2021 (4)Also used as a transformation from SAD69 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6977.EPSG%�EPSG
EPSGNI�
�EPSG#)IGM-Chl D�l1K�i EPSG'�PSAD56 to SIRGAS-Chile 2021 (3)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6973.EPSG%�EPSG�EPSGNI�����EPSG#)IGM-Chl C�l1K�i EPSG'�PSAD56 to SIRGAS-Chile 2021 (2)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6972.EPSG%�EPSG�EPSGNI��T��EPSG#)IGM-Chl B�l1K�i EPSG'�PSAD56 to SIRGAS-Chile 2021 (1)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6971.EPSG%�EPSG�EPSGNI����EPSG#)IGM-Chl A�d1O�- EPSG'�SIRGAS-Chile 2021 to ITRF2014 (1)Transformation is exact at epoch 2021.00 but accuracy then decreasing with time.EPSG)EPSGNGEPSG m?�������EPSGEPSGEPSG#��EPSGIOGP-Chl�q19� EPSG'yITRF88 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG.EPSG'?�z�G�{�8� @333333@e<�����EPSG����������
=p��
EPSG�&��
=qEPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld�i19� EPSG'xITRF89 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG/EPSG'?�z�G�{�=� �@ �����@b<�����EPSG��
=p��
EPSG� �p��
=EPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld�i19� EPSG'wITRF90 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG0EPSG'?�z�G�{�8� � 333333@Z������EPSG��
=p��
EPSG��G�z�EPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld�i19� EPSG'tITRF91 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG1EPSG'?�z�G�{�:� �(333333@V������EPSG��
=p��
EPSG��z�G�EPSG��������?�333333@������EPSG��z�G�{EPSG���Q� �EPSG�EPSGIERS-Wld�s1/�
+EPSG'sKKJ to WGS 84 (2)Parameter values from KKJ to ETRS89 (2) (code 10098). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces KKJ to WGS 84 (1) (code 1639).EPSG%�EPSGEPSG�X�����T�dZ ��^p1&�x�EPSG#)�49XbN��z�G�?��t�jEPSG#�?�-VEPSG#�EPSG-Fin JHS153
\ � � �� �W� � �:15�+ EPSG(TRGNC15 to WGS 84 (1)Accuracy decreasing at approximately 6cm per year due to tectonic plate motion.EPSG%�EPSG(FEPSG�EPSG#)IOGP-Ncl�<1K� 'EPSG(8Nord Sahara 1959 to WGS 84 (11)Given by infomation source in direction WGS 84 to Nord Sahara 1959. Defines official relationship between WGS 84 and national geodetic system; epoch unspecified. Derived at approximately 40 points in northern Algeria; accuracy applies only to this area.EPSG%�EPSG�EPSG�p��n���G��9Xb@{�E��EPSG#)��U6�:@O�]|�ٿ�q!�Kr�EPSG#�?�G!� �TEPSG#�INCT-Dza 2022�M0QW %EPSG(4ETRS89/DREF91/2016 to ETRF2000 (1)Accuracy 4.1mm N, 3.3mm E, 10.6mm up.EPSG EPSG(*EPSG �?�������EPSG#)?�V�u�ʟ�vȴ9?�(�\)EPSGEPSGAdV-Deu 2016�719�! EPSG(RGSH2020 to WGS 84 (1)For many purposes RGSH2020 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%�EPSG(;EPSG�EPSG#)EPSG-Dza� 11�= EPSG'�IGb14 to IGS20 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Parameter values from ITRF2014 to ITRF2020 (1) (code 9991) as IGb14 is aligned to ITRF2014 and IGS20 is aligned to ITRF2020.EPSG EPSG$�EPSG'�?PbM��?�ffffff?������Ϳ�ffffffEPSGEPSG?��G�z�EPSG?��������ə�����EPSGEPSGEPSG�EPSGIGS-Wld�d17�W EPSG'�ITRF2020 to IGS20 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS20 is by definition aligned with ITRF2020.EPSG)EPSG'EPSG'�EPSG EPSGEPSG�EPSGIGS-Wld�l1K�y EPSG'�MAGNA-SIRGAS 2018 to WGS 84 (1)See Datum 1329 remarks for conversion path between GeogCRSs "MAGNA-SIRGAS" and "MAGNA-SIRGAS 2018". CTs 10216, 10221, 10242-4 provide recommended conversions between ProjCRSs on "MAGNA-SIRGAS" and "MAGNA-SIRGAS 2018" using null Cartesian Offsets.EPSG%�EPSGNNEPSG�EPSG#)EPSG-Col�15� 'EPSG'�ITRF93 to ITRF94 (2)Parameter values derived from differences in CTs to ITRF2020 (codes 9997 and 9998). These supersede all values published in past IERS/ITRF documentation (CT code 9025). Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG3EPSG4?�z�G�{��333333?� ?� EPSG ?�\(��陙����?�Q� �EPSG��\(�\EPSG?ҏ\(���z�G�{��z�G�{EPSG
?�(�\)?�Q� �R��������EPSGEPSG�EPSGIERS-Wld 2020�!15� 'EPSG'�ITRF91 to ITRF92 (2)Parameter values derived from differences in CTs to ITRF2020 (codes 9999 and 10100). These supersede all values published in past IERS/ITRF documentation (CT code 9023). Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG1EPSG2?tz�G�{��333333��ffffff?�333333EPSG EPSG��ffffffEPSGIERS-Wld 2020�"15� 'EPSG'�ITRF90 to ITRF91 (2)Parameter values derived from differences in CTs to ITRF2020 (codes 10100 and 10103). These supersede all values published in past IERS/ITRF documentation (CT code 9022). Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG0EPSG1?|�1&�y?ə�����?ٙ�����?�������EPSG EPSG��333333EPSGIERS-Wld 2020 O �S1;�# !EPSG(QRGNC91-93 to RGNC15 (1)See RGNC91-93 to RGNC15 (2) (transformation code 10322) for authoritative transformation between these CRSs. This transformation is used only as the standard transformation T0 within that transformation.EPSG%�EPSG(CEPSG(H�� ě����;dZ �?� EPSG#)BGN-Ncl 1m
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=�#13�} %EPSG=�RD/83 to ETRS89 (1)Derived in 2001 at 31 points of the German GPS Network DREF in former East Germany. Although for high accuracy limited to Saxony, may be taken as approximate transformation between DHDN and WGS 84 for all former East German states - see code 15869.EPSG%�EPSG�EPSG�@�#33333M@{�33333EPSG#)����S���?�/��v�`A�7K�EPSG#�@ffffffEPSG#�BKG-Deu Sach <� 13� EPSG=�PZ-90 to WGS 84 (1)Derived through Glonass and GPS at 30 stations throughout USSR - Former Soviet Union (FSU). Accuracy better than 1.5 metres.EPSG%�EPSG�EPSG�?� ?� EPSG#)��t�j~��EPSG#�EPSG#�GiK-World ;�=1A� %EPSG=�Tristan 1968 to WGS 84 (1)Determined at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSG~EPSG�,�����EPSG#)DMA-Shn Tris :�61C� %EPSG=�Iwo Jima 1945 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%�EPSGeEPSG�, �K��EPSG#)DMA-Jpn IwoJ 9�U1G�; ) EPSG=�IGN72 Nuku Hiva to WGS 84 (4)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN72 Nuku Hiva to RGPF (2) (tfm code 15765).EPSG%�EPSGEPSG�@p8��`A�@r���o@h��-EPSG#)?�� ��@ ����>B?݄M:��EPSG#�@;_ح��EPSG#�EPSG-Pyf UaPou 8� 1C�9 - EPSG=�IGN72 Nuku Hiva to RGPF (1)May be taken as approximate transformation IGN72 Nuku Hiva to WGS 84 - see code 15775.EPSG%�EPSGEPSGO?� @d�l�C��@k
=p��@f�(�\EPSG#)�䖻��₿��u��!���?�� �EPSG#�@ �}Vl� EPSG#�IGN-Pyf NukuHiva 7�[1=� 'EPSG=�ED50(ED77) to WGS 84 (6)Derived in Tombak district in March 2005. Used for South Pars phase 11.EPSG%�EPSG:EPSG�?ə������^�G�z�c�fffff�e
=p��EPSG#)Tot-Irn Spars 6�v1M�5 /EPSG=tBogota 1975 to MAGNA-SIRGAS (11)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (3), tfm code 15718.EPSG%�EPSGzEPSGN@sq�S���@r�1&�sjA�7K�EPSG#)��{z%�� �+y�>��~5�qgEPSG#��h<){�EPSG#�A7���V�WJBT1'A.@/O�;dEPSG#)IGAC-Col MB reg 3 5�+1K�] /EPSG=jBogota 1975 to MAGNA-SIRGAS (5)May be taken as transformation to WGS 84 - see tfm code 15723. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15734, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN�V��\(��@n��S���5�/��wEPSG#)� [fHU��J[@2(�G5�G5EPSG#�@t tCEPSG#�IGAC-Col CF reg 5 4�T15�G 'EPSG=_Aratu to WGS 84 (11)Replaced by Aratu to WGS 84 (13) (tfm code 5051) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��b5�mEPSG#)PB-Bra Santos 3�A15� EPSG<�Minna to WGS 84 (15)Adopted by MPN for all joint venture operations from 1/1/1996.EPSG%�EPSG�EPSG��W���l�D�T�I�^5?@]-O�;dZEPSG#)MPN-Nga 2�1M� 1EPSG(hNord Sahara 1959 to RGSH2020 (6)Parameter values taken from Nord Sahara 1959 to WGS 84 (10) (code 7442) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Significant and varying differences (>100m) known to exist in neighbouring astro stations.EPSG%�EPSG�EPSG(;d�f�fffff@P,�����@n�fffffEPSG#)IOGP-Alg Ain Tsila 0�m1;� EPSG(ZBH_ETRS89 to ETRS89 (1)BH_ETRS89 is a national realization of ETRS89. May be taken as approximate transformation BH_ETRS89 to WGS 84 - see code 10333.EPSG%�EPSG(XEPSG�EPSG#)IOGP-Bih
� #
n�� � �T1M� )EPSG(gNord Sahara 1959 to RGSH2020 (5)Parameter values taken from Nord Sahara 1959 to WGS 84 (8) (code 5630) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Derived at 1 station (L38).EPSG%�EPSG�EPSG(;�e��
=q�R33333@s�����EPSG#)IOGP-Dza Ahnet�y1M�W %EPSG(fNord Sahara 1959 to RGSH2020 (4)Parameter values taken from Nord Sahara 1959 to WGS 84 (7) (code 15874) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Derived at 11 stations. CT 15874 used by Equinor in Hassi Mouina.EPSG%�EPSG�EPSG(;�e1�S���R\(�@r���EPSG#)IOGP-Dza Mou�Y1M� %EPSG(eNord Sahara 1959 to RGSH2020 (3)Parameter values taken from Nord Sahara 1959 to WGS 84 (6) (code 1817) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Derived at astro station Guerrara.EPSG%�EPSG�EPSG(;d�d�?|�h�Q���+@s$�/�EPSG#)IOGP-Alg HBR�1M�m 'EPSG(dNord Sahara 1959 to RGSH2020 (2)Parameter values taken from Nord Sahara 1959 to WGS 84 (5) (code 1816) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Significant and varying differences (>100m) at 4 neighbouring astro stations.EPSG%�EPSG�EPSG(;d�W������@$ffffff@c������EPSG#)IOGP-Alg InAm�1M�7 #EPSG(cNord Sahara 1959 to RGSH2020 (1)Parameter values taken from Nord Sahara 1959 to WGS 84 (4) (code 1815) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. CT 1815 used by BP in District 3 and In Salah Gas.EPSG%�EPSG�EPSG(;�c �����@E�fffff@vd�����EPSG#)@�E���?�-V��M���EPSG#�����FEPSG#�IOGP-Alg D3�}0C
EPSG(bITRF2020 to NAD83(MA11) (1)EPSG EPSG'EPSG�@�l ��u33333��O33333EPSG@<��t�@'�� �R@� I�^EPSG?�333333EPSG?���������333333EPSG��z�G�{?��G�z��5?|�hEPSG?�(�\)EPSG�EPSGNGS-MA�0C
EPSG(aITRF2014 to NAD83(MA11) (1)EPSG EPSG mEPSG�?�&���� kP��|���7��4EPSG#)@<��t�@'�� �R@� I�^EPSG@ �\(�EPSG?6�� C-?6�� C-�_!-w1��EPSG��z�G�{?��G�z��5?|�hEPSG?�(�\)EPSG�EPSGNGS-MA�}0C
EPSG(`ITRF2020 to NAD83(PA11) (1)EPSG EPSG'EPSG�@�l ��u33333��O33333EPSG@6��vȴ9@:�\(��9��j~��EPSG?�333333EPSG?���������333333EPSG�ؓt�j~�?� �1&�|�hr�EPSG?�(�\)EPSG�EPSGNGS-PA�0C
EPSG(_ITRF2014 to NAD83(PA11) (1)EPSG EPSG mEPSG�?�&���� kP��|���7��4EPSG#)@6��vȴ9@:�\(��9��j~��EPSG@ �\(�EPSG?6�� C-?6�� C-�_!-w1��EPSG�ؓt�j~�?� �1&�|�hr�EPSG?�(�\)EPSG�EPSGNGS-PA�1C� 7EPSG(^ITRF2020 to NAD83(2011) (1)Concatenation of joint US-Canada tfm NAD83(CORS96)>ITRF96 (CT code 6864) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2020 CTs. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9. See tfm 10415 for Canadian equivalent.EPSG EPSG'EPSG�@�_33333���p��
=���\(�EPSG@:�� �����$_Z�@%�6����EPSG��(w�N&�EPSG?�G�z�H��ffffff���
=p��EPSG?�H���o��<�ϕ�鿪G�{�EPSG��o?R�&WEPSG�EPSGNGS-Usa CONUS-AK PRVI�l1;� EPSG(]BH_ETRS89 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. BH_ETRS89 is a national realization of ETRS89.EPSG%�EPSG(XEPSG�EPSG#)IOGP-Bih �
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' �Q�s� ws � 17�E EPSG<|Tokyo to WGS 84 (108)Parameter values from Tokyo to JGD2000 (1) (code 15483). Assumes JGD2000 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG� �bM?|�h@�dZ �@�DV�EPSG#)OGP-Jpn�15� EPSG<{Tokyo to JGD2000 (1)Derived at Tokyo datum origin. Accuracy on main islands 9m. Also used on remote islands with significantly less accuracy: Io-To 793m, Kitadaito and Minamidaito Jima 642m, Tarama and Minna Shima 560m, Ishigaki and Taketomi Jima 251m, Yonaguni Jima 248m.EPSG%�EPSG�EPSG �bM?|�h@�dZ �@�DV�EPSG#)GSI-Jpn�i17� #EPSG)/GDM2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that GDM2000 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)IOGP-Mys 1m�l1Q�? )EPSG)NAD83(CSRS)v7 to NAD83(CSRS)v8 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)7 and NAD83(CSRS)v8 are referenced to the same coordinate reference epoch (2010.00) and considered compatible with each other at the millimetre level.EPSG EPSG =EPSG(�?PbM��EPSG#)EPSGEPSGNRCan-Can 2010�m1Q�A )EPSG)NAD83(CSRS)v6 to NAD83(CSRS)v8 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)v6 and NAD83(CSRS)v8 are referenced to the same coordinate reference epoch (2010.00) and considered compatible with each other at the centimetre level.EPSG EPSG :EPSG(�?�z�G�{EPSG#)EPSGEPSGNRCan-Can 2010�m1Q�A )EPSG)NAD83(CSRS)v6 to NAD83(CSRS)v7 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)v6 and NAD83(CSRS)v7 are referenced to the same coordinate reference epoch (2010.00) and considered compatible with each other at the centimetre level.EPSG EPSG :EPSG =?�z�G�{EPSG#)EPSGEPSGNRCan-Can 2010�e1Q�A )EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v3 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)v2 and NAD83(CSRS)v3 are referenced to the same coordinate reference epoch (1997.00) and considered compatible with each other at the centimetre level.EPSG EPSG )EPSG .EPSG#)EPSGEPSGNRCan-Can 1997n07
#EPSG(�BBT2000 to WGS 84 (1)EPSG%�EPSG(�EPSG�EPSG#)BBT-Aut-Ita�1M�; EPSG(�NAD83(CSRS)v8 to NAD83(2011) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2020 by common transformations (codes 10334 and 10415).EPSG EPSG(�EPSG�EPSG#)EPSGEPSGISO-N Am�1M�7 EPSG(�NAD83(CSRS)v7 to NAD83(2011) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2014 by common transformations (codes 8970 and 8265).EPSG EPSG =EPSG�EPSG#)EPSGEPSGISO-N Am�1G�{ )EPSG(�ITRF2020 to NAD83(CSRS)v8 (1)Concatenation of joint Canada-US tfm NAD83>ITRF96 (see tfm code 8259) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2020 transformations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG'EPSG(�?��rGE9����7!�=��QC�rq7EPSG#)�:�� ��?��$_Z�%�6����EPSG��(w�N&�EPSG?I� ����F����ǿTP�ܜM�EPSG��H���o?�<�ϕ��?�G�{�EPSG��o?R�&WEPSG�EPSGNRC-Can CSRSv8
� 1=� -EPSG<}SAD69 to SIRGAS 2000 (1)Accuracy generally better than 1m except in Amazon basin where it degenerates to 5m. May be used as CT between SAD69(96) and SIRGAS 2000 and between SAD69 and WGS 84 - see tfm codes 5881 and 5882. Used by Petrobras and ANP throughout Brazil from 1994.EPSG%�EPSG
EPSGB�P�fffff@
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7 q(MM�+T ~ �T15�G 'EPSG=^Aratu to WGS 84 (10)Replaced by Aratu to WGS 84 (14) (tfm code 5053) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��`;�rEPSG#)PB-Bra Campos�B1G� EPSG=]Nouakchott 1965 to WGS 84 (1)Derived by IGN in 1992 at 7 stations within Nouakchott city.EPSG%�EPSGHEPSG�@_ �O� ��EPSG#)IGN-Mau�13�E EPSG=\PRS92 to WGS 84 (1)Derived during GPS campaign which established PRS92 coordinates at 330 first order stations.EPSG%�EPSGKEPSG�?��������_�z�H�P�\(��G� �Q�EPSG#)@�C��%���1&�?|�hsEPSG#���\(�EPSG#�CGS-Phl�V13�) 'EPSG=[ELD79 to WGS 84 (6)Used by Petrocanada and previous licence holders in Amal field, concession 12.EPSG%�EPSG?EPSG�
�]��vȴ9�[�S����h��l�DEPSG#)PCan-Lby Amal�B15� EPSG=ZMinna to WGS 84 (13)Used by Elf in Blocks OPL 222 and OPL 223 and by Mobil in 1994.EPSG%�EPSG�EPSG��Wffffff�T������@\s33333EPSG#)Elf-Nga�15�_ #EPSG=YMinna to WGS 84 (12)Derived via WGS 72(BE). Minna to WGS 72(BE) transformation derived in 1981 for Mobil E&P Nigeria (MEPCON) by Geodetic Survey through Transit translocation at six stations in southern Nigeria. Used by MEPCON in blocks OPL 215 and 221.EPSG%�EPSG�EPSG��T�Q� ��Z<�����@\�Q� �EPSG#)?�^5?|�EPSG#�EPSG#�WGC-Nga 211�~1E�
) EPSG=XKalianpur 1962 to WGS 84 (5)Derived by Western Geophysical for UTP 1996 East Sind 2D survey.EPSG%�EPSG1EPSG�@l� @��z�G�@d �\)EPSG#)�����m?��
=p��?�dZ �1EPSG#�@)+ I�^EPSG#�utp-Pak E Sind�Y1E� +EPSG=WKalianpur 1962 to WGS 84 (4)Derived at Chitrawala triangulation station by Fugro-Geodetic for UTP.EPSG%�EPSG1EPSG�@p�z�G�@��vȴ9@l��
=p�EPSG#)utp-Pak Karachi�G1E�y 'EPSG=VKalianpur 1962 to WGS 84 (3)Derived at station S0001, an approximate offset to Survey of India primary station Kat Baman, in 1992 from 180 single point Transit passes observed in 1991 by Fugro-Geodetic for UTP.EPSG%�EPSG1EPSG�@qnfffff@�c �Q�@lA�����EPSG#)utp-Pak Badin�D0Ew 'EPSG=UKalianpur 1962 to WGS 84 (2)Derived at Geodetic Survey office in Karachi in 1997.EPSG%�EPSG1EPSG�@q9 �Q�@�&=p��
@l�33333EPSG#)TFE-Pak Indus�(0?S EPSG=TGulshan 303 to WGS 84 (1)Derived at origin station in Dhaka.EPSG%�EPSGJEPSG�@q������@��33333@pQ�����EPSG#)SB-BGD�\15�E /EPSG=SNAD27 to WGS 84 (87)Developed by John E Chance and Associates at 19°44'N, 92°21'W. Geoid height used =-13.34m.EPSG%�EPSG�EPSG��@_,����� �EPSG#)JECA-Mex GoM CamS�1=�g EPSG=RITRF2000 to ITRF2005 (1)At epoch 2000.0. Rates dX=0.0002 m/yr, dy=-0.0001 m/yr, dZ=0.0018 m/yr, rX=rY=rZ=0.0"/yr, dS=-0.00008 ppm/yr.EPSG%�EPSG7EPSG �6�� C-?J6�� C-?w�����EPSG#)EPSG#��:6�� C-EPSG#�IERS�0I9 EPSG<�Pulkovo 1942(58) to WGS 84 (9)Derived at 4 stations.EPSG%�EPSGSEPSG� ��EPSG#)NIMA-Rom�0K
EPSG<�Pulkovo 1942(58) to WGS 84 (18)EPSG%�EPSGSEPSG�
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�-V�] hr� �KR��mEPSG#)Shell-Rom�13�i !EPSG<�Accra to WGS 84 (3)Derived via WGS 72BE. Found in use within oil industry erroneously concatenated via WGS 72. See tfm code 8571.EPSG%�EPSGHEPSG��ee �Q�@1J=p��
@tS\(�EPSG#)?� I�^5?EPSG#���Q� �REPSG#�EPSG-Gha 1�1E�w )EPSG<�Kalianpur 1962 to WGS 84 (6)Derived by Fugro-Geodetic in 2004 at 6 closely-spaced stations. Used by OMV in all blocks in Pakistan where operator.EPSG%�EPSG1EPSG�@q"��vȴ@�*A�7K�@lV�+ JEPSG#)omv-Pak Gambat
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[�d� a �)1?�k )EPSG=iBogota 1975 to WGS 84 (6)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (4) (tfm code 15720). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�@�/��w@~f-V@g��l�C�EPSG#)��t�Ӵ��ʅ�2?�� ĥ�EPSG#��+�\�
EPSG#�EPSG-Col reg 4�+1K�] /EPSG=hBogota 1975 to MAGNA-SIRGAS (4)May be taken as transformation to WGS 84 - see tfm code 15721. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15733, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN@�/��w@~f-V@g��l�C�EPSG#)��t�Ӵ��ʅ�2?�� ĥ�EPSG#��+�\�
EPSG#�IGAC-Col CF reg 4�)1?�k )EPSG=gBogota 1975 to WGS 84 (5)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (3) (tfm code 15718). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�@u j~��#@u�
=p��@o�KƧ�EPSG#)��#�&.� �+y�>��z��.EPSG#��oP��EPSG#�EPSG-Col reg 3�+1K�] /EPSG=fBogota 1975 to MAGNA-SIRGAS (3)May be taken as transformation to WGS 84 - see tfm code 15719. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15732, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN@u j~��#@u�
=p��@o�KƧ�EPSG#)��#�&.� �+y�>��z��.EPSG#��oP��EPSG#�IGAC-Col CF reg 3�"1?�k )EPSG=eBogota 1975 to WGS 84 (4)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (2) (tfm code 15716). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�@Y2 �1'@gl9XbN�EPSG#)�r .>M�>褻���y� >�9M�EPSG#��+!��H��EPSG#�EPSG-Col reg 2�$1K�] /EPSG=dBogota 1975 to MAGNA-SIRGAS (2)May be taken as transformation to WGS 84 - see tfm code 15717. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15731, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN@Y2 �1'@gl9XbN�EPSG#)�r .>M�>褻���y� >�9M�EPSG#��+!��H��EPSG#�IGAC-Col CF reg 2�)1?�k )EPSG=cBogota 1975 to WGS 84 (3)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (1) (tfm code 15714). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�3M��px ��u^5?|�EPSG#)?�_L}��h�3!���(�w�1bEPSG#��4��ܜM�EPSG#�EPSG-Col reg 1�*1K�[ /EPSG=bBogota 1975 to MAGNA-SIRGAS (1)May be taken as transformation to WGS 84 - see tfm code 15715. See Bogota 1975 to MAGNA-SIRGAS (9), tfm code 15730, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN��3M��px ��u^5?|�EPSG#)?�_L}��h�3!���(�w�1bEPSG#��4��ܜM�EPSG#�IGAC-Col CF reg 1�"09m EPSG=aGan 1970 to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSGLEPSG�,�{��2EPSG#)NIMA-Mdv�R15�G #EPSG=`Aratu to WGS 84 (12)Replaced by Aratu to WGS 84 (15) (tfm code 5055) which Petrobras now recommends for the area.EPSG%�EPSGpEPSG��_6�oEPSG#)PB-Bra EspS �
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� P��K�(� �u1K�5 /EPSG=rBogota 1975 to MAGNA-SIRGAS (9)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (1), tfm code 15714.EPSG%�EPSGzEPSGN@r�/��w@r\ �1'�s��`A�7EPSG#)?� �`~��h������(�w�1bEPSG#��4��4֡bEPSG#�A<�),I�^�V����+A3 ���PEPSG#)IGAC-Col MB reg 1�*1A�k )EPSG=qBogota 1975 to WGS 84 (10)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (8) (tfm code 15728). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�@k�ě��T@q"-V�x��/��EPSG#)>�㮔�+��=���+��b ƄJEPSG#���{�0�VEPSG#�EPSG-Col reg 8�+1K�] /EPSG=pBogota 1975 to MAGNA-SIRGAS (8)May be taken as transformation to WGS 84 - see tfm code 15729. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15737, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN@k�ě��T@q"-V�x��/��EPSG#)>�㮔�+��=���+��b ƄJEPSG#���{�0�VEPSG#�IGAC-Col CF reg 8�)1?�k )EPSG=oBogota 1975 to WGS 84 (9)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (7) (tfm code 15726). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�s�-V@k� ě��>�S���EPSG#)���^���>��y�}� f ƿEPSG#�@M�� �EPSG#�EPSG-Col reg 7�+1K�] /EPSG=nBogota 1975 to MAGNA-SIRGAS (7)May be taken as transformation to WGS 84 - see tfm code 15727. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15736, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN�s�-V@k� ě��>�S���EPSG#)���^���>��y�}� f ƿEPSG#�@M�� �EPSG#�IGAC-Col CF reg 7�)1?�k )EPSG=mBogota 1975 to WGS 84 (8)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (6) (tfm code 15724). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG���l�C�@n��hr�!�|� I�^EPSG#)?tPB�K���9w����x0vi EPSG#�@
��s�EPSG#�EPSG-Col reg 6�+1K�] /EPSG=lBogota 1975 to MAGNA-SIRGAS (6)May be taken as transformation to WGS 84 - see tfm code 15725. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15735, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%�EPSGzEPSGN���l�C�@n��hr�!�|� I�^EPSG#)?tPB�K���9w����x0vi EPSG#�@
��s�EPSG#�IGAC-Col CF reg 6�)1?�k )EPSG=kBogota 1975 to WGS 84 (7)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (5) (tfm code 15722). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%�EPSGzEPSG�V��\(��@n��S���5�/��wEPSG#)� [fHU��J[@2(�G5�G5EPSG#�@t tCEPSG#�EPSG-Col reg 5 5 �v1M�5 /EPSG=sBogota 1975 to MAGNA-SIRGAS (10)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (2), tfm code 15716.EPSG%�EPSGzEPSGN@sMS���@q�M��s�"��`BEPSG#)�r>K>褳Fr�� C��F�EPSG#��+!��H��EPSG#�A8�̗
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��1m�� � �$1?�K /EPSG=Deir ez Zor to WGS 84 (6)Derived 2005 at 5 triangulation stations and using (EGM96 geoid model +1.15m). Used by Total/DEZPC for Jafra and Mazraa seismic surveys. Can be approximated using geocentric translations of dX=-190.6m, dY=+8.8m, dZ=+239.6m.EPSG%�EPSG�EPSG�?� �T� �Q�xأ�
=q@|�z�G�EPSG#)�1�Q� ��Ƨ-@$�/�EPSG#�@ ������EPSG#�Tot-Syr Deir 2005�^1?�/ %EPSG=~Deir ez Zor to WGS 84 (5)Derived for 1998 Omar seismic survey and used in 2000 for El Isba seismic survey.EPSG%�EPSG�EPSG��g�x��@!bM��@m�z�G�EPSG#)CGG-Syr Isba�j1?�= /EPSG=}Deir ez Zor to WGS 84 (2)Derived by Elf in 1991 from tfm code 1584 concatenated with a tfm from WGS72BE to WGS84.EPSG%�EPSG�EPSG��gp @,333333@m�33333EPSG#)Elf-Syr Deir 1991�B1=�Q +EPSG=|Amersfoort to ETRS89 (4)Replaces Amersfoort to ETRS89 (2) (tfm code 1066). Replaced by Amersfoort to ETRS89 (6) (tfm code 4831). Dutch sources also quote an equivalent transformation using the Coordinate Frame 7-parameter method - see tfm code 15739.EPSG%�EPSG�EPSG�?� @��<�Z��@: � k��@}�
�(��EPSG#)?��\(���4֡a�@""�� ��EPSG#�@S&���EPSG#�AM��7�Ax @��AS z���'EPSG#)NCG-Nld 2004 MB�-1=�c +EPSG={Amersfoort to ETRS89 (3)Replaces Amersfoort to ETRS89 (1) (tfm code 1751). Replaced by Amersfoort to ETRS89 (5) (tfm code 4830). Dutch sources also quote an equivalent transformation using the Molodenski-Badekas 10-parameter method (M-B) - see tfm code 15740.EPSG%�EPSG�EPSG�?� @���+��a@I ��@}�+ JEPSG#)?��\(���4֡a�@""�� ��EPSG#�@S&���EPSG#�NCG-Nld 2004 CF�B1A�7 EPSG=zMAGNA-SIRGAS to WGS 84 (1)Approximation at the +/- 1m level assuming that MAGNA-SIRGAS is equivalent to WGS 84.EPSG%�EPSGNEPSG�EPSG#)EPSG�v1M�5 /EPSG=yBogota 1975 to MAGNA-SIRGAS (16)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (8), tfm code 15728.EPSG%�EPSGzEPSGN@r�vȴ9X@sߩ��l��s�G�z�EPSG#)>���Ά��=�����m
�uEPSG#����_�EPSG#�A:�T�Z ��WY
��A �E9XbEPSG#)IGAC-Col MB reg 8�v1M�5 /EPSG=xBogota 1975 to MAGNA-SIRGAS (15)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (7), tfm code 15726.EPSG%�EPSGzEPSGN@rt�n��@t� �sp�t�EPSG#)���^���>� �9EPSG#�@M���yEPSG#�A7�`��Q�W�)8A�7A
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=EPSG#)IGAC-Col MB reg 7�v1M�5 /EPSG=wBogota 1975 to MAGNA-SIRGAS (14)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (6), tfm code 15724.EPSG%�EPSGzEPSGN@r���m@s<�G�{�s�-EPSG#)?tPB�K���9w����wi�EPSG#�@
��s}�EPSG#�A7�}p��W����S�A ��A�7EPSG#)IGAC-Col MB reg 6�z1M�= /EPSG=vBogota 1975 to MAGNA-SIRGAS (13)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (5), see tfm code 15722.EPSG%�EPSGzEPSGN@s=-@s ��+�s�;dZ EPSG#)� pHо�J[@2(�G5G�F�EPSG#�@t�a=2EPSG#�A8T 4�j�Wo�x�A#�/�r�!EPSG#)IGAC-Col MB reg 5�v1M�5 /EPSG=uBogota 1975 to MAGNA-SIRGAS (12)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (4), tfm code 15720.EPSG%�EPSGzEPSGN@s*�-@s� I�^�s�dZ �EPSG#)��t�ɳ�����7?�� ĥ�EPSG#��+�Yt�[�EPSG#�A<'�e�S��W � �{A'x��Ƨ�EPSG#)IGAC-Col MB reg 4
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#�������� � �1?�5 + EPSG=�IGN63 Hiva Oa to RGPF (2)May be taken as approximate transformation IGN63 Hiva Oa to WGS 84 - see code 15774.EPSG%�EPSGQEPSGO@wkp��
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�M;EPSG#�IGN-Pyf Tahuata�1?�5 ) EPSG=�IGN63 Hiva Oa to RGPF (1)May be taken as approximate transformation IGN63 Hiva Oa to WGS 84 - see code 15773.EPSG%�EPSGQEPSGO?� @y��7Kƨ@K�E���@T/�vȴ9EPSG#)��� ��Ϫ͞���S&���EPSG#�@1T�7��EPSG#�IGN-Pyf HivaOa�1;�1 EPSG=�Fatu Iva 72 to RGPF (1)May be taken as approximate transformation Fatu Iva 72 to WGS 84 - see code 15772.EPSG%�EPSGPEPSGO@u���S��@� @��bM�EPSG#)@@���Q�X�e,@"�ᰉ�'EPSG#�@gB^5?|�EPSG#�IGN-Pyf�]19�/ EPSG=�Maupiti 83 to RGPF (1)May be taken as approximate transformation Maupiti 83 to WGS 84 - see code 15771.EPSG%�EPSGTEPSGO?� @k!/��w@U�`A�7L@7�j~��EPSG#)IGN-Pyf�15�+ EPSG=�Tahaa 54 to RGPF (1)May be taken as approximate transformation Tahaa 54 to WGS 84 - see code 15770.EPSG%�EPSGEPSGO?� @R 1&�y@u�� ě�@S���v�EPSG#)���1&�y��;�5�Xy�����+EPSG#�?��\��N<EPSG#�IGN-Pyf�17�- EPSG=�Moorea 87 to RGPF (1)May be taken as approximate transformation Moorea 87 to WGS 84 - see code 15769.EPSG%�EPSGSEPSGO?� @j������@b���"��@fS���EPSG#)@
e+��a?�n��O�?�{J#9�EPSG#�@$�`�d�EPSG#�IGN-Pyf�17�+ EPSG=�Tahiti 79 to RGPF (1)May be taken as approximate transformation Tahiti 79 to WGS 84 - see code 4835.EPSG%�EPSGREPSGO?� @k������@c V�u@f�t�jEPSG#)@ݗ�+k?�;�5�Xy?�bM��EPSG#�@&�<64EPSG#�IGN-Pyf�15� 'EPSG=�Minna to WGS 84 (14)Derived in 1995 at unspecified DMA ADOS stations and Racal stations M101 and ZVS3003. Used by Elf in onshore Block OML 58.EPSG%�EPSG�EPSG��V������U�z�G�@\��G�{EPSG#)Elf-Nga-OML58�h13�m +EPSG=�Aratu to WGS 84 (1)Mean for 3 basins. See Aratu to WGS 84 (10) through (12) (codes 15710-12) for transformations for individual basins. Replaced by Aratu to WGS 84 (13) through (15) (tfm codes 5051, 5053 and 5055) which Petrobras now recommends for the areas.EPSG%�EPSGpEPSG�
�b;�lEPSG#)PB-Bra BC BS ES� 01o EPSG=�ED79 to WGS 84 (1)Derived at 22 stations. Accuracy 3m in each axis.EPSG%�EPSG<EPSG����EPSG#)NIMA-Eur�)0Am #EPSG=�Reunion 1947 to WGS 84 (2)Derived at 1 station. Accuracy 25m in each axis.EPSG%�EPSGEPSG�,^�L�EPSG#)IGN-Reu 30m�81E� EPSG=�St. Kitts 1955 to WGS 84 (2)Derived at 2 stations. Accuracy 25m in each of X, Y and Z axes.EPSG%�EPSG�EPSG�,� � �EPSG#)NIMA-Kna�i11�m % EPSG=�BD72 to WGS 84 (3)Parameter values from BD72 to ETRS89 (2) (code 15748). Scale difference is given by information source as 1.0000012747. Given in this record in ppm to assist application usage.EPSG%�EPSG�EPSG�?ə������Z��$tS�@J& Ov_�Y�T`�d�EPSG#)�Պڹ�Y�?�?|�hs��y�� (EPSG#�?�e+��aEPSG#�IGN-Bel 0.2m�~11� % EPSG=�BD72 to ETRS89 (2)May be taken as approximate transformation BD72 to WGS 84 - see code 15749. Scale difference is given by information source as 1.0000012747. Given in this record in ppm to assist application usage.EPSG%�EPSG�EPSG�?ə������Z��$tS�@J& Ov_�Y�T`�d�EPSG#)�Պڹ�Y�?�?|�hs��y�� (EPSG#�?�e+��aEPSG#�IGN-Bel 0.2m�l1E�C )EPSG=�Nakhl-e Ghanem to WGS 84 (6)Derived in Tombak district in March 2005. Used for South Pars phase 11 and Pars LNG plants.EPSG%�EPSGUEPSG�?ə�������333333?�\(��EPSG#)TFE-Irn Tombak
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� J��M�� D �W1G�; + EPSG=�IGN72 Nuku Hiva to WGS 84 (3)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN72 Nuku Hiva to RGPF (2) (tfm code 15764).EPSG%�EPSGEPSG�@�O#�
=q@�J�|�h@x��"��EPSG#)� � k��������� C,�zEPSG#�@p�ƧEPSG#�EPSG-Pyf UaHuka�X1G�; / EPSG=�IGN72 Nuku Hiva to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN72 Nuku Hiva to RGPF (1) (tfm code 15763).EPSG%�EPSGEPSG�@d�l�C��@k
=p��@f�(�\EPSG#)�䖻��₿��u��!���?�� �EPSG#�@ �}Vl� EPSG#�EPSG-Pyf NukuHiva�T1C�7 - EPSG=�IGN63 Hiva Oa to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN63 Hiva Oa to RGPF (2) (tfm code 15762).EPSG%�EPSGQEPSG�@wkt�j~��M4�t�j�vȴ9EPSG#)�06
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�M;EPSG#�EPSG-Pyf Tahuata�S1C�7 + EPSG=�IGN63 Hiva Oa to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN63 Hiva Oa to RGPF (1) (tfm code 15761).EPSG%�EPSGQEPSG�@y��7Kƨ@K�E���@T/�vȴ9EPSG#)��� ��Ϫ͞���S&���EPSG#�@1T�7��EPSG#�EPSG-Pyf HivaOa�H1?�3 EPSG=�Fatu Iva 72 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Fatu Iva 72 to RGPF (1) (tfm code 15760).EPSG%�EPSGPEPSG�@u���S��@� @��bM�EPSG#)@@���Q�X�e,@"�ᰉ�'EPSG#�@gB^5?|�EPSG#�EPSG-Pyf�1=�1 EPSG=�Maupiti 83 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Maupiti 83 to RGPF (1) (tfm code 15759).EPSG%�EPSGTEPSG�@k!/��w@U�`A�7L@7�j~��EPSG#)EPSG-Pyf�A19�- EPSG=�Tahaa 54 to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Tahaa 54 to RGPF (1) (tfm code 15758).EPSG%�EPSGEPSG�@R 1&�y@u�� ě�@S���v�EPSG#)���1&�y��;�5�Xy�����+EPSG#�?��\��N<EPSG#�EPSG-Pyf�C1;�/ EPSG=�Moorea 87 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Moorea 87 to RGPF (1) (tfm code 15757).EPSG%�EPSGSEPSG�@j������@b���"��@fS���EPSG#)@
e+��a?�n��O�?�{J#9�EPSG#�@$�`�d�EPSG#�EPSG-Pyf�C1;�/ EPSG=�Tahiti 79 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Tahiti 79 to RGPF (1) (tfm code 15756).EPSG%�EPSGREPSGO@k������@c V�u@f�t�jEPSG#)@ݗ�+k?�;�5�Xy?�bM��EPSG#�@&�<64EPSG#�EPSG-Pyf�611�' EPSG=�RGPF to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84.EPSG%�EPSG�EPSGsEPSG#)EPSG-Pyf�B11�) EPSG=�RGPF to WGS 84 (1)Transformation is to original definition of WGS 84. It is consistent with later WGS 84 realisations G730, G873 and G1150 to no better than 1m.EPSG%�EPSG�EPSGs?� ?�n��O�;��9XbMӿ�\(�\EPSG#)?��<64�3�*0U2a?|�1&�yEPSG#��� ��҈�EPSG#�IGN-Pyf�1C�9 ' EPSG=�IGN72 Nuku Hiva to RGPF (3)May be taken as approximate transformation IGN72 Nuku Hiva to WGS 84 - see code 15777.EPSG%�EPSGEPSGO?� @p8��`A�@r���o@h��-EPSG#)?�� ��@ ����>B?݄M:��EPSG#�@;_ح��EPSG#�IGN-Pyf UaPou�1C�9 ) EPSG=�IGN72 Nuku Hiva to RGPF (2)May be taken as approximate transformation IGN72 Nuku Hiva to WGS 84 - see code 15776.EPSG%�EPSGEPSGO@�O#�
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� � d���� [� �61M� EPSG=�Cocos Islands 1965 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%�EPSGdEPSG�,���EPSG#)DMA-Cck�U1C�! EPSG=�Barbados 1938 to WGS 84 (1)Derived at 2 stations (S40 and M1, St Annes Tower) in 2004. Accuracy 2.5m.EPSG%�EPSGtEPSG�@?�33333@r��
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=p��EPSG#)UKHO-Brb�j1c�O #EPSG=�Egypt Gulf of Suez S-650 TL to WGS 72BE (1)Derived by Egypt Surveys Limited through single point Transit translocation at 1 station (S-650).EPSG%�EPSGbEPSG��bEPSG#)ESL-Egy GoS�?1A�m 'EPSG=�Malongo 1987 to WGS 84 (3)Derived via WGS 72BE by Geodetic for Chevron in 1987 by single point Transit translocation at 1 station (Malongo Y). Replaced in 1989 by Malongo 1987 to WGS 84 (1) (code 1330).EPSG%�EPSG�EPSG�
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=p�� �Q� �XE\(�EPSG#)CHV-Ago Cab87�y1M� #EPSG=�Mhast (offshore) to WGS 72BE (1)Derived by Oceaneering for CABGOC in 1979. Mean of parameters derived by single point Transit translocation at 2 stations (Mongo Tando and N'To). Applied to single point Transit translocations at other stations to define Mhast (offshore) coordinates.EPSG%�EPSGaEPSG�
��EPSG#)CHV-Ago Cab�c13�W !EPSG=�AGD84 to WGS 84 (8)Parameter values from AGD84 to GDA94 (1) (code 1279). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSGkEPSG��` �@c,�����EPSG#)OGP-Aus 5m�k15�W !EPSG=�AGD66 to WGS 84 (16)Parameter values from AGD66 to GDA94 (1) (code 1278). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�EPSGjEPSG��_�33333�J&fffff@c �����EPSG#)OGP-Aus 5m�+0;e EPSG=�IGCB 1955 to WGS 84 (1)Derived by Topnav in 1991 at station TSH 85.EPSG%�EPSG]EPSG��S�������b�e �����EPSG#)Tot-Cod�^1C�5 EPSG=�Le Pouce 1934 to WGS 84 (1)Derived at 17 stations in 1994 by University of East London. Residuals less than 2m.EPSG%�EPSG[EPSG��������@c������#33333EPSG#)UEL-Mus�i1=�k %EPSG=�IGN53 Mare to WGS 84 (2)Withdrawn by information source and replaced by improved information from local authority - see tfm code 15901.EPSG%�EPSG!EPSG� ��xEPSG#)IGN-Ncl Mare�
1M�) EPSG=�Campo Inchauspe to POSGAR 94 (1)Adopted from U.S. Defense Mapping Agency values for Campo Inchauspe to WGS 84 (tfm code 1127) assuming that POSGAR 94 is equivalent to WGS 84.EPSG%�EPSG}EPSGV�l �ZEPSG#)IGM-Argm0;
EPSG=�POSGAR 94 to WGS 84 (1)EPSG%�EPSG^EPSG�EPSG#)EPSG-Arg�1?�q +EPSG=�Gulshan 303 to WGS 84 (1)Derived at origin station in Dhaka. Source information given to 3 decimal places but rounded by OGP to be commensurate with stated accuracy. For consistency with Survey of Bangladesh, Gulshan 303 to WGS 84 (2) [code 9679] should be preferred.EPSG%�EPSGJEPSG�@q�33333@��33333@pQ�����EPSG#)OGP-Bgd rounded�N13� 'EPSG=�ELD79 to WGS 84 (7)Derived by Total at stations SDL 130-03, 04 and 05 in May 2005.EPSG%�EPSG?EPSG�?� �\������X� �b�fffffEPSG#)Tot-Lby NC192 8 � 1I�E +EPSG=�Tern Island 1961 to WGS 84 (1)Derived at 1 satellite station. Same transformation parameter values related to same datum area given in original 1987 DMA TR8350.2 edition for Sorol Atoll.EPSG%�EPSGcEPSG�,r���EPSG#)DMA-Usa HI Tern
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� �O11�C )EPSG=�PN84 to WGS 84 (1)Determined at 1 satellite station. Accuracy +/- 25m in each axis. Unclear from information source whether the source CRS is PN68 or PN84 - see also CT code 9743. Given the accuracy, can be considered to apply to either.EPSG%�EPSGxEPSG�,�ͤEPSG#)DMA-Esp Canary�>15� 3EPSG=�SIGD61 to WGS 84 (1)Determined from 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSGvEPSG�,*| �EPSG#)DMA-Cym Little Brac�F1M� )EPSG=�South Georgia 1968 to WGS 84 (1)Determined from 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSGrEPSG�,��w��EPSG#)DMA-Sgs Sgeorg�0II #EPSG=�Deception Island to WGS 84 (1)Accuracy +/- 20m in each axis.EPSG%�EPSG�EPSG�# �mEPSG#)DMA-Ata Dec�<1A� #EPSG=�Antigua 1943 to WGS 84 (2)Determined from 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSG�EPSG�,��
>EPSG#)DMA-Atg Ant�:1?� 'EPSG=�Kusaie 1951 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSGEPSG�,��EPSG#)DMA-Fsm Carol�L1Q� -EPSG=�Johnston Island 1961 to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/- 25m in each axis. Note: NGA online html files carry a different dZ value - OGP believe this is an erroneous transcription from the TR8350.2 line above.EPSG%�EPSGuEPSG�, ���6EPSG#)DMA-Umi Johnston�B1K� )EPSG=�Diego Garcia 1969 to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/- 25m in each axis.EPSG%�EPSGtEPSG�, �M�EPSG#)DMA-Iot Garcia�:1A� %EPSG=�Solomon 1968 to WGS 84 (2)Derived at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSGnEPSG�, ��/�EPSG#)DMA-Slb Guad�@1M� )EPSG=�Easter Island 1967 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axisEPSG%�EPSGoEPSG�, � �oEPSG#)DMA-Chl Easter�:1A� %EPSG=�Solomon 1968 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%�EPSGnEPSG�, �9�EPSG#)DMA-Slb Gizo�?1E�
)EPSG=�Cape Canaveral to WGS 84 (1)Derived at 19 satellite stations. Accuracy +/- 3 m in each axis.EPSG%�EPSGmEPSG�� � �EPSG#)DMA-Bha Usa-FL�G1Q�
+EPSG=�Phoenix Islands 1966 to WGS 84 (1)Derived at 4 satellite stations. Accuracy +/- 15 m in each axis.EPSG%�EPSGlEPSG�*���EPSG#)DMA-Kir Phoenix� 0GK +EPSG=�Camp Area Astro to WGS 84 (1)No accuracy estimate available.EPSG%�EPSGkEPSG�� �EPSG#)DMA-Ata McMurdo�219�
EPSG=�Bellevue to WGS 84 (1)Derived at 3 satellite stations. Accuracy +/- 20 m in each axis.EPSG%�EPSGjEPSG�#����EPSG#)DMA-Vut�r1O�w EPSG=�Ayabelle Lighthouse to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis. Replaced by Ayabelle Lighthouse to WGS 84 (2) (code 6907).EPSG%�EPSGiEPSG�,�� �EPSG#)DMA-Dji�<1M� )EPSG=�Marcus Island 1952 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%�EPSGgEPSG�,|��EPSG#)DMA-Jpn Marcus�51A� #EPSG=�Astro DOS 71 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%�EPSGfEPSG�,��&�EPSG#)DMA-Shn Hel�=1S� #EPSG=�Ascension Island 1958 to WGS 84 (1)Derived at 2 satellite stations. Accuracy 25m in each axis.EPSG%�EPSGhEPSG�,�3k5EPSG#)DMA-Shn Asc
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� � \���<}�{� � �o1M�q EPSG=�Hong Kong 1963(67) to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/- 1m. Care: does not use Hong Kong 1963 (code 4838) as the source CRS.EPSG%�EPSG�EPSG�d��CEPSG#)UKHO-Hkg�611�' EPSG=�RGPF to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84.EPSG%�EPSGOEPSG�EPSG#)EPSG-Pyf�B11�) EPSG=�RGPF to WGS 84 (1)Transformation is to original definition of WGS 84. It is consistent with later WGS 84 realisations G730, G873 and G1150 to no better than 1m.EPSG%�EPSGOEPSG�?� ?�n��O�;��9XbMӿ�\(�\EPSG#)?��<64�3�*0U2a?|�1&�yEPSG#��� ��҈�EPSG#�IGN-Pyf�<17�/ EPSG=�KGD2002 to WGS 84 (1)Approximation at the +/- 1m level assuming that ITRF2000 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Kor�=05y 'EPSG=�GCGD59 to WGS 84 (1)Determined from 6 satellite stations. Accuracy +/- 1m.EPSG%�EPSGsEPSG�@P�33333@Z�fffff@aY�����EPSG#)UNO-Cym Grand�<05y 3EPSG=�SIGD61 to WGS 84 (2)Determined from 2 satellite stations. Accuracy +/- 1m.EPSG%�EPSGvEPSG�@F333333m@b�fffffEPSG#)UNO-Cym Little Brac�W1A�5 5EPSG=�Old Hawaiian to WGS 84 (7)Derived at 8 satellite stations. Accuracy +/- 10m in X axis, +/- 6m in Y and Z axes.EPSG%�EPSG'EPSG�:��JEPSG#)DMA-Usa HI Oahu 1991�B1A� 5EPSG=�Old Hawaiian to WGS 84 (6)Derived at 2 satellite stations. Accuracy +/- 25m in each axis.EPSG%�EPSG'EPSG�,A��BEPSG#)DMA-Usa HI Maui 1991�C1A� 7EPSG=�Old Hawaiian to WGS 84 (5)Derived at 3 satellite stations. Accuracy +/- 20m in each axis.EPSG%�EPSG'EPSG�#-��TEPSG#)DMA-Usa HI Kauai 1991�A1A� 3EPSG=�Old Hawaiian to WGS 84 (4)Derived at 2 satellite stations. Accuracy +/- 25m in each axis.EPSG%�EPSG'EPSG�,Y��IEPSG#)DMA-Usa HI Haw 1991�T1A�9 +EPSG=�Old Hawaiian to WGS 84 (3)Derived at 15 satellite stations. Accuracy +/- 25m in X axis, +/- 20m in Y and Z axes.EPSG%�EPSG'EPSG�&=��KEPSG#)DMA-Usa HI 1987�=1I� %EPSG=�Wake Island 1952 to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/-25m in each axis.EPSG%�EPSG}EPSG�,� �EPSG#)DMA-Mhl Wake�A1S� %EPSG=�Marshall Islands 1960 to WGS 84 (1)Derived at 10 satellite stations. Accuracy +/-3 m in each axis.EPSG%�EPSG|EPSG�f4�EPSG#)DMA-Mhl 1960�41E� EPSG=�Viti Levu 1916 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/-25m in each axis.EPSG%�EPSG{EPSG�,3��EPSG#)DMA-Fji�-1=� EPSG=�Santo 1965 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%�EPSGzEPSG�, �*TEPSG#)DMA-Vut�C1C� 5EPSG=�Pitcairn 1967 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25 m in each axis.EPSG%�EPSGyEPSG�, � �*EPSG#)DMA-Pcn Pitcairn Isl�t1?�s 3EPSG=�Midway 1961 to WGS 84 (2)Derived at 1 satellite station. Accuracy +/- 25m in each axis. Replaces Midway 1961 to WGS 84 (1) (tfm code 15817).EPSG%�EPSGwEPSG�,��EPSG#)DMA-Umi Midway 2003�g1?�Y 3EPSG=�Midway 1961 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axis. Information source states "provided for historical purposes only. These parameter [values] should not be used". Replaced by Midway 1961 to WGS 84 (2) (tfm code 15818).EPSG%�EPSGwEPSG�,���EPSG#)DMA-Umi Midway 1987
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^ ���/Y���� � �]1-�K EPSG=�FD54 to ED50 (1)Derived at 3 points in 1976. This transformation then used to define ED50 on the Faroe Islands.EPSG%�EPSG�EPSG��c*�\(��e- �Q�@U��\)EPSG#)KMS-Fro�Y1C� EPSG=�Pulkovo 1942 to WGS 84 (16)Derived via PZ-90 at 30 stations throughout USSR (Former Soviet Union, FSU) through concatenation of Pulkovo 1942 to PZ-90 (1) (tfm code 15844) and PZ-90 to WGS 84 (1) (tfm code 15843).EPSG%�EPSG�EPSG�@ �s�S� EPSG#)��ffffff��O�;dZEPSG#�EPSG#�OGP-Rus�Y1G�Y EPSG=�Mauritania 1999 to WGS 84 (1)Mauritania 1999 can be considered to be the same as WGS 84 within the accuracy of this transformation.EPSG%�EPSG^EPSG�EPSG#)OGP-Mau�?15�# #EPSG=�NAD27 to WGS 84 (84)Developed by EnSoCo Inc. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%�EPSG�EPSG�� � �EPSG#)ESC-Usa GoM�Q15�? -EPSG=�NAD27 to WGS 84 (83)Developed by John E Chance and Associates at 21°55'N, 97°20'W. Geoid height used =-17m.EPSG%�EPSG�EPSG��} �EPSG#)JECA-Mex GoM Tam�T15�G )EPSG=�NAD27 to WGS 84 (82)Developed by John E Chance and Associates. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%�EPSG�EPSG�� � �EPSG#)JECA-Usa GoM W�T15�G )EPSG=�NAD27 to WGS 84 (81)Developed by John E Chance and Associates. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%�EPSG�EPSG�� � �EPSG#)JECA-Usa GoM C�T15�G )EPSG=�NAD27 to WGS 84 (80)Developed by John E Chance and Associates. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%�EPSG�EPSG�� � �EPSG#)JECA-Usa GoM E�{1M� %EPSG=�IGN 1962 Kerguelen to WGS 84 (1)Also published in US NIMA/NGA TR8350.2 which gives accuracy of +/-25m in each axis and states that derived at one station.EPSG%�EPSGZEPSG�
��EgEPSG#)IGN-Atf Kerg�19�' 'EPSG=�Beduaram to WGS 84 (2)Used by Elf / CGG between December 1991 and March 1992. Probably derived from results of concatenated tfm Beduaram to WGS 84 (1) (code 8634).EPSG%�EPSGuEPSG��� �EPSG#)ELF-Ner SE 910K
%EPSG=�ST84 Ile des Pins to WGS 84 (2)EPSG%�EPSG"EPSG�
�$EPSG#)IGN-Ncl Pins�$03k )EPSG=�MOP78 to WGS 84 (2)Replaces information from 2001 (tfm code 1925).EPSG%�EPSG EPSG�
��|�EPSG#)IGN-Wlf Wallis�1_�w 'EPSG=�Egypt Gulf of Suez S-650 TL to WGS 84 (2)Sometime referred to as "Egypt 1907 to WGS 84". However, application to WGS 84 coordinates of the reverse of this tfm results in Gulf of Suez S-650 TL, not Egypt 1907, position. Gulf of Suez S-650 TL and Egypt 1907 CRSs differ by some 20 metres.EPSG%�EPSGbEPSG��bF�Q� @\(Q� �@333333EPSG#)Racal-Egy GoS� 1M�/ ) EPSG=�Pampa del Castillo to WGS 84 (1)Transformation parameter precision given to millimetres in information source but due to accuracy rounded to nearest decimetre for EPSG database.EPSG%�EPSGAEPSG�@;� @gL�����EPSG#)UNO-Arg ComRiv�61?�Y EPSG=�Pulkovo 1942 to PZ-90 (1)Derived through Glonass at 30 stations throughout USSR - Former Soviet Union (FSU). Mandated for use in Russia by GosStandard of Russia Decree #327 of August 9, 2001.EPSG%�EPSG�EPSG��s�EPSG#)��ffffff�� �Q� EPSG#�EPSG#�GiK-Rus & �e03u %EPSG=�PD/83 to ETRS89 (1)Derived at 10 points of the German GPS Network DREF.EPSG%�EPSG�EPSG�@��33333@R�����@z333333EPSG#)���vȴ9X���+ I��ȴ9XbEPSG#�@�
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EPSG>RGNC91-93 to WGS 84 (1)EPSG%�EPSG�EPSG�EPSG#)IGN-Ncl�_11�{ EPSG>GR96 to WGS 84 (1)Approximation at the +/- 1m level assuming that GR96 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)OGP-Grl�s1G� EPSG>Vanua Levu 1915 to WGS 84 (1)Parameter values taken from Viti Levu 1912 to WGS 84 (1) (tfm code 15897). Approximation at the +/- 50m level assuming that CRS 4748 is equivalent to CRS 4752 within the transformation accuracy. Source CRSs 4748 and 4752 are independent but connected.EPSG%�EPSG�EPSG�23��EPSG#)OGP-Fji�1;�; EPSG>Fiji 1986 to WGS 84 (2)Horizontal accuracy 2m, vertical accuracy approximately 40 metres. Suitable for GIS mapping purposes but not rigorous surveying. Very similar results may be obtained through Fiji 1986 to WGS 84 (1) (tfm code 15876).EPSG%�EPSGpEPSG�(�A�$�/�@aE����B{dZ �EPSG#)?�� �Q����l���;dZ �EPSG#�����O�;dEPSG#�FD-Fji�&1;�5 EPSG>Fiji 1986 to WGS 84 (1)Approximation at the +/- 2m level assuming that Fiji 1986 is equivalent to WGS 72. Parameter values taken from WGS 72 to WGS 84 (1) (tfm code 1237).EPSG%�EPSGpEPSG�@ EPSG#)?�^5?|�EPSG#�?�e��ںEPSG#�OGP-Fji�w1;�o EPSG>Fiji 1956 to WGS 84 (1)Derived at 20 stations. Also published by NGA in GeoTrans v3.4 software with parameter values rounded to integer.EPSG%�EPSGqEPSG�@p�fffff@x�/���hAx��EPSG#)DGC-Fji�1I� #EPSG>Nord Sahara 1959 to WGS 84 (7)Derived at 11 stations throughout blocks 317b, 319b, 321b and 322b. Network based on station P4 (horizontal) and benchmark RN51 (vertical) using EGM96 geoid height. Used by Equinor in Hassi Mouina. May be taken as a transformation to RGSH2020 (CT 10342).EPSG%�EPSG�EPSG��e1�S���R\(�@r���EPSG#)ENG-Dza Mou�)1?�O EPSG>Douala 1948 to WGS 84 (1)Derived at Manoca tower assuming the pyramid on the tower and the centre of the tower reservoir are co-located. This assumption carries a few metres uncertainty.EPSG%�EPSG`EPSG�
�i�33333�e�fffff�U������EPSG#)Tot-Cmr�F1A� #EPSG> Karbala 1979 to WGS 84 (1)Derived from shifts in UTM rectangular coordinates for one point in Basra area provided by Iraq National Oil Exploration Company. Replaced by Karbala 1979 to WGS 84 (2) (tfm code 5078).EPSG%�EPSG�EPSG�@Ufffff�t�����@kVfffffEPSG#)OEC-Irq Bas�E1A� EPSG=�Nahrwan 1967 to WGS 84 (6)Derived by concatenation of parameter values published by IGN Paris from Nahrwan 1967 to WGS 72 at the Nahrwan SE Base trig station near Baghdad with DMA WGS 72 to WGS 84 parameter values.EPSG%�EPSG�EPSG��nFfffff�b �����@w$�����EPSG#)IGN-Irq�"0=E EPSG=�Jouik 1961 to WGS 84 (1)Derived at 5 points in 2002.EPSG%�EPSGGEPSG�T ��
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=p��EPSG#)Wood-Mrt�`11�} EPSG=�DHDN to WGS 84 (3)Parameter values taken from RD/83 to ETRS89 (1) (tfm code 15868) assuming that within the accuracy of the transformation ETRS89 is equivalent to WGS 84 and RD/83 is equivalent to DHDN.EPSG%�EPSG�EPSG�@�#33333M@{�33333EPSG#)����S���?�/��v�`A�7K�EPSG#�@ffffffEPSG#�OGP-Deu E { �(1=�Q EPSG> ST87 Ouvea to WGS 84 (2)Parameter values taken from ST87 Ouvea to RGNC91-93 (1) (code 15885) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%�EPSG�EPSG�L!���l�@0"��`A��6�"��`BEPSG#)BGN-Ncl
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� ���"C]���. �T �,0G3 EPSG>Scoresbysund 1952 to GR96 (1)Derived via NWL 9D.EPSG%�EPSGcEPSG�iF�Y� EPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl�.013 EPSG>Qornoq to GR96 (1)Derived via NWL 9D.EPSG%�EPSG�EPSG�@dpZ �1@_� �1'�c�?|�hEPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl�j1E�s EPSG>Viti Levu 1912 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/-25m in each axis. Replaced by Viti Levu 1912 to WGS 84 (2) (code 6895).EPSG%�EPSG�EPSG�,3��EPSG#)DMA-Fji�D1K�+ EPSG>Kertau (RSO) to Kertau 1968 (1)To transform Kertau (RSO) to WGS 84, see concatenated transformation code 8659.EPSG%�EPSG�EPSG�EPSG#)OGP-Mys�K1?�5 +EPSG>SIRGAS 2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that SIRGAS 2000 is equivalent to WGS 84.EPSG%�EPSGBEPSG�EPSG#)OGP-C&S America�d0QE %EPSG>ST84 Ile des Pins to RGNC91-93 (1)Determined in December 1999.EPSG%�EPSG"EPSG�?�������@n�p��
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�(�EPSG#�@,�j��f�EPSG#�BGN-Ncl 0.1m�]0CE %EPSG>ST87 Ouvea to RGNC91-93 (2)Determined in December 1999.EPSG%�EPSG�EPSG�?��������^��9Xb�g���vȴ@Y�`A�7LEPSG#)� �+ J@ݲ-V@ѷX�EPSG#�@�j��f�EPSG#�BGN-Ncl 0.1m�u0Cu %EPSG>IGN53 Mare to RGNC91-93 (2)Determined in April 1993, modified in December 1999.EPSG%�EPSG!EPSG�?��������y���m@v�E���y���oEPSG#)��&���?�PH��SZ����EPSG#��^F\��N<EPSG#�BGN-Ncl 0.1m�[0E? %EPSG>IGN56 Lifou to RGNC91-93 (2)Determined in April 1993.EPSG%�EPSGEPSG�?�������@a"��m@`u�����@Vޗ�O�;EPSG#)?��t�j@'2��m@S��MjEPSG#�� �U�=EPSG#�BGN-Ncl 0.1m�Y0G9 %EPSG>NEA74 Noumea to RGNC91-93 (2)Determined in May 2001EPSG%�EPSG$EPSG�?��������d�0U2a|�cY '�0@oڀ�IQ�EPSG#)@B��S��� Τ��T�@$g�@��EPSG#��>�
=p��EPSG#�BGN-Ncl 0.1m�e0S; /EPSG>IGN72 Grande Terre to RGNC91-93 (3)Determined in July 2000EPSG%�EPSG6EPSG�?�������@Hg-�i����@u�S���EPSG#)@ ��L/�{?�\��N<�Y�>BZ�EPSG#�@�t�EPSG#�BGN-Ncl Noum 0.1m�`0S? !EPSG>IGN72 Grande Terre to RGNC91-93 (2)Determined in April 1993.EPSG%�EPSG6EPSG�?�333333@XS I�^�ps�S���@snbM��EPSG#)?��0�
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1G� !EPSG>NEA74 Noumea to RGNC91-93 (1)Determined in July 2000. May be taken as approximate transformation to WGS 84 - see NEA74 Noumea to WGS 84 (3) (code 15904).EPSG%�EPSG$EPSG��$\(�\�u��G�{@r5� �REPSG#)BGN-Ncl 1m�1C� !EPSG>
ST87 Ouvea to RGNC91-93 (1)Determined in December 1999. May be used as approximate transformation to WGS 84 - see ST87 Ouvea to WGS 84 (2) (code 15881).EPSG%�EPSG�EPSG�?� �L!���l�@0"��`A��6�"��`BEPSG#)BGN-Ncl 1m�"1C�7 !EPSG> IGN53 Mare to RGNC91-93 (1)Determined in April 1993, modified in December 1999. May be taken as approximate transformation to WGS 84: see IGN53 Mare to WGS 84 (3) (code 15901).EPSG%�EPSG!EPSG�@q�G�z�@f8�\)�`� �Q�EPSG#)BGN-Ncl 2m� 1E� !EPSG> IGN56 Lifou to RGNC91-93 (1)Determined in April 1993. May be taken as approximate transformation to WGS 84 - see IGN56 Lifou to WGS 84 (3) (code 15902).EPSG%�EPSGEPSG�@t�� �Q�@kҏ\(��l�z�G�EPSG#)BGN-Ncl 1m l �*0C3 EPSG> Ammassalik 1958 to GR96 (1)Derived via NWL 9D.EPSG%�EPSGdEPSG���� EPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl q R�
� � ���K��]��m�AY q Q�b0G ESRI��ITRF_2000_To_ITRF_1988_AT1988EPSG EPSG �EPSG �?�J���D�?��O�;dZ���rGE9EPSG#)?6�� C-�'��9��EPSG#�?�T`�d�EPSG#�C�*0U2a�V�����EPSG>��h�EPSG>���h�EPSG�EPSG P�b0G ESRI��ITRF_2008_To_ITRF_1997_AT2000EPSG EPSG �EPSG �?s�*0U2a?eL�_������$tS�EPSG#)?uMU iEPSG#�?g�#c�EPSG#�?6�� C-�@bM��j6�� C-EPSG>��h�EPSG?��9��EPSG�EPSG O�,0c ESRI��WGS_1984_Transit_To_G730_Fixed_At_1990.5_KDEPSG%�EPSG"�EPSG#]?� �1&�� �EPSG@2L����Ϳ�333333EPSG@%ffffffEPSG Nu0I ESRI�CNAD_1983_HARN_To_NAD_1983_2011EPSG%�EPSG8EPSG�?�������EPSG#) M�0M ESRI� NAD_1983_HARN_To_WGS_1984_SaipanEPSG%�EPSG8EPSG�?�333333?ٙ�����?ᙙ����EPSG#) L�<0M ESRI��Graciosa_1948_To_WGS_1984_5_7parEPSG%�ESRI �yEPSG�?�z�G�{�i1p��
=@[Cn��P@@�l�C�EPSG#)��M���@ ě��S�@�C��%EPSG#�?�Ƨ-EPSG#� K�0- ESRI��WGS_1984_To_RT90EPSG%�EPSG�EPSG �y��3��D�Hw ���r* EPSG#)��\�
йM@!zH��>� D)@9XEPSG#�EPSG#� J� 0C ESRI��Sao_Braz_To_WGS_1984_2_3parEPSG%�ESRI ��EPSG�?�������i����S�@a��+ @K��E��EPSG#) I�F0a ESRI�}Datum_Lisboa_Hayford_To_WGS_1984_2009_7parEPSG%�ESRI��EPSG�?� �q�hr� �Q�Z �1@]\z�G�EPSG#)��n��P?�5?|�h���/��wEPSG#��;dZ �EPSG#� H� 0Q ESRI�RDatum_Lisboa_Hayford_To_WGS_1984_1EPSG%�ESRI��EPSG��s �j~��NI�^5?}@Y�\)EPSG#) G�.01 ESRI�,D48_To_D96_2010_GIEPSG%�ESRI��EPSG�?� �Q� @}�G�z�@_|���S�@z �\)EPSG#)�q���z��J�@'�y����EPSG#�@#�"̳�EPSG#� F�0= ESRI��ITRF_1994_To_ITRF_2000_1EPSG%�EPSG#"EPSG#%?�z�G�{�{qu�!�S�x�PH�?���l�EPSG#)EPSG#��Ye+��aEPSG#� E�Z0I ESRI' ITRF_2005_TO_ITRF2020_AT2015_1EPSG EPSG �EPSG'?�z�G�{�f Ov_خ�6�� C-?V�����EPSG#)EPSG#��EL�_��EPSG#�3�*0U2a?6�� C-�6�� C-EPSGEPSG��uMU iEPSG�EPSG D�1?� % EPSG>xMGI to Slovenia 1996 (11)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@y
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��6��@'��a��EPSG#�@4�&gsEPSG#�GuRS-Svn cen C�11=� EPSG>mMGI to Slovenia 1996 (1)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible. May be taken as approximate tfm MGI to WGS 84 (see code 15982)EPSG%�EPSG�EPSG�@y��Q� @R
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cQ���EPSG#�@1�o*ZF�EPSG#�GuRS-Svn B�l13�W %EPSG>\ED50 to WGS 84 (42)Developed by the Portuguese Hydrographic Institute and used by the Directorate of Energy and Geology.EPSG%�EPSG�EPSG��U��^5?}�[8A�7K�^ ��$�EPSG#)DGEG-Por off A�15�U EPSG>6JAD69 to JAD2001 (1)Accuracy 0.3 to 0.5 metres. May be used as tfm to WGS 84 - see JAD69 to WGS 84 (3) (tfm code 15927).EPSG%�EPSG�EPSG�?� �@�j~��#@c9?|�h@W�`A�7LEPSG#)@!)x��@�x��(�\)EPSG#�@!�fffffEPSG#�NLA-Jam ?�,1=�Q !EPSG> IGN53 Mare to WGS 84 (3)Parameter values taken from IGN53 Mare to RGNC91-93 (1) (code 15884) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%�EPSG!EPSG�@q�G�z�@f8�\)�`� �Q�EPSG#)BGN-Ncl v3
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` ����� o� O@ �605u EPSG>4ELD79 to LGD2006 (1)Derived at 29 stations throughout Libya in May 2006.EPSG%�EPSG?EPSG�@W#KƧ�@%��e��O�b�S��MjEPSG#)SDL-Lby�803s #EPSG>3ELD79 to WGS 84 (9)Derived by SDL for Total in Cyrenaica blocks 2 & 4.EPSG%�EPSG?EPSG��]l�����Y33333�c �����EPSG#)TOT-Lby Cyr�,0AK 'EPSG>1Beijing 1954 to WGS 84 (4)Provided by BGP to ELF in 1994.EPSG%�EPSGvEPSG�@/�������cL�����T�33333EPSG#)BGP-Chn Tarim�$1A� #EPSG>0Beijing 1954 to WGS 84 (3)Derived via WGS 72BE. Original transformation derived by GSI in 1980-81. The GSI memo incorrectly gave the parameters as from WGS 72 to Beijing 1954, but it has been determined by the OGP that the memo should have stated from Beijing 1954 to WGS 72BE.EPSG%�EPSGvEPSG�@?ffffff�b ������R�33333EPSG#)?� I�^5?EPSG#���Q� �REPSG#�GSI-Chn SCS�1A�M EPSG>/Beijing 1954 to WGS 84 (2)Derived via WGS 72BE. Original transformation derived in 1979 at 4 stations on Yellow Sea coast.EPSG%�EPSGvEPSG�@/\(��\tz�G��D���
=qEPSG#)?� I�^5?EPSG#���Q� �REPSG#�BP-Chn YS�10AY #EPSG>.Beijing 1954 to WGS 84 (1)Provided by BGP to TOTAL in June 2006.EPSG%�EPSGvEPSG�@)J��n��ce����T7;dZ �EPSG#)BGP-Chn Ord�S15�C /EPSG>)NAD27 to WGS 84 (86)Developed by John E Chance and Associates at 21°33'N, 92°33'W. Geoid height used =-16.7m.EPSG%�EPSG�EPSG�} �EPSG#)JECA-Mex GoM CamN�a13�} EPSG>(DGN95 to WGS 84 (1)Approximation at the +/- 1m level assuming that DGN95 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)OGP-Idn�f1/� EPSG>'ID74 to DGN95 (1)Derived at 38 stations. Standard deviations of translations are 1.3, 1.1 and 3.6m, of rotations 0.11, 0.06 and 0.04 sec and ppm 0.18. May be taken as a tfm ID74 to WGS 84 - see tfm 1833.EPSG%�EPSG�EPSG������o�* �Q� �#�j~��#EPSG#)��KƧ��A�7Kƨ�� I�^5?EPSG#���O�;dEPSG#�Bak-Idn�605u EPSG>&ELD79 to LGD2006 (1)Derived at 29 stations throughout Libya in May 2006.EPSG%�EPSG?EPSG��W#KƧ�%��e��O@b�S��MjEPSG#)SDL-Lby�503u EPSG>%ELD79 to WGS 84 (8)Derived at 29 stations throughout Libya in May 2006.EPSG%�EPSG?EPSG��\����>B�Xû/�V�c�m\��EPSG#)SDL-Lby�U17�! EPSG>$LGD2006 to WGS 84 (1)Derived at 5 stations throughout Libya used to define LGD2006 in May 2006.EPSG%�EPSG�EPSG�?��������j �PH�[x,<���w�kP�EPSG#)SDL-Lby�,1A�U EPSG> NEA74 Noumea to WGS 84 (2)Parameter values taken from NEA74 Noumea to RGNC91-93 (1) (code 15886) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%�EPSG$EPSG�$\(�\�u��G�{@r5� �REPSG#)BGN-Ncl�<1M�a !EPSG> IGN72 Grande Terre to WGS 84 (3)Parameter values taken from IGN72 Grande Terre to RGNC91-93 (1) (code 15882) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%�EPSG6EPSG��'G�z�H�uə����@r?�z�HEPSG#)BGN-Ncl v3�-1?�S !EPSG> IGN56 Lifou to WGS 84 (3)Parameter values taken from IGN56 Lifou to RGNC91-93 (1) (code 15883) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%�EPSGEPSG�@t�� �Q�@kҏ\(��l�z�G�EPSG#)BGN-Ncl v3 n �>17�3 EPSG>5JAD2001 to WGS 84 (1)For many practical purposes JAD2001 can be considered to be coincident with WGS 84.EPSG%�EPSG�EPSG�EPSG#)NLA-Jam
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/B������ � A� �30;3 EPSG>UQornoq 1927 to GR96 (1)Derived via NWL 9D.EPSG%�EPSGbEPSG�@dpZ �1@_� �1'�c�?|�hEPSG#)?� I�^5?EPSG#���333333EPSG#�KMS-Grl�40C[ #EPSG>QNahrwan 1967 to WGS 84 (10)Used by Dubai Municipality before 1994.EPSG%�EPSG�EPSG��oVfffff�c������@w�fffffEPSG#)Dub-UAE Dub�1A� #EPSG>PNahrwan 1967 to WGS 84 (9)Used by DPC for Al Fateh field. Applying this transformation gives same result as Nahrwan 1967 to WGS 84 (8) (code 15938).EPSG%�EPSG�EPSG��n�fffff�b������@w������EPSG#)DPC-UAE Fat� 1A�9 %EPSG>BNahrwan 1967 to WGS 84 (8)Derived via WGS 72BE from Transit observations at station TC58 in 1976 by BP for ADMA.EPSG%�EPSG�EPSG��l,�����c�fffff@w������EPSG#)?� I�^5?EPSG#���Q� �REPSG#�ADMA-UAE Abd� 1A�+ #EPSG>ANahrwan 1967 to WGS 84 (7)Parameter values adopted by Total are mean of those derived by Oceonics and Geoid through ties at station TC58 to 4 IGS stations in March 1995.EPSG%�EPSG�EPSG��n�������cfffff@w�fffffEPSG#)TOT-UAE Abd�90Ag %EPSG>@Beijing 1954 to WGS 84 (6)Provided by Sinopec to TOTAL in January 2007.EPSG%�EPSGvEPSG�@'�n��O�cZ�-�TV�EPSG#)Sino-Chn Ord�{1A�9 )EPSG>?Beijing 1954 to WGS 84 (5)Concatenated via WGS 72BE. Recomputation by Shelltech in 1981 of SSB 1980 observation.EPSG%�EPSGvEPSG�
�a������Rl�����EPSG#)?� I�^5?EPSG#���Q� �REPSG#�Shlt-Chn BeiBu�31=� %EPSG>>Amersfoort to WGS 84 (3)Parameter values from Amersfoort to ETRS89 (3) (tfm code 15739) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaces Amersfoort to WGS 84 (2) (code 1672). Replaced by Amersfoort to WGS 84 (4) (tfm code 4833).EPSG%�EPSG�EPSG�@���+��a@I ��@}�+ JEPSG#)?��\(���4֡a�@""�� ��EPSG#�@S&���EPSG#�OGP-Nld 2004�k1G�i -EPSG>;NAD83(NSRS2007) to WGS 84 (1)Approximation assuming that NAD83(NSRS2007) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSG�EPSG�EPSG#)OGP-USA conus AK�[1Q�7 ' EPSG>:NAD83(HARN) to NAD83(NSRS2007) (1)Accuracy 0.1 to 0.2m in California, 0.05-0.11 in Oregon, elsewhere better than 0.05m.EPSG%�EPSG8EPSG�?�������EPSG#)OGP-USA conus�,11� !EPSG>9BD72 to WGS 84 (3)Parameter values from BD72 to ETRS89 (2) (code 15928) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the tfm. Scale difference is given by information source as -1.0000012747; given in this record in ppm to assist application usage.EPSG%�EPSG�EPSG�Z��$tS�@J& Ov_�Y�T`�d�EPSG#)�Պڹ�Y�?�?|�hs��y�� (EPSG#���e+��aEPSG#�IGN-Bel 1m�11� %EPSG>8BD72 to ETRS89 (2)May be taken as approximate transformation BD72 to WGS 84 - see code 15929. Scale difference is given by information source as -1.0000012747. Given in this record in ppm to assist application usage.EPSG%�EPSG�EPSG�?ə������Z��$tS�@J& Ov_�Y�T`�d�EPSG#)�Պڹ�Y�?�?|�hs��y�� (EPSG#���e+��aEPSG#�IGN-Bel 0.2m�'13�} EPSG>7JAD69 to WGS 84 (3)Derived at 4 stations, tested at a further 9. Also used as tfm to JAD69 to JAD2001 (see code 15926). Note: Info source paper contains an error in sign of dS, subsequently confirmed by primary author and NLA of Jamaica, and corrected in this record.EPSG%�EPSG�EPSG�@�j~��#@c9?|�h@W�`A�7LEPSG#)@!)x��@�x��(�\)EPSG#�@!�fffffEPSG#�UT-Jam 1m
�15�A EPSG>[Yacare to SIRGAS (1)Derived at 11 stations during 1998 densification of Uruguay control based on SIRAGAS 1995.EPSG%�EPSG�EPSGJ?� �_ �����@f��z�H@FQ� �REPSG#)���ߤ?�?�m\�����'�/�WEPSG#���O�;dEPSG#�SGM-Ury
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< �R��6�Z � �215� %EPSG>lAGD66 to WGS 84 (18)Parameter values from AGD66 to GDA94 (12) (code 15979). Assumes WGS 84 is equivalent to GDA94; ignores low accuracy of ensemble and tectonic plate motion. Use only offshore: onshore CTs 1665-68 for ACT, NSW/Vic, Tas and NT respectively are more accurate.EPSG%�EPSGjEPSG��]s�E���Iě��S�@a9�+ EPSG#)��dZ �1�܋C��%���E��EPSG#��ҏ\(�EPSG#�EPSG-Aus off�*13�{ %EPSG>kAGD66 to GDA94 (12)Use only offshore: onshore, transformations 1458 (ACT), 1594 (Tas), 1460 (NSW and Vic) and 1595 (NT) are more accurate.EPSG%�EPSGjEPSG��]s�E���Iě��S�@a9�+ EPSG#)��dZ �1�܋C��%���E��EPSG#��ҏ\(�EPSG#�ICSM-Aus off�.05
EPSG>jNAD27 to WGS 84 (88)EPSG%�EPSG�EPSG�@���m@b�bM��@h�;dZ �EPSG#)����E����;dZ �?�1&�x�EPSG#�?�� �Q�EPSG#�ONHG-Cub�!0Co EPSG>iSlovenia 1996 to ETRS89 (1)Slovenia 1996 is a local densification of ETRS89.EPSG%�EPSG�EPSG�EPSG#)OGP-Svn�s1C� EPSG>hSlovenia 1996 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. Slovenia 1996 is a national realization of ETRS89.EPSG%�EPSG�EPSG�EPSG#)OGP-Svn�15� !EPSG>gNZGD49 to WGS 84 (4)These parameter values are taken from NZGD49 to NZGD2000 (1) (code 1566) and assume that NZGD2000 and WGS 84 are coincident to within the accuracy of the tfm. For better accuracy use NZGD49 to WGS 84 (2) (code 1564) or NZGD49 to WGS 84 (3) (code 1670).EPSG%�EPSG�EPSG�@K333333�4�����@f�33333EPSG#)OSG-Nzl 5m�?1;�1 EPSG>fRSRGD2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that RSRGD2000 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Ata�!0[S EPSG>ePopular Visualisation CRS to WGS 84 (1)Executes change of sphere/ellipsoidEPSG%�EPSG�EPSG� EPSG#)OGP-web�G1C�9 EPSG>dPitcairn 2006 to WGS 84 (1)Approximation at the +/- 1m level assuming that Pitcairn 2006 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Pcn�;17�- EPSG>cBDA2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that BDA2000 is equivalent to WGS 84.EPSG%�EPSG�EPSG�EPSG#)OGP-Bmu�W1A�S EPSG>bBermuda 1957 to WGS 84 (2)Parameter values from Bermuda 1957 to BDA2000 (1) (code 15969). Assumes BDA2000 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSGxEPSG�rD�Q� @oA�7K�@z�&�x�EPSG#)���K]�� �Q��,�zxlEPSG#�?�v_ح��EPSG#�OGP-Bmu�S1C�I EPSG>aBermuda 1957 to BDA2000 (1)Derived in 1998 at 12 stations. Used for transformation of 1:2500 mapping. May be taken as approximate transformation Bermuda 1957 to WGS 84 - see code 15970.EPSG%�EPSGxEPSG��rD�Q� @oA�7K�@z�&�x�EPSG#)���K]�� �Q��,�zxlEPSG#�?�v_ح��EPSG#�LBS-Bmu�e15� EPSG>_HTRS96 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. HTRS96 is a regional realization of ETRS89.EPSG%�EPSG�EPSG�EPSG#)OGP-Hrv�715�' EPSG>^HTRS96 to ETRS89 (1)May be taken as approximate transformation HTRS96 to WGS 84 - see code 15967.EPSG%�EPSG�EPSG�EPSG#)OGP-Hrv�059 EPSG>]S-JTSK to WGS 84 (3)Derived at 6 stations.EPSG%�EPSG<EPSG�ML�EPSG#)NIMA-Cze �
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� � y �v�r�q �~ �~1=� % EPSG>vMGI to Slovenia 1996 (9)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@q�vȴ9X@F�C��%@�� �Q�EPSG#)��AFmD�#K�-/��@%���*�EPSG#�@:w.'Z��EPSG#�GuRS-Svn Gor�~1=� % EPSG>uMGI to Slovenia 1996 (8)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@�c�7Kƨ@
333333@�8�t�EPSG#)?�66���,���@$w#�r)EPSG#�@�k�ņ�EPSG#�GuRS-Svn Pom�1=� ' EPSG>tMGI to Slovenia 1996 (7)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@{x �'�=p��
@~-VEPSG#)��9&A�)��)�k�@$O�)��#EPSG#�@0E ����EPSG#�GuRS-Svn Staj�~1=� % EPSG>sMGI to Slovenia 1996 (6)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@}Jz�G�@TX�`A�7@{Ӊ7KƨEPSG#)��Ă{o�
�� (@%"<B�m�EPSG#�@0!�T�T3EPSG#�GuRS-Svn Dol�1=� - EPSG>rMGI to Slovenia 1996 (5)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@z���vȴ@Za��o@�+ JEPSG#)��W� z��bo`��@$�>S!�EPSG#�@(�즆��EPSG#�GuRS-Svn SE 0.3m�1=� - EPSG>qMGI to Slovenia 1996 (4)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?� @|�|�hs@T�Z �1@|��t�jEPSG#)� ��gD���
�Ѐ�s�@%��x|�`EPSG#�@/�L+Q�EPSG#�GuRS-Svn SE 0.5m�}1=� # EPSG>pMGI to Slovenia 1996 (3)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?� @}$�/�5z^5?|�@��E��EPSG#)?���n���<�P;�@#��(g'WEPSG#�@)�;��pEPSG#�GuRS-Svn NE�|1=� ! EPSG>oMGI to Slovenia 1996 (2)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?� @s�I�^5?@gG"��`B@9�vȴ9EPSG#)�Ȩ*V� Ce#pG�@*j�?5�EPSG#�@7r�fMEPSG#�GuRS-Svn W�T1/�Y ! EPSG>nMGI to WGS 84 (9)Parameter values from MGI to Slovenia 1996 (1) (code 15981). Assumes Slovenia 1996 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%�EPSG�EPSG�@y��Q� @R
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cQ���EPSG#�@1�o*ZF�EPSG#�OGP-Svn 96 1 � 1?� ' EPSG>wMGI to Slovenia 1996 (10)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%�EPSG�EPSG�?�333333@v=� �Q�@q$�n��@|��l�EPSG#)�",�{o���� 6&-@- �7X\EPSG#�@4�~^��BEPSG#�GuRS-Svn Prim
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=p�EPSG����������������?�������EPSGEPSG��z�G�{EPSG�EPSG�]0M ESRI&�WGS_1984_G873_To_G1150_AT2005_KDEPSG!EPSG �EPSG �?��Q� �?����������EPSG?�z�G�{EPSG?�333333EPSG?�333333?�ffffffEPSG?�z�G�{EPSG��z�G�{EPSG�EPSG�m0O ESRI%�GDA_1994_To_WGS_1984_G1762_AT2020EPSG!EPSGKEPSG �?� @N�fffff�%�p��
=�DQ� �EPSG�C���Ft�@\m��8��@r�c � EPSG��w��?�^EPSG#�EPSG�X�Z7���Sc����S�2.%�FEPSGEPSG�EPSG�h0E ESRI%�ATRF_2014_To_GDA_1994_AT2020EPSG!EPSG$\EPSGK?�� �Q�N�fffff@%�p��
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=@DQ� �EPSG@C���Ft@@\m��8�@@r�c � EPSG?�w��?�^EPSG#�EPSG?X�Z7���?Sc���?S�2.%�FEPSGEPSG�EPSG�00E ESRI$�ATRF_2014_To_GDA_2020_AT2020EPSG!EPSG$\EPSG �?��Q� �EPSG#)EPSG#�EPSG#�EPSG?X�Z7���?Sc���?S�2.%�FEPSGEPSG�EPSGl0G ESRI"�GDA2020_To_WGS_1984_Transit_1EPSG%�EPSG �EPSG"�EPSG#)�/0C ESRI qITRF_2014_To_GDA2020_AT2020EPSG!EPSG �EPSG �?��Q� �EPSG#)EPSG#�EPSG#�EPSG?X�Z7���?Sc���?S�2.%�FEPSGEPSG�EPSG�.05 ESRI �ONGD14_To_WGS_1984_1EPSG%�EPSG �EPSG�?�������?�5?|�h��p:�~� ��PH��EPSG#)?n�< ��?����j��j �
|[EPSG#�?�����vEPSG#�0I9 EPSG>Pulkovo 1942(58) to WGS 84 (8)Derived at 7 stations.EPSG%�EPSGSEPSG��~�EPSG#)NIMA-Alb�0I9 EPSG>~Pulkovo 1942(83) to WGS 84 (5)Derived at 6 stations.EPSG%�EPSGREPSG���EPSG#)NIMA-Cze�0I; EPSG>}Pulkovo 1942(58) to WGS 84 (4)Derived at 11 stations.EPSG%�EPSGSEPSG���EPSG#)NIMA-Pol�0I9 EPSG>|Pulkovo 1942(83) to WGS 84 (3)Derived at 5 stations.EPSG%�EPSGREPSG� ��EPSG#)NIMA-Hun�Y1K�K EPSG>{Pulkovo 1942(58) to WGS 84 (19)Parameter values taken from Pulkovo 1942(58) to ETRS89 (4) (code 15994) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�EPSGSEPSG�@���o�baXbM�W �Q�EPSG#)?�Ƨ-�������Ϳ����+EPSG#�@\(��EPSG#�OGP-Rom�x1I�} )EPSG>zPulkovo 1942(58) to ETRS89 (4)Replaces S-42 to ETRS89 (3) (tfm code 15993). Consistent with Transdat v3.0 to better than 0.5m. May be taken as approximate transformation Pulkovo 1942(58) to WGS 84 - see code 15995.EPSG%�EPSGSEPSG�@�-w1��ba\(��W!�.H�EPSG#)?�ʹa��}���ᕱ������g�&EPSG#�@���Va EPSG#�ANCPI-Rom 2008�01I�m )EPSG>yPulkovo 1942(58) to ETRS89 (3)Withdrawn and replaced by S-42 to ETRS89 (4) (tfm code 15994). Consistent with Transdat v2.0 to better than 10m.EPSG%�EPSGSEPSG�
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ITRF_1994_TO_ITRF2020_AT2015_1EPSG EPSG �EPSG'?�z�G�{�z��vȴ9?o�䎊q�?��A [�EPSG#)�7��9��EPSG#��pMU hƓEPSG#�6�� C-?C�*0U2a?ie+��aEPSG���h�EPSG� uMU iEPSG�EPSG�j0I ESRI' ITRF_1996_TO_ITRF2020_AT2015_1EPSG EPSG �EPSG'?�z�G�{�z��vȴ9?o�䎊q�?��A [�EPSG#)�7��9��EPSG#��pMU hƓEPSG#�6�� C-?C�*0U2a?ie+��aEPSG���h�EPSG� uMU iEPSG�EPSG�j0I ESRI' ITRF_1997_TO_ITRF2020_AT2015_1EPSG EPSG �EPSG'?�z�G�{�z��vȴ9?o�䎊q�?��A [�EPSG#)�7��9��EPSG#��pMU hƓEPSG#�6�� C-?C�*0U2a?ie+��aEPSG���h�EPSG� uMU iEPSG�EPSG�R0I ESRI'
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=q@�J�|�h@x��"��EPSG#)� � k��������� C,�zEPSG#�@p�ƧEPSG#�1.0.0�1E�E IGNFTSG1009_NUKU72GEO_TO_RGPFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG
IGNFNUKU72GEOIGNFRGPFGEO@�O#�
=q@�J�|�h@x��"��EPSG#)� � k��������� C,�zEPSG#�@p�ƧEPSG#�1.0.0�1�E IGNFTSG1009IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72IGNFRGPF@�O#�
=q@�J�|�h@x��"��EPSG#)� � k��������� C,�zEPSG#�@p�ƧEPSG#�1.0.0� 11�E IGNFTSG1008_IGN63_RGPFIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFIGN63IGNFRGPF@wkp��
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�M;EPSG#�1.0.0�1?�E IGNFTSG1008_IGN63G_TO_RGPFGDDIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFIGN63GIGNFRGPFGDD@wkp��
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�M;EPSG#�1.0.0�1;�E IGNFTSG1008_IGN63G_TO_RGPFGIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFIGN63GIGNFRGPFG@wkp��
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�M;EPSG#�1.0.0�1C�E IGNFTSG1008_IGN63GEO_TO_RGPFGEOIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG
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�M;EPSG#�1.0.0�1A�E IGNFTSG1008_ATUO63G_TO_RGPFGDDIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFATUO63GIGNFRGPFGDD@wkp��
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�M;EPSG#�1.0.0�1=�E IGNFTSG1008_ATUO63G_TO_RGPFGIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFATUO63GIGNFRGPFG@wkp��
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�M;EPSG#�1.0.0�1�E IGNFTSG1008IGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFATUO63IGNFRGPF@wkp��
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�M;EPSG#�1.0.0�1A�E IGNFTSG1007_NUKU72G_TO_RGPFGDDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFNUKU72GIGNFRGPFGDD@d�l�C��@k
=p��@f�(�\EPSG#)�䖻��₿��u��!���?�� �EPSG#�@ �}Vl� EPSG#�1.0.0�1=�E IGNFTSG1007_NUKU72G_TO_RGPFGIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFNUKU72GIGNFRGPFG@d�l�C��@k
=p��@f�(�\EPSG#)�䖻��₿��u��!���?�� �EPSG#�@ �}Vl� EPSG#�1.0.0�1E�E IGNFTSG1007_NUKU72GEO_TO_RGPFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG
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4 88p��=�!��V� g � �0MA % IGNFTSG1207_RGF93GEO_TO_WGS84RRAFGEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEOIGNFWGS84RRAFGEOEPSG#)1.0.0�0EA IGNFTSG1207_RGF93GEO_TO_WGS84GEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEOIGNFWGS84GEOEPSG#)1.0.0� 0QA !% IGNFTSG1207_RGF93GEODD_TO_WGS84RRAFGEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEODDIGNFWGS84RRAFGEOEPSG#)1.0.0�0MA !! IGNFTSG1207_RGF93GEODD_TO_WGS84GEODDRGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEODDIGNFWGS84GEODDEPSG#)1.0.0�0IA ! IGNFTSG1207_RGF93GEODD_TO_WGS84GEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEODDIGNFWGS84GEOEPSG#)1.0.0�0EA IGNFTSG1207_RGF93GDD_TO_WGS84GDDRGF93 (ETRS89) vers WGS 84EPSG%�IGNFRGF93GDDIGNFWGS84GDDEPSG#)1.0.0�0AA IGNFTSG1207_RGF93GDD_TO_WGS84GRGF93 (ETRS89) vers WGS 84EPSG%�IGNFRGF93GDDIGNFWGS84GEPSG#)1.0.0� 0=A IGNFTSG1207_RGF93GDD_TO_4326RGF93 (ETRS89) vers WGS 84EPSG%�IGNFRGF93GDDEPSG�EPSG#)1.0.0x0A IGNFTSG1207RGF93 (ETRS89) vers WGS 84EPSGIGNFRGF93IGNFWGS84EPSG#)1.0.0�]1A�+ IGNFTSG1020_RAIV66G_TO_RGPFGDDMHPF 1966 (ATOLL RAIVAVAE) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFRAIV66GIGNFRGPFGDD@o~��"�@p��+ �i���v�EPSG#)1.0.0�Y1=�+ IGNFTSG1020_RAIV66G_TO_RGPFGMHPF 1966 (ATOLL RAIVAVAE) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFRAIV66GIGNFRGPFG@o~��"�@p��+ �i���v�EPSG#)1.0.0�F1�+ IGNFTSG1020MHPF 1966 (ATOLL RAIVAVAE) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSGIGNFRAIV66IGNFRGPF@o~��"�@p��+ �i���v�EPSG#)1.0.0�~1E�
IGNFTSG1011_MOOREA87G_TO_RGPFGDDMOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFMOOREA87GIGNFRGPFGDD@kVM��@b�9XbN@f �
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IGNFTSG1011_MOOREA87G_TO_RGPFGMOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFMOOREA87GIGNFRGPFG@kVM��@b�9XbN@f �
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# IGNFTSG1011_MOOREA87GEO_TO_RGPFGEOMOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG
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IGNFTSG1011MOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFMOOREA87IGNFRGPF@kVM��@b�9XbN@f �
=p�EPSG#)@ ԕ*�@ 1&�x�?�~��"��EPSG#�@%�dZ �EPSG#�1.0.0�1A�E IGNFTSG1010_NUKU72G_TO_RGPFGDDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFNUKU72GIGNFRGPFGDD@p8��`A�@r���o@h��-EPSG#)?�� ��@ ����>B?݄M:��EPSG#�@;_ح��EPSG#�1.0.0�1=�E IGNFTSG1010_NUKU72G_TO_RGPFGIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%�IGNFNUKU72GIGNFRGPFG@p8��`A�@r���o@h��-EPSG#)?�� ��@ ����>B?݄M:��EPSG#�@;_ح��EPSG#�1.0.0�1E�E IGNFTSG1010_NUKU72GEO_TO_RGPFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG
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1E�# IGNFTSG417_C67IG95G_TO_RGFG95GDDCSG 1967 (IGN 1995) vers RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995)EPSG%�IGNFC67IG95GIGNFRGFG95GDD�h" �1'@m�Ƨ@Z\���S�EPSG#)?��A��s���8�YJ�?�U2a|�EPSG#�?� ԕ*�EPSG#�1.0.0�1A�# IGNFTSG417_C67IG95G_TO_RGFG95GCSG 1967 (IGN 1995) vers RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995)EPSG%�IGNFC67IG95GIGNFRGFG95G�h" �1'@m�Ƨ@Z\���S�EPSG#)?��A��s���8�YJ�?�U2a|�EPSG#�?� ԕ*�EPSG#�1.0.0�o1�# IGNFTSG417CSG 1967 (IGN 1995) vers RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995)EPSG IGNFC67I95IGNFRGFG95�h" �1'@m�Ƨ@Z\���S�EPSG#)?��A��s���8�YJ�?�U2a|�EPSG#�?� ԕ*�EPSG#�1.0.0�!0/w IGNFTSG399_NTF_RRAF91NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFIGNFRRAF91�X�@EPSG#)1.0.0�0+w IGNFTSG399_NTF_4978NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFEPSGr�X�@EPSG#)1.0.0�*0;w IGNFTSG399_NTFG_TO_WGS84GDDNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSG%�IGNFNTFGIGNFWGS84GDD�X�@EPSG#)1.0.0�&07w IGNFTSG399_NTFG_TO_WGS84GNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSG%�IGNFNTFGIGNFWGS84G�X�@EPSG#)1.0.0� 03w IGNFTSG399_NTFG_TO_4326NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSG%�IGNFNTFGEPSG�X�@EPSG#)1.0.0�0w IGNFTSG399NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFIGNFWGS84�X�@EPSG#)1.0.0�z13�! IGNFTSG355_RGR92_REUN47RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG IGNFRGR92IGNFREUN47���� �R@�����l�@Vk�
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IGNFREUN47GEOIGNFRGR92GEO@��1&�x����S���Vy�"��`EPSG#)?�8 }�H�@S2ڹ�Y��%(Xy=�EPSG#��@)|�QEPSG#�1.0.0�m1�! IGNFTSG601REUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG IGNFREUN49IGNFRGR92@��1&�x����S���Vy�"��`EPSG#)?�8 }�H�@S2ڹ�Y��%(Xy=�EPSG#��@)|�QEPSG#�1.0.0� 03/ IGNFTSG595_TAHAA_RRAF91TAHAA vers WGS 84EPSGIGNFTAHAAIGNFRRAF91AVMEPSG#)1.0.0z0// IGNFTSG595_TAHAA_4978TAHAA vers WGS 84EPSGIGNFTAHAAEPSGrAVMEPSG#)1.0.0� 0?/ IGNFTSG595_TAHAAG_TO_WGS84GDDTAHAA vers WGS 84EPSG%�IGNFTAHAAGIGNFWGS84GDDAVMEPSG#)1.0.0�0;/ IGNFTSG595_TAHAAG_TO_WGS84GTAHAA vers WGS 84EPSG%�IGNFTAHAAGIGNFWGS84GAVMEPSG#)1.0.007/ IGNFTSG595_TAHAAG_TO_4326TAHAA vers WGS 84EPSG%�IGNFTAHAAGEPSG�AVMEPSG#)1.0.0�0K/ % IGNFTSG595_TAHAAGEO_TO_WGS84RRAFGEOTAHAA vers WGS 84EPSG IGNFTAHAAGEOIGNFWGS84RRAFGEOAVMEPSG#)1.0.0�0G/ ! IGNFTSG595_TAHAAGEO_TO_WGS84GEODDTAHAA vers WGS 84EPSG IGNFTAHAAGEOIGNFWGS84GEODDAVMEPSG#)1.0.0�
0C/ IGNFTSG595_TAHAAGEO_TO_WGS84GEOTAHAA vers WGS 84EPSG IGNFTAHAAGEOIGNFWGS84GEOAVMEPSG#)1.0.0r0/ IGNFTSG595TAHAA vers WGS 84EPSGIGNFTAHAAIGNFWGS84AVMEPSG#)1.0.0�05G IGNFTSG594_TAHI51_RRAF91TAHITI-TERME NORD vers WGS 84EPSGIGNFTAHI51IGNFRRAF91 �u �EPSG#)1.0.0� 01G IGNFTSG594_TAHI51_4978TAHITI-TERME NORD vers WGS 84EPSGIGNFTAHI51EPSGr �u �EPSG#)1.0.0�0AG IGNFTSG594_TAHI51G_TO_WGS84GDDTAHITI-TERME NORD vers WGS 84EPSG%�IGNFTAHI51GIGNFWGS84GDD �u �EPSG#)1.0.0�0=G IGNFTSG594_TAHI51G_TO_WGS84GTAHITI-TERME NORD vers WGS 84EPSG%�IGNFTAHI51GIGNFWGS84G �u �EPSG#)1.0.0�09G IGNFTSG594_TAHI51G_TO_4326TAHITI-TERME NORD vers WGS 84EPSG%�IGNFTAHI51GEPSG� �u �EPSG#)1.0.0� 0G IGNFTSG594TAHITI-TERME NORD vers WGS 84EPSGIGNFTAHI51IGNFWGS84 �u �EPSG#)1.0.0�07O IGNFTSG592_GUADANN_RRAF91GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUADANNIGNFRRAF91�-��EPSG#)1.0.0�03O IGNFTSG592_GUADANN_4978GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUADANNEPSGr�-��EPSG#)1.0.0� 0CO IGNFTSG592_GUADANNG_TO_WGS84GDDGUADELOUPE - STE ANNE vers WGS 84EPSG%�IGNFGUADANNGIGNFWGS84GDD�-��EPSG#)1.0.0�0?O IGNFTSG592_GUADANNG_TO_WGS84GGUADELOUPE - STE ANNE vers WGS 84EPSG%�IGNFGUADANNGIGNFWGS84G�-��EPSG#)1.0.0
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07A IGNFTSG675_TANNAG_TO_4326TANNA BLOC SUD vers WGS 84EPSG%�IGNFTANNAGEPSG�u�9�EPSG#)1.0.0}0A IGNFTSG675TANNA BLOC SUD vers WGS 84EPSGIGNFTANNAIGNFWGS84�u�9�EPSG#)1.0.0�053 IGNFTSG642_MAYO50_RRAF91COMBANI vers WGS 84EPSGIGNFMAYO50IGNFRRAF91����EPSG#)1.0.0013 IGNFTSG642_MAYO50_4978COMBANI vers WGS 84EPSGIGNFMAYO50EPSGr����EPSG#)1.0.0�0A3 IGNFTSG642_MAYO50G_TO_WGS84GDDCOMBANI vers WGS 84EPSG%�IGNFMAYO50GIGNFWGS84GDD����EPSG#)1.0.0�
0=3 IGNFTSG642_MAYO50G_TO_WGS84GCOMBANI vers WGS 84EPSG%�IGNFMAYO50GIGNFWGS84G����EPSG#)1.0.0�093 IGNFTSG642_MAYO50G_TO_4326COMBANI vers WGS 84EPSG%�IGNFMAYO50GEPSG���EPSG#)1.0.0�0M3 % IGNFTSG642_MAYO50GEO_TO_WGS84RRAFGEOCOMBANI vers WGS 84EPSG IGNFMAYO50GEOIGNFWGS84RRAFGEO����EPSG#)1.0.0�0I3 ! IGNFTSG642_MAYO50GEO_TO_WGS84GEODDCOMBANI vers WGS 84EPSG IGNFMAYO50GEOIGNFWGS84GEODD����EPSG#)1.0.0�0E3 IGNFTSG642_MAYO50GEO_TO_WGS84GEOCOMBANI vers WGS 84EPSG IGNFMAYO50GEOIGNFWGS84GEO����EPSG#)1.0.0v03 IGNFTSG642COMBANI vers WGS 84EPSGIGNFMAYO50IGNFWGS84����EPSG#)1.0.0�317� IGNFTSG62_NTFG_TO_ED50GEONOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers EUROPE 1950 (ED50)EPSG%�IGNFNTFGIGNFED50GEO�%�EPSG#)1.0.0�/13� IGNFTSG62_NTFG_TO_ED50GNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers EUROPE 1950 (ED50)EPSG%�IGNFNTFGIGNFED50G�%�EPSG#)1.0.0� 1� IGNFTSG62NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers EUROPE 1950 (ED50)EPSGIGNFNTFIGNFED50�%�EPSG#)1.0.0� 05c IGNFTSG609_WALL78_RRAF91WALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSGIGNFWALL78IGNFRRAF91 ��{�EPSG#)1.0.0�01c IGNFTSG609_WALL78_4978WALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSGIGNFWALL78EPSGr ��{�EPSG#)1.0.0 �"0;g IGNFTSG677_IGN72G_TO_WGS84GIGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG%�IGNFIGN72GIGNFWGS84G�$EPSG#)1.0.0
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01I IGNFTSG709_ED50_RRAF91EUROPE 1950 (ED50) vers WGS 84EPSGIGNFED50IGNFRRAF91���EPSG#)1.0.0�0-I IGNFTSG709_ED50_4978EUROPE 1950 (ED50) vers WGS 84EPSGIGNFED50EPSGr���EPSG#)1.0.0�0=I IGNFTSG709_ED50G_TO_WGS84GDDEUROPE 1950 (ED50) vers WGS 84EPSG%�IGNFED50GIGNFWGS84GDD���EPSG#)1.0.0�09I IGNFTSG709_ED50G_TO_WGS84GEUROPE 1950 (ED50) vers WGS 84EPSG%�IGNFED50GIGNFWGS84G���EPSG#)1.0.0� 05I IGNFTSG709_ED50G_TO_4326EUROPE 1950 (ED50) vers WGS 84EPSG%�IGNFED50GEPSG欟�EPSG#)1.0.0�0AI IGNFTSG709_ED50GEO_TO_WGS84GDDEUROPE 1950 (ED50) vers WGS 84EPSG%�IGNFED50GEOIGNFWGS84GDD���EPSG#)1.0.0�0=I IGNFTSG709_ED50GEO_TO_WGS84GEUROPE 1950 (ED50) vers WGS 84EPSG%�IGNFED50GEOIGNFWGS84G���EPSG#)1.0.0�
09I IGNFTSG709_ED50GEO_TO_4326EUROPE 1950 (ED50) vers WGS 84EPSG%�IGNFED50GEOEPSG欟�EPSG#)1.0.0}0I IGNFTSG709EUROPE 1950 (ED50) vers WGS 84EPSGIGNFED50IGNFWGS84���EPSG#)1.0.0�-1-� IGNFTSG684_ATI_WGS84ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIIGNFWGS84g9EPSG#)1.0.0�/1/� IGNFTSG684_ATI_RRAF91ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIIGNFRRAF91g9EPSG#)1.0.0�)1+� IGNFTSG684_ATI_4978ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIEPSGrg9EPSG#)1.0.0 � yB�
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IGNFRRAFGEODDIGNFRGAF09GEO@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1C�! IGNFTSG819_RRAFGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGDDIGNFRGAF09GDD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1?�! IGNFTSG819_RRAFGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGDDIGNFRGAF09G@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�l1�! IGNFTSG819WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFIGNFRGAF09@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�
1I�! ! IGNFTSG818_WGS84MARTG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGIGNFRGAF09GDD?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0� 1E�! ! IGNFTSG818_WGS84MARTG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGIGNFRGAF09G?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0�1M�! % IGNFTSG818_WGS84MARTGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGDDIGNFRGAF09GDD?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0�
1I�! % IGNFTSG818_WGS84MARTGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGDDIGNFRGAF09G?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0�1;�! IGNFTSG818_WGS84GUAD_RGAF09WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADIGNFRGAF09?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0�1Q�! %# IGNFTSG818_WGS84GUADGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFWGS84GUADGEOIGNFRGAF09GEODD?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0�1M�! % IGNFTSG818_WGS84GUADGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFWGS84GUADGEOIGNFRGAF09GEO?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0�1Q�! %# IGNFTSG818_W84MARTGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFW84MARTGEODDIGNFRGAF09GEODD?蠐-�
���|����( N���UEPSG#)��Κ,f�X���`,���y=�b�EPSG#�?��u%EPSG#�1.0.0 � 1G�! # IGNFTSG819_RRAFGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFRRAFGEOIGNFRGAF09GEODD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0
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� ���vgytk^ M �1K�! # IGNFTSG820_RRAFGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFRRAFGEODDIGNFRGAF09GEODD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0� 1G�! IGNFTSG820_RRAFGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFRRAFGEODDIGNFRGAF09GEO?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1C�! IGNFTSG820_RRAFGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGDDIGNFRGAF09GDD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1?�! IGNFTSG820_RRAFGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGDDIGNFRGAF09G?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�l1�! IGNFTSG820WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFIGNFRGAF09?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�
1I�! ! IGNFTSG819_WGS84MARTG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGIGNFRGAF09GDD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0� 1E�! ! IGNFTSG819_WGS84MARTG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGIGNFRGAF09G@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1M�! % IGNFTSG819_WGS84MARTGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGDDIGNFRGAF09GDD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�
1I�! % IGNFTSG819_WGS84MARTGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGDDIGNFRGAF09G@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1;�! IGNFTSG819_WGS84GUAD_RGAF09WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADIGNFRGAF09@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1Q�! %# IGNFTSG819_WGS84GUADGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFWGS84GUADGEOIGNFRGAF09GEODD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1M�! % IGNFTSG819_WGS84GUADGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFWGS84GUADGEOIGNFRGAF09GEO@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1Q�! %# IGNFTSG819_W84MARTGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFW84MARTGEODDIGNFRGAF09GEODD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1M�! % IGNFTSG819_W84MARTGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFW84MARTGEODDIGNFRGAF09GEO@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0�1?�! IGNFTSG819_RRAFG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGIGNFRGAF09GDD@-T��@�H˒:?�[W>�6zEPSG#)���Z�R�?�f�P���m���EPSG#���_o� �EPSG#�1.0.0
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� ����}j_P� � �Y1?� IGNFTSG825_KERG62CAR_RGTAAF07KERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSGIGNFKERG62CARIGNFRGTAAF07@b �T�gX��
=q@Y;n��PEPSG#)1.0.0�E1� IGNFTSG825KERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSGIGNFKERG62K0IGNFRGTAAF07@b �T�gX��
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1I�! ! IGNFTSG820_WGS84MARTG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGIGNFRGAF09GDD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0� 1E�! ! IGNFTSG820_WGS84MARTG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGIGNFRGAF09G?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1M�! % IGNFTSG820_WGS84MARTGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGDDIGNFRGAF09GDD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�
1I�! % IGNFTSG820_WGS84MARTGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFWGS84MARTGDDIGNFRGAF09G?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1;�! IGNFTSG820_WGS84GUAD_RGAF09WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADIGNFRGAF09?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1Q�! %# IGNFTSG820_WGS84GUADGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFWGS84GUADGEOIGNFRGAF09GEODD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1M�! % IGNFTSG820_WGS84GUADGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFWGS84GUADGEOIGNFRGAF09GEO?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1Q�! %# IGNFTSG820_W84MARTGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFW84MARTGEODDIGNFRGAF09GEODD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1M�! % IGNFTSG820_W84MARTGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
IGNFW84MARTGEODDIGNFRGAF09GEO?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1?�! IGNFTSG820_RRAFG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGIGNFRGAF09GDD?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0�1;�! IGNFTSG820_RRAFG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%�IGNFRRAFGIGNFRGAF09G?�*�0�@S&�����($ xGEPSG#)?�t�j~�ۿě��*\��7KƧ�EPSG#�?����EPSG#�1.0.0� 1G�! # IGNFTSG820_RRAFGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG
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��V��?p�!F��<EPSG#�?u�����EPSG#�NKG 2020�1#C�1 NKGPAR_2020_EENKG_ETRF14 to ETRF96@2000.0Transformation from NKG_ETRF14 to ETRF96, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG �?tz�G�{����K�[����1���?����s�EPSG#)�iv=��.�?r�z9�� ?sY�3D��EPSG#�?j$�v�EPSG#�NKG 2020�1#C�1 NKGPAR_2020_DKNKG_ETRF14 to ETRF92@2000.0Transformation from NKG_ETRF14 to ETRF92, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG �?tz�G�{?�a����?�̢�a�����K3�EPSG#)?i���ʳB��M�6�=i?r$����EPSG#��i��.��EPSG#�NKG 2020�1!C�1 NKGP1_2008_SENKG_ETRF00 to ETRF97@2000.0Transformation from NKG_ETRF00 to ETRF97, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?tz�G�{���g� S�D����h�;dZ �EPSG#)?^�m ã-?>e��1�?b��=��
EPSG#�?^}��ҡ�EPSG#�NKG 2008�1!C�1 NKGP1_2008_NONKG_ETRF00 to ETRF93@2000.0Transformation from NKG_ETRF00 to ETRF93, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?tz�G�{�����E�ҿ�ؘ��̸?��@x��EPSG#)�9Xk��@?p� ���?P�ˮ>�3EPSG#�?z�����EPSG#�NKG 2008�1!C�1 NKGP1_2008_LVNKG_ETRF00 to ETRF89@2000.0Transformation from NKG_ETRF00 to ETRF89, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?�z�G�{?��zcsl߿�\��N<��W>�6zEPSG#)��)�h������zk )?����� EPSG#�?H�- ��EPSG#�NKG 2008� 1!G�5 NKGP1_2008_LTNKG_ETRF00 to ETRF2000@2000.0Transformation from NKG_ETRF00 to ETRF2000, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?�z�G�{?�$�D�?����7�I� >�'�EPSG#)?i�(�A��X>�v��V)��EPSG#��yRK�.�hEPSG#�NKG 2008�1!C�1 NKGP1_2008_FINKG_ETRF00 to ETRF96@2000.0Transformation from NKG_ETRF00 to ETRF96, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?tz�G�{?��� �����"'����*��EPSG#)�Y���3��iL��-??pΤ�G��EPSG#�?�� ��rEPSG#�NKG 2008�1!C�1 NKGP1_2008_EENKG_ETRF00 to ETRF96@2000.0Transformation from NKG_ETRF00 to ETRF96, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?tz�G�{?�7u�e?�ȴ9Xb��!Bo��EPSG#)?b��<��X�j�ck�<�?d<"1.�EPSG#��w I� �iEPSG#�NKG 2008�1!C�1 NKGP1_2008_DKNKG_ETRF00 to ETRF92@2000.0Transformation from NKG_ETRF00 to ETRF92, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG �?tz�G�{?��O�I�H?���`A�7?�m �?>EPSG#)?yM� �?
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PROJWGS84_TO_WGS84_TRANSITWGS 84 to WGS 84 (Transit)Accuracy 2.0 m, from datum ensemble definitionEPSG%�EPSG�EPSG"�EPSG#)�%03;i
PROJWGS84_TO_WGS84_G730WGS 84 to WGS 84 (G730)Accuracy 2.0 m, from datum ensemble definitionEPSG%�EPSG�EPSG#]EPSG#)�'05=i
PROJWGS84_TO_WGS84_G2139WGS 84 to WGS 84 (G2139)Accuracy 2.0 m, from datum ensemble definitionEPSG%�EPSG�EPSG&EPSG#)�'05=i
PROJWGS84_TO_WGS84_G1762WGS 84 to WGS 84 (G1762)Accuracy 2.0 m, from datum ensemble definitionEPSG%�EPSG�EPSG#aEPSG#)�'05=i
PROJWGS84_TO_WGS84_G1674WGS 84 to WGS 84 (G1674)Accuracy 2.0 m, from datum ensemble definitionEPSG%�EPSG�EPSG#`EPSG#)�'05=i
PROJWGS84_TO_WGS84_G1150WGS 84 to WGS 84 (G1150)Accuracy 2.0 m, from datum ensemble definitionEPSG%�EPSG�EPSG#_EPSG#)r09) PROJIGNF_RRAF_TO_EPSG_4978RRAF to WGS 84EPSGIGNFRRAFEPSGrEPSG#)u0;+ PROJIGNF_RRAFG_TO_EPSG_4326RRAFG to WGS 84EPSG%�IGNFRRAFGEPSG�EPSG#){0?/ PROJIGNF_RRAFGDD_TO_EPSG_4326RRAFGDD to WGS 84EPSG%�IGNFRRAFGDDEPSG�EPSG#)u0;+ PROJIGNF_RGF93_TO_EPSG_4978RGF93 to WGS 84EPSGIGNFRGF93EPSGrEPSG#)x0=- PROJIGNF_RGF93G_TO_EPSG_4326RGF93G to WGS 84EPSG%�IGNFRGF93GEPSG�EPSG#)~0A1 PROJIGNF_RGF93GDD_TO_EPSG_4326RGF93GDD to WGS 84EPSG%�IGNFRGF93GDDEPSG�EPSG#)�"0--i
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PROJETRS89_TO_ETRF96ETRS89 to ETRF96Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#i?�������EPSG#)�"0--i
PROJETRS89_TO_ETRF94ETRS89 to ETRF94Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#h?�������EPSG#)�"0--i
PROJETRS89_TO_ETRF93ETRS89 to ETRF93Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#g?�������EPSG#)�"0--i
PROJETRS89_TO_ETRF92ETRS89 to ETRF92Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#f?�������EPSG#)�"0--i
PROJETRS89_TO_ETRF91ETRS89 to ETRF91Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#e?�������EPSG#)�"0--i
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PROJETRS89_TO_ETRF2014ETRS89 to ETRF2014Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#m?�������EPSG#)�&011i
PROJETRS89_TO_ETRF2005ETRS89 to ETRF2005Accuracy 0.1 m, from datum ensemble definitionEPSG%�EPSG�EPSG#l?�������EPSG#)�&011i
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h � � ��G�j� �9M�=!?! )EPSG�St. Lawrence Island to NAD83 (1)Accuracy 0.5m at 67% confidence level. Uses NADCON method which expects longitudes positive west; source and target CRSs have longitudes positive east. NADCON data converts from St. Lawrence Datum but makes the transformation appear to be from NAD27.EPSG%�NADCONEPSG(EPSG�?� EPSG!�Latitude difference filestlrnc.lasEPSG!�Longitude difference filestlrnc.losNGS-Usa AK StL�)?�w=!?! !EPSG�Old Hawaiian to NAD83 (1)Accuracy 0.2m at 67% confidence level. Uses NADCON method which expects longitudes positive west; source and target CRSs have longitudes positive east. NADCON converts from Old Hawaiian Datum but makes the transformation appear to be from NAD27.EPSG%�NADCONEPSG'EPSG�?ə�����EPSG!�Latitude difference filehawaii.lasEPSG!�Longitude difference filehawaii.losNGS-Usa HI�O?� Y )EPSG�NAD27(CGQ77) to NAD83 (1)Replaced by NAD27(CGQ77) to NAD83 (2) (code 1575). Uses NT method which expects longitudes positive west; EPSG GeogCRSs CGQ77 (code 4609) and NAD83 (code 4269) have longitudes positive east.EPSG%�NTv1EPSGEPSG�EPSG!�Latitude and longitude difference filePQV4.DACSGQ-Can QC NT1�
1�Y! !EPSG!NAD27 to NAD83 (4)Uses NTv2 data files. Replaces NTv1 (transformation code 1312) except in Quebec. Input expects longitudes to be positive west; EPSG GeogCRS NAD27 (code 4267) and (code 4269) have longitudes positive east. May be used as tfm to WGS 84 - see code 1693.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileNTv2_0.gsbGC-Can NT2�v1�gY! !EPSG NAD27 to NAD83 (3)Uses NTv1 method. Replaced in Quebec by code 1462 and elsewhere in 1997 by NTv2 (transformation code 1313). Input expects longitudes to be positive west; EPSG GeogCRS NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east.EPSG%�NTv1EPSG�EPSG�EPSG!�Latitude and longitude difference fileNTv1_0.gsbGC-Can NT1�3G�Y= )EPSGRGNC91-93 to NEA74 Noumea (4)Emulation using NTv2 method of tfm NEA74 Noumea to RGNC91-93 (3) (code 15943). Note reversal of sign of parameter values in grid file.EPSG%�NTv2EPSG�EPSG$?�������EPSG!�Latitude and longitude difference fileRGNC1991_NEA74Noumea.gsbESRI-Ncl 0.05m� 1�K=!?! !EPSG�NAD27 to NAD83 (2)Uses NADCON method which expects longitudes positive west; EPSG GeogCRS NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east. May be used as transformation to WGS 84 - see NAD27 to WGS 84 (85) (code 15864).EPSG%�NADCONEPSG�EPSG�?� EPSG!�Latitude difference filealaska.lasEPSG!�Longitude difference filealaska.losNGS-Usa AK�{1�'= ? 'EPSG�NAD27 to NAD83 (1)Uses NADCON method which expects longitudes positive west; EPSG GeogCRS NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east. For application in Gulf of Mexico refer to IOGP report 373-26.EPSG%�NADCONEPSG�EPSG�?�333333EPSG!�Latitude difference fileconus.lasEPSG!�Longitude difference fileconus.losNGS-Usa Conus�g;� =!?! EPSG-Guam 1963 to WGS 84 (2)Parameter files are from Guam 1963 to NAD83(HARN) (1) (code 1068), but for many purposes NAD83(HARN) can be considered to be coincident with WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSGCEPSG�EPSG!�Latitude difference fileguhpgn.lasEPSG!�Longitude difference fileguhpgn.losEPSG-Gum�E�_=!?! EPSG,Guam 1963 to NAD83(HARN) (1)NADCON method which expects longitudes positive west; EPSG GeogCRSs Guam 1963 and NAD83(HARN) (codes 4675 and 4152) have longitudes positive east. Can be used as approximation for tfm between Guam 1963 and WGS 84 - see tfm code 1069.EPSG%�NADCONEPSGCEPSG8EPSG!�Latitude difference fileguhpgn.lasEPSG!�Longitude difference fileguhpgn.losNGS-Gum
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E��%s� �2=�=!?! %EPSG�NAD83 to NAD83(HARN) (4)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1750.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filecshpgn.lasEPSG!�Longitude difference filecshpgn.losNGS-Usa CA s�2=�=!?! %EPSG�NAD83 to NAD83(HARN) (3)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1739.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filecnhpgn.lasEPSG!�Longitude difference filecnhpgn.losNGS-Usa CA n�0=�=!?! !EPSG�NAD83 to NAD83(HARN) (2)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1728.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileazhpgn.lasEPSG!�Longitude difference fileazhpgn.losNGS-Usa AZ�0=�=!?! !EPSG�NAD83 to NAD83(HARN) (1)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1717.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filealhpgn.lasEPSG!�Longitude difference filealhpgn.losNGS-Usa AL�tA�Q Y% ! EPSG�ATS77 to NAD83(CSRS98) (1)Introduced in 1999. Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1688.EPSG%�NTv2EPSGEPSG,EPSG!�Latitude and longitude difference fileNB7783v2.gsbGIC-Can NB�v1�KY% +EPSG�AGD66 to GDA94 (5)Replaced by AGD66 to GDA94 (10) (code 1596) and then by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%�NTv2EPSGjEPSG�?�������EPSG!�Latitude and longitude difference filevic_0799.gsbOSG-Aus Vic old�n9�K Y% #EPSG�NAD27(76) to NAD83 (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27(76) (code 4608) and NAD83 (code 4269) have longitudes positive east. May be taken as approximate transformation NAD27(76) to WGS 84 - see code 1690.EPSG%�NTv2EPSG EPSG�EPSG!�Latitude and longitude difference fileMay76v20.gsbSGQ-Can Ont�m1�IY% )EPSG�NAD27 to NAD83 (5)Densification for Quebec of code 1312. Replaced by NAD27 to NAD83 (6) (code 1573). Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east.EPSG%�NTv1EPSG�EPSG�EPSG!�Latitude and longitude difference fileGS2783v1.QUESGQ-Can QC NT1�$=�{= ? EPSG�Puerto Rico to NAD83 (1)Accuracy 0.05m at 67% confidence level. May be taken as approximate transformation Puerto Rico-WGS 84 - see code 15841.EPSG%�NADCONEPSG+EPSG�?�������EPSG!�Latitude difference fileprvi.lasEPSG!�Longitude difference fileprvi.losNGS-PRVI�4I�s=%?% )EPSG�St. George Island to NAD83 (1)Accuracy 0.5m at 67% confidence level. Uses NADCON method which expects longitudes positive west; source and target CRSs have longitudes positive east. NADCON converts from St. George Datum but makes the transformation appear to be from NAD27.EPSG%�NADCONEPSG*EPSG�?� EPSG!�Latitude difference filestgeorge.lasEPSG!�Longitude difference filestgeorge.losNGS-Usa AK StG
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� .{�_ � �1?�=!?! !EPSG�NAD83 to NAD83(HARN) (14)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1722.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filemihpgn.lasEPSG!�Longitude difference filemihpgn.losNGS-Usa MI�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (13)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1721.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filemehpgn.lasEPSG!�Longitude difference filemehpgn.losNGS-Usa ME�4?�=!?! 'EPSG�NAD83 to NAD83(HARN) (12)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1720.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filemdhpgn.lasEPSG!�Longitude difference filemdhpgn.losNGS-Usa DE MD�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (11)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1719.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filelahpgn.lasEPSG!�Longitude difference filelahpgn.losNGS-Usa LA�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (10)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1718.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filekyhpgn.lasEPSG!�Longitude difference filekyhpgn.losNGS-Usa KY�5=�=!?! +EPSG�NAD83 to NAD83(HARN) (9)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1716.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filewmhpgn.lasEPSG!�Longitude difference filewmhpgn.losNGS-Usa ID MT w�5=�=!?! +EPSG�NAD83 to NAD83(HARN) (8)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1715.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileemhpgn.lasEPSG!�Longitude difference fileemhpgn.losNGS-Usa ID MT e�0=�=!?! !EPSG�NAD83 to NAD83(HARN) (7)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1714.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileflhpgn.lasEPSG!�Longitude difference fileflhpgn.losNGS-Usa FL�0=�=!?! !EPSG�NAD83 to NAD83(HARN) (6)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1713.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filegahpgn.lasEPSG!�Longitude difference filegahpgn.losNGS-Usa GA
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� 0}�f �M �1?�=!?! !EPSG�NAD83 to NAD83(HARN) (23)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1732.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filesdhpgn.lasEPSG!�Longitude difference filesdhpgn.losNGS-Usa SD�/?�=!?! EPSG�NAD83 to NAD83(HARN) (22)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1731.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filepvhpgn.lasEPSG!�Longitude difference filepvhpgn.losNGS-PRVI�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (21)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1730.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileokhpgn.lasEPSG!�Longitude difference fileokhpgn.losNGS-Usa OK�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (20)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1729.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filendhpgn.lasEPSG!�Longitude difference filendhpgn.losNGS-Usa ND�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (19)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1727.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenyhpgn.lasEPSG!�Longitude difference filenyhpgn.losNGS-Usa NY�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (18)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1726.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenmhpgn.lasEPSG!�Longitude difference filenmhpgn.losNGS-Usa NM�5?�=!?! )EPSG�NAD83 to NAD83(HARN) (17)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1725.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenehpgn.lasEPSG!�Longitude difference filenehpgn.losNGS-Usa NewEng�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (16)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1724.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenbhpgn.lasEPSG!�Longitude difference filenbhpgn.losNGS-Usa NE�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (24)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1733.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filetnhpgn.lasEPSG!�Longitude difference filetnhpgn.losNGS-Usa TN
- � N���U�l - �?�I=!?! !EPSG�NAD83 to NAD83(HARN) (33)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1743.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filekshpgn.lasEPSG!�Longitude difference filekshpgn.losNGS-Usa KS�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (31)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1741.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filehihpgn.lasEPSG!�Longitude difference filehihpgn.losNGS-Usa HI�H1�sY# )EPSG�AGD66 to GDA94 (7)Replaced by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%�NTv2EPSGjEPSG�?�������EPSG!�Latitude and longitude difference filent_0599.gsbAuslig-NT 0.1m�G1�sY% %EPSG�AGD66 to GDA94 (6)Replaced by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%�NTv2EPSGjEPSG�?�������EPSG!�Latitude and longitude difference filetas_1098.gsbOSG-Tas 0.1m�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (30)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1740.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filewyhpgn.lasEPSG!�Longitude difference filewyhpgn.losNGS-Usa WY�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (29)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1738.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filewihpgn.lasEPSG!�Longitude difference filewihpgn.losNGS-Usa WI�4?�=!?! 'EPSG�NAD83 to NAD83(HARN) (28)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1737.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filewohpgn.lasEPSG!�Longitude difference filewohpgn.losNGS-Usa OR WA�1?�=!?! !EPSG�NAD83 to NAD83(HARN) (27)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1736.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filevahpgn.lasEPSG!�Longitude difference filevahpgn.losNGS-Usa VA�3?�=!?! %EPSG�NAD83 to NAD83(HARN) (26)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1735.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filewthpgn.lasEPSG!�Longitude difference filewthpgn.losNGS-Usa TX w�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (32)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1742.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileinhpgn.lasEPSG!�Longitude difference fileinhpgn.losNGS-Usa IN
+ � b �:�.*�:� + �
?�mY% )EPSG'NAD27(CGQ77) to NAD83 (2)Replaces NAD27(CGQ77) to NAD83 (1) (code 1451). Can be taken as approx transformation to WGS 84 - see code 1691.EPSG%�NTv2EPSGEPSG�?� EPSG!�Latitude and longitude difference fileCQ77NA83.GSBSGQ-Can QC NT2�x1�QY% )EPSG%NAD27 to NAD83 (6)Also distributed with file name QUE27-83.gsb. Replaces NAD27 to NAD83 (5) (code 1462). Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileNA27NA83.GSBSGQ-Can QC NT2�tA�Q Y% ! EPSG$NAD83 to NAD83(CSRS98) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(CSRS98) (code 4140) have longitudes positive east. Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1696.EPSG%�NTv2EPSG�EPSG,EPSG!�Latitude and longitude difference fileNAD83-98.gsbSGQ-Can QC�9�YY1 !EPSG NZGD49 to NZGD2000 (3)These same parameter values may be used to transform to WGS 84 - see NZGD49 to WGS 84 (4) (code 1670).EPSG%�NTv2EPSG�EPSGG?ə�����EPSG!�Latitude and longitude difference filenzgd2kgrid0005.gsbOSG-Nzl 1m�v1�CY# 5 EPSGAGD84 to GDA94 (3)Withdrawn and replaced by AGD84 to GDA94 (4) (code 1593) due to binary file format error. Input expects longitudes to be positive west; EPSG GeogCRS AGD84 (code 4203) and GDA94 (code 4283) have longitudes positive east.EPSG%�NTv2EPSGkEPSG�?�������EPSG!�Latitude and longitude difference filewa_0400.gsbDOLA-Aus WA 0.1m old�?�I=!?! !EPSGNAD83 to NAD83(HARN) (39)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1749.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenjhpgn.lasEPSG!�Longitude difference filenjhpgn.losNGS-Usa NJ�?�I=!?! !EPSGNAD83 to NAD83(HARN) (38)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1748.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileilhpgn.lasEPSG!�Longitude difference fileilhpgn.losNGS-Usa IL�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (37)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1747.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filewvhpgn.lasEPSG!�Longitude difference filewvhpgn.losNGS-Usa WV�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (36)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1746.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileuthpgn.lasEPSG!�Longitude difference fileuthpgn.losNGS-Usa UT�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (35)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1745.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileohhpgn.lasEPSG!�Longitude difference fileohhpgn.losNGS-Usa OH�tA�Q Y% ! EPSG&NAD27 to NAD83(CSRS98) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83(CSRS98) (code 4140) have longitudes positive east. Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1692.EPSG%�NTv2EPSG�EPSG,EPSG!�Latitude and longitude difference fileQUE27-98.gsbSGQ-Can QC
q � � �!=Y �� �� �13�EY% %EPSG�ATS77 to WGS 84 (2)Parameter file is from ATS77 to NAD83(CSRS)v2 (2) (code 9236) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSGEPSG�?� EPSG!�Latitude and longitude difference filePE7783V2.gsbEPSG-Can PEI�03�EY% #EPSG�ATS77 to WGS 84 (1)Parameter file is from ATS77 to NAD83(CSRS)v2 (1) (code 9237) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSGEPSG�?� EPSG!�Latitude and longitude difference fileNB7783v2.gsbEPSG-Can NB�"5�+ Y1 #EPSG�NZGD49 to WGS 84 (3)Parameter file is from NZGD49 to NZGD2000 (3) (code 1568) and assumes WGS 84 is coincident with NZGD2000 to the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filenzgd2kgrid0005.gsbEPSG-Nzl 1m�:A�Y Y# ' EPSGBNAD83 to NAD83(CSRS98) (3)This gridded difference file AB_CSRS.DAC will need to be renamed to AB_CSRS.gsb to run in some software suites. Formats identical, but AB file is provincial fit only.EPSG%�NTv2EPSG�EPSG,EPSG!�Latitude and longitude difference fileAB_CSRS.DACAB Env-Can AB�bA�) Y# ' EPSGANAD83 to NAD83(CSRS98) (2)Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1697.EPSG%�NTv2EPSG�EPSG,EPSG!�Latitude and longitude difference fileSK83-98.gsbSK PMC-Can SK�bA�) Y# ' EPSG@NAD27 to NAD83(CSRS98) (2)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1703.EPSG%�NTv2EPSG�EPSG,EPSG!�Latitude and longitude difference fileSK27-98.gsbSK PMC-Can SK�eA�) Y% + EPSG?ATS77 to NAD83(CSRS98) (2)Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1689.EPSG%�NTv2EPSGEPSG,EPSG!�Latitude and longitude difference filePE7783V2.gsbPEI DOT-Can PEI�{3�EY3 +EPSG<AGD66 to GDA94 (10)Replaces AGD66 to GDA94 (5) (code 1464). Replaced by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%�NTv2EPSGjEPSG�?�������EPSG!�Latitude and longitude difference fileSEAust_21_06_00.gsbOSG-Aus SE 0.1m�z1�SY# -EPSG9AGD84 to GDA94 (4)Replaces AGD84 to GDA94 (3) (code 1559) and then replaced by AGD84 to GDA94 (5) (code 1804). Input expects longitudes to be positive west; EPSG GeogCRS AGD84 (code 4203) and GDA94 (code 4283) both have longitudes positive east.EPSG%�NTv2EPSGkEPSG�?�������EPSG!�Latitude and longitude difference filewa_0700.gsbDOLA-Aus WA 0.1m�6Y�=!?! EPSG+American Samoa 1962 to NAD83(HARN) (2)NADCON method which expects longitudes positive west; EPSG GeogCRSs American Samoa 1962 and NAD83(HARN) (codes 4169 and 4152) have longitudes positive east. NADCON expects latitudes in northern hemisphere and values must be made positive prior to input.EPSG%�NADCONEPSGIEPSG8EPSG!�Latitude difference fileeshpgn.lasEPSG!�Longitude difference fileeshpgn.losNGS-Asm E�6Y�=!?! EPSG*American Samoa 1962 to NAD83(HARN) (1)NADCON method which expects longitudes positive west; EPSG GeogCRSs American Samoa 1962 and NAD83(HARN) (codes 4169 and 4152) have longitudes positive east. NADCON expects latitudes in northern hemisphere and values must be made positive prior to input.EPSG%�NADCONEPSGIEPSG8EPSG!�Latitude difference filewshpgn.lasEPSG!�Longitude difference filewshpgn.losNGS-Asm W l �!;�-Y% #EPSG�NAD27(76) to WGS 84 (1)Parameter file is from NAD27(76) to NAD83 (1) (code 1463) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSG EPSG�EPSG!�Latitude and longitude difference fileMay76v20.gsbEPSG-Can On
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o X
� Z��j �-� �3�qY# #EPSG�NAD83 to WGS 84 (8)Parameter file is from NAD83 to NAD83(CSRS)v4 (3) (code 9244) assuming that NAD83(CSRS)v4 is equivalent to WGS 84 within the accuracy of the transformation. This file AB_CSRS.DAC will need to be renamed to AB_CSRS.gsb to run in some software.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileAB_CSRS.DACEPSG-Can AB�UG�==!?! +EPSG�St. Paul Island to WGS 84 (1)Parameter files are from St. Paul Island to NAD83 (1) (code 1456) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG)EPSG�?� EPSG!�Latitude difference filestpaul.lasEPSG!�Longitude difference filestpaul.losEPSG-Usa AK StP�]O�E=!?! +EPSG�St. Lawrence Island to WGS 84 (1)Parameter files are from St. Lawrence Island to NAD83 (1) (code 1455) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG(EPSG�?� EPSG!�Latitude difference filestlrnc.lasEPSG!�Longitude difference filestlrnc.losEPSG-Usa AK StL�]K�A=%?% +EPSG�St. George Island to WGS 84 (1)Parameter files are from St. George Island to NAD83 (1) (code 1457) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG*EPSG�?� EPSG!�Latitude difference filestgeorge.lasEPSG!�Longitude difference filestgeorge.losEPSG-Usa AK StG�/3�EY# #EPSG�NAD83 to WGS 84 (7)Parameter file is from NAD83 to NAD83(CSRS)v2 (2) (code 9887) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileSK83-98.gsbEPSG-Can SK�^3�!Y% #EPSG�NAD83 to WGS 84 (6)Parameter file is from NAD83 to NAD83(CSRS)v2 (1) (code 9241) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation. Also distributed with file name NAD83-98.gsb.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileNA83SCRS.GSBEPSG-Can QC�}O� =!?! !EPSG�American Samoa 1962 to WGS 84 (3)Parameter files are from American Samoa 1962 to NAD83(HARN) (2) (code 1579), but for many purposes NAD83(HARN) can be considered to be coincident with WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSGIEPSG�EPSG!�Latitude difference fileeshpgn.lasEPSG!�Longitude difference fileeshpgn.losEPSG-Asm E�}O� =!?! !EPSG�American Samoa 1962 to WGS 84 (2)Parameter files are from American Samoa 1962 to NAD83(HARN) (1) (code 1578), but for many purposes NAD83(HARN) can be considered to be coincident with WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSGIEPSG�EPSG!�Latitude difference filewshpgn.lasEPSG!�Longitude difference filewshpgn.losEPSG-Asm W�5�%Y! EPSG�NAD27 to WGS 84 (33)Parameter file is from NAD27 to NAD83 (4) (code 1313) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileNTv2_0.gsbEPSG-Can�S5� Y% #EPSG�NAD27 to WGS 84 (34)Parameter file is from NAD27 to NAD83(CSRS)v2 (1) (code 9239) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation. Also distributed as QUE27-98.gsb.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileNA27SCRS.GSBEPSG-Can QC
�05�EY# #EPSG�NAD27 to WGS 84 (32)Parameter file is from NAD27 to NAD83(CSRS)v2 (2) (code 9886) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileSK27-98.gsbEPSG-Can SK
l � � D �j$��S �� �C5�A=!?! #EPSG�NAD83 to WGS 84 (18)Parameter files are from NAD83 to NAD83(HARN) (7) (code 1480) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileflhpgn.lasEPSG!�Longitude difference fileflhpgn.losEPSG-Usa FL�C5�A=!?! #EPSG�NAD83 to WGS 84 (17)Parameter files are from NAD83 to NAD83(HARN) (6) (code 1479) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filegahpgn.lasEPSG!�Longitude difference filegahpgn.losEPSG-Usa GA�C5�A=!?! #EPSG�NAD83 to WGS 84 (16)Parameter files are from NAD83 to NAD83(HARN) (5) (code 1478) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filecohpgn.lasEPSG!�Longitude difference filecohpgn.losEPSG-Usa CO�D5�C=!?! #EPSG�NAD83 to WGS 84 (15)Parameter files are from NAD83 to NAD83(HARN) (43) (code 1707) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filemohpgn.lasEPSG!�Longitude difference filemohpgn.losEPSG-Usa MO�D5�C=!?! #EPSG�NAD83 to WGS 84 (14)Parameter files are from NAD83 to NAD83(HARN) (42) (code 1706) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filemnhpgn.lasEPSG!�Longitude difference filemnhpgn.losEPSG-Usa MN�D5�C=!?! #EPSG�NAD83 to WGS 84 (13)Parameter files are from NAD83 to NAD83(HARN) (41) (code 1705) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileiahpgn.lasEPSG!�Longitude difference fileiahpgn.losEPSG-Usa IA�D5�C=!?! #EPSG�NAD83 to WGS 84 (12)Parameter files are from NAD83 to NAD83(HARN) (40) (code 1704) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filearhpgn.lasEPSG!�Longitude difference filearhpgn.losEPSG-USA Ar�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (43)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1711.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filemohpgn.lasEPSG!�Longitude difference filemohpgn.losNGS-Usa MO�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (42)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1710.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filemnhpgn.lasEPSG!�Longitude difference filemnhpgn.losNGS-Usa MN�?�I=!?! !EPSG�NAD83 to NAD83(HARN) (41)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1709.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileiahpgn.lasEPSG!�Longitude difference fileiahpgn.losNGS-Usa IA J �H5�A=!?! -EPSG�NAD83 to WGS 84 (19)Parameter files are from NAD83 to NAD83(HARN) (8) (code 1481) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileemhpgn.lasEPSG!�Longitude difference fileemhpgn.losEPSG-Usa ID MT e
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� �V��:� �� �D5�C=!?! #EPSG�NAD83 to WGS 84 (31)Parameter files are from NAD83 to NAD83(HARN) (19) (code 1492) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenyhpgn.lasEPSG!�Longitude difference filenyhpgn.losEPSG-Usa NY�D5�C=!?! #EPSG�NAD83 to WGS 84 (30)Parameter files are from NAD83 to NAD83(HARN) (18) (code 1491) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenmhpgn.lasEPSG!�Longitude difference filenmhpgn.losEPSG-Usa NM�H5�C=!?! +EPSG�NAD83 to WGS 84 (29)Parameter files are from NAD83 to NAD83(HARN) (17) (code 1490) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenehpgn.lasEPSG!�Longitude difference filenehpgn.losEPSG-Usa NewEng�D5�C=!?! #EPSG�NAD83 to WGS 84 (28)Parameter files are from NAD83 to NAD83(HARN) (16) (code 1489) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenbhpgn.lasEPSG!�Longitude difference filenbhpgn.losEPSG-Usa NE�D5�C=!?! #EPSG�NAD83 to WGS 84 (27)Parameter files are from NAD83 to NAD83(HARN) (15) (code 1488) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filemshpgn.lasEPSG!�Longitude difference filemshpgn.losEPSG-Usa MS�D5�C=!?! #EPSG�NAD83 to WGS 84 (26)Parameter files are from NAD83 to NAD83(HARN) (14) (code 1487) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filemihpgn.lasEPSG!�Longitude difference filemihpgn.losEPSG-Usa MI�D5�C=!?! #EPSG�NAD83 to WGS 84 (25)Parameter files are from NAD83 to NAD83(HARN) (13) (code 1486) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filemehpgn.lasEPSG!�Longitude difference filemehpgn.losEPSG-Usa ME�G5�C=!?! )EPSG�NAD83 to WGS 84 (24)Parameter files are from NAD83 to NAD83(HARN) (12) (code 1485) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filemdhpgn.lasEPSG!�Longitude difference filemdhpgn.losEPSG-Usa DE MD�D5�C=!?! #EPSG�NAD83 to WGS 84 (23)Parameter files are from NAD83 to NAD83(HARN) (11) (code 1484) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filelahpgn.lasEPSG!�Longitude difference filelahpgn.losEPSG-Usa LA�D5�C=!?! #EPSG�NAD83 to WGS 84 (22)Parameter files are from NAD83 to NAD83(HARN) (10) (code 1483) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filekyhpgn.lasEPSG!�Longitude difference filekyhpgn.losEPSG-Usa KY�C5�A=!?! #EPSG�NAD83 to WGS 84 (21)Parameter files are from NAD83 to NAD83(HARN) (1) (code 1474) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filealhpgn.lasEPSG!�Longitude difference filealhpgn.losEPSG-Usa AL �C5�A=!?! #EPSG�NAD83 to WGS 84 (32)Parameter files are from NAD83 to NAD83(HARN) (2) (code 1475) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileazhpgn.lasEPSG!�Longitude difference fileazhpgn.losEPSG-Usa AZ
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� �\��?� �� �D5�C=!?! #EPSG�NAD83 to WGS 84 (44)Parameter files are from NAD83 to NAD83(HARN) (30) (code 1503) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filewyhpgn.lasEPSG!�Longitude difference filewyhpgn.losEPSG-Usa WY�E5�A=!?! 'EPSG�NAD83 to WGS 84 (43)Parameter files are from NAD83 to NAD83(HARN) (3) (code 1476) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filecnhpgn.lasEPSG!�Longitude difference filecnhpgn.losEPSG-Usa CA n�D5�C=!?! #EPSG�NAD83 to WGS 84 (42)Parameter files are from NAD83 to NAD83(HARN) (29) (code 1502) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filewihpgn.lasEPSG!�Longitude difference filewihpgn.losEPSG-Usa WI�G5�C=!?! )EPSG�NAD83 to WGS 84 (41)Parameter files are from NAD83 to NAD83(HARN) (28) (code 1501) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filewohpgn.lasEPSG!�Longitude difference filewohpgn.losEPSG-Usa OR WA�D5�C=!?! #EPSG�NAD83 to WGS 84 (40)Parameter files are from NAD83 to NAD83(HARN) (27) (code 1500) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filevahpgn.lasEPSG!�Longitude difference filevahpgn.losEPSG-Usa VA�F5�C=!?! 'EPSG�NAD83 to WGS 84 (39)Parameter files are from NAD83 to NAD83(HARN) (26) (code 1499) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filewthpgn.lasEPSG!�Longitude difference filewthpgn.losEPSG-Usa TX w�F5�C=!?! 'EPSG�NAD83 to WGS 84 (38)Parameter files are from NAD83 to NAD83(HARN) (25) (code 1498) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileethpgn.lasEPSG!�Longitude difference fileethpgn.losEPSG-Usa TX e�D5�C=!?! #EPSG�NAD83 to WGS 84 (37)Parameter files are from NAD83 to NAD83(HARN) (24) (code 1497) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filetnhpgn.lasEPSG!�Longitude difference filetnhpgn.losEPSG-Usa TN�D5�C=!?! #EPSG�NAD83 to WGS 84 (36)Parameter files are from NAD83 to NAD83(HARN) (23) (code 1496) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filesdhpgn.lasEPSG!�Longitude difference filesdhpgn.losEPSG-Usa SD�B5�C=!?! EPSG�NAD83 to WGS 84 (35)Parameter files are from NAD83 to NAD83(HARN) (22) (code 1495) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filepvhpgn.lasEPSG!�Longitude difference filepvhpgn.losEPSG-PRVI�D5�C=!?! #EPSG�NAD83 to WGS 84 (34)Parameter files are from NAD83 to NAD83(HARN) (21) (code 1494) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileokhpgn.lasEPSG!�Longitude difference fileokhpgn.losEPSG-Usa OK�D5�C=!?! #EPSG�NAD83 to WGS 84 (45)Parameter files are from NAD83 to NAD83(HARN) (31) (code 1520) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filehihpgn.lasEPSG!�Longitude difference filehihpgn.losEPSG-Usa HI
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� �\�D�$ ( �z=�QY% ! EPSG1ATS77 to NAD83(CSRS) (1)Introduced in 1999. Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1688.EPSG%�NTv2EPSGEPSG ?� EPSG!�Latitude and longitude difference fileNB7783v2.gsbGIC-Can NB�"1�YA +EPSG AGD84 to GDA94 (5)Replaces AGD84 to GDA94 (4) (code 1593) which itself replaced variant 3 (code 1559). Input expects longitudes to be + west; EPSG GeogCRS AGD84 (code 4203) and GDA94 (code 4283) both have longitudes positive east. May be used as tfm to WGS 84 - see 15785EPSG%�NTv2EPSGkEPSG�?�������EPSG!�Latitude and longitude difference fileNational 84 (02.07.01).gsbAuslig-Aus 0.1m�z3�7YC 'EPSG AGD66 to GDA94 (11)Replaces AGD66 to GDA94 variants 6, 7 and 10 (codes 1506 1507 1596). Input expects longitudes to be positive west; source and target CRSs AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%�NTv2EPSGjEPSG�?� EPSG!�Latitude and longitude difference fileA66 National (13.09.01).gsbICSM-Aus 0.1m� A�w Y# ' EPSG�NAD83 to NAD83(CSRS98) (3)This gridded difference file AB_CSRS.DAC will need to be renamed to AB_CSRS.gsb to run in some software suites. Formats identical, but AB file is provincial fit only. Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1702.EPSG%�NTv2EPSG�EPSG,EPSG!�Latitude and longitude difference fileAB_CSRS.DACAB Env-Can AB�E5�A=!?! 'EPSG�NAD83 to WGS 84 (54)Parameter files are from NAD83 to NAD83(HARN) (4) (code 1477) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filecshpgn.lasEPSG!�Longitude difference filecshpgn.losEPSG-Usa CA s�D5�C=!?! #EPSG�NAD83 to WGS 84 (53)Parameter files are from NAD83 to NAD83(HARN) (39) (code 1554) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenjhpgn.lasEPSG!�Longitude difference filenjhpgn.losEPSG-Usa NJ�D5�C=!?! #EPSG�NAD83 to WGS 84 (52)Parameter files are from NAD83 to NAD83(HARN) (38) (code 1553) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileilhpgn.lasEPSG!�Longitude difference fileilhpgn.losEPSG-Usa IL�D5�C=!?! #EPSG�NAD83 to WGS 84 (51)Parameter files are from NAD83 to NAD83(HARN) (37) (code 1526) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filewvhpgn.lasEPSG!�Longitude difference filewvhpgn.losEPSG-Usa WV�D5�C=!?! #EPSG�NAD83 to WGS 84 (50)Parameter files are from NAD83 to NAD83(HARN) (36) (code 1525) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileuthpgn.lasEPSG!�Longitude difference fileuthpgn.losEPSG-Usa UT�D5�C=!?! #EPSG�NAD83 to WGS 84 (49)Parameter files are from NAD83 to NAD83(HARN) (35) (code 1524) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileohhpgn.lasEPSG!�Longitude difference fileohhpgn.losEPSG-Usa OH�D5�C=!?! #EPSG�NAD83 to WGS 84 (48)Parameter files are from NAD83 to NAD83(HARN) (34) (code 1523) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenvhpgn.lasEPSG!�Longitude difference filenvhpgn.losEPSG-Usa NV�D5�C=!?! #EPSG�NAD83 to WGS 84 (47)Parameter files are from NAD83 to NAD83(HARN) (33) (code 1522) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filekshpgn.lasEPSG!�Longitude difference filekshpgn.losEPSG-Usa KS
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� (���%� � ��D5�C=!?! #EPSG�NAD83 to WGS 84 (33)Parameter files are from NAD83 to NAD83(HARN) (20) (code 1493) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filendhpgn.lasEPSG!�Longitude difference filendhpgn.losEPSG-Usa ND ��H5�A=!?! -EPSG�NAD83 to WGS 84 (20)Parameter files are from NAD83 to NAD83(HARN) (9) (code 1482) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filewmhpgn.lasEPSG!�Longitude difference filewmhpgn.losEPSG-Usa ID MT w ��?�I=!?! !EPSG�NAD83 to NAD83(HARN) (40)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1708.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filearhpgn.lasEPSG!�Longitude difference filearhpgn.losNGS-Usa AR ��:A�CY% +EPSG�NAD27(CGQ77) to WGS 84 (3)Parameter file is from NAD27(CGQ77) to NAD83 (2) (code 1575) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSGEPSG�?� EPSG!�Latitude and longitude difference fileCQ77NA83.GSBEPSG-Can Qc NT2 ��
O�u Y% ! EPSG(NAD27(CGQ77) to NAD83(CSRS98) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27(CGQ77) (code 4609) and NAD83(CSRS98) (code 4140) have 1691longitudes positive east. Can be taken as an approximate transformation NAD27(CGQ77) to WGS 84 - see code 1691.EPSG%�NTv2EPSGEPSG,EPSG!�Latitude and longitude difference fileCGQ77-98.gsbSGQ-Can QC ��?�I=!?! !EPSG�NAD83 to NAD83(HARN) (34)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1744.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenvhpgn.lasEPSG!�Longitude difference filenvhpgn.losNGS-Usa NV ��3?�=!?! %EPSG�NAD83 to NAD83(HARN) (25)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1734.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileethpgn.lasEPSG!�Longitude difference fileethpgn.losNGS-Usa TX e ��1?�=!?! !EPSG�NAD83 to NAD83(HARN) (15)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1723.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filemshpgn.lasEPSG!�Longitude difference filemshpgn.losNGS-Usa MS ��0=�=!?! !EPSG�NAD83 to NAD83(HARN) (5)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1712.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filecohpgn.lasEPSG!�Longitude difference filecohpgn.losNGS-Usa CO ��,E�o=!?! )EPSG�St. Paul Island to NAD83 (1)Accuracy 0.5m at 67% confidence level. Uses NADCON method which expects longitudes positive west; source and target CRSs have longitudes positive east. NADCON converts from St. Paul Datum but makes the transformation appear to be from NAD27.EPSG%�NADCONEPSG)EPSG�?� EPSG!�Latitude difference filestpaul.lasEPSG!�Longitude difference filestpaul.losNGS-Usa AK StP
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U -��Y� � ��A�=kU% EPSG MGR96 to GVR2016 height (1)Defines GVR2016. File is also available in NOAA VDatum format (ggeoid2016.gtx) and GeoTIFF format (ggeoid2016.tif). For reversible alternative to this transformation see GR96 to GR96 + GVR2016 height (1) (code 9599).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG-EPSG K?�������EPSG!�Geoid (height correction) model fileggeoid16.griSDFE-Grl ��\g�qg5a %EPSG �NZVD2016 height to Wellington 1953 height (1)Derived at 137 control points. Mean offset 0.408m, standard deviation 0.054m, maximum difference from mean 0.112m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filewellington-1953-to-nzvd2016-conversion.csvEPSGGLINZ-NZ WGTN ��Xc�qg5] %EPSG �NZVD2016 height to Auckland 1946 height (1)Derived at 260 control points. Mean offset 0.292m, standard deviation 0.029m, maximum difference from mean 0.075m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG?�z�G�{EPSG" Vertical offset fileauckland-1946-to-nzvd2016-conversion.csvEPSGGLINZ-NZ AUCK ��
=�iU5 )EPSG ETRS89 to ODN height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Newlyn height (1) (tfm code 10021). For reversible alternative to this transformation see ETRS89 to ETRS89 + ODN height (2) (code 9587).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGE?�bM��EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Gbr 2015 ��{=�EY+ )EPSGXAmersfoort to ETRS89 (7)Consistent to within 1mm with official RNAPTRANS(TM)2008 at ground level onshore and at MSL offshore. The horizontal deviation using this NTv2 grid is approximately 1mm per 50m height difference from ground level or MSL.EPSG%�NTv2EPSG�EPSG�?PbM��EPSG!�Latitude and longitude difference filerdtrans2008.gsbRDNAP-Nld 2008 ��"5�Y1 %EPSG,Lisbon to ETRS89 (4)Derived from 1129 common stations in the national geodetic network. Residuals at 130 further test points average 0.09m, maximum 0.30m.EPSG%�NTv2EPSGoEPSG�?�������EPSG!�Latitude and longitude difference fileDLx_ETRS89_geo.gsbIGP-Prt 0.1m ��?U�SY) EPSG�Corrego Alegre 1970-72 to WGS 84 (2)Parameters from Corrego Alegre 1970-72 to SIRGAS 2000 (1) (tfm code 5526) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileCA7072_003.gsbOGP-Bra ��~U�iU' EPSG~RGAF09 to Martinique 1987 height (1)Replaces tfm from RRAF 1991, code 4561. May be used for transformations from WGS 84 to IGN 1987. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG|�EPSG!�Geoid (height correction) model filegg10_mart.txtIGN Mtq ��^[�1iU !EPSG�RRAF 1991 to Guadeloupe 1988 height (1)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG}?ə�����EPSG!�Geoid (height correction) model fileggg00.txtIGN Glp GT ��x=�MY% ! EPSG3NAD83 to NAD83(CSRS) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(CSRS) (code 4617) have longitudes positive east. Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1696.EPSG%�NTv2EPSG�EPSG ?� EPSG!�Latitude and longitude difference fileNAD83-98.gsbSGQ-Can QC
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� ��+B,H ;� � K�iU' %EPSGkNZGD2000 to NZVD2009 height (1)Defines NZVD2009 vertical datum (datum code 1039, CRS code 4440).EPSGGeographic3D to GravityRelatedHeight (NZgeoid)EPSG_EPSGX?�������EPSG!�Geoid (height correction) model filenzgeoid09.sidLINZ-NZ 2009�bE�iUc )EPSGWGS 84 to EGM2008 height (2)Replaces WGS 84 to EGM96 height (1) (CT code 15781). Grid spacing is 1 arc-minute. For a larger grid spacing (in principle less exact) see CT code 3858. For reversible alternative see CT code 9618. An executable using spherical harmonics is available.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGsEPSG?� EPSG!�Geoid (height correction) model fileUnd_min1x1_egm2008_isw=82_WGS84_TideFree.gzNGA-World 1min�bE�i Uk -EPSGWGS 84 to EGM2008 height (1)Replaces WGS 84 to EGM96 height (1) (CT code 15781). Grid spacing is 2.5 arc-minutes. For smaller spacing (in principle more exact) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is also available.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGsEPSGEPSG!�Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzNGA-World 2.5min�03�EY% #EPSG;ATS77 to WGS 84 (3)Parameter file is from ATS77 to NAD83(CSRS)v3 (3) (code 9235) assuming that NAD83(CSRS)v3 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSGEPSG�?� EPSG!�Latitude and longitude difference fileNS778301.gsbEPSG-Can NS�g=�)Y% # EPSG:ATS77 to NAD83(CSRS) (3)Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1851.EPSG%�NTv2EPSGEPSG ?� EPSG!�Latitude and longitude difference fileNS778301.gsbNSGC-Can NS�=�wY# ' EPSG9NAD83 to NAD83(CSRS) (3)This gridded difference file AB_CSRS.DAC will need to be renamed to AB_CSRS.gsb to run in some software suites. Formats identical, but AB file is provincial fit only. Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1702.EPSG%�NTv2EPSG�EPSG ?� EPSG!�Latitude and longitude difference fileAB_CSRS.DACAB Env-Can AB�h=�)Y# ' EPSG8NAD83 to NAD83(CSRS) (2)Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1697.EPSG%�NTv2EPSG�EPSG ?� EPSG!�Latitude and longitude difference fileSK83-98.gsbSK PMC-Can SK�h=�)Y# ' EPSG7NAD27 to NAD83(CSRS) (2)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1703.EPSG%�NTv2EPSG�EPSG ?� EPSG!�Latitude and longitude difference fileSK27-98.gsbSK PMC-Can SK�k=�)Y% + EPSG6ATS77 to NAD83(CSRS) (2)Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1689.EPSG%�NTv2EPSGEPSG ?� EPSG!�Latitude and longitude difference filePE7783V2.gsbPEI DOT-Can PEI�
K�iY% ! EPSG5NAD27(CGQ77) to NAD83(CSRS) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27(CGQ77) (code 4609) and NAD83(CSRS) (code 4617) have longitudes positive east. Can be taken as an approximate transformation NAD27(CGQ77) to WGS 84 - see code 1691.EPSG%�NTv2EPSGEPSG ?� EPSG!�Latitude and longitude difference fileCGQ77-98.gsbSGQ-Can QC�x=�MY% ! EPSG4NAD27 to NAD83(CSRS) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83(CSRS) (code 4617) have longitudes positive east. Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1692.EPSG%�NTv2EPSG�EPSG ?� EPSG!�Latitude and longitude difference fileQUE27-98.gsbSGQ-Can QC # �U[�1iU EPSG�RRAF 1991 to Martinique 1987 height (1)May be used for transformations from WGS 84 to IGN 1987. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG|�EPSG!�Geoid (height correction) model fileggm00.txtIGN Mtq
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x \������ c� �2Q�uk5# ) EPSG"NGVD29 height to NAVD88 height (2)Interpolation within the gridded data file may be made using any of the horizontal CRSs NAD27, NAD83 or NAD83(HARN).EPSG%�Vertical Offset by Grid Interpolation (VERTCON)EPSGFEPSGG?�z�G�{EPSG" Vertical offset filevertconc.94NGS-US Conus C�2Q�uk5# ) EPSG!NGVD29 height to NAVD88 height (1)Interpolation within the gridded data file may be made using any of the horizontal CRSs NAD27, NAD83 or NAD83(HARN).EPSG%�Vertical Offset by Grid Interpolation (VERTCON)EPSGFEPSGG?�z�G�{EPSG" Vertical offset filevertconw.94NGS-US Conus W�#5�+ Y+ +EPSG�OSGB36 to WGS 84 (7)Parameter values taken from OSGB36 to ETRS89 (1) (tfm code 5338) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the tfm.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileOSTN02_NTv2.gsbOGP-UK Gbr02 NT�5�}Y+ -EPSG�OSGB36 to ETRS89 (1)Approximate alternative to official OSTN02 method (tfm code 7952). Accuracy at 2000 test points compared to OSTN02 (tfm code 1039): latitude 0.5mm av, 17mm max; longitude 0.8mm av, 23mm max. May be taken as approximate CT to WGS 84 - see code 5339.EPSG%�NTv2EPSG�EPSG�?��Q� �EPSG!�Latitude and longitude difference fileOSTN02_NTv2.gsbOSGB-UK Gbr02 NT�;K�soU) EPSG�ETRS89 to Malin Head height (1)May be used for transformations from WGS 84 to Malin Head. Replaced by ETRS89 to Malin Head height (2) (code 7959).EPSGGeographic3D to GravityRelatedHeight (OSGM02-Ire)EPSGIEPSGc?�z�G�{EPSG!�Geoid (height correction) model fileOSGM02_RoI.txtOS-Ire�3E�goU' EPSG�ETRS89 to Belfast height (1)May be used for transformations from WGS 84 to Belfast. Replaced by ETRS89 to Belfast height (2) (code 7958).EPSGGeographic3D to GravityRelatedHeight (OSGM02-Ire)EPSGIEPSGd?��Q� �EPSG!�Geoid (height correction) model fileOSGM02_NI.txtOS-UK NI�aS�7iU% #EPSG�RRAF 1991 to IGN 1988 SB height (1)May be used for transformations from WGS 84 to IGN 1988 SB. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_sb.txtIGN Glp StB�S�)iU% #EPSG�RRAF 1991 to IGN 1992 LD height (1)Accuracy 0.5m. Replaced by RRAF 1991 to IGN 2008 LD height (1) (CT code 9132).EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG�?� EPSG!�Geoid (height correction) model fileggg00_ld.txtIGN Glp Des�aS�7iU% #EPSG�RRAF 1991 to IGN 1988 LS height (1)May be used for transformations from WGS 84 to IGN 1988 LS. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_ls.txtIGN Glp LSt�aS�7iU% #EPSG�RRAF 1991 to IGN 1988 SM height (1)May be used for transformations from WGS 84 to IGN 1988 SM. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_sm.txtIGN Glp StM�`S�7iU% !EPSG�RRAF 1991 to IGN 1988 MG height (1)May be used for transformations from WGS 84 to IGN 1988 MG. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSG�EPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_mg.txtIGN Glp MG , �2Q�uk5# ) EPSG#NGVD29 height to NAVD88 height (3)Interpolation within the gridded data file may be made using any of the horizontal CRSs NAD27, NAD83 or NAD83(HARN).EPSG%�Vertical Offset by Grid Interpolation (VERTCON)EPSGFEPSGG?�z�G�{EPSG" Vertical offset filevertcone.94NGS-US Conus E
� � � q �c� � �� �tE�+Y' 1EPSG�SAD69(96) to SIRGAS 2000 (1)May be used as transformation between SAD69(96) and WGS 84 - see tfm code 5543.EPSG%�NTv2EPSG�EPSGB?� EPSG!�Latitude and longitude difference fileSAD96_003.gsbIBGE-Bra 0.5m 1996�=�a Y' -EPSG�SAD69 to SIRGAS 2000 (2)For IBGE, in onshore east and south Brazil only, replaces SAD69 to SIRGAS 2000 (1) (tfm code 15485) for pre-1996 data based on the classical geodetic network. May be used as transformation between SAD69 and WGS 84 - see tfm code 5542.EPSG%�NTv2EPSG
EPSGBEPSG!�Latitude and longitude difference fileSAD69_003.gsbIBGE-Bra 1m 1996�~_�EY) EPSG�Corrego Alegre 1970-72 to SIRGAS 2000 (1)May be used as transformation between Corrego Alegre 1970-72 and WGS 84 - see tfm code 5541.EPSG%�NTv2EPSG�EPSGBEPSG!�Latitude and longitude difference fileCA7072_003.gsbIBGE-Bra�vY�?Y% EPSG�Corrego Alegre 1961 to SIRGAS 2000 (1)May be used as transformation between Corrego Alegre 1961 and WGS 84 - see tfm code 5540.EPSG%�NTv2EPSG�EPSGBEPSG!�Latitude and longitude difference fileCA61_003.gsbIBGE-Bra�M�iU# #EPSG�RGAF09 to IGN 1988 SB height (1)Replaces tfm from RRAF 1991, code 4567. May be used for transformations from WGS 84 to IGN 1988 SB. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG�?ə�����EPSG!�Geoid (height correction) model filegg10_sb.txtIGN Glp StB�FM� iU# #EPSG�RGAF09 to IGN 1992 LD height (1)Replaces tfm from RRAF 1991, code 4566. Replaced by RGAF09 to IGN 2008 LD height (1), CT code 9131. May be used for transformations from WGS 84 to IGN 1992 LD. Accuracy at each 0.025° grid node is given within the geoid model file, approx. average 0.5m.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG�?� EPSG!�Geoid (height correction) model filegg10_ld.txtIGN Glp Des�M�iU# #EPSG�RGAF09 to IGN 1988 LS height (1)Replaces tfm from RRAF 1991, code 4565. May be used for transformations from WGS 84 to IGN 1988 LS. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG�?ə�����EPSG!�Geoid (height correction) model filegg10_ls.txtIGN Glp LSt�M�iU# #EPSG�RGAF09 to IGN 1988 SM height (1)Replaces tfm from RRAF 1991, code 4564. May be used for transformations from WGS 84 to IGN 1988 SM. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG�?ə�����EPSG!�Geoid (height correction) model filegg10_sm.txtIGN Glp StM�M�iU# !EPSG�RGAF09 to IGN 1988 MG height (1)Replaces tfm from RRAF 1991, code 4563. May be used for transformations from WGS 84 to IGN 1988 MG. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG�?ə�����EPSG!�Geoid (height correction) model filegg10_mg.txtIGN Glp MG�U�iU' !EPSGRGAF09 to Guadeloupe 1988 height (1)Replaces tfm from RRAF 1991, code 4562. May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGpEPSG}?ə�����EPSG!�Geoid (height correction) model filegg10_gtbt.txtIGN Glp GT G �7O�MY% EPSG�Corrego Alegre 1961 to WGS 84 (1)Parameters from Corrego Alegre 1961 to SIRGAS 2000 (1) (tfm code 5525) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileCA61_003.gsbOGP-Bra
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� � � ���w� 9 � M�G_U% EPSG�CIGD11 to CBVD61 height (ft) (1)Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet. For reversible alternative to this transformation see CIGD11 to CIGD11 + CBVD61 height (ft) (1) (code 9602).EPSGGeographic3D to GravityRelatedHeight (CI)EPSG�EPSG�?��Q� �EPSG!�Geoid (height correction) model fileCBGM0811.TXTLSD-Cym� M�G_U% EPSG�CIGD11 to LCVD61 height (ft) (1)Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet. For reversible alternative to this transformation see CIGD11 to CIGD11 + LCVD61 height (ft) (1) (code 9604).EPSGGeographic3D to GravityRelatedHeight (CI)EPSG�EPSG�?��Q� �EPSG!�Geoid (height correction) model fileLCGM0811.TXTLSD-Cym�M�A_U% EPSG�CIGD11 to GCVD54 height (ft) (1)Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet. For reversible alternative to this transformation see CIGD11 to CIGD11 + GCVD54 height (ft)) (code 9603).EPSGGeographic3D to GravityRelatedHeight (CI)EPSG�EPSG�?��Q� �EPSG!�Geoid (height correction) model fileGCGM0811.TXTLSD-Cym�
/�uY+ %EPSGMGI to ETRS89 (5)Not to be used for cadastral purposes because it does not comply with the rules for control network tie-in as per Paragraph 3 of the Land Survey Regulations (Vermessungsverordnung) 2010. Replaced by GIS-Grid 2021 (MGI to ETRS89 (8), code 9910).EPSG%�NTv2EPSG�EPSG�?�333333EPSG!�Latitude and longitude difference fileAT_GIS_GRID.gsbBEV-Aut NTv2�+3�9Y' #EPSG ED50 to ETRS89 (14)When included in concatenation from and to projected CRSs, gives same results as ED50 / UTM zone 31N to ETRS89 / UTM zone 31N (1) - see CRS code 5166.EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference file100800401.gsbICC-Esp Cat�bQ�}qUY %EPSGGDA94 to AHD (Tasmania) height (2)Replaces AusGeoid98 model. Uses AusGeoid09 model which uses bi-cubic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time. May be used for transformations from WGS 84 to AHD (Tasmania).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGKEPSGP?��Q� �EPSG!�Geoid (height correction) model fileAUSGeoid09_GDA94_V1.01_DOV_windows.gsbGA-Aus09 Tas�P=�qU5 /EPSGGDA94 to AHD height (49)File name previously called AUSGeoid09_GDA94_V1.01_DOV_windows.gsb. Replaces AUSGeoid98 model. Uses AUSGeoid09 model which uses bi-cubic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time.EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGKEPSGO?�333333EPSG!�Geoid (height correction) model fileAUSGeoid09_V1.01.gsbGA-Aus09 mainland�<G�akU3 +EPSG�FEH2010 to FCSVR10 height (1)For reversible alternative to this transformation see FEH2010 to FEH2010 + FCSVR10 height (1) (code 9619).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG�EPSG�?�������EPSG!�Geoid (height correction) model filefehmarn_geoid10.griFEM-Dnk-Deu Feh�PG
iU3 + EPSG�FEH2010 to FCSVR10 height (1)EPSGGeographic3D to GravityRelatedHeight (NZgeoid)EPSG�EPSG�?�������EPSG!�Geoid (height correction) model filefehmarn_geoid10.griFEM-Dnk-Deu Feh�8;�S Y' +EPSG�SAD69(96) to WGS 84 (1)Parameters values taken from SAD69(96) to SIRGAS 2000 (1) (tfm code 5529) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileSAD96_003.gsbOGP-Bra 1m 1996�25�KY' +EPSG�SAD69 to WGS 84 (15)Parameters values taken from SAD69 to SIRGAS 2000 (2) (tfm code 5528) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%�NTv2EPSG
EPSG�EPSG!�Latitude and longitude difference fileSAD69_003.gsbOGP-Bra 2m 1996
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d�����P � �3�Y# %EPSG$RD/83 to ETRS89 (2)Recommended by Saxony State Spatial Data and Land Survey Corporation for transformations based on official geospatial data of Saxony. Accuracy 3mm within Saxony; within the rest of RD/83 definition area results at least coincide with EPSG CT code15868.EPSG%�NTv2EPSG�EPSG�?��Q� �EPSG!�Latitude and longitude difference fileNTv2_SN.gsbGeoSN-Deu SN�n1�A Y+ /EPSG#TM75 to WGS 84 (4)Parameter values taken from TM75 to ETRS89 (3) (tfm code 6946) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the tfm. Within accuracy of the tfm equivalent to TM75 to WGS 84 (1) (tfm code 1042).EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filetm75_etrs89.gsbOGP-Ire NT approx�71�5Y+ =EPSG"TM75 to ETRS89 (3)Approximate alternative to official OS polynomial method (tfm code 1041). May be taken as approximate transformation TM75 to WGS 84 - see code 6947.EPSG%�NTv2EPSG�EPSG�?�=p��
=EPSG!�Latitude and longitude difference filetm75_etrs89.gsbOSI-Ire NT approximation�5�}Y# 3EPSGTTokyo to JGD2011 (2)Parameter values from Tokyo to JGD2000 (2) (tfm code 6712) as in area of applicability JGD2011 = JGD2000. NTv2 grid derived by ESRI from that supplied by GSI in application tky2jgd. See Tokyo to JGD2011 (1) (tfm code 6714) for northern Honshu area.EPSG%�NTv2EPSG�EPSG ?ə�����EPSG!�Latitude and longitude difference filetky2jgd.gsbOGP-Jpn ex N Honshu�w9�%YC -EPSG9JGD2000 to JGD2011 (1)NTv2 grid derived by ESRI from that supplied by GSI in application patchjgd.EPSG%�NTv2EPSGEPSG ?ə�����EPSG!�Latitude and longitude difference filetouhokutaiheiyouoki2011.gsbOGP-Jpn N Honshu�f5�9Y# EPSG8Tokyo to JGD2000 (2)NTv2 grid derived by ESRI from that supplied by GSI in application tky2jgd. After Tohoku earthquake of 2011 accuracy in northern Honshu reduced to 1-5m and in this area replaced by Tokyo to JGD2011 (tfm code 6714).EPSG%�NTv2EPSG�EPSG?ə�����EPSG!�Latitude and longitude difference filetky2jgd.gsbOGP-Jpn�rQ�KmU) + EPSG�NAD83(CSRS) to CGVD2013 height (1)Uses CGG2013 model which uses bi-quadratic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG[EPSG�?��Q� �EPSG!�Geoid (height correction) model fileCGG2013n83.bynNRC Can CGG2013�0M�gaU% EPSG�NAD83(2011) to NAVD88 height (2)Uses Geoid12B hybrid model. Renamed from Geoid12A but with no data changes. See information source for further information. For reversible alternative to this transformation see NAD83(2011) to NAD83(2011) + NAVD88 height (2) (code 9596).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�z�G�{EPSG!�Geoid (height correction) model fileg2012ba0.binNGS-US AK�AM�aU% %EPSG�NAD83(2011) to NAVD88 height (1)Uses Geoid12B hybrid model. Renamed from Geoid12A but with no data changes. See information source for further information.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�z�G�{EPSG!�Geoid (height correction) model fileg2012bu0.binNGS-US Conus�=�[Y% ! EPSGANAD27 to NAD83(CSRS) (4)Introduced in 2011. Precision of 20 cm in area covered by the input data set and 40 cm anywhere else, with the exception of the northwest area of the province (near the border with Quebec) where the precision deteriorates to 80 cm.EPSG%�NTv2EPSG�EPSG ?陙����EPSG!�Latitude and longitude difference fileNB2783v2.gsbSNB-Can NB�$9�Y1 %EPSG-Datum 73 to ETRS89 (6)Derived from 1129 common stations in the national geodetic network. Residuals at 130 further test points average 0.06m, maximum 0.16m.EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference fileD73_ETRS89_geo.gsbIGP-Prt 0.1m
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� n�f�U�T� �f5� YA -EPSG OSGB36 to ETRS89 (2)Approximate alternative to official OSTN15 method (tfm code 7953). May be taken as approximate transformation OSGB36 to WGS 84 - see code 7710. Replaces OSGB36 to ETRS89 (1) (tfm code 5338).EPSG%�NTv2EPSG�EPSG�?��Q� �EPSG!�Latitude and longitude difference fileOSTN15_NTv2_OSGBtoETRS.gsbOSGB-UK Gbr15 NT�5�Y/ %EPSG �CH1903 to ETRS89 (2)Equivalent to concatenation of CTs 15486 (CH1903 to CH1903+) and 1647 (CH1903+ to CHTRS95) to within 2cm. Also used as CT between CH1903 and CHTRS95 (see code 7673). Replaces CT code 1646. May be used as approximate CT CH1903 to WGS 84 - see code 7788.EPSG%�NTv2EPSG5EPSG�?� EPSG!�Latitude and longitude difference fileCHENyx06_ETRS.gsbBfL-Che NTv2�X7�Y/ %EPSG �CH1903 to CHTRS95 (1)Equivalent to concatenation of transformations 15486 (CH1903 to CH1903+) and 1509 (CH1903+ to CHTRS95) to within 2cm. Also used as transformation between CH1903 and ETRS89 (see code 7674).EPSG%�NTv2EPSG5EPSG7?� EPSG!�Latitude and longitude difference fileCHENyx06_ETRS.gsbBfL-Che NTv2�5?
aU EPSG �PNG94 to PNG08 height (1)EPSG#Geographic3D to GravityRelatedHeight (PNG)EPSG�EPSG ?ə�����EPSG!�Geoid (height correction) model filePNG08.DATQC-Png�M�aU% #EPSG �NAD83(PA11) to ASVD02 height (1)Uses Geoid12B hybrid model. See information source for further information. For reversible alternative to this transformation see NAD83(PA11) to NAD83(PA11) + ASVD02 height (1) (code 9626).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?�z�G�{EPSG!�Geoid (height correction) model fileg2012bs0.binNGS-Asm 12B�M�aU% #EPSG �NAD83(MA11) to NMVD03 height (1)Uses Geoid12B hybrid model. See information source for further information. For reversible alternative to this transformation see NAD83(MA11) to NAD83(MA11) + NMVD03 height (1) (code 9625).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?�z�G�{EPSG!�Geoid (height correction) model fileg2012bg0.binNGS-Mnp 12B�M�aU% #EPSG �NAD83(MA11) to GUVD04 height (1)Uses Geoid12B hybrid model. See information source for further information. For reversible alternative to this transformation see NAD83(MA11) to NAD83(MA11) + GUVD04 height (1) (code 9624).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?�z�G�{EPSG!�Geoid (height correction) model fileg2012bg0.binNGS-Gum 12B�M�#aU% #EPSG �NAD83(2011) to VIVD09 height (1)Uses Geoid12B hybrid model. See information source for further information.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?�z�G�{EPSG!�Geoid (height correction) model fileg2012bp0.binNGS-Vir 12B�M�#aU% #EPSG �NAD83(2011) to PRVD02 height (1)Uses Geoid12B hybrid model. See information source for further information.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?�z�G�{EPSG!�Geoid (height correction) model fileg2012bp0.binNGS-Pri 12B�k=�OaU- ) EPSGYETRS89 to NAP height (1)Alternative to vertical component of official 3D RDNAPTRANS(TM)2008. The naptrans2008 correction grid incorporates the NLGEO2004 geoid model plus a fixed offset.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGM?�z�G�{EPSG!�Geoid (height correction) model filenaptrans2008.gtxEPSG�RDNAP-Nld 2008 �]5� YA +EPSG OSGB36 to WGS 84 (9)Parameter values taken from OSGB36 to ETRS89 (2) (tfm code 7709) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the tfm. Replaces OSGB36 to WGS 84 (7) (tfm code 5339).EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileOSTN15_NTv2_OSGBtoETRS.gsbOGP-UK Gbr15 NT
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� ]� �Y) �� �h5�'Y/ %EPSG lCH1903 to WGS 84 (3)Parameter values from CH1903 to ETRS89 (2) (code 7674) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Equivalent to concatenation of transformations 15486 and 1676.EPSG%�NTv2EPSG5EPSG�?� EPSG!�Latitude and longitude difference fileCHENyx06_ETRS.gsbOGP-Che NTv2�.K�KoU- # EPSG 'ETRS89 to Malin Head height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Malin Head height (1) (tfm code 5335).EPSGGeographic3D to GravityRelatedHeight (OSGM02-Ire)EPSGIEPSGc?��O�;dZEPSG!�Geoid (height correction) model fileOSGM15_Malin.griOS-Ire 2015�,E�EoU1 ' EPSG &ETRS89 to Belfast height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Belfast height (1) (tfm code 5334).EPSGGeographic3D to GravityRelatedHeight (OSGM02-Ire)EPSGIEPSGd?��1&�yEPSG!�Geoid (height correction) model fileOSGM15_Belfast.griOS-UK NI 2015�E�iU5 )EPSG %ETRS89 to Douglas height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Douglas height (1) (tfm code 10023). For reversible alternative to this transformation see ETRS89 to ETRS89 + Douglas height (2) (code 9590).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGv?��Q� �EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Man 2015� I� iU5 /EPSG $ETRS89 to St. Marys height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to St Marys height (1) (tfm code 10032). For reversible alternative to this transformation see ETRS89 to ETRS89 + St. Marys height (2) (code 9585).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGu?�z�G�{EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Scilly 2015� I�!iU5 )EPSG #ETRS89 to Stornoway height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Stornaway height (1) (tfm code 10033). For reversible alternative to this transformation see ETRS89 to ETRS89 + Stornoway height (2) (code 9584).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGr?��+ I�EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Heb 2015�E�iU5 -EPSG "ETRS89 to Lerwick height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Lerwick height (1) (tfm code 10027). For reversible alternative to this transformation see ETRS89 to ETRS89 + Lerwick height (2) (code 9589).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGn?�n��O�;EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS -UK Shet 2015�LS�wiU5 )EPSG !ETRS89 to ODN (Offshore) height (1)Replaces ETRS89 to Fair Isle/Flannan Isles/Foula/North Rona/St Kilda/Sule Skerry height (1) (tfm codes 10024-26, 10030-31 and 10034). For reversible alternative to this transformation see ETRS89 to ETRS89 + ODN (Offshore) height (1) (code 9588).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSG ?�z�G�{EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Off 2015�*K�;iU5 )EPSG ETRS89 to ODN Orkney height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Newlyn (Orkney Isles) height (1) (tfm code 10029). For reversible alternative to this transformation see ETRS89 to ETRS89 + ODN Orkney height (2) (code 9586).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGl?�hr� ĜEPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Ork 2015 p � K�iUK %EPSG �NZGD2000 to NZVD2016 height (1)Defines NZVD2016 vertical datum (datum code 1169, CRS code 7839).EPSGGeographic3D to GravityRelatedHeight (NZgeoid)EPSG_EPSG �?�������EPSG!�Geoid (height correction) model fileNew_Zealand_Quasigeoid_2016.csvLINZ-NZ 2016
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� ?��4�z� �ao�mg5g %EPSG �NZVD2016 height to Stewart Island 1977 height (1)Derived at 4 control points. Mean offset 0.299m, standard deviation 0.025m, maximum difference from mean 0.039m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�
=p��
EPSG" Vertical offset filestewartisland-1977-to-nzvd2016-conversion.csvEPSGGLINZ-NZ STWT�bo�qg5e %EPSG �NZVD2016 height to One Tree Point 1964 height (1)Derived at 137 control points. Mean offset 0.077m, standard deviation 0.042m, maximum difference from mean 0.107m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset fileonetreepoint-1964-to-nzvd2016-conversion.csvEPSGGLINZ-NZ ONTP�T_�qg5Y %EPSG �NZVD2016 height to Nelson 1955 height (1)Derived at 256 control points. Mean offset 0.329m, standard deviation 0.039m, maximum difference from mean 0.114m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filenelson-1955-to-nzvd2016-conversion.csvEPSGGLINZ-NZ NELS�T_�qg5Y %EPSG �NZVD2016 height to Napier 1962 height (1)Derived at 207 control points. Mean offset 0.203m, standard deviation 0.034m, maximum difference from mean 0.096m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filenapier-1962-to-nzvd2016-conversion.csvEPSGGLINZ-NZ NAPI�Xc�qg5] %EPSG �NZVD2016 height to Moturiki 1953 height (1)Derived at 519 control points. Mean offset 0.309m, standard deviation 0.071m, maximum difference from mean 0.231m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filemoturiki-1953-to-nzvd2016-conversion.csvEPSGGLINZ-NZ MOTU�Ye�og5_ %EPSG �NZVD2016 height to Lyttelton 1937 height (1)Derived at 923 control points. Mean offset 0.34m, standard deviation 0.041m, maximum difference from mean 0.149m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filelyttelton-1937-to-nzvd2016-conversion.csvEPSGGLINZ-NZ LYTT�Wc�og5] %EPSG �NZVD2016 height to Gisborne 1926 height (1)Derived at 274 control points. Mean offset 0.343m, standard deviation 0.025m, maximum difference from mean 0.09m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filegisborne-1926-to-nzvd2016-conversion.csvEPSGGLINZ-NZ GISB�am�og5g %EPSG �NZVD2016 height to Dunedin-Bluff 1960 height (1)Derived at 205 control points. Mean offset 0.254m, standard deviation 0.039m, maximum difference from mean 0.11m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSGj?�z�G�{EPSG" Vertical offset filedunedin-bluff-1960-to-nzvd2016-conversion.csvEPSGGLINZ-NZ DUBL�Va�qg5[ %EPSG �NZVD2016 height to Dunedin 1958 height (1)Derived at 197 control points. Mean offset 0.326m, standard deviation 0.043m, maximum difference from mean 0.152m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filedunedin-1958-to-nzvd2016-conversion.csvEPSGGLINZ-NZ DUNE�Q]�og5W %EPSG �NZVD2016 height to Bluff 1955 height (1)Derived at 71 control points. Mean offset 0.273m, standard deviation 0.034m, maximum difference from mean 0.079m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filebluff-1955-to-nzvd2016-conversion.csvEPSGGLINZ-NZ BLUF�Wc�og5] %EPSG �NZVD2016 height to Taranaki 1970 height (1)Derived at 125 control points. Mean offset 0.286m, standard deviation 0.026m, maximum difference from mean 0.07m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filetaranaki-1970-to-nzvd2016-conversion.csvEPSGGLINZ-NZ TARA
`
+ � �?��` �A�=kU# EPSG LGR96 to GVR2000 height (1)Defines GVR2000. File is also available in NOAA VDatum format (ggeoid2000.gtx) and GeoTIFF format (ggeoid2000.tif). For reversible alternative to this transformation see GR96 to GR96 + GVR2000 height (1) (code 9598).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG-EPSG J?�������EPSG!�Geoid (height correction) model filegr2000g.griSDFE-Grl�R=�siUc !EPSG eWGS 84 to MSL height (1)Parameter values are from WGS 84 to EGM2008 height (2) (CT code 3859) assuming that the EGM2008 surface equals MSL surface within the accuracy of the transformation. For reversible alternative see WGS 84 to WGS 84 + MSL height (1) (code 9706).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGsEPSGR?� EPSG!�Geoid (height correction) model fileUnd_min1x1_egm2008_isw=82_WGS84_TideFree.gzIOGP-World�/Y�gk5# )EPSG #NGVD29 height (m) to NAVD88 height (3)In this area the NGVD29 vertical reference surface is approximately 0 to 0.5m above the NAVD88 surface. Interpolation within the gridded data file may be made using either NAD27 or any of the realisations of NAD83 applicable to US conus.EPSG%�Vertical Offset by Grid Interpolation (VERTCON)EPSG EPSGG?�z�G�{EPSG" Vertical offset filevertcone.94NGS-US Conus E�>Y�k5# )EPSG "NGVD29 height (m) to NAVD88 height (2)In the SE of this area the NGVD29 surface is 0 to 0.1m above the NAVD88 surface; in the W it is 0.6 to 0.9m below the NAVD88 surface. Interpolation in the data file may be made using either NAD27 or any of the NAD83 realizations applicable to US conus.EPSG%�Vertical Offset by Grid Interpolation (VERTCON)EPSG EPSGG?�z�G�{EPSG" Vertical offset filevertconc.94NGS-US Conus C�7Y�wk5# )EPSG !NGVD29 height (m) to NAVD88 height (1)In this area the NGVD29 vertical reference surface is approximately 0.6 to 1.6m below the NAVD88 datum surface. Interpolation within the gridded data file may be made using either NAD27 or any of the realizations of NAD83 applicable to US conus.EPSG%�Vertical Offset by Grid Interpolation (VERTCON)EPSG EPSGG?�z�G�{EPSG" Vertical offset filevertconw.94NGS-US Conus W�K�#oU- #EPSG ETRS89 to Malin Head height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Malin Head height (1) (tfm code 5335). For reversible alternative to this transformation see ETRS89 to ETRS89 + Malin Head height (2) (code 9591).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGIEPSGc?��O�;dZEPSG!�Geoid (height correction) model fileOSGM15_Malin.griOS-Ire 2015�E�oU1 'EPSG ETRS89 to Belfast height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Belfast height (1) (tfm code 5334). For reversible alternative to this transformation see ETRS89 to ETRS89 + Belfast height (2) (code 9592).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGIEPSGd?��1&�yEPSG!�Geoid (height correction) model fileOSGM15_Belfast.griOS-UK NI 2015�R;�KYK ) EPSG Canada velocity grid v6NOTE: Before being deprecated this record had a second parameter (code 1048, value 8251) which has been removed due to being non-compliant with the data model.EPSG.Point motion by grid (Canada NTv2_Vel)EPSG ;EPSG ;?�z�G�{EPSGPoint motion velocity grid filecvg60.cvbNRC-Can cvg6.0�K�CiUk %EPSG �SHGD2015 to SHVD2015 height (1)This transformation defines SHVD2015 heights. For reversible alternative to this transformation see SHGD2015 to SHGD2015 + SHVD2015 height (1) (code 9617).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG �EPSG �EPSG!�Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzENRD-Shn Hel
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4
� ����X4� �"5�cYe 'EPSG �GDA94 to GDA2020 (4)See GDA94 to GDA2020 (1) (code 8048) for transformation using Helmert method which gives identical results.EPSG%�NTv2EPSG�EPSG �?�������EPSG!�Latitude and longitude difference fileGDA94_GDA2020_conformal_christmas_island.gsbICSM-Cxr Conf�(M�KiU )EPSG �RGF93 v2 to NGF-IGN78 height (2)Replaces ggf97a model (code 10002)]. Replaced by RAC23 model (code 10506). Accuracy at each grid node is given in the geoid model file. For reversible alternative see RGF93 v2 to RGF93 v2 + NGF-IGN78 height (2) (code 9639).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&0EPSGY?�������EPSG!�Geoid (height correction) model fileRAC09.mntIGN Fra Cor 09� M�;iU !EPSG �RGF93 v2 to NGF-IGN69 height (2)Replaces ggf97a geoid model [RGF93 v1 to NGF IGN69 height (1) (code 10000)]. Replaced by RAF18 model. Accuracy at each 0.0333333333333° in longitude and 0.025° in latitude grid node is given within the model file.EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&0EPSGX?�z�G�{EPSG!�Geoid (height correction) model fileRAF09.mntIGN Fra 09�C1�SY; 'EPSG �BD72 to ETRS89 (3)File name is lower case and despite its name is between geographic CRSs. (Similarly-named file in upper case BD72LB72_ETRS89LB08 operates in projected CRS domain).EPSG%�NTv2EPSG�EPSG�?�z�G�{EPSG!�Latitude and longitude difference filebd72lb72_etrs89lb08.gsbIGN-Bel 0.01m�G�
=C?C EPSG �S-JTSK [JTSK03] to S-JTSK (1)Derived at 684 identical points. Also available as an NTv2 file.EPSG%�NADCONEPSG �EPSG<?�������EPSG!�Latitude difference fileSlovakia_JTSK03_to_JTSK.LASEPSG!�Longitude difference fileSlovakia_JTSK03_to_JTSK.LOSUGKK-Svk�^Y�cUM EPSG �ETRS89 to ETRS89 + EVRF2007 height (1)Uses ETRS89 (realization ETRF2000) and quasigeoid model DMQSK2014E. 1 sigma = 29 mm (test performed on 93 independent points). Recommended as part of transformation between Baltic 1957 height and EVRF2007 height (see concatenated operation code 8363).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSGIEPSG �?��Q� �EPSG!�Geoid (height correction) model fileSlovakia_ETRS89h_to_EVRF2007.gtxEPSG�UGKK-Svk�`_�}cUQ EPSG �ETRS89 to ETRS89 + Baltic 1957 height (1)Uses ETRS89 (realization ETRF2000) and quasigeoid model DVRM05. 1 sigma = 34 mm (test performed on 563 independent points). Recommended as part of transformation between Baltic 1957 height and EVRF2007 height (see concatenated operation code 8363).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSGIEPSG �?��Q� �EPSG!�Geoid (height correction) model fileSlovakia_ETRS89h_to_Baltic1957.gtxEPSG�UGKK-Svk�TO�!iU ) EPSG PRGF93 to IGN78 Corsica height (1)Replaces RGF93 to NGF IGN69 height (1) (code 10002). Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGY?�������EPSG!�Geoid (height correction) model fileRAC09.mntIGN Fra Cor 09�LG�!iU ! EPSG ORGF93 to NGF IGN69 height (2)Replaces RGF93 to NGF IGN69 height (1) (code 10000). Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGX?�z�G�{EPSG!�Geoid (height correction) model fileRAF09.mntIGN Fra 09 { � 5�cY] 'EPSG �GDA94 to GDA2020 (5)See GDA94 to GDA2020 (1) (code 8048) for transformation using Helmert method which gives identical results.EPSG%�NTv2EPSG�EPSG �?�������EPSG!�Latitude and longitude difference fileGDA94_GDA2020_conformal_cocos_island.gsbICSM-Cck Conf
W & � @v��� & �FQ�O%={?{ 1EPSG!gNAD83(HARN) to NAD83(NSRS2007) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_1992.nad83_2007.alaska.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1992.nad83_2007.alaska.lon.trn.20160901.bNGS-Usa AK Nadcon5�=?�O%={?{ 1EPSG!fNAD83 to NAD83(HARN) (48)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG�EPSG8?�333333EPSG!�Latitude difference filenadcon5.nad83_1986.nad83_1992.alaska.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1986.nad83_1992.alaska.lon.trn.20160901.bNGS-Usa AK Nadcon5� 1� %=q?q 1EPSG!eNAD27 to NAD83 (8)Uses NADCON5 method which expects longitudes positive east in range 0-360°; source and target CRSs have longitudes positive east in range -180° to +180°. Accuracy at 67% confidence level is 0.5m onshore, 5m nearshore and undetermined farther offshore.EPSG2NADCON5 (2D)EPSG�EPSG�?� EPSG!�Latitude difference filenadcon5.nad27.nad83_1986.alaska.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad27.nad83_1986.alaska.lon.trn.20160901.bNGS-Usa AK Nadcon5�<E�O%=s?s 9EPSG!dSt. Paul Island to NAD83 (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG)EPSG�?� EPSG!�Latitude difference filenadcon5.sp1952.nad83_1986.stpaul.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.sp1952.nad83_1986.stpaul.lon.trn.20160901.bNGS-Usa AK StP Nadcon5�HM�O%={?{ 9EPSG!cSt. Lawrence Island to NAD83 (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG(EPSG�?� EPSG!�Latitude difference filenadcon5.sl1952.nad83_1986.stlawrence.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.sl1952.nad83_1986.stlawrence.lon.trn.20160901.bNGS-Usa AK StL Nadcon5�BI�O%=w?w 9EPSG!bSt. George Island to NAD83 (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG*EPSG�?�333333EPSG!�Latitude difference filenadcon5.sg1952.nad83_1986.stgeorge.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.sg1952.nad83_1986.stgeorge.lon.trn.20160901.bNGS-Usa AK StG Nadcon5�@?�gqU? #EPSG!GDA2020 to AHD height (1)File name previously called AUSGeoid2020_windows_binary.gsb. Uncertainties given in accompanying file AUSGeoid2020_20180201_error.gsb. For reversible alternative to this transformation see GDA2020 to GDA2020 + AHD height (1) (code 9466).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSG �EPSGO?�333333EPSG!�Geoid (height correction) model fileAUSGeoid2020_20180201.gsbGA-Aus 2020�5�/Ya 9EPSG �GDA94 to GDA2020 (2)See GDA94 to GDA2020 (1) or (3) (codes 8048 and 8446) for alternative conformal-only transformation without local distortion modelling. GDA2020 Technical Manual and fact sheet T1 give guidance on which to use.EPSG%�NTv2EPSG�EPSG �?�������EPSG!�Latitude and longitude difference fileGDA94_GDA2020_conformal_and_distortion.gsbICSM-Aus Conf and Dist �
8 � +
k��i�< �=?�O%={?{ 1EPSG!�NAD83 to NAD83(HARN) (49)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG�EPSG8?�������EPSG!�Latitude difference filenadcon5.nad83_1986.nad83_1993.hawaii.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1986.nad83_1993.hawaii.lon.trn.20160901.bNGS-Usa HI Nadcon5�/?�O%=m?m 1EPSG!qOld Hawaiian to NAD83 (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG'EPSG�?ə�����EPSG!�Latitude difference filenadcon5.ohd.nad83_1986.hawaii.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.ohd.nad83_1986.hawaii.lon.trn.20160901.bNGS-Usa HI Nadcon5�GQ�O%=y?y 7EPSG!oNAD83(NSRS2007) to NAD83(2011) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2007.nad83_2011.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2007.nad83_2011.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5�DO�O%=w?w 7 EPSG!nNAD83(FBN) to NAD83(NSRS2007) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_fbn.nad83_2007.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_fbn.nad83_2007.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5�@G�O%=w?w 7 EPSG!mNAD83(HARN) to NAD83(FBN) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG!?�������EPSG!�Latitude difference filenadcon5.nad83_harn.nad83_fbn.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_harn.nad83_fbn.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5�>?�O%=y?y 7EPSG!lNAD83 to NAD83(HARN) (47)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG�EPSG8?�������EPSG!�Latitude difference filenadcon5.nad83_1986.nad83_harn.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1986.nad83_harn.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5� 1� %=o?o 7EPSG!kNAD27 to NAD83 (7)NADCON5 method expects longitudes 0-360°; source and target CRS longitudes in range ±180°. Accuracy at 67% confidence level is 0.15m onshore, 1m nearshore and undetermined farther offshore. For application in Gulf of Mexico refer to IOGP report 373-26.EPSG2NADCON5 (2D)EPSG�EPSG�?�333333EPSG!�Latitude difference filenadcon5.nad27.nad83_1986.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad27.nad83_1986.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5 �BI�O%={?{ 1EPSG!�NAD83(HARN) to NAD83(PA11) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_1993.nad83_pa11.hawaii.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1993.nad83_pa11.hawaii.lon.trn.20160901.bNGS-Usa HI Nadcon5
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��*yc� : ��QY� aU1 7EPSG$YSRGI2013 to INAGeoid2020 v1 height (1)Defines INAGeoid2020 v1 reference surface and as such is considered to be errorless. Internal accuracy is between 0.05 and 0.24m on the large islands of Indonesia. Replaced by INAGeoid2020 v2 (CT code 20043). Before 2022, v1 file name was INAGEOID20.gtx.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG$�EPSG$�EPSG!�Geoid (height correction) model fileINAGEOID2020v1.gtxBIG-Idn INAGeoid20 v1 ��Vc�}mU+ -EPSG$ NAD83(CSRS)v6 to CGVD2013a(2010) height (1)Defines CGVD2013 heights. Because CSRS ellipsoidal heights are affected by glacial isostatic adjustment, CGVD2013 heights also change with time. For reversible alternative see NAD83(CSRS)v6 to NAD83(CSRS)v6 + CGVD2013a(2010) height (1) (code 9644).EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG ;EPSG$ ?��Q� �EPSG!�Geoid (height correction) model fileCGG2013an83.bynNRC Can CGG2013a ��p9�9Y3 EPSG$ISN2004 to ISN2016 (1)Grid transformation based on Kriging between ISN2004 and ISN2016. Accuracy is better than 5 cm in stable areas but can be around 25 cm in areas that have suffered deformation due to earthquake or volcanic eruption.EPSG%�NTv2EPSG�EPSG �?�������EPSG!�Latitude and longitude difference fileISN2004_ISN2016.gsbLMI-Isl ��U�aU) %EPSG#�NAD83(NSRS2007) to NAVD88 height (2)Uses Geoid09 hybrid model. Replaced by Geoid12 model (CT code 6327).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG EPSGG?�������EPSG!�Geoid (height correction) model filegeoid09_ak.binNGS-US AK 09 ��+U�CiU) %EPSG#�RGAF09 to Martinique 1987 height (2)Replaces RGAF09 to Martinique 1987 height (1) (CT code 5502). Accuracy 0.01m to 0.05m within onshore area. For reversible alternative to this transformation see RGAF09 to RGAF09 + Martinique 1987 height (2) (code 9637).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG|?�������EPSG!�Geoid (height correction) model fileRAMART2016.mntIGN Mtq 2016 ��BAIY% 7EPSG#�NAD83 to NAD83(CSRS)v4 (9)Derived through NAD83(CSRS)v4.EPSG%�NTv2EPSG�EPSG 6?�������EPSG!�Latitude and longitude difference fileBC_93_05.GSBGeoBC-Can BC mainland ��BO�O%=w?w 3EPSG"�NAD83(FBN) to NAD83(NSRS2007) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG"�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2002.nad83_2007.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2002.nad83_2007.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5 ��BO�O%=w?w 3 EPSG!�NAD83(FBN) to NAD83(NSRS2007) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2002.nad83_2007.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2002.nad83_2007.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5 ��,Y�O%=g?g +EPSG!�American Samoa 1962 to NAD83(HARN) (3)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSGIEPSG8EPSG!�Latitude difference filenadcon5.as62.nad83_1993.as.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.as62.nad83_1993.as.lon.trn.20160901.bNGS-Asm Nadcon5 ��FQ�O%={?{ 1EPSG!hNAD83(NSRS2007) to NAD83(2011) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2007.nad83_2011.alaska.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2007.nad83_2011.alaska.lon.trn.20160901.bNGS-Usa AK Nadcon5
X H �
� X��" X �H[�O%=w?w 3 EPSG!�NAD83(HARN Corrected) to NAD83(FBN) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!aEPSG!?�������EPSG!�Latitude difference filenadcon5.nad83_1997.nad83_2002.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1997.nad83_2002.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5�I]�O%=w?w 3 EPSG!�NAD83(HARN) to NAD83(HARN Corrected) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG!a?�������EPSG!�Latitude difference filenadcon5.nad83_1997.nad83_2002.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1997.nad83_2002.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5�:?�O%=w?w 3EPSG!�NAD83 to NAD83(HARN) (50)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG�EPSG8?�333333EPSG!�Latitude difference filenadcon5.nad83_1986.nad83_1993.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1986.nad83_1993.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5�-=�O%=k?k 3EPSG!�Puerto Rico to NAD83 (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG+EPSG�?�333333EPSG!�Latitude difference filenadcon5.pr40.nad83_1986.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.pr40.nad83_1986.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5�BG�O%=? + EPSG!�NAD83(FBN) to NAD83(MA11) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2002.nad83_ma11.guamcnmi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2002.nad83_ma11.guamcnmi.lon.trn.20160901.bNGS-Gum Nadcon5�BG�O%=? + EPSG!�NAD83(HARN) to NAD83(FBN) (3)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG!?�������EPSG!�Latitude difference filenadcon5.nad83_1993.nad83_2002.guamcnmi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1993.nad83_2002.guamcnmi.lon.trn.20160901.bNGS-Gum Nadcon5�.E�O%=s?s +EPSG!�Guam 1963 to NAD83(HARN) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSGCEPSG8EPSG!�Latitude difference filenadcon5.gu63.nad83_1993.guamcnmi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.gu63.nad83_1993.guamcnmi.lon.trn.20160901.bNGS-Gum NADCON5�6G�O%=s?s + EPSG!�NAD83(FBN) to NAD83(PA11) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2002.nad83_pa11.as.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2002.nad83_pa11.as.lon.trn.20160901.bNGS-Asm Nadcon5�6G�O%=s?s + EPSG!�NAD83(HARN) to NAD83(FBN) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG!?�������EPSG!�Latitude difference filenadcon5.nad83_1993.nad83_2002.as.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1993.nad83_2002.as.lon.trn.20160901.bNGS-Asm Nadcon5
� ;
X ��"^� � �H[�O%=w?w 3EPSG"�NAD83(HARN Corrected) to NAD83(FBN) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!aEPSG"�?�������EPSG!�Latitude difference filenadcon5.nad83_1997.nad83_2002.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1997.nad83_2002.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5�BG�O%=? +EPSG"�NAD83(FBN) to NAD83(MA11) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG"�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2002.nad83_ma11.guamcnmi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2002.nad83_ma11.guamcnmi.lon.trn.20160901.bNGS-Gum Nadcon5�BG�O%=? +EPSG"�NAD83(HARN) to NAD83(FBN) (3)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG"�?�������EPSG!�Latitude difference filenadcon5.nad83_1993.nad83_2002.guamcnmi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1993.nad83_2002.guamcnmi.lon.trn.20160901.bNGS-Gum Nadcon5�6G�O%=s?s +EPSG"�NAD83(FBN) to NAD83(PA11) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG"�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2002.nad83_pa11.as.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2002.nad83_pa11.as.lon.trn.20160901.bNGS-Asm Nadcon5�6G�O%=s?s +EPSG"�NAD83(HARN) to NAD83(FBN) (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG"�?�������EPSG!�Latitude difference filenadcon5.nad83_1993.nad83_2002.as.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1993.nad83_2002.as.lon.trn.20160901.bNGS-Asm Nadcon5�DO�O%=w?w 7EPSG"�NAD83(FBN) to NAD83(NSRS2007) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG"�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_fbn.nad83_2007.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_fbn.nad83_2007.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5�@G�O%=w?w 7EPSG"�NAD83(HARN) to NAD83(FBN) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG"�?�������EPSG!�Latitude difference filenadcon5.nad83_harn.nad83_fbn.conus.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_harn.nad83_fbn.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5� ;�]YK' )EPSG!�Canada velocity grid v6File initially published with name cvg60.cvb, later renamed to NAD83v60VG.gvb with no change of content.EPSG.Point motion by grid (Canada NTv2_Vel)EPSG ;EPSG ;?�z�G�{EPSGPoint motion velocity grid fileNAD83v6VG.gvbNRC-Can cvg6.0�CQ�O%=w?w 3EPSG!�NAD83(NSRS2007) to NAD83(2011) (3)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG�EPSG�?�������EPSG!�Latitude difference filenadcon5.nad83_2007.nad83_2011.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_2007.nad83_2011.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5
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� �" d�S�� �A� �{A�=Y% 3EPSG#�NAD83 to NAD83(CSRS)v2 (6)Derived through NAD83(CSRS)v2. Replaced by NAD83 to NAD83(CSRS) (7) (CT code 9117) for CRD, NAD83 to NAD83(CSRS) (8) (CT code 9118) for north Vancouver Island and NAD83 to NAD83(CSRS) (9) (CT code 9119) for mainland.EPSG%�NTv2EPSG�EPSG -?�������EPSG!�Latitude and longitude difference fileBC_93_98.GSBGeoBC-Can BC CSRSv2�CCIY% 7EPSG#�NAD27 to NAD83(CSRS)v4 (10)Derived through NAD83(CSRS)v4.EPSG%�NTv2EPSG�EPSG 6?� EPSG!�Latitude and longitude difference fileBC_27_05.GSBGeoBC-Can BC mainland�=AIY% -EPSG#�NAD27 to NAD83(CSRS)v3 (9)Derived through NAD83(CSRS)v3.EPSG%�NTv2EPSG�EPSG 0?� EPSG!�Latitude and longitude difference fileNVI27_05.GSBGeoBC-Can BC NVI�=AIY% -EPSG#�NAD27 to NAD83(CSRS)v3 (8)Derived through NAD83(CSRS)v3.EPSG%�NTv2EPSG�EPSG 0?� EPSG!�Latitude and longitude difference fileCRD27_00.GSBGeoBC-Can BC CRD�}A�AY% 3EPSG#�NAD27 to NAD83(CSRS)v2 (7)Derived through NAD83(CSRS)v2. Replaced by NAD27 to NAD83(CSRS) (8) (CT code 9113) for CRD, NAD27 to NAD83(CSRS) (9) (CT code 9114) forn north Vancouver Island and NAD27 to NAD83(CSRS) (10) (CT code 9115) for mainland.EPSG%�NTv2EPSG�EPSG -?� EPSG!�Latitude and longitude difference fileBC_27_98.GSBGeoBC-Can BC CSRSv2�1
Y# !EPSG#�NAD27 to NAD83 (9)EPSG%�NTv2EPSG�EPSG�?� EPSG!�Latitude and longitude difference fileSK27-83.gsbISC-Can SK�8AIY% #EPSG#�NAD83 to NAD83(CSRS)v3 (5)Derived through NAD83(CSRS)v3.EPSG%�NTv2EPSG�EPSG 0?�������EPSG!�Latitude and longitude difference fileON83CSv1.GSBLIO-Can Ont�I�c Y% #EPSG#�NAD27(76) to NAD83(CSRS)v3 (1)Derived through NAD83(CSRS)v3 but within accuracy of transformation may be assumed to apply to any version.EPSG%�NTv2EPSG EPSG 0EPSG!�Latitude and longitude difference fileON76CSv1.GSBLIO-Can Ont�A� Y% +EPSG#�NAD27 to NAD83(CSRS)v3 (6)Derived through NAD83(CSRS)v3 but within accuracy of transformation may be assumed to apply to any version. For Ontario excluding Toronto use NAD27 to NAD83(CSRS) (5) (CT code 9107). Previously available from Land Information Ontario as TOR27CSv1.GSB.EPSG%�NTv2EPSG�EPSG 0EPSG!�Latitude and longitude difference fileTO27CSv1.GSBLIO-Can Ont Tor�FA�UY% 1EPSG#�NAD27 to NAD83(CSRS)v3 (5)Derived through NAD83(CSRS)v3 but within accuracy of transformation may be assumed to apply to any version. For Toronto use NAD27 to NAD83(CSRS) (6) (CT code 9108).EPSG%�NTv2EPSG�EPSG 0?� EPSG!�Latitude and longitude difference fileON27CSv1.GSBLIO-Can Ont ex Tor�|A�IY% )EPSG#�ATS77 to NAD83(CSRS)v6 (4)Derived through NAD83(CSRS)v6. Replaces ATS77 to NAD83(CSRS)v3 (3) (transformation code 9235).EPSG%�NTv2EPSGEPSG <?��Q� �EPSG!�Latitude and longitude difference fileNS778302.gsbNSGC-Can NS v2�1
Y! #EPSG#�ATS77 to NAD83 (1)EPSG%�NTv2EPSGEPSG�?� EPSG!�Latitude and longitude difference fileGS7783.GSBNSGC-Can NS�,M�[iU !EPSG"�RGF93 v2 to NGF-IGN69 height (3)Replaces RAF09 geoid model [RGF93 v2 to NGF-IGN69 height (2) (code 8371)]. Replaced by RAF18b model. May also be found with filename RAF18.tac. For reversible alternative see RGF93 v2 to RGF93 v2 + NGF-IGN69 height (3) (code 9638).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&0EPSGX?�z�G�{EPSG!�Geoid (height correction) model fileRAF18.mntIGN Fra 18 F �=AIY% -EPSG#�NAD83 to NAD83(CSRS)v3 (8)Derived through NAD83(CSRS)v3.EPSG%�NTv2EPSG�EPSG 0?�������EPSG!�Latitude and longitude difference fileNVI93_05.GSBGeoBC-Can BC NVI�=AIY% -EPSG#�NAD83 to NAD83(CSRS)v3 (7)Derived through NAD83(CSRS)v3.EPSG%�NTv2EPSG�EPSG 0?�������EPSG!�Latitude and longitude difference fileCRD93_00.GSBGeoBC-Can BC CRD
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z� b� y �M�)iU% +EPSG#�RGAF09 to IGN 1988 MG height (2)Replaces RGAF09 to IGN 1988 MG height (1), CT code 5504. Accuracy 0.0.5-0.1m within onshore area. For reversible alternative to this transformation see RGAF09 to RGAF09 + IGN 1988 MG height (2) (code 9633).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG�?�������EPSG!�Geoid (height correction) model fileRAMG2016.mntIGN Glp MG 2016� M�+iU% -EPSG#�RGAF09 to IGN 1988 LS height (2)Replaces RGAF09 to IGN 1988 LS height (2) (CT code 5506). Accuracy 0.05-0.1m within onshore area. For reversible alternative to this transformation see RGAF09 to RGAF09 to IGN 1988 LS height (2) (code 9632).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG�?�������EPSG!�Geoid (height correction) model fileRALS2016.mntIGN Glp LSt 2016�+U�=iU) +EPSG#�RGAF09 to Guadeloupe 1988 height (2)Replaces RGAF09 to Guadeloupe 1988 height (1) (CT code 5503). Accuracy 0.01-0.05m within onshore areas. For reversible alternative to this transformation see RGAF09 to RGAF09 + Guadeloupe 1988 height (2) (code 9631).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG}?�������EPSG!�Geoid (height correction) model fileRAGTBT2016.mntIGN Glp GT 2016�%S�9iU+ #EPSG#�RRAF 1991 to IGN 2008 LD height (1)Replaces RRAF 1991 to IGN 1992 LD height (1) (CT code 4566). Accuracy 0.1-0.2m within onshore area. For reversible alternative to this transformation see RRAF 1991 to RRAF 1991 + IGN 2008 LD height (1) (code 9642).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG�EPSG#�?ə�����EPSG!�Geoid (height correction) model fileRALDW842016.mntIGN Glp Des�M�'iU% #EPSG#�RGAF09 to IGN 2008 LD height (1)Replaces RGAF09 to IGN 1992 LD height (1) (CT code 5507). Accuracy 0.1-0.2m within onshore area. For reversible alternative to this transformation see RGAF09 to RGAF09 + IGN 2008 LD height (1) (code 9636).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG#�?ə�����EPSG!�Geoid (height correction) model fileRALD2016.mntIGN-Glp Des�WY� mU+ -EPSG#�ITRF2008 to CGVD2013a(2010) height (2)Replaces CT code 9124. Uses CGG2013a model at epoch 2010.0. In ITRF the CGVD2013 geoid velocity is not zero so CGVD2013 heights derived through ITRF change with respect to those derived through NAD83(CSRS). CGRSC recommends using NAD83(CSRS) (code 9247).EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG �EPSG$ ?��Q� �EPSG!�Geoid (height correction) model fileCGG2013ai08.bynNRC Can CGG2013a�U]�mU) +EPSG#�ITRF2008 to CGVD2013(CGG2013) height (1)Uses CGG2013 model derived through NAD83(CSRS)v6. In ITRF the CGVD2013 geoid velocity is not zero so CGVD2013 heights derived through ITRF change with respect to NAD83(CSRS)v6: CGRSC recommends using NAD83(CSRS)v6 (code 9246). Replaced by CT code 9125.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG �EPSG�?��Q� �EPSG!�Geoid (height correction) model fileCGG2013i08.bynNRC Can CGG2013�iMImU + EPSG#�NAD83(CSRS) to CGVD28 height (1)Derived through NAD83(CSRS)v3.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG[EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_0.bynNRC Can CGG2000�,Q
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Y% -EPSG#�NAD83(CSRS)v2 to NAD83(CSRS)v3 (2)EPSG%�NTv2EPSG -EPSG 0?�������EPSG!�Latitude and longitude difference fileNVI98_05.GSBGeoBC-Can BC NVI�'Q
Y% -EPSG#�NAD83(CSRS)v2 to NAD83(CSRS)v3 (1)EPSG%�NTv2EPSG -EPSG 0?�������EPSG!�Latitude and longitude difference fileCRD98_00.GSBGeoBC-Can BC CRD �
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� �������~u� ` �U�aU/ +EPSG#�NAD83(NSRS2007) to NAVD88 height (1)Uses Geoid09 hybrid model. Replaced by 2012 model (CT code 6326).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG EPSGG?�������EPSG!�Geoid (height correction) model filegeoid09_conus.binNGS-US Conus 09�K�aU% !EPSG#�NAD83(FBN) to GUVD04 height (1)Uses Geoid09 hybrid model. Replaced by Geoid12 model (CT code 7648).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG!^EPSG�?�������EPSG!�Geoid (height correction) model fileg2009g01.binNGS-Gum 09�K�aU% !EPSG#�NAD83(FBN) to ASVD02 height (1)Uses Geoid09 hybrid model. Replaced by Geoid12 model (CT code 7650).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG!^EPSG�?�������EPSG!�Geoid (height correction) model fileg2009s01.binNGS-Asm 09� M�aU) EPSG#�NAD83(HARN) to NAVD88 height (9)Uses Geoid06 hybrid model. Replaced by Geoid09 model (CT code 9174).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�z�G�{EPSG!�Geoid (height correction) model filegeoid06_ak.binNGS-US AK� K�aU/ %EPSG#�NAD83(FBN) to NAVD88 height (1)Uses Geoid03 hybrid model. Replaced by 2009 model (CT code 9173).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG!^EPSGG?�z�G�{EPSG!�Geoid (height correction) model filegeoid03_conus.binNGS-US Conus�
M�aU% +EPSG#�NAD83(HARN) to NAVD88 height (8)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u08.binNGS-US Conus SE� M�aU% -EPSG#�NAD83(HARN) to NAVD88 height (7)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u07.binNGS-US Conus CSE� M�aU% -EPSG#�NAD83(HARN) to NAVD88 height (6)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u06.binNGS-US Conus CSW�
M�aU% +EPSG#�NAD83(HARN) to NAVD88 height (5)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u05.binNGS-US Conus SW�
M�aU% +EPSG#�NAD83(HARN) to NAVD88 height (4)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u04.binNGS-US Conus NE� M�aU% -EPSG#�NAD83(HARN) to NAVD88 height (3)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u03.binNGS-US Conus CNE� M�aU% -EPSG#�NAD83(HARN) to NAVD88 height (2)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u02.binNGS-US Conus CNW�
M�aU% +EPSG#�NAD83(HARN) to NAVD88 height (1)Uses Geoid99 hybrid model. Replaced by 2003 model (CT code 9168).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG]EPSGG?�������EPSG!�Geoid (height correction) model fileg1999u01.binNGS-US Conus NW�rOeiU' EPSG#�RGSPM06 to Danger 1950 height (1)Accuracy 0.10m to 0.20m within onshore area.EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGrEPSG�?ə�����EPSG!�Geoid (height correction) model fileGGSPM06v1.mntIGN-SPM�K�aU% !EPSG#�NAD83(FBN) to NMVD03 height (1)Uses Geoid09 hybrid model. Replaced by Geoid12 model (CT code 7649).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG!^EPSG�?�������EPSG!�Geoid (height correction) model fileg2009g01.binNGS-Mnp 09
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��H�'�& �j5�5Y/ EPSG$ISN93 to ISN2016 (1)Grid transformation based on Kriging between ISN93 and ISN2016. Accuracy is better than 5 cm in stable areas but can be around 25 cm in areas that have suffered deformation due to earthquake or volcanic eruption.EPSG%�NTv2EPSG3EPSG �?�������EPSG!�Latitude and longitude difference fileISN93_ISN2016.gsbLMI-Isl�M�-aU# !EPSG$NAD83(2011) to VIVD09 height (2)Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information. For reversible alternative to this transformation see NAD83(2011) to NAD83(2011) + VIVD09 height (2) (code 9623).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?��Q� �EPSG!�Geoid (height correction) model fileg2018p0.binNGS-Vir 18�M�aU# !EPSG$NAD83(2011) to PRVD02 height (2)Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information. For reversible alternative to this transformation see NAD83(2011) to PRVD02 height (2) (code 9622).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSG�?��Q� �EPSG!�Geoid (height correction) model fileg2018p0.binNGS-Pri 18�M�-aU# +EPSG$
NAD83(2011) to NAVD88 height (3)Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information. For reversible alternative to this transformation see NAD83(2011) to NAD83(2011) + NAVD88 height (3) (code 9595).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?��Q� �EPSG!�Geoid (height correction) model fileg2018u0.binNGS-US Conus 18� O�7iU' !EPSG$ RGSPM06 to Danger 1950 height (2)Accuracy 0.01m to 0.05m within onshore area. Replaces RGSPM06 to Danger 1950 height (1), CT code 9137. For reversible alternative to this transformation see RGSPM06 to RGSPM06 + Danger 1950 height (2) (code 9641).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGrEPSG�?�������EPSG!�Geoid (height correction) model fileRASPM2018.mntIGN-SPM v2�M� iU' )EPSG#�RGAF09 to IGN 1988 SM height (2)Accuracy 0.05m to 0.1m. Replaces RGAF09 to IGN 1988 SM height (1), transformation code 5505. For reversible alternative to this transformation see RGAF09 to RGAF09 + IGN 1988 SM height (2) (code 9635).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG�?�������EPSG!�Geoid (height correction) model filegg10_smv2.mntIGN Glp StM v2�M� iU' )EPSG#�RGAF09 to IGN 1988 SB height (2)Accuracy 0.05m to 0.1m. Replaces RGAF09 to IGN 1988 SB height (1), transformation code 5508. For reversible alternative to this transformation see RGAF09 to RGAF09 + IGN 1988 SB height (2) (code 9634).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG�?�������EPSG!�Geoid (height correction) model filegg10_sbv2.mntIGN Glp StB v2�I]�O%=w?w 3EPSG#�NAD83(HARN) to NAD83(HARN Corrected) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG!a?�������EPSG!�Latitude difference filenadcon5.nad83_1993.nad83_1997.prvi.lat.trn.20160901.bEPSG!�Longitude difference filenadcon5.nad83_1993.nad83_1997.prvi.lon.trn.20160901.bNGS-Pri Vir Nadcon5� U�aU% !EPSG#�NAD83(NSRS2007) to VIVD09 height (1)Uses Geoid09 hybrid model. Replaced by Geoid12 model (CT code 7647).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG EPSG�?�������EPSG!�Geoid (height correction) model fileg2009p01.binNGS-Vir 09� U�aU% !EPSG#�NAD83(NSRS2007) to PRVD02 height (1)Uses Geoid09 hybrid model. Replaced by Geoid12 model (CT code 7646).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG EPSG�?�������EPSG!�Geoid (height correction) model fileg2009p01.binNGS-Pri 09
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` q s �X�[o�� = �(g�!mU) +EPSG$ NAD83(CSRS)v6 to CGVD2013(CGG2013) height (1)Uses CGG2013 model which uses bi-quadratic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time. Replaced by CGG2013a model (CT code 9247).EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG ;EPSG�?��Q� �EPSG!�Geoid (height correction) model fileCGG2013n83.bynNRC Can CGG2013�A� Y# 'EPSG$ NAD83 to NAD83(CSRS)v4 (3)This gridded difference file AB_CSRS.DAC may need to be renamed to AB_CSRS.gsb or AB_CSRSV4.gsb to run in some software. Formats identical, but AB file is provincial fit only. Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1702.EPSG%�NTv2EPSG�EPSG 6?� EPSG!�Latitude and longitude difference fileAB_CSRS.DACAB Env-Can AB�jA�)Y# ' EPSG$NAD83 to NAD83(CSRS)v3 (2)Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1697.EPSG%�NTv2EPSG�EPSG 0?� EPSG!�Latitude and longitude difference fileSK83-98.gsbSK PMC-Can SK�jA�)Y# ' EPSG$NAD27 to NAD83(CSRS)v3 (2)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1703.EPSG%�NTv2EPSG�EPSG 0?� EPSG!�Latitude and longitude difference fileSK27-98.gsbSK PMC-Can SK�A� Y% !EPSG$NAD83 to NAD83(CSRS)v2 (1)Also found with file name NA83SCRS.GSB. Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(CSRS)v2 (code 8237) have longitudes positive east. Can be taken as an approximate CT NAD83 to WGS 84 - see code 1696.EPSG%�NTv2EPSG�EPSG -?� EPSG!�Latitude and longitude difference fileNAD83-98.gsbSGQ-Can QC�aO�
Y% !EPSG$NAD27(CGQ77) to NAD83(CSRS)v2 (1)Also found with file name CQ77SCRS.GSB. Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27(CGQ77) (code 4609) and NAD83(CSRS) (code 4617) have longitudes positive east.EPSG%�NTv2EPSGEPSG -?� EPSG!�Latitude and longitude difference fileCGQ77-98.gsbSGQ-Can QC�A�Y% !EPSG$NAD27 to NAD83(CSRS)v2 (1)Also found with file name NA27SCRS.GSB. Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83(CSRS) (code 4617) have longitudes positive east. Can be taken as an approximate CT NAD27 to WGS 84 - see code 1692.EPSG%�NTv2EPSG�EPSG -?� EPSG!�Latitude and longitude difference fileQUE27-98.gsbSGQ-Can QC�A�[Y% !EPSG$NAD27 to NAD83(CSRS)v2 (4)Introduced in 2011. Precision of 20 cm in area covered by the input data set and 40 cm anywhere else, with the exception of the northwest area of the province (near the border with Quebec) where the precision deteriorates to 80 cm.EPSG%�NTv2EPSG�EPSG -?陙����EPSG!�Latitude and longitude difference fileNB2783v2.gsbSNB-Can NB�|A�QY% !EPSG$ATS77 to NAD83(CSRS)v2 (1)Introduced in 1999. Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1688.EPSG%�NTv2EPSGEPSG -?� EPSG!�Latitude and longitude difference fileNB7783v2.gsbGIC-Can NB�mA�)Y% +EPSG$ATS77 to NAD83(CSRS)v2 (2)Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1689.EPSG%�NTv2EPSGEPSG -?� EPSG!�Latitude and longitude difference filePE7783V2.gsbPEI DOT-Can PEI�,A�/Y% #EPSG$ATS77 to NAD83(CSRS)v3 (3)Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1851. Replaced by ATS77 to NAD83(CSRS)v6 (4) (transformation code 9106).EPSG%�NTv2EPSGEPSG 0?� EPSG!�Latitude and longitude difference fileNS778301.gsbNSGC-Can NS r
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xk 5 �AE�aU% /EPSG$XETRS89 to HS2-VRF height (1)Defines HS2-VRF using OSNet v2009. Full grid also available in a single file in each of Leica, Topcon and Trimble formats.EPSG%�Geographic3D to GravityRelatedHeight (EGM)EPSGIEPSG$W?PbM��EPSG!�Geoid (height correction) model fileHS2GM15W.grdHS2-Gbr HS2GM15 W�=�3aU' 'EPSG$CETRS89 to NAP height (2)Vertical component of official transformation RDNAPTRANS(TM)2018. Replaces earlier versions of RDNAPTRANS(TM). For reversible alternative to this transformation see ETRS89 to ETRS89 + NAP height (2) (code 9597).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGM?PbM��EPSG!�Geoid (height correction) model filenlgeo2018.gtxNSGI-Nld 2018�=�yY+ 'EPSG$BAmersfoort to ETRS89 (9)Replaces Amersfoort to ETRS89 (7) (tfm code 7000). Horizontal component of official transformation RDNAPTRANS(TM)2018.EPSG%�NTv2EPSG�EPSG�?PbM��EPSG!�Latitude and longitude difference filerdtrans2018.gsbNSGI-Nld 2018�rG�oaU+ EPSG$@ITRF2005 to SA LLD height (1)Hybrid geoid referenced to ITRF2005@2010.02. Accuracy 7cm at 1 sigma. For reversible alternative to this transformation see ITRF2005 to ITRF2005 + SA LLD height (1) (code 9643).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSG �EPSG$??�� �Q�EPSG!�Geoid (height correction) model fileSAGEOID2010.datNGI-Zaf�S=� gUK EPSG$>ETRS89 to GHA height (1)This transformation gives same result as concatenation of ETRS89 to EVRF2000 Austria height and EVRF2000 Austria height to GHA height transformations, CTs code 9276 and 9275. Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator.EPSG9Geographic3D to GravityRelatedHeight (BEV AT)EPSGIEPSG�?�������EPSG!�Geoid (height correction) model fileGV_Hoehengrid_plus_Geoid_V3.csvEPSG�BEV-Aut�?Q�SgUE EPSG$=MGI to EVRF2000 Austria height (1)Austrian Geoid 2008 (Bessel ellipsoid). Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator. For reversible alternative to this transformation see MGI to MGI + EVRF2000 Austria height (1) (code 9601).EPSG9Geographic3D to GravityRelatedHeight (BEV AT)EPSG$3EPSG$:?�������EPSG!�Geoid (height correction) model fileGEOID_BESSEL_Oesterreich.csvEPSG�BEV-Aut�4W�9gUC EPSG$<ETRS89 to EVRF2000 Austria height (1)Austrian Geoid 2008. Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator. For reversible alternative to this transformation see ETRS89 to ETRS89 + EVRF2000 Austria height (1) (code 9600).EPSG9Geographic3D to GravityRelatedHeight (BEV AT)EPSGIEPSG$:?�������EPSG!�Geoid (height correction) model fileGEOID_GRS80_Oesterreich.csvEPSG�BEV-Aut�C_�{i55 EPSG$;GHA height to EVRF2000 Austria height (1)Care! Austrian literature describes this transformation in direction EVRF2000 Austria height to GHA height with offset subtracted. EPSG method has offset as an addition. See method formula and example. The grid is implemented in BEV-Transformator.EPSG8Vertical Offset by Grid Interpolation (BEV AT)EPSG�EPSG$:?�������EPSG" Vertical offset fileGV_HoehenGrid_V1.csvEPSG�BEV-Aut�~M�wkU+ EPSG$(POSGAR 2007 to SRVN16 height (1)Uses geoid model Ar16. See information source for more information. For reversible alternative to this transformation see POSGAR 2007 to POSGAR 2007 + SRVN16 height (1) (code 9621).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG�EPSG$'?�������EPSG!�Geoid (height correction) model fileGEOIDE-Ar16.griIGN-Arg C �7�Y- /EPSG$VHS2-IRF to ETRS89 (1)In conjunction with the HS2-TM projection (code 9301), emulates zero-distortion HS2P1+14 Snake projection. For use with OSNet v2009 CORS. Supersedes HS2TN02 used with OSNet v2001. Derived at 350000 locations, RMS 0.15 mm; this is considered errorless.EPSG%�NTv2EPSG$SEPSG�EPSG!�Latitude and longitude difference fileHS2TN15_NTv2.gsbHS2-Gbr OSNet2009
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d��N� �T �.c�;c5; -EPSG$fNZVD2016 height to Moturiki 1953 height (2)Derived at 519 control points. Mean offset 0.309m, standard deviation 0.071m, maximum difference from mean 0.231m. Supersedes NZVD2016 height to Moturiki 1953 height (1) (code 7866) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filemotuht1953-nzvd2016.gtxEPSGGLINZ-NZ MOTU gtx�/e�;c5; -EPSG$eNZVD2016 height to Lyttelton 1937 height (2)Derived at 923 control points. Mean offset 0.34m, standard deviation 0.041m, maximum difference from mean 0.149m. Supersedes NZVD2016 height to Lyttelton 1937 height (1) (code 7865) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filelyttht1937-nzvd2016.gtxEPSGGLINZ-NZ LYTT gtx�-c�9c5; -EPSG$dNZVD2016 height to Gisborne 1926 height (2)Derived at 274 control points. Mean offset 0.343m, standard deviation 0.025m, maximum difference from mean 0.09m. Supersedes NZVD2016 height to Gisborne 1926 height (1) (code 7864) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filegisbht1926-nzvd2016.gtxEPSGGLINZ-NZ GISB gtx�7m�Cc5; -EPSG$cNZVD2016 height to Dunedin-Bluff 1960 height (2)Derived at 205 control points. Mean offset 0.254m, standard deviation 0.039m, maximum difference from mean 0.11m. Supersedes NZVD2016 height to Dunedin-Bluff 1960 height (1) (code 7863) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSGj?�z�G�{EPSG" Vertical offset filedublht1960-nzvd2016.gtxEPSGGLINZ-NZ DUBL gtx�,a�9c5; -EPSG$bNZVD2016 height to Dunedin 1958 height (2)Derived at 197 control points. Mean offset 0.326m, standard deviation 0.043m, maximum difference from mean 0.152m. Supersedes NZVD2016 height to Dunedin 1958 height (1) (code 7862) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset fileduneht1958-nzvd2016.gtxEPSGGLINZ-NZ DUNE gtx�']�3c5; -EPSG$aNZVD2016 height to Bluff 1955 height (2)Derived at 71 control points. Mean offset 0.273m, standard deviation 0.034m, maximum difference from mean 0.079m. Supersedes NZVD2016 height to Bluff 1955 height (1) (code 7861) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset fileblufht1955-nzvd2016.gtxEPSGGLINZ-NZ BLUF gtx�.c�;c5; -EPSG$`NZVD2016 height to Auckland 1946 height (2)Derived at 260 control points. Mean offset 0.292m, standard deviation 0.029m, maximum difference from mean 0.075m. Supersedes NZVD2016 height to Auckland 1946 height (1) (code 7860) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG?�z�G�{EPSG" Vertical offset fileauckht1946-nzvd2016.gtxEPSGGLINZ-NZ AUCK gtx�n3�7Y% -EPSG$^DHDN to ETRS89 (10)Replaces SeTa2009 from 2018-01-15. Derived using the 2016 implementation of ETRS89 / DREF91 and DHHN2016. Coincident with the transformation of cadastral data from DHDN to ETRS89 used by LVGL at a level of 1-2 mm.EPSG%�NTv2EPSG�EPSG�?�z�G�{EPSG!�Latitude and longitude difference fileSeTa2016.gsbLVGL-Deu SL 2016 ' �*_�7c5; -EPSG$gNZVD2016 height to Napier 1962 height (2)Derived at 207 control points. Mean offset 0.203m, standard deviation 0.034m, maximum difference from mean 0.096m. Supersedes NZVD2016 height to Napier 1962 height (1) (code 7867) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filenapiht1962-nzvd2016.gtxEPSGGLINZ-NZ NAPI gtx
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� /{���Z� F �S�qC' 1EPSG$rIGN72 Grande Terre to RGNC91-93 (5)Developed in July 2002 and officially adopted in August 2005.EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG6EPSG�?�������EPSG"Geocentric translation filegr3dnc02b.mntEPSG�BGN-Ncl Noum 0.05m�ZG�-qC' 'EPSG$pNEA74 Noumea to RGNC91-93 (3)Developed in July 2002 and officially adopted in August 2005. May be emulated using NTv2 method - see RGNC91-93 to NEA74 Noumea (4) (code 1295).EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG$EPSG�?�������EPSG"Geocentric translation filegr3dnc03a.mntEPSG�BGN-Ncl 0.05m�/3�q C% !EPSG$oNTF to RGF93 v1 (1)May be emulated using NTv2 method - see tfm code 15958. Also used to transform between NTF and later realizations of RGF93.EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG�EPSGKEPSG"Geocentric translation filegr3df97a.txtEPSGKIGN-Fra 1m�HK�aU+ -EPSG$nNZGD2000 to NZVD2016 height (2)Defines NZVD2016 vertical datum (datum code 1169, CRS code 7839). Supersedes NZGD2000 to NZVD2016 height (1) (code 7840) after change of grid file format. For reversible alternative to this CT see NZGD2000 to NZGD2000 + NZVD2016 height (2) (code 9628).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG_EPSG �?�������EPSG!�Geoid (height correction) model filenzgeoid2016.gtxLINZ-NZ 2016 gtx�HK�aU+ -EPSG$mNZGD2000 to NZVD2009 height (2)Defines NZVD2009 vertical datum (datum code 1039, CRS code 4440). Supersedes NZGD2000 to NZVD2009 height (1) (code 4459) after change of grid file format. For reversible alternative to this CT see NZGD2000 to NZGD2000 + NZVD2009 height (2) (code 9627).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG_EPSGX?�������EPSG!�Geoid (height correction) model filenzgeoid2009.gtxLINZ-NZ 2009 gtx�2g�?c5; -EPSG$lNZVD2016 height to Wellington 1953 height (2)Derived at 137 control points. Mean offset 0.408m, standard deviation 0.054m, maximum difference from mean 0.112m. Supersedes NZVD2016 height to Wellington 1953 height (1) (code 7872) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filewellht1953-nzvd2016.gtxEPSGGLINZ-NZ WGTN gtx�-c�9c5; -EPSG$kNZVD2016 height to Taranaki 1970 height (2)Derived at 125 control points. Mean offset 0.286m, standard deviation 0.026m, maximum difference from mean 0.07m. Supersedes NZVD2016 height to Taranaki 1970 height (1) (code 7871) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset filetaraht1970-nzvd2016.gtxEPSGGLINZ-NZ TARA gtx�8o�Cc5; -EPSG$jNZVD2016 height to Stewart Island 1977 height (2)Derived at 4 control points. Mean offset 0.299m, standard deviation 0.025m, maximum difference from mean 0.039m. Supersedes NZVD2016 height to Stewart Island 1977 height (1) (code 7870) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�
=p��
EPSG" Vertical offset filestisht1977-nzvd2016.gtxEPSGGLINZ-NZ STWT gtx�:o�Gc5; -EPSG$iNZVD2016 height to One Tree Point 1964 height (2)Derived at 137 control points. Mean offset 0.077m, standard deviation 0.042m, maximum difference from mean 0.107m. Supersedes NZVD2016 height to One Tree Point 1964 height (1) (code 7869) after change of grid file format.EPSG<Vertical Offset by Grid Interpolation (gtx)EPSG �EPSG�?�z�G�{EPSG" Vertical offset fileontpht1964-nzvd2016.gtxEPSGGLINZ-NZ ONTP gtx D �fS�;qC' %EPSG$qIGN72 Grande Terre to RGNC91-93 (4)Developed in July 2002 and officially adopted in August 2005. May be emulated using NTv2 method - see RGNC91-93 to IGN72 Grande Terre (6) (code 15962).EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG6EPSG�?�������EPSG"Geocentric translation filegr3dnc01b.mntEPSG�BGN-Ncl 0.1m ~ ��
f A
� _%�n8� ~ ��dW�ygUM = EPSG%�ETRF2000-PL to Baltic 1986 height (1)For reversible alternative to this transformation see ETRF2000-PL to ETRF2000-PL + Baltic 1986 height (1) (code 9659).EPSGKGeographic3D to GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-KRON86-NH.txtGUGiK-Pol geoid11 KRON86 �� c� kU' EPSG%�RGSPM06 to RGSPM06 + Danger 1950 height (2)Reversible alternative to RGSPM06 to Danger 1950 height (2) (code 9228).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGrEPSG%E?�������EPSG!�Geoid (height correction) model fileRASPM2018.mntEPSGoIGN-SPM ��$a�cU+ -EPSG%�NZGD2000 to NZGD2000 + NZVD2009 height (2)Reversible alternative to NZGD2000 to NZVD2009 height (2) (code 9325).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG_EPSG%7?�������EPSG!�Geoid (height correction) model filenzgeoid2009.gtxEPSGGLINZ-NZ 2009 gtx ��0c�kU? %EPSG%�REGCAN95 to REGCAN95 + Lanzarote height (1)Reversible alternative to REGCAN95 to Lanzarote height (1) (code 9415).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%+?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008 ��_�}aU% EPSG%�CIGD11 to CIGD11 + CBVD61 height (ft) (1)Reversible alternative to CIGD11 to CBVD61 height (ft) (1) (code 6140). Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet.EPSGCGeog3D to Geog2D+GravityRelatedHeight (CI)EPSG�EPSG% ?��Q� �EPSG!�Geoid (height correction) model fileCBGM0811.TXTEPSG�LSD-Cym ��#W�kU5 )EPSG%vETRS89 to ETRS89 + Douglas height (2)Reversible alternative to ETRS89 to Douglas height (2) (code 7717).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?��Q� �EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-UK Man 2015 ��4o�Gc5% 7EPSG%hNGF-IGN69 height to EVRF2019 mean-tide height (1)Determined at 1228 points, SD 0.043m. Offset: mean -0.561m, minimum -0.658m, maximum -0.430m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGXEPSG$�?��t�jEPSG" Vertical offset filefr_2019m.ascEPSG�EuG-Fra 2019m 2020-09 ��"O�Cc5% 7EPSG%YODN height to EVRF2019 height (2)Determined at 35 points, SD 0.012m. Offset: mean -0.178m, minimum -0.199m, maximum -0.159m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEEPSG$�?��t�j~�EPSG" Vertical offset filegb_2019z.ascEPSG�EuG-Gbr 2019z 2020-09 ��4K�GqU5 EPSG$�GDA94 to GDA94 + AHD height (1)Reversible alternative to GDA94 to AHD height (1) (code 5656). Uses AUSGeoid09 model which uses bi-cubic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time.EPSG;Geog3D to Geog2D+GravityRelatedHeight (AUSGeoidv2)EPSGKEPSG$�?�333333EPSG!�Geoid (height correction) model fileAUSGeoid09_V1.01.gsbEPSG�GA-Aus09 �� W�Cc5' ' EPSG$�Trieste height to EVRF2019 height (1)Determined at 46 points, SD 0.016m. Offset: mean -0.548m, minimum -0.595m, maximum -0.500m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$�?�bM��EPSG" Vertical offset filemk_2019_z.ascEPSG�EuG-Mkd 2019z ��2E�]iU- %EPSG$�ETRS89 to Ceuta 2 height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Ceuta 2 height (1) (code 9606).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008 ��\1�Y% -EPSG$zDHDN to ETRS89 (9)Official transformation for the state of Baden-Württemberg. Used in ATKIS (Amtliches Topographisch-Kartographisches Informationssystem [Official Topographic and Cartographic Information System]).EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference fileBWTA2017.gsbLGL-Deu BWTA2017
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f�&o��� K� �2E�]iU- %EPSG$�ETRS89 to Menorca height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Menorca height (1) (code 9609).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008�4G�_iU- %EPSG$�ETRS89 to Mallorca height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Mallorca height (1) (code 9608).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008�4G�_iU- %EPSG$�ETRS89 to Alicante height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Alicante height (1) (code 9605).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008�@3aY% )EPSG$�ED50 to ETRS89 (17)Replaces ED50 to ETRS89 (12) (code 15932).EPSG%�NTv2EPSG�EPSG�?ə�����EPSG!�Latitude and longitude difference fileBALR2009.gsbIGN-Esp v3 Bal�@3aY% )EPSG$�ED50 to ETRS89 (16)Replaces ED50 to ETRS89 (12) (code 15932).EPSG%�NTv2EPSG�EPSG�?ə�����EPSG!�Latitude and longitude difference filePENR2009.gsbIGN-Esp v3 pen�5K�YU 5EPSG$�ETRS89 to AbInvA96_2020-IRF (1)In conjunction with AbInvA96_2020-TM map projection (code 9385) applied to AbInvA96_2020-IRF (code 9384), emulates the AbInvA96_2020 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines AbInvA96_2020-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG$�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-AbInvA96_2020-IRF.gsbTS-Gbr A96 OSNet2009�;�WYE 9EPSG$�ETRS89 to MML07-IRF (1)In conjunction with the MML07-TM map projection (code 9370) applied to MML07-IRF (code 9372), emulates the MML07 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines MML07-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG$�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-MML07-IRF.gsbNR-Gbr MML07 OSNet2009�,=� YG ;EPSG$�ETRS89 to TPEN11-IRF (1)In conjunction with the TPEN11-TM map projection (code 9366) applied to TPEN11-IRF (code 9364), emulates the TPEN11 Snake and TPEN11ext Snake projections. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines TPEN11-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG$�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-TPEN11-IRF.gsbNR-Gbr TPEN11 OSNet2009�aC/qC; %EPSG$�Ain el Abd to KSA-GRF17 (2)Accuracy 5-10 cm.EPSG?Geocentric translation by Grid Interpolation (IGN)EPSGlEPSG$u?�������EPSG"Geocentric translation fileARAMCO_AAA-KSAGRF_6.tacEPSG$uGCS-Sau 0.1m�GO�kU+ EPSG$�KSA-GRF17 to KSA-VRF14 height (1)Hybrid geoid, grid resolution 0.02° lat x 0.025° lon. Accuracy ~2 cm in Eastern region and ~10-20 cm in rest of KSA. File also available in IGN2009 format. To access KSA-GEOID17 contact GCS at info@gcs.gov.sa. For reversible alternative see code 9620.EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG$tEPSG$w?�������EPSG!�Geoid (height correction) model fileKSA-GEOID17.graGCS-Sau�I�
iU- )EPSG$�RGNC91-93 to NGNC08 height (1)Geoid model RANC08 realizes NGNC08 height (CRS code 9351) to a precision of 2-5cm. For reversible alternative to this transformation see RGNC91-93 to RGNC91-93 + NGNC08 height (1) (code 9640).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG+EPSG$�?��Q� �EPSG!�Geoid (height correction) model fileRanc08_Circe.mntBGN-Ncl RANC08 . �.A�YiU- %EPSG$�ETRS89 to Ibiza height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Ibiza height (1) (code 9607).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008
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� �]���cC "Ղ Y�Ac5' ' EPSG$�DHHN2016 height to EVRF2019 height (1)Determined at 802 points, SD 0.010m. Offset: mean 0.013m, minimum -0.008m, maximum 0.039m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG �EPSG$�?�z�G�{EPSG" Vertical offset filede_2019_z.ascEPSG�EuG-Deu 2019z� U�Cc5' ' EPSG$�Ostend height to EVRF2019 height (1)Determined at 39 points, SD 0.017m. Offset: mean -2.315m, minimum -2.364m, maximum -2.279m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGNEPSG$�?�hr� ĜEPSG" Vertical offset filebe_2019_z.ascEPSG�EuG-Bel 2019z�(i�Cc5' ' EPSG$�Ostend height to EVRF2019 mean-tide height (1)Determined at 39 points, SD 0.016m. Offset: mean -2.323m, minimum -2.372m, maximum -2.290m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGNEPSG$�?�bM��EPSG" Vertical offset filebe_2019_m.ascEPSG�EuG-Bel 2019m�&c�Ec5' ' EPSG$�GHA height to EVRF2019 mean-tide height (1)Determined at 147 points, SD 0.058m. Offset: mean -0.330m, minimum -0.463m, maximum -0.245m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��-VEPSG" Vertical offset fileat_2019_m.ascEPSG�EuG-Aut 2019m� O�Ec5' ' EPSG$�GHA height to EVRF2019 height (1)Determined at 147 points, SD 0.060m. Offset: mean -0.306m, minimum -0.442m, maximum -0.219m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��Q� �EPSG" Vertical offset fileat_2019_z.ascEPSG�EuG-Aut 2019z�CM�eiU? %EPSG$�REGCAN95 to El Hierro height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN + El Hierro height (1) (code 9610).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008�CK�giU? %EPSG$�REGCAN95 to La Palma height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + La Palma height (1) (code 9614).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008�EM�iiU? %EPSG$�REGCAN95 to La Gomera height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + La Gomera height (1) (code 9613).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008�CK�giU? %EPSG$�REGCAN95 to Tenerife height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Tenerife height (1) (code 9616).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008�KS�oiU? %EPSG$�REGCAN95 to Gran Canaria height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Gran Canaria height (1) (code 9612).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008�MU�qiU? %EPSG$�REGCAN95 to Fuerteventura height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Fuerteventura height (1) (code 9611).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008�EM�iiU? %EPSG$�REGCAN95 to Lanzarote height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Lanzarote height (1) (code 9615).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG�EPSG$�?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008 �)m�Ac5' ' EPSG$�DHHN2016 height to EVRF2019 mean-tide height (1)Determined at 802 points, SD 0.003m. Offset: mean 0.007m, minimum -0.004m, maximum 0.018m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG �EPSG$�?x�t�j~�EPSG" Vertical offset filede_2019_m.ascEPSG�EuG-Deu 2019m
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= ��D}� ^ �lS� qU? #EPSG$�GDA2020 to GDA2020 + AHD height (1)Reversible alternative to GDA2020 to AHD height (1) (code 8451). Uncertainties given in accompanying file AUSGeoid2020_20180201_error.gsbEPSG;Geog3D to Geog2D+GravityRelatedHeight (AUSGeoidv2)EPSG �EPSG$�?�333333EPSG!�Geoid (height correction) model fileAUSGeoid2020_20180201.gsbEPSG �GA-Aus 2020�/U�!qU/ 5 EPSG$�GDA2020 to GDA2020 + AVWS height (1)Reversible alternative to GDA2020 to AVWS height (1) (code 9461). AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20191107.gsb.EPSG;Geog3D to Geog2D+GravityRelatedHeight (AUSGeoidv2)EPSG �EPSG$�?�������EPSG!�Geoid (height correction) model fileAGQG_20191107.gsbEPSG �GA-Aus AGQG 20191107�EA�mqU/ 5 EPSG$�GDA2020 to AVWS height (1)AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20191107.gsb. For reversible alternative to this transformation see GDA2020 to GDA2020 + AVWS height (1) (code 9465).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSG �EPSG$�?�������EPSG!�Geoid (height correction) model fileAGQG_20191107.gsbGA-Aus AGQG 20191107�;�WYE 9EPSG$�ETRS89 to GBK19-IRF (1)In conjunction with the GBK19-TM map projection (code 9455) applied to GBK19-IRF (code 9453), emulates the GBK19 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines GBK19-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG$�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-GBK19-IRF.gsbNR-Gbr GBK19 OSNet2009�O�Cc5' ' EPSG$�ODN height to EVRF2019 height (1)Determined at 35 points, SD 0.011m. Offset: mean -0.181m, minimum -0.202m, maximum -0.161m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEEPSG$�?��+ I�EPSG" Vertical offset filegb_2019_z.ascEPSG�EuG-Gbr 2019z�(g�Ec5' ' EPSG$�LHN95 height to EVRF2019 mean-tide height (1)Determined at 553 points, SD 0.073m. Offset: mean -0.233m, minimum -0.353m, maximum -0.044m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$�?° ě��EPSG" Vertical offset filech_2019_m.ascEPSG�EuG-Che 2019m� S�Ec5' ' EPSG$�LHN95 height to EVRF2019 height (1)Determined at 553 points, SD 0.075m. Offset: mean -0.204m, minimum -0.330m, maximum -0.130m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$�?�333333EPSG" Vertical offset filech_2019_z.ascEPSG�EuG-Che 2019z�)k�Cc5' ' EPSG$�SVS2010 height to EVRF2019 mean-tide height (1)Determined at 66 points, SD 0.004m. Offset: mean -0.290m, minimum -0.295m, maximum -0.280m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG!�EPSG$�?�bM��EPSG" Vertical offset filesi_2019_m.ascEPSG�EuG-Svn 2019m� W�Cc5' ' EPSG$�SVS2010 height to EVRF2019 height (1)Determined at 66 points, SD 0.003m. Offset: mean -0.258m, minimum -0.264m, maximum -0.250m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG!�EPSG$�?x�t�j~�EPSG" Vertical offset filesi_2019_z.ascEPSG�EuG-Svn 2019z�)k�Cc5' ' EPSG$�Cascais height to EVRF2019 mean-tide height (1)Determined at 18 points, SD 0.007m. Offset: mean -0.343m, minimum -0.383m, maximum -0.332m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��1&�yEPSG" Vertical offset filept_2019_m.ascEPSG�EuG-Prt 2019m� W�Cc5' ' EPSG$�Cascais height to EVRF2019 height (1)Determined at 18 points, SD 0.010m. Offset: mean -0.277m, minimum -0.323m, maximum -0.264m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?�z�G�{EPSG" Vertical offset filept_2019_z.ascEPSG�EuG-Prt 2019z�)k�Cc5' ' EPSG$�Trieste height to EVRF2019 mean-tide height (1)Determined at 46 points, SD 0.015m. Offset: mean -0.604m, minimum -0.650m, maximum -0.558m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$�?��Q� �EPSG" Vertical offset filemk_2019_m.ascEPSG�EuG-Mkd 2019m
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���m;� �� �%S�Ec5% 7EPSG%WLHN95 height to EVRF2019 height (2)Determined at 553 points, SD 0.073m. Offset: mean -0.216m, minimum -0.478m, maximum -0.021m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$�?° ě��EPSG" Vertical offset filech_2019z.ascEPSG�EuG-Che 2019z 2020-09�-c�Ec5% 7EPSG%VGHA height to EVRF2019 mean-tide height (2)Determined at 150 points, SD 0.065m. Offset: mean -0.333m, minimum -0.471m, maximum -0.236m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?���
=p�EPSG" Vertical offset fileat_2019m.ascEPSG�EuG-Aut 2019m 2020-09�#O�Ec5% 7EPSG%UGHA height to EVRF2019 height (2)Determined at 150 points, SD 0.068m. Offset: mean -0.309m, minimum -0.450m, maximum -0.210m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?�hr� ĜEPSG" Vertical offset fileat_2019z.ascEPSG�EuG-Aut 2019z 2020-09�0m�Ac5% 7EPSG%TDHHN2016 height to EVRF2019 mean-tide height (2)Determined at 802 points, SD 0.004m. Offset: mean 0.009m, minimum -0.011m, maximum 0.028m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG �EPSG$�?�bM��EPSG" Vertical offset filede_2019m.ascEPSG�EuG-Deu 2019m 2020-09�&Y�Ac5% 7EPSG%SDHHN2016 height to EVRF2019 height (2)Determined at 802 points, SD 0.010m. Offset: mean 0.016m, minimum -0.004m, maximum 0.052m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG �EPSG$�?�z�G�{EPSG" Vertical offset filede_2019z.ascEPSG�EuG-Deu 2019z 2020-09�0k�Cc5% 7EPSG%RCascais height to EVRF2019 mean-tide height (2)Determined at 18 points, SD 0.012m. Offset: mean -0.340m, minimum -0.383m, maximum -0.324m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��t�j~�EPSG" Vertical offset filept_2019m.ascEPSG�EuG-Prt 2019m 2020-09�&W�Cc5% 7EPSG%QCascais height to EVRF2019 height (2)Determined at 18 points, SD 0.014m. Offset: mean -0.275m, minimum -0.322m, maximum -0.262m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��1&�yEPSG" Vertical offset filept_2019z.ascEPSG�EuG-Prt 2019z 2020-09�C�{Y' 1EPSG%NNAD83 to NAD83(CSRS)v6 (10)File NLCSRSV4A.GSB corrects error in file header record previously released as NLCSRSV4.GSB. No change to gridded data.EPSG%�NTv2EPSG�EPSG <?�������EPSG!�Latitude and longitude difference fileNLCSRSV4A.GSBCGS-Can Nfl island�1A
YG /EPSG%MGI 1901 to SRB-ETRS89 (9)EPSG%�NTv2EPSGBEPSG!�?��Q� �EPSG!�Latitude and longitude difference fileMGI1901_TO_SRBETRS89_NTv2.gsbRGZ-Srb 0.1m 2020�<C�[kUE #EPSG%
ETRS89 to NN2000 height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + NN2000 height (1) (code 9593).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGIEPSG5?�z�G�{EPSG!�Geoid (height correction) model fileHREF2018B_NN2000_EUREF89.binSK-Nor 2018�)?�WkU' #EPSG% ETRS89 to NN54 height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + NN54 height (1) (code 9594).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGIEPSG�?�z�G�{EPSG!�Geoid (height correction) model filehref2008a.binSK-Nor 2008� ;�]YK) )EPSG% Canada velocity grid v7File initially published with name cvg70.cvb, later renamed to NAD83v70VG.gvb with no change of content.EPSG.Point motion by grid (Canada NTv2_Vel)EPSG >EPSG >?�z�G�{EPSGPoint motion velocity grid fileNAD83v70VG.gvbNRC-Can cvg7.0 � �/g�Ec5% 7EPSG%XLHN95 height to EVRF2019 mean-tide height (2)Determined at 553 points, SD 0.071m. Offset: mean -0.244m, minimum -0.506m, maximum -0.012m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$�?�-V�EPSG" Vertical offset filech_2019m.ascEPSG�EuG-Che 2019m 2020-09
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&���n8� � �*[�Gc5% 7EPSG%gNGF-IGN69 height to EVRF2019 height (1)Determined at 1228 points, SD 0.054m. Offset: mean -0.539m, minimum -0.651m, maximum -0.380m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGXEPSG$�?���S���EPSG" Vertical offset filefr_2019z.ascEPSG�EuG-Fra 2019z 2020-09�,g�?c5% 7EPSG%fN2000 height to EVRF2019 mean-tide height (1)Determined at 191 points, SD 0.012m. Offset: mean 0.054m, minimum 0.034m, maximum 0.079m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG<EPSG$�?��t�j~�EPSG" Vertical offset filefi_2019m.ascEPSG�EuG-Fin 2019m 2020-09�#S�Ac5% 7EPSG%eN2000 height to EVRF2019 height (1)Determined at 191 points, SD 0.002m. Offset: mean 0.002m, minimum -0.005m, maximum 0.007m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG<EPSG$�?pbM��EPSG" Vertical offset filefi_2019z.ascEPSG�EuG-Fin 2019z 2020-09�4s�=c5+ 7EPSG%dBaltic 1982 height to EVRF2019 mean-tide height (1)Determined at 58 points, SD 0.021m. Offset: mean 0.180m, minimum 0.123m, maximum 0.228m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��$�/EPSG" Vertical offset filebgalt_2019m.ascEPSG�EuG-Bgr 2019m 2020-09�*_�=c5+ 7EPSG%cBaltic 1982 height to EVRF2019 height (1)Determined at 58 points, SD 0.024m. Offset: mean 0.228m, minimum 0.167m, maximum 0.277m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��t�j~�EPSG" Vertical offset filebgalt_2019z.ascEPSG�EuG-Bgr 2019z 2020-09�0k�Cc5% 7EPSG%bTrieste height to EVRF2019 mean-tide height (3)Determined at 10 points, SD 0.005m. Offset: mean -0.377m, minimum -0.386m, maximum -0.368m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$�?�z�G�{EPSG" Vertical offset fileba_2019m.ascEPSG�EuG-Bih 2019m 2020-09�&W�Cc5% 7EPSG%aTrieste height to EVRF2019 height (3)Determined at 10 points, SD 0.006m. Offset: mean -0.336m, minimum -0.346m, maximum -0.326m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$�?��t�j~�EPSG" Vertical offset fileba_2019z.ascEPSG�EuG-Bih 2019z 2020-09�0k�Cc5% 7EPSG%`Trieste height to EVRF2019 mean-tide height (2)Determined at 46 points, SD 0.022m. Offset: mean -0.606m, minimum -0.662m, maximum -0.548m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$�?��+ I�EPSG" Vertical offset filemk_2019m.ascEPSG�EuG-Mkd 2019m 2020-09�&W�Cc5% 7EPSG%_Trieste height to EVRF2019 height (2)Determined at 46 points, SD 0.021m. Offset: mean -0.551m, minimum -0.606m, maximum -0.490m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$�?��$�/EPSG" Vertical offset filemk_2019z.ascEPSG�EuG-Mkd 2019z 2020-09�0k�Cc5% 7EPSG%^SVS2010 height to EVRF2019 mean-tide height (2)Determined at 65 points, SD 0.004m. Offset: mean -0.290m, minimum -0.295m, maximum -0.280m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG!�EPSG$�?�bM��EPSG" Vertical offset filesi_2019m.ascEPSG�EuG-Svn 2019m 2020-09�&W�Cc5% 7EPSG%]SVS2010 height to EVRF2019 height (2)Determined at 65 points, SD 0.003m. Offset: mean -0.259m, minimum -0.265m, maximum -0.251m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG!�EPSG$�?x�t�j~�EPSG" Vertical offset filesi_2019z.ascEPSG�EuG-Svn 2019z 2020-09�/i�Cc5% 7EPSG%\Ostend height to EVRF2019 mean-tide height (2)Determined at 39 points, SD 0.020m. Offset: mean -2.320m, minimum -2.370m, maximum -2.285m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGNEPSG$�?�z�G�{EPSG" Vertical offset filebe_2019m.ascEPSG�EuG-Bel 2019m 2020-09�%U�Cc5% 7EPSG%[Ostend height to EVRF2019 height (2)Determined at 39 points, SD 0.021m. Offset: mean -2.312m, minimum -2.362m, maximum -2.275m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGNEPSG$�?��$�/EPSG" Vertical offset filebe_2019z.ascEPSG�EuG-Bel 2019z 2020-09
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���tH �� �1e�!kU5 )EPSG%tETRS89 to ETRS89 + ODN (Offshore) height (1)Reversible alternative to ETRS89 to ODN (Offshore) height (1) (code 7713).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�z�G�{EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-UK Off 2015�O� kU5 )EPSG%sETRS89 to ETRS89 + ODN height (2)Reversible alternative to ETRS89 to ODN height (2) (code 7711).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�bM��EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-UK Gbr 2015�)]�kU5 )EPSG%rETRS89 to ETRS89 + ODN Orkney height (2)Reversible alternative to ETRS89 to ODN Orkney height (2) (code 7712).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�hr� ĜEPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-UK Ork 2015�*[�kU5 /EPSG%qETRS89 to ETRS89 + St. Marys height (2)Reversible alternative to ETRS89 to St. Marys height (2) (code 7716).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�z�G�{EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-UK Scilly 2015�'[�kU5 )EPSG%pETRS89 to ETRS89 + Stornoway height (2)Reversible alternative to ETRS89 to Stornoway height (2) (code 7715).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?��+ I�EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-UK Heb 2015�%[�=c5% 7EPSG%oConstanta height to EVRF2019 height (1)Determined at 96 points, SD 0.006m. Offset: mean 0.050m, minimum 0.029m, maximum 0.063m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?��Q� �EPSG" Vertical offset filero_2019z.ascEPSG�EuG-Rou 2019z 2020-09�+c�Ac5% 7EPSG%nNAP height to EVRF2019 mean-tide height (1)Determined at 1095 points, SD 0.006m. Offset: mean 0.021m, minimum 0.008m, maximum 0.047m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGMEPSG$�?��t�j~�EPSG" Vertical offset filenl_2019m.ascEPSG�EuG-Nld 2019m 2020-09�!O�Ac5% 7EPSG%mNAP height to EVRF2019 height (1)Determined at 1095 points, SD 0.008m. Offset: mean 0.021m, minimum 0.009m, maximum 0.055m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGMEPSG$�?�bM��EPSG" Vertical offset filenl_2019z.ascEPSG�EuG-Nld 2019z 2020-09�2s�?c5% 7EPSG%lLatvia 2000 height to EVRF2019 mean-tide height (1)Determined at 134 points, SD 0.004m. Offset: mean 0.031m, minimum 0.025m, maximum 0.045m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG EPSG$�?�bM��EPSG" Vertical offset filelv_2019m.ascEPSG�EuG-Lva 2019m 2020-09�(_�?c5% 7EPSG%kLatvia 2000 height to EVRF2019 height (1)Determined at 134 points, SD 0.003m. Offset: mean 0.009m, minimum 0.000m, maximum 0.019m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG EPSG$�?x�t�j~�EPSG" Vertical offset filelv_2019z.ascEPSG�EuG-Lva 2019z 2020-09�/o�=c5% 7EPSG%jEOMA 1980 height to EVRF2019 mean-tide height (1)Determined at 35 points, SD 0.005m. Offset: mean 0.138m, minimum 0.127m, maximum 0.149m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?�z�G�{EPSG" Vertical offset filehu_2019m.ascEPSG�EuG-Hun 2019m 2020-09�%[�=c5% 7EPSG%iEOMA height 1980 to EVRF2019 height (1)Determined at 35 points, SD 0.003m. Offset: mean 0.163m, minimum 0.156m, maximum 0.171m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?x�t�j~�EPSG" Vertical offset filehu_2019z.ascEPSG�EuG-Hun 2019z 2020-09 �%W�kU5 -EPSG%uETRS89 to ETRS89 + Lerwick height (2)Reversible alternative to ETRS89 to Lerwick height (2) (code 7714).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�n��O�;EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS -UK Shet 2015
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P���%� o �$]�iUE EPSG%�MGI to MGI + EVRF2000 Austria height (1)Reversible alternative to MGI to EVRF2000 Austria height (1) (code 9277). Austrian Geoid 2008 (Bessel ellipsoid). Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator.EPSGAGeog3D to Geog2D+GravityRelatedHeight (BEV AT)EPSG$3EPSG% ?�������EPSG!�Geoid (height correction) model fileGEOID_BESSEL_Oesterreich.csvEPSG�BEV-Aut�i�oiUC EPSG%�ETRS89 to ETRS89 + EVRF2000 Austria height (1)Reversible alternative to ETRS89 to EVRF2000 Austria height (1) (code 9276). Austrian Geoid 2008. Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator.EPSGAGeog3D to Geog2D+GravityRelatedHeight (BEV AT)EPSGIEPSG% ?�������EPSG!�Geoid (height correction) model fileGEOID_GRS80_Oesterreich.csvEPSG�BEV-Aut�sO�UmU% EPSG%GR96 to GR96 + GVR2016 height (1)Reversible alternative to GR96 to GVR2016 height (1) (code 8269). File is also available in NOAA VDatum format (ggeoid2016.gtx) and GeoTIFF format (ggeoid2016.tif).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG-EPSG �?�������EPSG!�Geoid (height correction) model fileggeoid16.griEPSG�SDFE-Grl�rO�UmU# EPSG%~GR96 to GR96 + GVR2000 height (1)Reversible alternative to GR96 to GVR2000 height (1) (code 8268). File is also available in NOAA VDatum format (ggeoid2000.gtx) and GeoTIFF format (ggeoid2000.tif).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG-EPSG �?�������EPSG!�Geoid (height correction) model filegr2000g.griEPSG�SDFE-Grl�O� cU' 'EPSG%}ETRS89 to ETRS89 + NAP height (2)Reversible alternative to ETRS89 to NAP height (2) (code 9283).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSGIEPSG$F?PbM��EPSG!�Geoid (height correction) model filenlgeo2018.gtxEPSG�NSGI-Nld 2018� i�cU% EPSG%|NAD83(2011) to NAD83(2011) + NAVD88 height (2)Reversible alternative to NAD83(2011) to NAVD88 height (2) (code 6327).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG�?�z�G�{EPSG!�Geoid (height correction) model fileg2012ba0.binEPSG�NGS-US AK�i�YcU# +EPSG%{NAD83(2011) to NAD83(2011) + NAVD88 height (3)Reversible alternative to NAD83(2011) to NAVD88 height (3) (code 9229). Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG�?��Q� �EPSG!�Geoid (height correction) model fileg2018u0.binEPSG�NGS-US Conus 18�Q�
mU' #EPSG%zETRS89 to ETRS89 + NN54 height (1)Reversible alternative to ETRS89 to NN54 height (1) (code 9484).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGIEPSG ?�z�G�{EPSG!�Geoid (height correction) model filehref2008a.binEPSG�SK-Nor 2008�'U�mUE #EPSG%yETRS89 to ETRS89 + NN2000 height (1)Reversible alternative to ETRS89 to NN2000 height (1) (code 9485).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGIEPSG6?�z�G�{EPSG!�Geoid (height correction) model fileHREF2018B_NN2000_EUREF89.binEPSG�SK-Nor 2018�#W�qU1 'EPSG%xETRS89 to ETRS89 + Belfast height (2)Reversible alternative to ETRS89 to Belfast height (2) (code 7958).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$�?��1&�yEPSG!�Geoid (height correction) model fileOSGM15_Belfast.griEPSG�OS-UK NI 2015�%]�qU- #EPSG%wETRS89 to ETRS89 + Malin Head height (2)Reversible alternative to ETRS89 to Malin Head height (2) (code 7959).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$�?��O�;dZEPSG!�Geoid (height correction) model fileOSGM15_Malin.griEPSG�OS-Ire 2015 %
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A "���R �� �0c�kU? %EPSG%�REGCAN95 to REGCAN95 + La Gomera height (1)Reversible alternative to REGCAN95 to La Gomera height (1) (code 9419).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%)?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008�6i�!kU? %EPSG%�REGCAN95 to REGCAN95 + Gran Canaria height (1)Reversible alternative to REGCAN95 to Gran Canaria height (1) (code 9417).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%(?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008�8k�#kU? %EPSG%�REGCAN95 to REGCAN95 + Fuerteventura height (1)Reversible alternative to REGCAN95 to Fuerteventura height (1) (code 9416).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%'?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008�0c�kU? %EPSG%�REGCAN95 to REGCAN95 + El Hierro height (1)Reversible alternative to REGCAN95 to El Hierro height (1) (code 9421).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%&?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008� W�kU- %EPSG%�ETRS89 to ETRS89 + Menorca height (1)Reversible alternative to ETRS89 to Menorca height (1) (code 9412).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG%%?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008�(Y�'kU- %EPSG%�ETRS89 to ETRS89 + Mallorca height (1)Reversible alternative to ETRS89 to ETRS89 + Mallorca height (1) (code 9411).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG%$?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008�S�kU- %EPSG%�ETRS89 to ETRS89 + Ibiza height (1)Reversible alternative to ETRS89 to Ibiza height (1) (code 9413).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG%#?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008� W�kU- %EPSG%�ETRS89 to ETRS89 + Ceuta 2 height (1)Reversible alternative to ETRS89 to Ceuta 2 height (1) (code 9414).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG%"?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008� Y�kU- %EPSG%�ETRS89 to ETRS89 + Alicante height (1)Reversible alternative to ETRS89 to Alicante height (1) (code 9410).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG%!?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008�_�}aU% EPSG%�CIGD11 to CIGD11 + LCVD61 height (ft) (1)Reversible alternative to CIGD11 to LCVD61 height (ft) (1) (code 6139). Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet.EPSGCGeog3D to Geog2D+GravityRelatedHeight (CI)EPSG�EPSG% ?��Q� �EPSG!�Geoid (height correction) model fileLCGM0811.TXTEPSG�LSD-Cym�_�}aU% EPSG%�CIGD11 to CIGD11 + GCVD54 height (ft) (1)Reversible alternative to CIGD11 to GCVD54 height (ft) (1) (code 6138). Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet.EPSGCGeog3D to Geog2D+GravityRelatedHeight (CI)EPSG�EPSG% ?��Q� �EPSG!�Geoid (height correction) model fileGCGM0811.TXTEPSG�LSD-Cym Z �.a�kU? %EPSG%�REGCAN95 to REGCAN95 + La Palma height (1)Reversible alternative to REGCAN95 to La Palma height (1) (code 9420).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%*?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008
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� V - �6�6�X � �mi�3cU% #EPSG%�NAD83(PA11) to NAD83(PA11) + ASVD02 height (1)Reversible alternative to NAD83(PA11) to ASVD02 height (1) (code 7650). Uses Geoid12B hybrid model. See information source for further information.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG%6?�z�G�{EPSG!�Geoid (height correction) model fileg2012bs0.binEPSG�NGS-Asm 12B�mi�3cU% #EPSG%�NAD83(MA11) to NAD83(MA11) + NMVD03 height (1)Reversible alternative to NAD83(MA11) to NMVD03 height (1) (code 7649). Uses Geoid12B hybrid model. See information source for further information.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG%5?�z�G�{EPSG!�Geoid (height correction) model fileg2012bg0.binEPSG�NGS-Mnp 12B�mi�3cU% #EPSG%�NAD83(MA11) to NAD83(MA11) + GUVD04 height (1)Reversible alternative to NAD83(MA11) to GUVD04 height (1) (code 7648). Uses Geoid12B hybrid model. See information source for further information.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG%4?�z�G�{EPSG!�Geoid (height correction) model fileg2012bg0.binEPSG�NGS-Gum 12B�~i�YcU# !EPSG%�NAD83(2011) to NAD83(2011) + VIVD09 height (2)Reversible alternative to NAD83(2011) to VIVD09 height (2) (code 9231). Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG%3?��Q� �EPSG!�Geoid (height correction) model fileg2018p0.binEPSG�NGS-Vir 18�~i�YcU# !EPSG%�NAD83(2011) to NAD83(2011) + PRVD02 height (2)Reversible alternative to NAD83(2011) to PRVD02 height (2) (code 9230). Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG�EPSG%2?��Q� �EPSG!�Geoid (height correction) model fileg2018p0.binEPSG�NGS-Pri 18�ii�#mU+ EPSG%�POSGAR 2007 to POSGAR 2007 + SRVN16 height (1)Reversible alternative to POSGAR 2007 to SRVN16 height (1) (code 9256). Uses geoid model Ar16. See information source for more information.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG�EPSG%1?�������EPSG!�Geoid (height correction) model fileGEOIDE-Ar16.griEPSG�IGN-Arg�
g�gmU+ EPSG%�KSA-GRF17 to KSA-GRF17 + KSA-VRF14 height (1)Reversible alternative to KSA-GRF17 to KSA-VRF14 height (1) (code 9355). File also available in IGN2009 format. To access KSA-GEOID17 contact GCS by email to info@gcs.gov.saEPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG$tEPSG%0?�������EPSG!�Geoid (height correction) model fileKSA-GEOID17.graEPSG$uGCS-Sau�'[�mU3 +EPSG%�FEH2010 to FEH2010 + FCSVR10 height (1)Reversible alternative to FEH2010 to FCSVR10 height (1) (code 5626).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG�EPSG%/?�������EPSG!�Geoid (height correction) model filefehmarn_geoid10.griEPSG�FEM-Dnk-Deu Feh�:W�kUc )EPSG%�WGS 84 to WGS 84 + EGM2008 height (2)Reversible alternative to WGS 84 to EGM2008 height (2) (code 3859).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGsEPSG%.?� EPSG!�Geoid (height correction) model fileUnd_min1x1_egm2008_isw=82_WGS84_TideFree.gzEPSG�NGA-World 1min�<a�kUk %EPSG%�SHGD2015 to SHGD2015 + SHVD2015 height (1)Reversible alternative to SHGD2015 to SHVD2015 height (1) (code 7891).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG �EPSG EPSG!�Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzEPSG �ENRD-Shn Hel�.a�kU? %EPSG%�REGCAN95 to REGCAN95 + Tenerife height (1)Reversible alternative to REGCAN95 to Tenerife height (1) (code 9418).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG�EPSG%,?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSG�IGN-Esp 2008
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����_� � �&a�kU- )EPSG%�RGNC91-93 to RGNC91-93 + NGNC08 height (1)Reversible alternative to RGNC91-93 to NGNC08 height (1) (code 9352).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG+EPSG%D?��Q� �EPSG!�Geoid (height correction) model fileRanc08_Circe.mntEPSG�BGN-Ncl RANC08�"c�kU )EPSG%�RGF93 v2 to RGF93 v2 + NGF-IGN78 height (2)Reversible alternative to RGF93 v2 to NGF-IGN78 height (2) (code 8372).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&0EPSG%C?�������EPSG!�Geoid (height correction) model fileRAC09.mntEPSG&1IGN Fra Cor 09�Ic�qkU !EPSG%�RGF93 v2 to RGF93 v2 + NGF-IGN69 height (3)Reversible alternative to RGF93 v2 to NGF-IGN69 height (3) (code 8885). May also be found with filename RAF18.tac.EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&0EPSG%B?�z�G�{EPSG!�Geoid (height correction) model fileRAF18.mntEPSG&1IGN Fra 18�+g�#kU) %EPSG%�RGAF09 to RGAF09 + Martinique 1987 height (2)Reversible alternative to RGAF09 to Martinique 1987 height (2) (code 9136).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%A?�������EPSG!�Geoid (height correction) model fileRAMART2016.mntEPSGqIGN Mtq 2016�M�kU% #EPSG%�RGAF09 to IGN 2008 LD height (1)Reversible alternative to RGAF09 to IGN 2008 LD height (1) (code 9131).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%@?ə�����EPSG!�Geoid (height correction) model fileRALD2016.mntEPSGqIGN-Glp Des�!_�kU' #EPSG%�RGAF09 to RGAF09 + IGN 1988 SM height (2)Reversible alternative to RGAF09 to IGN 1988 SM height (2) (code 9188).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%??�������EPSG!�Geoid (height correction) model filegg10_smv2.mntEPSGqIGN Glp StM�!_�kU' #EPSG%�RGAF09 to RGAF09 + IGN 1988 SB height (2)Reversible alternative to RGAF09 to IGN 1988 SB height (2) (code 9187).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%>?�������EPSG!�Geoid (height correction) model filegg10_sbv2.mntEPSGqIGN Glp StB�$_�kU% +EPSG%�RGAF09 to RGAF09 + IGN 1988 MG height (2)Reversible alternative to RGAF09 to IGN 1988 MG height (2) (code 9135).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%=?�������EPSG!�Geoid (height correction) model fileRAMG2016.mntEPSGqIGN Glp MG 2016�%_�kU% -EPSG%�RGAF09 to RGAF09 + IGN 1988 LS height (2)Reversible alternative to RGAF09 to IGN 1988 LS height (2) (code 9134).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%<?�������EPSG!�Geoid (height correction) model fileRALS2016.mntEPSGqIGN Glp LSt 2016�.g�#kU) +EPSG%�RGAF09 to RGAF09 + Guadeloupe 1988 height (2)Reversible alternative to RGAF09 to Guadeloupe 1988 height (2) (code 9133).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%;?�������EPSG!�Geoid (height correction) model fileRAGTBT2016.mntEPSGqIGN Glp GT 2016�W�kU# EPSG%�RGFG95 to RGFG95 + NGG1977 height (1)Reversible alternative to RGFG95 to NGG1977 height (1) (code 10011).EPSGFGeog3D to Geog2D+GravityRelatedHeight (IGN1997)EPSGgEPSG%:�EPSG!�Geoid (height correction) model fileggguy00.txtEPSGIGN Guf�`o�cU1 7EPSG%�SRGI2013 to SRGI2013 + INAGeoid2020 v1 height (1)Reversible alternative to SRGI2013 to INAGeoid2020 v1 height (1) (code 9305). Before 2022-07, file name was INAGEOID20.gtx.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG$�EPSG%9EPSG!�Geoid (height correction) model fileINAGEOID2020v1.gtxEPSG$�BIG-Idn INAGeoid20 v1�$a�cU+ -EPSG%�NZGD2000 to NZGD2000 + NZVD2016 height (2)Reversible alternative to NZGD2000 to NZVD2016 height (2) (code 9326).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG_EPSG%8?�������EPSG!�Geoid (height correction) model filenzgeoid2016.gtxEPSGGLINZ-NZ 2016 gtx
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���!�K � �os�5c5) 7EPSG%�EVRF2000-PL height to EVRF2019 mean-tide height (1)Determined at 319 points, SD 0.006m. Offset: mean 0.011m, minimum -0.006m, maximum 0.022m. May also use CRS 9702 (ETRF2000-PL) as interpolation CRS.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?��t�j~�EPSG" Vertical offset filepl07_2019m.ascEPSG�EuG-Pol 2019m 2020-09�d_�3c5) 7EPSG%�EVRF2007-PL height to EVRF2019 height (1)Determined at 319 points, SD 0.003m. Offset: mean 0.012m, minimum 0.002m, maximum 0.024m. May also use CRS 9702 (ETRF2000-PL) as interpolation CRS.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?x�t�j~�EPSG" Vertical offset filepl07_2019z.ascEPSG�EuG-Pol 2019z 2020-09�ns�3c5) 7EPSG%�Baltic 1986 height to EVRF2019 mean-tide height (1)Determined at 300 points, SD 0.010m. Offset: mean 0.176m, minimum 0.133m, maximum 0.201m. May also use CRS 9702 (ETRF2000-PL) as interpolation CRS.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?�z�G�{EPSG" Vertical offset filepl86_2019m.ascEPSG�EuG-Pol 2019m 2020-09�d_�3c5) 7EPSG%�Baltic 1986 height to EVRF2019 height (1)Determined at 300 points, SD 0.010m. Offset: mean 0.178m, minimum 0.144m, maximum 0.203m. May also use CRS 9702 (ETRF2000-PL) as interpolation CRS.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?�z�G�{EPSG" Vertical offset filepl86_2019z.ascEPSG�EuG-Pol 2019z 2020-09�.i�Ac5% 7EPSG%�RH2000 height to EVRF2019 mean-tide height (1)Determined at 3356 points, SD 0.016m. Offset: mean 0.036m, minimum 0.003m, maximum 0.071m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?�bM��EPSG" Vertical offset filese_2019m.ascEPSG�EuG-Swe 2019m 2020-09�&U�Ec5% 7EPSG%�RH2000 height to EVRF2019 height (1)Determined at 3356 points, SD 0.003m. Offset: mean -0.003m, minimum -0.014m, maximum 0.003m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?x�t�j~�EPSG" Vertical offset filese_2019z.ascEPSG�EuG-Swe 2019z 2020-09�2m�Ec5% 7EPSG%�Alicante height to EVRF2019 mean-tide height (1)Determined at 155 points, SD 0.039m. Offset: mean -0.488m, minimum -0.603m, maximum -0.426m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?�����+EPSG" Vertical offset filees_2019m.ascEPSG�EuG-Esp 2019m 2020-09�(Y�Ec5% 7EPSG%�Alicante height to EVRF2019 height (1)Determined at 155 points, SD 0.041m. Offset: mean -0.427m, minimum -0.555m, maximum -0.355m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?���E��EPSG" Vertical offset filees_2019z.ascEPSG�EuG-Esp 2019z 2020-09�0o�?c5% 7EPSG%�Constanta height to EVRF2019 mean-tide height (1)Determined at 96 points, SD 0.010m. Offset: mean 0.015m, minimum -0.006m, maximum 0.040m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG�EPSG$�?�z�G�{EPSG" Vertical offset filero_2019m.ascEPSG�EuG-Rou 2019m 2020-09�H��1oU+ -EPSG%�NAD83(CSRS)v6 to NAD83(CSRS)v6 + CGVD2013a(2010) height (1)Reversible alternative to NAD83(CSRS)v6 to CGVD2013a(2010) height (1) (code 9247).EPSGBGeog3D to Geog2D+GravityRelatedHeight (NRCan byn)EPSG ;EPSG%H?��Q� �EPSG!�Geoid (height correction) model fileCGG2013an83.bynEPSG <NRC Can CGG2013a�]�cU+ EPSG%�ITRF2005 to ITRF2005 + SA LLD height (1)Reversible alternative to ITRF2005 to SA LLD height (1) (code 9280).EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSG �EPSG%G?�� �Q�EPSG!�Geoid (height correction) model fileSAGEOID2010.datEPSG#&NGI-Zaf�,k�!kU+ #EPSG%�RRAF 1991 to RRAF 1991 + IGN 2008 LD height (1)Reversible alternative to RRAF 1991 to IGN 2008 LD height (1) (code 9132).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG�EPSG%F?ə�����EPSG!�Geoid (height correction) model fileRALDW842016.mntEPSG�IGN Glp Des
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� �R/��8 � �i7�oYa 9EPSG%�WGS 84 to GDA2020 (4)Equivalent to concatenation of null CT 1150 and CT 8447 through GDA94. See WGS 84 to GDA94 (3) (CT code 9690) for conformal-only alternative (i.e. without distortion modelling).EPSG%�NTv2EPSG�EPSG �EPSG!�Latitude and longitude difference fileGDA94_GDA2020_conformal_and_distortion.gsbICSM-Aus Conf and Dist�i3�sYa 9EPSG%�GDA94 to WGS 84 (3)Equivalent to concatenation of CT 8447 and null CT 8450 through GDA2020. See GDA94 to WGS 84 (2) (CT code 9688) for conformal-only alternative (i.e. without distortion modelling).EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileGDA94_GDA2020_conformal_and_distortion.gsbICSM-Aus Conf and Dist�3k�Cc5+ 7EPSG%�BGS2005 height to EVRF2019 mean-tide height (1)Determined at 59 points, SD 0.016m. Offset: mean -0.050m, minimum -0.093m, maximum -0.019m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?�bM��EPSG" Vertical offset filebgneu_2019m.ascEPSG�EuG-Bgr 2019m 2020-09�(W�Ac5+ 7EPSG%�BGS2005 height to EVRF2019 height (1)Determined at 59 points, SD 0.018m. Offset: mean -0.002m, minimum -0.051m, maximum 0.034m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?�n��O�;EPSG" Vertical offset filebgneu_2019z.ascEPSG�EuG-Bgr 2019z 2020-09�+g�=c5% 7EPSG%�LAS07 height to EVRF2019 mean-tide height (1)Determined at 56 points, SD 0.007m. Offset: mean 0.024m, minimum 0.010m, maximum 0.036m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?��1&�yEPSG" Vertical offset filelt_2019m.ascEPSG�EuG-Ltu 2019m 2020-09�!S�=c5% 7EPSG%�LAS07 height to EVRF2019 height (1)Determined at 56 points, SD 0.005m. Offset: mean 0.009m, minimum 0.001m, maximum 0.018m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?�z�G�{EPSG" Vertical offset filelt_2019z.ascEPSG�EuG-Ltu 2019z 2020-09�-i�?c5% 7EPSG%�EH2000 height to EVRF2019 mean-tide height (1)Determined at 367 points, SD 0.002m. Offset: mean 0.041m, minimum 0.037m, maximum 0.045m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?pbM��EPSG" Vertical offset fileee_2019m.ascEPSG�EuG-Est 2019m 2020-09�#U�?c5% 7EPSG%�EH2000 height to EVRF2019 height (1)Determined at 367 points, SD 0.001m. Offset: mean 0.011m, minimum 0.008m, maximum 0.013m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG%�EPSG$�?`bM��EPSG" Vertical offset fileee_2019z.ascEPSG�EuG-Est 2019z 2020-09�Le�i51 EPSG%�Baltic 1986 height to EVRF2007-PL height (1)Gives same result as differencing quasi-geoid models geoid2011-KRON86 and geoid2011-EVRF2007 (transformations 9658 and 9660).EPSGMVertical Offset by Grid Interpolation (PL txt)EPSG%�EPSG%�?�z�G�{EPSG" Vertical offset filegugik-evrf2007.txtEPSG%�GUGiK-Pol�Qs�%iUQ = EPSG%�ETRF2000-PL to ETRF2000-PL + EVRF2007-PL height (1)Reversible alternative to ETRF2000-PL to EVRF2007-PL height (1) (code 9660).EPSGLGeog3D to Geog2D+GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-EVRF2007-NH.txtEPSG%�GUGiK-Pol geoid11 EVRF07�fW�ygUQ = EPSG%�ETRF2000-PL to EVRF2007-PL height (1)For reversible alternative to this transformation see ETRF2000-PL to ETRF2000-PL + EVRF2007-PL height (1) (code 9661).EPSGKGeographic3D to GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-EVRF2007-NH.txtGUGiK-Pol geoid11 EVRF07�Os�%iUM = EPSG%�ETRF2000-PL to ETRF2000-PL + Baltic 1986 height (1)Reversible alternative to ETRF2000-PL to Baltic 1986 height (1) (code 9658).EPSGLGeog3D to Geog2D+GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-KRON86-NH.txtEPSG%�GUGiK-Pol geoid11 KRON86
9 R � N og�H�� R� �IQ�ikU/ 7EPSG& ETRS89 to Cagliari 1956 height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Cagliari 1956 height (1) (code 9730).EPSGRGeographic3D to GravityRelatedHeight (ITAL2005)EPSGIEPSG%�?�� �Q�EPSG!�Geoid (height correction) model filegeo_igm_mar06.grdIGM-Ita 2005 Sardinia�VK� kU/ 7EPSG%�ETRS89 to Genoa 1942 height (1)Replaces ITALGEO99. For reversible alternative to this transformation see ETRS89 to ETRS89+ Genoa 1942 height (1) (code 9729).EPSGRGeographic3D to GravityRelatedHeight (ITAL2005)EPSGIEPSG^?�� �Q�EPSG!�Geoid (height correction) model filegeo_igm_mar06.grdIGM-Ita 2005 main Sic�Qs�%iUQ =EPSG%�ETRF2000-PL to ETRF2000-PL + EVRF2007-PL height (1)Reversible alternative to ETRF2000-PL to EVRF2007-PL height (1) (code 9719).EPSGLGeog3D to Geog2D+GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-EVRF2007-NH.txtEPSG%�GUGiK-Pol geoid11 EVRF07�fW�ygUQ =EPSG%�ETRF2000-PL to EVRF2007-PL height (1)For reversible alternative to this transformation see ETRF2000-PL to ETRF2000-PL + EVRF2007-PL height (1) (code 9720).EPSGKGeographic3D to GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-EVRF2007-NH.txtGUGiK-Pol geoid11 EVRF07�Os�%iUM =EPSG%�ETRF2000-PL to ETRF2000-PL + Baltic 1986 height (1)Reversible alternative to ETRF2000-PL to Baltic 1986 height (1) (code 9717).EPSGLGeog3D to Geog2D+GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-KRON86-NH.txtEPSG%�GUGiK-Pol geoid11 KRON86�dW�ygUM =EPSG%�ETRF2000-PL to Baltic 1986 height (1)For reversible alternative to this transformation see ETRF2000-PL to ETRF2000-PL + Baltic 1986 height (1) (code 9718).EPSGKGeographic3D to GravityRelatedHeight (PL txt)EPSG%�EPSG%�?��Q� �EPSG!�Geoid (height correction) model filegugik-geoid2011-PL-KRON86-NH.txtGUGiK-Pol geoid11 KRON86�S�c U# EPSG%�WGS 84 to WGS 84 + EGM96 height (1)Reversible alternative to WGS 84 to EGM96 height (1) (code 10084).EPSGOGeog3D to Geog2D+GravityRelatedHeight (EGM)EPSGsEPSG%�EPSG!�Geoid (height correction) model fileWW15MGH.GRDEPSG�NGA-World�]O�ikUc !EPSG%�WGS 84 to WGS 84 + MSL height (1)Reversible alternative to WGS 84 to MSL height (1) (code 8037). Parameter values are from WGS 84 to WGS 84 + EGM2008 height (2) (CT code 9618) assuming that the EGM2008 surface equals MSL surface within the accuracy of the transformation.EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGsEPSG%�?� EPSG!�Geoid (height correction) model fileUnd_min1x1_egm2008_isw=82_WGS84_TideFree.gzEPSG�IOGP-World�8W�k Uk -EPSG%�WGS 84 to WGS 84 + EGM2008 height (1)Reversible alternative to WGS 84 to EGM2008 height (1) (code 3858).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGsEPSG%.EPSG!�Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzEPSG�NGA-World 2.5min�/U�!qU/ 5EPSG%�GDA2020 to GDA2020 + AVWS height (2)Reversible alternative to GDA2020 to AVWS height (1) (code 9692). AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20201120.gsb.EPSG;Geog3D to Geog2D+GravityRelatedHeight (AUSGeoidv2)EPSG �EPSG$�?�������EPSG!�Geoid (height correction) model fileAGQG_20201120.gsbEPSG �GA-Aus AGQG 20201120 � �.]�mU/ 7EPSG&ETRS89 to ETRS89 + Genoa 1942 height (1)Reversible alternative to ETRS89 to Genoa 1942 height (1) (code 9727).EPSGQGeog3D to Geog2D+GravityRelatedHeight (ITAL2005)EPSGIEPSG%�?�� �Q�EPSG!�Geoid (height correction) model filegeo_igm_mar06.grdEPSG�IGM-Ita 2005 main Sic % ��
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��&l`M9% ��=�!oU% #EPSG'VGDA94 to AHD height (36)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH54_DAT.htmGA-Aus SH54 ��=�!oU% #EPSG'GGDA94 to AHD height (21)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF55_DAT.htmGA-Aus SF55 ��
;�!oU% #EPSG'8GDA94 to AHD height (6)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSD53_DAT.htmGA-Aus SD53 ��IiU5 !EPSG'(ETRS89 to Fair Isle height (1)May be used for transformations from WGS 84 to Fair Isle.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGm?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Fair ��4E�iU# EPSG'RGFG95 to NGG1977 height (1)May be used for transformations from WGS 84 to NGG1977. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file. For reversible alternative to this transformation see RGFG95 to RGFG95 + NGG1977 height (1) (code 9630).EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGgEPSG{�EPSG!�Geoid (height correction) model fileggguy00.txtIGN Guf ��MQ�umU+ 5EPSG'NAD83(CSRS)v7 to CGVD28 height (1)Valid at epoch 2010.0. Hybrid geoid model, grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CT code 9983) and then modified to include correction for propagation of height between 1997.0 and 2010.0 derived from the Canada velocity grid v7.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010 ��!G�9kU5 EPSG&�ISN2016 to ISH2004 height (1)File also available in NOAA VDatum format (Icegeoid_ISN2016.gtx). For reversible alternative to this transformation see ISN2016 to ISN2016 + ISH2004 height (1) (CT code 9959). Replaces Icegeoid_ISN2004 (code 9956).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG �EPSG �?�������EPSG!�Geoid (height correction) model fileIcegeoid_ISN2016.griNMI-Isl ��;� oU- #EPSG&�ETRS89 to BI height (3)Parameter file taken from ETRS89 to Malin Head height (2). Malin Head is a member of the BI ensemble. For reversible alternative to this transformation see ETRS89 to ETRS89 + BI height (3) (code 9919).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$�?��O�;dZEPSG!�Geoid (height correction) model fileOSGM15_Malin.griOS-Ire 2015 ��5�{ Y' 7EPSG&�RGF93 v2b to NTF (2)Emulation of transformation NTF to RGF93 v2b (1), code 9889. Note that grid file parameters are of opposite sign. Parameter file is from RGF93 v1 to NTF (code 15958), assuming that RGF93 v1 is equivalent to RGF93 v2b within the accuracy of the CT.EPSG%�NTv2EPSG&6EPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulation ��uA�?Y% %EPSG&CNAD83 to NAD83(CSRS)v7 (1)Also distributed through Alberta Environment and Parks Lands Division named ABCSRSV7.DAC.EPSG%�NTv2EPSG�EPSG ??�������EPSG!�Latitude and longitude difference fileABCSRSV7.GSBNRCan-Can AB ��4c� mU/ 7EPSG&ETRS89 to ETRS89 + Cagliari 1956 height (1)Reversible alternative to ETRS89 to Cagliari 1956 height (1) (code 9728).EPSGQGeog3D to Geog2D+GravityRelatedHeight (ITAL2005)EPSGIEPSG%�?�� �Q�EPSG!�Geoid (height correction) model filegeo_igm_mar06.grdEPSG�IGM-Ita 2005 Sardinia
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� G �� r� � �kg�-kU! #EPSG&;RGF93 v2b to RGF93 v2b + NGF-IGN69 height (4)Reversible alternative to RGF93 v2b to NGF-IGN69 height (4) (CT code 9786). Replaces RGF93 v2 to RGF93 v2 + NGF-IGN69 height (3) (CT code 9638).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&5EPSG&9?�z�G�{EPSG!�Geoid (height correction) model fileRAF18b.mntEPSG&6IGN Fra 18b�EO�iU! #EPSG&:RGF93 v2b to NGF-IGN69 height (4)Replaces RAF18 geoid model [RGF93 v2 to NGF-IGN69 height (3)]. Accuracy at each grid node is in the geoid model file. Recommended interpolation method is bilinear. For reversible alternative see RGF93 v2b to RGF93 v2b + NGF-IGN69 height (4) (code 9787).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&5EPSGX?�z�G�{EPSG!�Geoid (height correction) model fileRAF18b.mntIGN Fra 18b� 9�OYC 7EPSG&$ETRS89 to EWR2-IRF (1)In conjunction with the EWR2-TM map projection (code 9765) applied to EWR2-IRF (code 9763), emulates the EWR2 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines EWR2-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG&#EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-EWR2-IRF.gsbNR-Gbr EWR2 OSNet2009�*C�wYM =EPSG& ETRS89 to ECML14_NB-IRF (1)In conjunction with the ECML14_NB-TM map projection (code 9760) applied to ECML14_NB-IRF (code 9758), emulates the ECML14_NB Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines ECML14_NB-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG& EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-ECML14_NB-IRF.gsbNR-Gbr ECML_NB OSNet2009�;�WYE 9EPSG& ETRS89 to EOS21-IRF (1)In conjunction with the EOS21-TM map projection (code 9738) applied to EOS21-IRF (code 9739), emulates the EOS21 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines EOS21-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG& EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-EOS21-IRF.gsbNR-Gbr EOS21 OSNet2009�35�/YG EPSG& IGM95 to RDN2008 (1)For the reverse transformation from RDN2008 to IGM95, iteration may be avoided by using an alternative grid file (35160622_47161840_F00_F89.gsb).EPSG%�NTv2EPSG>EPSG2?�z�G�{EPSG!�Latitude and longitude difference file35160622_47161840_F89_F00.gsbIGM-Ita�13�-YG EPSG&ED50 to RDN2008 (1)For the reverse transformation from RDN2008 to ED50, iteration may be avoided by using an alternative grid file (35160622_47161840_F00_E50.gsb).EPSG%�NTv2EPSG�EPSG2?ə�����EPSG!�Latitude and longitude difference file35160622_47161840_E50_F00.gsbIGM-Ita�-/�)YG EPSG&ED50 to IGM95 (1)For the reverse transformation from IGM95 to ED50, iteration may be avoided by using an alternative grid file (35160622_47161840_F89_E50.gsb).EPSG%�NTv2EPSG�EPSG>?ə�����EPSG!�Latitude and longitude difference file35160622_47161840_E50_F89.gsbIGM-Ita�?A�;YG EPSG&Monte Mario to RDN2008 (5)For the reverse transformation from RDN2008 to Monte Mario, iteration may be avoided by using an alternative grid file (35160622_47161840_F00_R40.gsb).EPSG%�NTv2EPSG�EPSG2?�������EPSG!�Latitude and longitude difference file35160622_47161840_R40_F00.gsbIGM-Ita�;=�7YG EPSG&Monte Mario to IGM95 (4)For the reverse transformation from IGM95 to Monte Mario, iteration may be avoided by using an alternative grid file (35160622_47161840_F89_R40.gsb).EPSG%�NTv2EPSG�EPSG>?�������EPSG!�Latitude and longitude difference file35160622_47161840_R40_F89.gsbIGM-Ita�9;�5YG EPSG&Monte Mario to ED50 (1)For the reverse transformation from ED50 to Monte Mario, iteration may be avoided by using an alternative grid file (35160622_47161840_E50_R40.gsb).EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference file35160622_47161840_R40_E50.gsbIGM-Ita
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���4� ) � 3�w Y' 7EPSG&�RGF93 v2 to NTF (2)Emulation of transformation NTF to RGF93 v2 (1), code 9888. Note that grid file parameters are of opposite sign. Parameter file is from RGF93 v1 to NTF (code 15958), assuming that RGF93 v1 is equivalent to RGF93 v2 within the accuracy of the CT.EPSG%�NTv2EPSG&1EPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulation�{5�q C% !EPSG&�NTF to RGF93 v2b (1)Parameter file is from NTF to RGF93 v1 (code 9327), assuming that RGF93 v1 is equivalent to RGF93 v2b within the accuracy of the transformation. May be emulated using NTv2 method - see CT code 9891.EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG�EPSG&6EPSG"Geocentric translation filegr3df97a.txtEPSG&6IGN-Fra 1m�y3�q C% !EPSG&�NTF to RGF93 v2 (1)Parameter file is from NTF to RGF93 v1 (code 9327), assuming that RGF93 v1 is equivalent to RGF93 v2 within the accuracy of the transformation. May be emulated using NTv2 method - see CT code 9890.EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG�EPSG&1EPSG"Geocentric translation filegr3df97a.txtEPSG&1IGN-Fra 1m�jA�)Y# 'EPSG&�NAD83 to NAD83(CSRS)v2 (2)Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1697.EPSG%�NTv2EPSG�EPSG -?� EPSG!�Latitude and longitude difference fileSK83-98.gsbSK PMC-Can SK�jA�)Y# 'EPSG&�NAD27 to NAD83(CSRS)v2 (2)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1703.EPSG%�NTv2EPSG�EPSG -?� EPSG!�Latitude and longitude difference fileSK27-98.gsbSK PMC-Can SK�Y�IOUg #EPSG&�ETRS89 to ETRS89 + CD Norway depth (1)Reversible alternative to ETRS89 to CD Norway depth (1) (code 9884). Replaced by ETRS89 to ETRS89 + CD Norway depth (2) (model "CD Norway 2021b", code 10133).EPSGVGeog3D to Geog2D+Depth (Gravsoft)EPSGIEPSG&��EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2021a.binEPSG�SK-Nor 2021�
G�MUg #EPSG&�ETRS89 to CD Norway depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + CD Norway depth (1) (code 9885). Replaced by ETRS89 to CD Norway depth (2) (model "CD Norway 2021b", code 10130).EPSGUGeographic3D to Depth (Gravsoft)EPSGIEPSG%��EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2021a.binSK-Nor 2021�#A�oYK ;EPSG&�ETRS89 to MOLDOR11-IRF (1)In conjunction with the MOLDOR11-TM map projection (code 9879) applied to MOLDOR11-IRF (code 9871), emulates the MOLDOR11 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines MOLDOR11-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG&�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-MOLDOR11-IRF.gsbNR-Gbr MOLDOR OSNet2009�kg�1kU !EPSG&�RGF93 v2b to RGF93 v2b + NGF-IGN69 height (5)Reversible alternative to RGF93 v2b to NGF-IGN69 height (5) (CT code 9876). Replaces RGF93 v2b to RGF93 v2b + NGF-IGN69 height (4) (CT code 9787).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&5EPSG&9?�z�G�{EPSG!�Geoid (height correction) model fileRAF20.tacEPSG&6IGN Fra 20�DO� iU !EPSG&�RGF93 v2b to NGF-IGN69 height (5)Replaces RAF18b geoid model [RGF93 v2 to NGF-IGN69 height (4)]. Accuracy at each grid node is in the geoid model file. Recommended interpolation method is bilinear. For reversible alternative see RGF93 v2b to RGF93 v2b + NGF-IGN69 height (5) (code 9877).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&5EPSGX?�z�G�{EPSG!�Geoid (height correction) model fileRAF20.tacIGN Fra 20�
;�QYE 9EPSG&�ETRS89 to MRH21-IRF (1)In conjunction with MRH21-TM map projection (code 9868) applied to MRH21-IRF (code 9866), emulates the MRH21 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines MRH21-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG&�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-MRH21-IRF.gsbNR-Gbr MHR21 OSNet2009
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%�=�`H �� �;�oU1 'EPSG&�ETRS89 to BI height (2)Parameter file taken from ETRS89 to Belfast height (2). Belfast is a member of the BI ensemble. For reversible alternative to this transformation see ETRS89 to ETRS89 + BI height (2) (code 9917).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$�?��1&�yEPSG!�Geoid (height correction) model fileOSGM15_Belfast.griOS-UK NI 2015�M� kU5 #EPSG&�ETRS89 to ETRS89 + BI height (1)Reversible alternative to ETRS89 to BI height (1) (code 9914).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�z�G�{EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG�OS-Gbr 2015�+;�SiU5 #EPSG&�ETRS89 to BI height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + BI height (1) (code 9915).EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSG$�?�z�G�{EPSG!�Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-Gbr 2015�/�IYA /EPSG&�MGI to ETRS89 (8)Replaces GIS-Grid (2010) (CT 5891). Not to be used for cadastral purposes because it does not comply with the rules for control network tie-in as per Paragraph 3 of the Land Survey Regulations (Vermessungsverordnung) 2010.EPSG%�NTv2EPSG�EPSG�?�� �Q�EPSG!�Latitude and longitude difference fileAT_GIS_GRID_2021_09_28.gsbBEV-Aut NTv2 2021�(U�AcU %EPSG&�ETRS89 to ETRS89 + Ostend height (1)Reversible alternative to ETRS89 to Ostend height (1) (code 9908). In use from 2018-08-01.EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSGIEPSG&�?�z�G�{EPSG!�Geoid (height correction) model filehBG18.datEPSG�NGI-Bel 2018�5C�{aU %EPSG&�ETRS89 to Ostend height (1)Based on gravimetric quasi-geoid NLGEO2018 fitted to 3707 benchmarks of the Ostend height leveling network. SD of 1 cm. In use from 2018-08-01. For reversible alternative to this transformation see ETRS89 to ETRS89 + Ostend height (1) (code 9909).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSGIEPSGN?�z�G�{EPSG!�Geoid (height correction) model filehBG18.datNGI-Bel 2018�/s�?c5% 1EPSG&�Baltic 1977 height to EVRF2019 mean-tide height (1)Determined at 154 points, SD 0.032m. Offset: mean 0.131m, minimum 0.066m, maximum 0.268m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGIEPSG$�?�bM��EPSG" Vertical offset fileua_2019m.ascEPSG�EuG-Ukr 2019m 2021�%_�?c5% 1EPSG&�Baltic 1977 height to EVRF2019 height (1)Determined at 154 points, SD 0.034m. Offset: mean 0.151m, minimum 0.079m, maximum 0.285m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGIEPSG$�?�hr� ĜEPSG" Vertical offset fileua_2019z.ascEPSG�EuG-Ukr 2019z 2021�~]�mc5% 7EPSG&�Genoa 1942 height to EVRF2019 height (1)Determined at 26 points, SD 0.062m. Offset: mean -0.285m, minimum -0.441m, maximum -0.194m. The extent corresponds to the area in Italy containing benchmarks with EVRF heights.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG^EPSG$�?��vȴ9XEPSG" Vertical offset fileit_2019z.ascEPSG�EuG-Ita 2019z 2020-09�!7� YC /EPSG&�JGD2000 to WGS 84 (2)Parameter file from JGD2000 to JGD2011 (1) (code 6713) assuming that JGD2011 is equivalent to WGS 84 within the accuracy of this CT. Use for area affected by the 2011 Tohoku earthquake; for areas outside this extent use JGD2000 to WGS 84 (1) (code 1826).EPSG%�NTv2EPSGEPSG�EPSG!�Latitude and longitude difference filetouhokutaiheiyouoki2011.gsbIOGP-Jpn N Honshu v �M� qU1 'EPSG&�ETRS89 to ETRS89 + BI height (2)Reversible alternative to ETRS89 to BI height (2) (code 9916).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$�?��1&�yEPSG!�Geoid (height correction) model fileOSGM15_Belfast.griEPSG�OS-UK NI 2015
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_ � ��M�0e � � [�mU5 EPSG&�ISN2004 to ISN2004 + ISH2004 height (1)Reversible alternative to ISN2004 to ISH2004 height (1) (CT code 9956). File is also available in NOAA VDatum format (Icegeoid_ISN2004.gtx). Replaces Icegeoid_ISN93, replaced by Icegeoid_ISN2016.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG�EPSG&�?�������EPSG!�Geoid (height correction) model fileIcegeoid_ISN2004.griEPSG�NMI-Isl�IG� kU5 EPSG&�ISN2004 to ISH2004 height (1)File also available in NOAA VDatum format (Icegeoid_ISN2004.gtx). For reversible alternative to this transformation see ISN2004 to ISN2004 + ISH2004 height (1) (CT code 9957). Replaces Icegeoid_ISN93 (code 9954). Replaced by Icegeoid_ISN2016 (code 9958).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG�EPSG �?�������EPSG!�Geoid (height correction) model fileIcegeoid_ISN2004.griNMI-Isl�yS�SmU1 EPSG&�ISN93 to ISN93 + ISH2004 height (1)Reversible alternative to ISN93 to ISH2004 height (1) (code 9954). File is also available in NOAA VDatum format (Icegeoid_ISN93.gtx). Replaced by Icegeoid_ISN2004.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGQEPSG&�?�������EPSG!�Geoid (height correction) model fileIcegeoid_ISN93.griEPSG3NMI-Isl� C�?kU1 EPSG&�ISN93 to ISH2004 height (1)File is also available in NOAA VDatum format (Icegeoid_ISN93.gtx). For reversible alternative to this transformation see ISN93 to ISN93 + ISH2004 height (1) (CT code 9955). Replaced by Icegeoid_ISN2004 (CT code 9956).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGQEPSG �?�������EPSG!�Geoid (height correction) model fileIcegeoid_ISN93.griNMI-Isl�?�aYI =EPSG&�ETRS89 to EBBWV14-IRF (1)In conjunction with EBBWV14-TM map projection (code 9942) applied to EBBWV14-IRF (code 9939), emulates the EBBWV14 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines EBBWV14-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG&�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-EBBWV14-IRF.gsbNR-Gbr EBBWV14 OSNet2009�`3�Y% -EPSG&�DHDN to ETRS89 (11)Official transformation of Hessen for the land survey register (ALKIS).EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference fileHeTa2010.gsbLVGL-Deu HE 2010�OY�cU# %EPSG&�ETRS89 to ETRS89 + DHHN2016 height (1)Reversible alternative to ETRS89 to DHHN2016 height (1) (code 9925). Geoid model accuracy approx. 1 cm in the lowlands, approx. 2 cm in the high mountains and 2 - 6 cm offshore when applied to ETRS89/DREF91/2016 but no better than 0.1m when ETRS89 used.EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSGIEPSG&�?�������EPSG!�Geoid (height correction) model fileGCG2016.txtEPSG�BKG-Deu 2016�@G� aU# %EPSG&�ETRS89 to DHHN2016 height (1)Better model accuracy (approx. 1 cm in the lowlands, approx. 2 cm in the high mountains and 2 - 6 cm offshore) if applied to ETRS89/DREF91/2016 (CT code 10294). For reversible alternative to this CT see ETRS89 to ETRS89 + DHHN2016 height (1) (code 9926).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSGIEPSG �?�������EPSG!�Geoid (height correction) model fileGCG2016.txtBKG-Deu 2016�q�mc5% 7EPSG&�Genoa 1942 height to EVRF2019 mean-tide height (1)Determined at 26 points, SD 0.054m. Offset: mean -0.328m, minimum -0.469m, maximum -0.249m. The extent corresponds to the area in Italy containing benchmarks with EVRF heights.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG^EPSG$�?���S���EPSG" Vertical offset fileit_2019m.ascEPSG�EuG-Ita 2019m 2020-09�M� qU- #EPSG&�ETRS89 to ETRS89 + BI height (3)Reversible alternative to ETRS89 to BI height (3) (code 9918).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$�?��O�;dZEPSG!�Geoid (height correction) model fileOSGM15_Malin.griEPSG�OS-Ire 2015
� { � H ����&W � �MQ�umU+ 5EPSG'NAD83(CSRS)v6 to CGVD28 height (1)Valid at epoch 2010.0. Hybrid geoid model, grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CT code 9983) and then modified to include correction for propagation of height between 1997.0 and 2010.0 derived from the Canada velocity grid v7.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG ;EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010�MQ�umU+ 5EPSG'NAD83(CSRS)v4 to CGVD28 height (1)Valid at epoch 2002.0. Hybrid geoid model, grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CT code 9983) and then modified to include correction for propagation of height between 1997.0 and 2002.0 derived from the Canada velocity grid v7.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG 4EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_2002v70.bynNRC-Can CGG2000 2002�BQ�emU% 5EPSG' NAD83(CSRS)v2 to CGVD28 height (1)Valid at epoch 1997.0. Hybrid geoid model. A provisional grid was derived through NAD83(CSRS98) (= NAD83(CSRS)v2) and used HT1 software. This grid is an update derived through NAD83(CSRS)v3, see CT code 9983. It is used in HT2 software.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG +EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000 1997�OQ� mU% +EPSG&�NAD83(CSRS)v3 to CGVD28 height (1)Valid at epoch 1997.0. Hybrid geoid derived from CGG2000 gravimetric geoid fitted to 1926 benchmarks with CGVD28 and NAD83(CSRS)v3 heights. On publication in 2019 of models valid at other epochs, file renamed from "HT2_0.byn"; no change to file contents.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG /EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000�0Y�mYU %EPSG&�SIRGAS 2000 to SIRGAS-CON SIR17P01 (1)Derived at 79 stations at epoch 2015.00. Accuracy deteriorates with time due to intra-plate seismic deformation.EPSG%�NTv2EPSGBEPSG#?�z�G�{EPSG!�Latitude and longitude difference fileSIRGAS2000-to-SIRGAS-CONSIR17P01.gsbSIR-SAm 2021�FI;YE %EPSG&�SIRGAS 1995 to SIRGAS 2000 (1)Derived at 48 stations.EPSG%�NTv2EPSGJEPSGB?x�t�j~�EPSG!�Latitude and longitude difference fileSIRGAS1995-to-SIRGAS2000.gsbSIR-SAm 2021�;�YYE 9EPSG&�ETRS89 to FNL22-IRF (1)In conjunction with the FNL22-TM map projection (code 9976) applied to FNL22-IRF (code 9974), emulates the FNL22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines FNL22-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG&�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-FNL22-IRF.gsbNR-Gbr FNL22 OSNet2009� ;�MYE 9EPSG&�ETRS89 to SCM22-IRF (1)In conjunction with the SCM22-TM map projection (code 9971) applied to SCM22-IRF (code 9969), emulates the SCM22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines SCM22-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG&�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-SCM22-IRF.gsbNR-Gbr SCM22 OSNet2009�$A�qYK ;EPSG&�ETRS89 to HULLEE13-IRF (1)In conjunction with the HULLEE13-TM map projection (code 9966) applied to HULLEE13-IRF (code 9964), emulates the HULLEE13 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines HULLEE13-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG&�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-HULLEE13-IRF.gsbNR-Gbr HULLEE OSNet2009�[�[mU5 EPSG&�ISN2016 to ISN2016 + ISH2004 height (1)Reversible alternative to ISN2016 to ISH2004 height (1) (CT code 9958). File is also available in NOAA VDatum format (Icegeoid_ISN2016.gtx). Replaces Icegeoid_ISN2004.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG �EPSG&�?�������EPSG!�Geoid (height correction) model fileIcegeoid_ISN2016.griEPSG �NMI-Isl
2
G �
&` �L��� 2 �\[�1iU% # EPSG'RRAF 1991 to Guadeloupe 1988 height (6)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}�EPSG!�Geoid (height correction) model fileggg00_sm.txtIGN Glp StM�\[�1iU% # EPSG'RRAF 1991 to Guadeloupe 1988 height (4)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}�EPSG!�Geoid (height correction) model fileggg00_ld.txtIGN Glp Des�\[�1iU% # EPSG'RRAF 1991 to Guadeloupe 1988 height (3)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}�EPSG!�Geoid (height correction) model fileggg00_ls.txtIGN Glp LSt�[[�1iU% ! EPSG'RRAF 1991 to Guadeloupe 1988 height (2)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}�EPSG!�Geoid (height correction) model fileggg00_mg.txtIGN Glp MG�^[�1iU ! EPSG'RRAF 1991 to Guadeloupe 1988 height (1)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}?ə�����EPSG!�Geoid (height correction) model fileggg00.txtIGN Glp GT�U[�1iU EPSG'RRAF 1991 to Martinique 1987 height (1)May be used for transformations from WGS 84 to IGN 1987. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG|�EPSG!�Geoid (height correction) model fileggm00.txtIGN Mtq�DI�iU- #EPSG'ETRS89 to NGF-IGN78 height (1)Parameter values taken from RGF93 v1 to NGF-IGN78 height (1) (code 10002) assuming that RGF93 v1 is equivalent to ETRS89 within the accuracy of the transformation. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGIEPSGY?� EPSG!�Geoid (height correction) model fileggf97a_corse.txtIGN Fra Cor�cM�9iU- #EPSG'RGF93 v1 to NGF-IGN78 height (1)May be used for transformations from WGS 84 to NGF-IGN78 height. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGY?� EPSG!�Geoid (height correction) model fileggf97a_corse.txtIGN Fra Cor�:I�iU! EPSG'ETRS89 to NGF-IGN69 height (1)Parameter values taken from RGF93 v1 to NGF-IGN69 height (1) (code 10000) assuming that RGF93 v1 is equivalent to ETRS89 within the accuracy of the transformation. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGIEPSGX?� EPSG!�Geoid (height correction) model fileggf97a.txtIGN Fra�YM�9iU! EPSG'RGF93 v1 to NGF-IGN69 height (1)May be used for transformations from WGS 84 to NGF-IGN69 height. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGX?� EPSG!�Geoid (height correction) model fileggf97a.txtIGN Fra�\[�1iU% # EPSG'RRAF 1991 to Guadeloupe 1988 height (5)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}�EPSG!�Geoid (height correction) model fileggg00_sb.txtIGN Glp StB
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� � �[���� � �E{iU5 EPSG''ETRS89 to Douglas height (1)May be used for transformations from WGS 84 to Douglas.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGv?�z�G�{EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Man�F=
iU5 EPSG'%ETRS89 to ODN height (1)EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGE?�z�G�{EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Gbr�`A�GaU% + EPSG'$NAD83 to NAVD88 height (8)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u08.binNGS-US Conus SE�aA�GaU% - EPSG'#NAD83 to NAVD88 height (7)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u07.binNGS-US Conus CSE�aA�GaU% - EPSG'"NAD83 to NAVD88 height (6)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u06.binNGS-US Conus CSW�`A�GaU% + EPSG'!NAD83 to NAVD88 height (5)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u05.binNGS-US Conus SW�`A�GaU% + EPSG' NAD83 to NAVD88 height (4)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u04.binNGS-US Conus NE�aA�GaU% - EPSG' NAD83 to NAVD88 height (3)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u03.binNGS-US Conus CNE�aA�GaU% - EPSG' NAD83 to NAVD88 height (2)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u02.binNGS-US Conus CNW�`A�GaU% + EPSG' NAD83 to NAVD88 height (1)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGG?�������EPSG!�Geoid (height correction) model fileg2003u01.binNGS-US Conus NW�RM�-iU EPSG' RGR92 to Reunion 1989 height (1)May be used for transformations from WGS 84 to IGN 1989. Accuracy at each 0.02 deg x 0.02 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGkEPSG~?�������EPSG!�Geoid (height correction) model fileggr99.txtIGN Reu� E{iU5 EPSG'&ETRS89 to Belfast height (1)May be used for transformations from WGS 84 to Belfast.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGd?��Q� �EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK NI
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;�!oU% #EPSG'7GDA94 to AHD height (5)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSD52_DAT.htmGA-Aus SD52�
;�!oU% #EPSG'6GDA94 to AHD height (4)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSD51_DAT.htmGA-Aus SD51�
;�!oU% #EPSG'5GDA94 to AHD height (3)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSC54_DAT.htmGA-Aus SC54�
;�!oU% #EPSG'4GDA94 to AHD height (2)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSC53_DAT.htmGA-Aus SC53�u;soU% #EPSG'3GDA94 to AHD height (1)May be used for transformations from WGS 84 to AHD.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSC52_DAT.htmGA-Aus SC52� M�iU5 !EPSG'2ETRS89 to Sule Skerry height (1)May be used for transformations from WGS 84 to Sule Skerry.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGp?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Sule�IiU5 EPSG'1ETRS89 to Stornoway height (1)May be used for transformations from WGS 84 to Stornoway.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGr?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Heb� IiU5 %EPSG'0ETRS89 to St. Marys height (1)May be used for transformations from WGS 84 to St. Marys.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGuEPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Scilly�IiU5 #EPSG'/ETRS89 to St. Kilda height (1)May be used for transformations from WGS 84 to St. Kilda.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGs?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Kilda� K�iU5 !EPSG'.ETRS89 to North Rona height (1)May be used for transformations from WGS 84 to North Rona.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGq?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Rona�MK
iU5 EPSG'-ETRS89 to ODN Orkney height (1)EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGl?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Ork�K�iU5 EPSG',ETRS89 to Malin Head height (1)May be used for transformations from WGS 84 to Malin Head.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGc?�z�G�{EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-Ire�E{iU5 !EPSG'+ETRS89 to Lerwick height (1)May be used for transformations from WGS 84 to Lerwick.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGn?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Shet�AwiU5 #EPSG'*ETRS89 to Foula height (1)May be used for transformations from WGS 84 to Foula.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGo?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Foula�Q�iU5 !EPSG')ETRS89 to Flannan Isles height (1)May be used for transformations from WGS 84 to Flannan Isles.EPSG%�Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGt?�������EPSG!�Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Flan
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� ���scSC3# �=�!oU% #EPSG'FGDA94 to AHD height (20)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF54_DAT.htmGA-Aus SF54�=�!oU% #EPSG'EGDA94 to AHD height (19)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF53_DAT.htmGA-Aus SF53�=�!oU% #EPSG'DGDA94 to AHD height (18)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF52_DAT.htmGA-Aus SF52�=�!oU% #EPSG'CGDA94 to AHD height (17)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF51_DAT.htmGA-Aus SF51�=�!oU% #EPSG'BGDA94 to AHD height (16)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF50_DAT.htmGA-Aus SF50�=�!oU% #EPSG'AGDA94 to AHD height (15)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF49_DAT.htmGA-Aus SF49�=�!oU% #EPSG'@GDA94 to AHD height (14)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSE55_DAT.htmGA-Aus SE55�=�!oU% #EPSG'?GDA94 to AHD height (13)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSE54_DAT.htmGA-Aus SE54�=�!oU% #EPSG'>GDA94 to AHD height (12)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSE53_DAT.htmGA-Aus SE53�=�!oU% #EPSG'=GDA94 to AHD height (11)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSE52_DAT.htmGA-Aus SE52�=�!oU% #EPSG'<GDA94 to AHD height (10)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSE51_DAT.htmGA-Aus SE51�
;�!oU% #EPSG';GDA94 to AHD height (9)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSE50_DAT.htmGA-Aus SE50�
;�!oU% #EPSG':GDA94 to AHD height (8)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSD55_DAT.htmGA-Aus SD55�
;�!oU% #EPSG'9GDA94 to AHD height (7)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSD54_DAT.htmGA-Aus SD54
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� ���p`P@0 � �=�!oU% #EPSG'TGDA94 to AHD height (34)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH52_DAT.htmGA-Aus SH52�=�!oU% #EPSG'SGDA94 to AHD height (33)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH51_DAT.htmGA-Aus SH51�=�!oU% #EPSG'RGDA94 to AHD height (32)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH50_DAT.htmGA-Aus SH50�=�!oU% # EPSG'QGDA94 to AHD height (31)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH49_DAT.htmGA-Aus SH49�=�!oU% #EPSG'PGDA94 to AHD height (30)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG56_DAT.htmGA-Aus SG56�=�!oU% #EPSG'OGDA94 to AHD height (29)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG55_DAT.htmGA-Aus SG55�=�!oU% #EPSG'NGDA94 to AHD height (28)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG54_DAT.htmGA-Aus SG54�=�!oU% #EPSG'MGDA94 to AHD height (27)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG53_DAT.htmGA-Aus SG53�=�!oU% #EPSG'LGDA94 to AHD height (26)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG52_DAT.htmGA-Aus SG52�=�!oU% #EPSG'KGDA94 to AHD height (25)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG51_DAT.htmGA-Aus SG51�=�!oU% #EPSG'JGDA94 to AHD height (24)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG50_DAT.htmGA-Aus SG50�=�!oU% #EPSG'IGDA94 to AHD height (23)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSG49_DAT.htmGA-Aus SG49�=�!oU% #EPSG'HGDA94 to AHD height (22)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSF56_DAT.htmGA-Aus SF56�=�!oU% #EPSG'UGDA94 to AHD height (35)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH53_DAT.htmGA-Aus SH53
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� ���p`P@ m �,A�}a U# EPSG'dWGS 84 to EGM96 height (1)Replaces WGS 84 to EGM84 height (1) (CT 15781). Replaced by WGS 84 to EGM2008 height (1) and (2) (CTs 3858-59). For reversible alternative see WGS 84 to WGS 84 + EGM96 height (1) (CT 9708). An executable using spherical harmonics is also available.EPSG%�Geographic3D to GravityRelatedHeight (EGM)EPSGsEPSG�EPSG!�Geoid (height correction) model fileWW15MGH.GRDNGA-World�#Q�7oU% #EPSG'cGDA94 to AHD (Tasmania) height (1)May be used for transformations from WGS 84 to AHD (Tasmania). Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGP?ٙ�����EPSG!�Geoid (height correction) model fileSK55_DAT.htmGA-Aus SK55�=�!oU% #EPSG'bGDA94 to AHD height (48)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSJ56_DAT.htmGA-Aus SJ56�=�!oU% #EPSG'aGDA94 to AHD height (47)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSJ55_DAT.htmGA-Aus SJ55�=�!oU% #EPSG'`GDA94 to AHD height (46)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSJ54_DAT.htmGA-Aus SJ54�=�!oU% #EPSG'_GDA94 to AHD height (45)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSJ53_DAT.htmGA-Aus SJ53�=�!oU% #EPSG'^GDA94 to AHD height (44)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSI56_DAT.htmGA-Aus SI56�=�!oU% #EPSG']GDA94 to AHD height (43)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSI55_DAT.htmGA-Aus SI55�=�!oU% #EPSG'\GDA94 to AHD height (42)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSI54_DAT.htmGA-Aus SI54�=�!oU% #EPSG'[GDA94 to AHD height (41)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSI53_DAT.htmGA-Aus SI53�=�!oU% #EPSG'ZGDA94 to AHD height (40)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSI51_DAT.htmGA-Aus SI51�=�!oU% #EPSG'YGDA94 to AHD height (39)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSI50_DAT.htmGA-Aus SI50�=�!oU% #EPSG'XGDA94 to AHD height (38)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH56_DAT.htmGA-Aus SH56�=�!oU% #EPSG'WGDA94 to AHD height (37)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%�Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙ�����EPSG!�Geoid (height correction) model fileSH55_DAT.htmGA-Aus SH55
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� �!�0�# _ �Bu�QoK) EPSG'�CGVD2013a(2010) height to CGVD2013a(2002) height (1)Interpolation CRS = NAD83(CSRS) 2010, i.e. may be any one of NAD83(CSRS)v6, v7 or v8 (CRS codes 8252, 8255 or 10414). Equivalent to CGVD28 to CGVD2013a(2002) minus CGVD28 to CGVD2013a(2010) (i.e. CT code 10114 minus CT 10115).EPSGYVertical Offset by velocity grid (NRCan NTv2_Vel)EPSG$ EPSGNB?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG <EPSG-Can�Ac�Uo5= + EPSG'�CGVD28 height to CGVD2013a(2010) height (1)Equivalent to HT2_2010v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9986 minus CT 9247 = CT 9987 minus CT 10109). Specifies NAD83(CSRS)v6 as interpolation CRS, but NAD83(CSRS)v7 (code 8255) may equally be used.EPSGXVertical Offset by Grid Interpolation (NRCan byn)EPSGQEPSG$ ?�������EPSG" Vertical offset fileHT2_2010v70_CGG2013a.bynEPSG <NR-Can HT2 2010�Hc�co5= + EPSG'�CGVD28 height to CGVD2013a(2002) height (1)Equivalent to HT2_2002v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9985 minus CT 10110).EPSGXVertical Offset by Grid Interpolation (NRCan byn)EPSGQEPSGNB?�������EPSG" Vertical offset fileHT2_2002v70_CGG2013a.bynEPSG 6NR-Can HT2 2002�<c�Qo57 + EPSG'�CGVD28 height to CGVD2013a(1997) height (1)Equivalent to HT2_1997 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9983 minus CT 10111 = CT 9984 minus CT 10112). Specifies NAD83(CSRS)v3 as interpolation CRS, but NAD83(CSRS)v2 (code 8237) may equally be used.EPSGXVertical Offset by Grid Interpolation (NRCan byn)EPSGQEPSGNC?�������EPSG" Vertical offset fileHT2_1997_CGG2013a.bynEPSG 0NR-Can HT2 1997�1c�5mU+ +EPSG'�NAD83(CSRS)v2 to CGVD2013a(1997) height (1)Applies same geoid model as NAD83(CSRS)v3 to CGVD2013a(1997) height (1), code 10111.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG +EPSGNC?�������EPSG!�Geoid (height correction) model fileCGG2013an83.bynNR-Can CGG2013a�jc� mU+ 5EPSG'NAD83(CSRS)v3 to CGVD2013a(1997) height (1)Defines CGVD2013a(1997) height. For reversible alternative see NAD83(CSRS)v3 to NAD83(CSRS)v3 + CGVD2013a(1997) height (1) (code 10129).EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG /EPSGNC?�������EPSG!�Geoid (height correction) model fileCGG2013an83.bynNR-Can CGG2013a 1997�jc� mU+ 5EPSG'~NAD83(CSRS)v4 to CGVD2013a(2002) height (1)Defines CGVD2013a(2002) height. For reversible alternative see NAD83(CSRS)v4 to NAD83(CSRS)v4 + CGVD2013a(2002) height (1) (code 10128).EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG 4EPSGNB?�������EPSG!�Geoid (height correction) model fileCGG2013an83.bynNR-Can CGG2013a 2002�8c�9mU+ 5EPSG'}NAD83(CSRS)v7 to CGVD2013a(2010) height (1)Applies same geoid model as NAD83(CSRS)v6 to CGVD2013a(2010) height (1), CT code 9247.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSG$ ?��Q� �EPSG!�Geoid (height correction) model fileCGG2013an83.bynNR-Can CGG2013a 2010�;�]YE 9EPSG'|ETRS89 to MWC18-IRF (1)In conjunction with the MWC18-TM map projection (code 10127) applied to MWC18-IRF (code 20033), emulates the MWC18 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines MWC18-IRF hence is errorless. EPSG%�NTv2EPSG�EPSGNAEPSG!�Latitude and longitude difference fileTN15-ETRS89-to-MWC18-IRF.gsbNR-Gbr MWC18 OSNet2009�W�m U/ +EPSG'{ETRS89 to ETRS89 + SVD2006 height (1)Reversible alternative to ETRS89 to SVD2006 height (1) (code 10106).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGIEPSGN!EPSG!�Geoid (height correction) model filearcgp-2006-sk.binEPSG�NMA-Sjm SV 2006
= �8 � Z � �R6�= ʂZ-� Y' 7 EPSG>DNTF to RGF93 (2)Emulation using NTv2 method of France Geocentric Interpolation method tfm NTF to RGF93 (1), code 1053. May be taken as approximate transformation to ETRS89 or WGS 84 - see tfm codes 15941 and 15942.EPSG%�NTv2EPSG�EPSGKEPSG!�Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulation Ƀ?�K=!?! !EPSG=�NAD83 to NAD83(HARN) (45)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 15837.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference fileschpgn.lasEPSG!�Longitude difference fileschpgn.losNGS-Usa SC ȂW�cU% %EPSG)2ETRS89 to ETRS89 + Cascais height (1)Reversible alternative to ETRS89 to Cascais height (1) (code 10544).EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSGIEPSG)1?�z�G�{EPSG!�Geoid (height correction) model fileGeodPT08.datEPSG�DGT-Prt 2008 ǂG�WMUg %EPSG)ETRS89 to CD Norway depth (3)Replaces model "CD Norway 2021b" (code 10130). Replaced by model "CD Norway 2023b" (code 10509). For reversible alternative to this transformation see CT code 10505.EPSGUGeographic3D to Depth (Gravsoft)EPSGIEPSG%�?� EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2023a.binSK-Nor 2023a ƂA[�YmU' 'EPSG(�KGD2002 to KGD2002 + KVD1964 height (2)Reversible alternative to KGD2002 to KVD1964 height (2) (code 10368). Replaces KNGeoid14 (code 10367).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG?EPSG(}?��t�j~�EPSG!�Geoid (height correction) model fileKNGeoid18.griEPSG�NGII-Kor 2018 Ń+W�cgUq =EPSG(kETRF2000-PL to EVRF2007-PL height (2)Replaces 2011 model (CT code 9719) from 2022-04-04. For reversible alternative to this transformation see ETRF2000-PL to ETRF2000-PL + EVRF2007-PL height (2) (code 10348).EPSGKGeographic3D to GravityRelatedHeight (PL txt)EPSG%�EPSG%�?�z�G�{EPSG!�Geoid (height correction) model fileModel_quasi-geoidy-PL-geoid2021-PL-EVRF2007-NH.txtGUGiK-Pol geoid21 EVRF07 ă5�kY# 'EPSG(ETRS89 to GS-IRF (1)In conjunction with the GS LCC map projection (code 10257) applied to GS-IRF (code 10256), enables transformation of coordinates between the historic Generalstabens System and ETRS89. File is also available in GeoTIFF format (gs_2022.tif).EPSG%�NTv2EPSG�EPSG(?� EPSG!�Latitude and longitude difference filegs_2022.gsbSDFI-Den 2022 à ?�iYI =EPSG'�ETRS89 to GWPBS22-IRF (1)In conjunction with the GW22-LCC map projection (code 10211) applied to GWPBS22-IRF (code 10209), emulates the GWPBS22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines GWPBS22-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-GWPBS22-IRF.gsbNR-Gbr GWPBS22 OSNet2009 3o�)cU1 7EPSG'�SRGI2013 to SRGI2013 + INAGeoid2020 v2 height (1)Reversible alternative to SRGI2013 to INAGeoid2020 v2 height (1) (code 10144).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG$�EPSGNKEPSG!�Geoid (height correction) model fileINAGEOID2020v2.gtxEPSG$�BIG-Idn INAGeoid20 v2 ��Bu�QoK) EPSG'�CGVD2013a(2010) height to CGVD2013a(1997) height (1)Interpolation CRS = NAD83(CSRS) 2010, i.e. may be any one of NAD83(CSRS)v6, v7 or v8 (CRS codes 8252, 8255 or 10414). Equivalent to CGVD28 to CGVD2013a(1997) minus CGVD28 to CGVD2013a(2010) (i.e. CT code 10113 minus CT 10115).EPSGYVertical Offset by velocity grid (NRCan NTv2_Vel)EPSG$ EPSGNC?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG <EPSG-Can
< . � F
r ���"N��� .` �-Y�OUg %EPSG'�ETRS89 to ETRS89 + CD Norway depth (2)Reversible alternative to ETRS89 to CD Norway depth (2) (code 10130). Replaces ETRS89 to ETRS89 + CD Norway depth (1) (code 9885). Replaced by ETRS89 to ETRS89 + CD Norway depth (3) (code 10505).EPSGVGeog3D to Geog2D+Depth (Gravsoft)EPSGIEPSG&�?� EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2021b.binEPSG�SK-Nor 2021b�QG�{MUg %EPSG'�ETRS89 to CD Norway depth (2)Replaces model "CD Norway 2021" (also referred to as model "CD Norway 2021a") (code 9884). Replaced by model "CD Norway 2023a" (code 10504). For reversible alternative to this transformation see ETRS89 to ETRS89 + CD Norway depth (2) (code 10133).EPSGUGeographic3D to Depth (Gravsoft)EPSGIEPSG%�?� EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2021b.binSK-Nor 2021b�M��3oU+ 5EPSG'�NAD83(CSRS)v3 to NAD83(CSRS)v3 + CGVD2013a(1997) height (1)Reversible alternative to NAD83(CSRS)v3 to CGVD2013a(1997) height (1) (code 10111).EPSGBGeog3D to Geog2D+GravityRelatedHeight (NRCan byn)EPSG /EPSGNF?�������EPSG!�Geoid (height correction) model fileCGG2013an83.bynEPSG 0NR-Can CGG2013a 1997�M��3oU+ 5EPSG'�NAD83(CSRS)v4 to NAD83(CSRS)v4 + CGVD2013a(2002) height (1)Reversible alternative to NAD83(CSRS)v4 to CGVD2013a(2002) height (1) (code 10110).EPSGBGeog3D to Geog2D+GravityRelatedHeight (NRCan byn)EPSG 4EPSGNE?�������EPSG!�Geoid (height correction) model fileCGG2013an83.bynEPSG 6NR-Can CGG2013a 2002�RQ
mK) )EPSG'�NAD83(CSRS)v7 to NAD83(CSRS)v4 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG >EPSG 4?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v7 to NAD83(CSRS)v3 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG >EPSG /?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v7 to NAD83(CSRS)v2 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG >EPSG +?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v6 to NAD83(CSRS)v4 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG ;EPSG 4?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG <EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v6 to NAD83(CSRS)v3 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG ;EPSG /?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG <EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v6 to NAD83(CSRS)v2 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG ;EPSG +?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG <EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v4 to NAD83(CSRS)v3 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG 4EPSG /?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 6EPSG-Can cvg70�RQ
mK) )EPSG'�NAD83(CSRS)v4 to NAD83(CSRS)v2 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG 4EPSG +?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 6EPSG-Can cvg70�Lu�eoK) EPSG'�CGVD2013a(2002) height to CGVD2013a(1997) height (1)Equivalent to CGVD28 to CGVD2013a(1997) minus CGVD28 to CGVD2013a(2002) (i.e. CT code 10113 minus CT 10114).EPSGYVertical Offset by velocity grid (NRCan NTv2_Vel)EPSGNBEPSGNC?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 6EPSG-Can $ � Y�#aU1 7EPSG'�SRGI2013 to INAGeoid2020 v2 height (1)Defines INAGeoid2020 v2 reference surface and as such is considered to be errorless. Internal accuracy is between 0.05 and 0.3m on the large islands of Indonesia. Replaces INAGeoid2020 v1 (CT code 9305).EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG$�EPSGNDEPSG!�Geoid (height correction) model fileINAGEOID2020v2.gtxBIG-Idn INAGeoid20 v2
e 6 o ' �Q�)� e �=�cYG ;EPSG'�ETRS89 to DIBA15-IRF (1)In conjunction with the DIBA15-TM map projection (code 10206) applied to DIBA15-IRF (code 10204), emulates the DIBA15 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines DIBA15-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-DIBA15-IRF.gsbNR-Gbr DIBA15 OSNet2009�;�[YE 9EPSG'�ETRS89 to CWS13-IRF (1)In conjunction with the CWS13-TM map projection (code 10198) applied to CWS13-IRF (code 10196), emulates the CWS13 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines CWS13-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-CWS13-IRF.gsbNR-Gbr CWS13 OSNet2009�;�]YE 9EPSG'�ETRS89 to CNH22-IRF (1)In conjunction with the CNH22-LCC map projection (code 10193) applied to CNH22-IRF (code 10191), emulates the CNH22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines CNH22-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-CNH22-IRF.gsbNR-Gbr CNH22 OSNet2009�=�YYG ;EPSG'�ETRS89 to ShAb07-IRF (1)In conjunction with the ShAb07-TM map projection (code 10187) applied to ShAb07-IRF (code 10185), emulates the ShAb07 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines ShAb07-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-ShAb07-IRF.gsbNR-Gbr ShAb07 OSNet2009�=�QYG ;EPSG'�ETRS89 to DoPw22-IRF (1)In conjunction with DoPw22-TM map projection (code 10182) applied to DoPw22-IRF (code 10175), emulates the DoPw22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines DoPw22-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-DoPw22-IRF.gsbNR-Gbr DoPw22 OSNet2009�9�qY' -EPSG'�ETRS89 to S34J-IRF (1)In conjunction with the S34-reconstruction map projection (code 10159) applied to S34J-IRF (code 10158), enables transformation of coordinates between the historic CRS S34J and ETRS89. File is also available in GeoTIFF format (s34j_2022.tif).EPSG%�NTv2EPSG�EPSG'�?��Q� �EPSG!�Latitude and longitude difference files34j_2022.gsbSDFI-Den Jy 2022�Ca�{CU= #EPSG'�ETRS89 to CD UK & Ireland VORF08 depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + CD UK & Ireland VORF08 depth (1) (code 10153).EPSG\Geographic3D to Depth (txt)EPSGIEPSG'�?�333333EPSG!�Geoid (height correction) model fileVORF-UK08_ETRF_to_CD.vrfUKHO-VORF08�Fc�}CU? #EPSG'�ETRS89 to MSL UK & Ireland VORF08 depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + MSL UK & Ireland VORF08 depth (1) (code 10152).EPSG\Geographic3D to Depth (txt)EPSGIEPSG'�?�333333EPSG!�Geoid (height correction) model fileVORF-UK08_ETRF_to_MSL.vrfUKHO-VORF08�Es�_EU= #EPSG'�ETRS89 to ETRS89 + CD UK & Ireland VORF08 depth (1)Reversible alternative to ETRS89 to CD UK & Ireland VORF08 depth (1) (code 10155). VORF08 usually delivered in tiles covering 2° by 2° or less. Transformation accuracy at 2-sigma is 0.20 metres (inshore) and 0.30 metres (offshore).EPSG[Geog3D to Geog2D+Depth (txt)EPSGIEPSG'�?�333333EPSG!�Geoid (height correction) model fileVORF-UK08_ETRF_to_CD.vrfEPSG�UKHO-VORF08�Hu�aEU? #EPSG'�ETRS89 to ETRS89 + MSL UK & Ireland VORF08 depth (1)Reversible alternative to ETRS89 to MSL UK & Ireland VORF08 depth (1) (code 10154). VORF08 usually delivered in tiles covering 2° by 2° or less. Transformation accuracy at 2-sigma is 0.20 metres (inshore) and 0.30 metres (offshore).EPSG[Geog3D to Geog2D+Depth (txt)EPSGIEPSG'�?�333333EPSG!�Geoid (height correction) model fileVORF-UK08_ETRF_to_MSL.vrfEPSG�UKHO-VORF08
_ � � ��Z>5 �r �9�qY' -EPSG( ETRS89 to S34S-IRF (1)In conjunction with the S34-reconstruction map projection (code 10159) applied to S34S-IRF (code 10249), enables transformation of coordinates between the historic CRS S34S and ETRS89. File is also available in GeoTIFF format (s34s_2022.tif).EPSG%�NTv2EPSG�EPSG( ?��Q� �EPSG!�Latitude and longitude difference files34s_2022.gsbSDFI-Den Sj 2022�s�
cU�_ 7EPSG(Slovenia 1996 to Slovenia 1996 + SVS2010 height (1)Reversible alternative to Slovenia 1996 to SVS2010 height (1) (CT code 10247). Hybrid geoid fitted at 66 levelling benchmarks. File is also available in Gravsoft format (SLOVRP2016-Koper.gri).EPSG^Geog3D to Geog2D+GravityRelatedHeight (ISG)EPSGEPSG(?�������EPSG!�Geoid (height correction) model filehttps://isgeoid.polimi.it/Geoid/Europe/Slovenia/public/Slovenia_2016_SLO_VRP2016_Koper_hybrQ_20221122.isgEPSG�SMA-Svn VRP2016/Koper�S�_aU�_ 9EPSG(Slovenia 1996 to SVS2010 height (1)Hybrid geoid fitted to 66 levelling benchmarks. File also available in Gravsoft format (SLOVRP2016-Koper.gri). For reversible alternative to this transformation see Slovenia 1996 to Slovenia 1996 + SVS2010 height (1) (CT code 10248).EPSG]Geographic3D to GravityRelatedHeight (ISG)EPSGEPSG!�?�������EPSG!�Geoid (height correction) model filehttps://isgeoid.polimi.it/Geoid/Europe/Slovenia/public/Slovenia_2016_SLO_VRP2016_Koper_hybrQ_20221122.isgSMA-Svn VRP2016/Koper �;�]YE 9EPSG'�ETRS89 to SYC20-IRF (1)In conjunction with the SYC20-TM map projection (code 10239) applied to SYC20-IRF (code 10237), emulates the SYC20 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines SYC20-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-SYC20-IRF.gsbNR-Gbr SYC20 OSNet2009�=�YYG ;EPSG'�ETRS89 to OxWo08-IRF (1)In conjunction with the OxWo08-TM map projection (code 10234) applied to OxWo08-IRF (code 10229), emulates the OxWo08 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines OxWo08-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-OxWo08-IRF.gsbNR-Gbr OxWo08 OSNet2009�=�]YG ;EPSG'�ETRS89 to MALS09-IRF (1)In conjunction with MALS09-TM map projection (code 10226) applied to MALS09-IRF (code 10224), emulates the MALS09 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines MALS09-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-MALS09-IRF.gsbNR-Gbr MALS09 OSNet2009� ?�iYI =EPSG'�ETRS89 to GWWWA22-IRF (1)In conjunction with the GW22-LCC map projection (code 10211) applied to GWWWA22-IRF (code 10219), emulates the GWWWA22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines GWWWA22-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-GWWWA22-IRF.gsbNR-Gbr GWWWA22 OSNet2009� ?�iYI =EPSG'�ETRS89 to GWWAB22-IRF (1)In conjunction with the GW22-LCC map projection (code 10211) applied to GWWAB22-IRF (code 10214), emulates the GWWAB22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines GWWAB22-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG'�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-GWWAB22-IRF.gsbNR-Gbr GWWAB22 OSNet2009 � 9�qY' 'EPSG(ETRS89 to S45B-IRF (1)In conjunction with the S45B-reconstruction map projection (code 10253) applied to S45B-IRF (code 10252), enables transformation of coordinates between the historic CRS S45 and ETRS89. File is also available in GeoTIFF format (s45b_2022.tif).EPSG%�NTv2EPSG�EPSG( ?��Q� �EPSG!�Latitude and longitude difference files45b_2022.gsbSDFI-Den 2022
y
y � W �*��:� y� �U�kU! )EPSG(PRGNC15 to RGNC15 + NGNC08 height (1)Reversible alternative to RGNC15 to NGNC08 height (1) (code 10319).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG(GEPSG(N?��Q� �EPSG!�Geoid (height correction) model fileRANC15.tacEPSG(HBGN-Ncl RANC15�%C�MiU! )EPSG(ORGNC15 to NGNC08 height (1)Geoid model RANC15 realizes NGNC08 height (CRS code 9351) to a precision of 2-5cm. Replaces RANC08. For reversible alternative to this transformation see RGNC15 (lon-lat) to RGNC15 (lon-lat) + NGNC08 height (1) (code 10320).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG(GEPSG$�?��Q� �EPSG!�Geoid (height correction) model fileRANC15.tacBGN-Ncl RANC15� � �qcU# %EPSG(7ETRS89/DREF91/2016 to ETRS89/DREF91/2016 + DHHN2016 height (1)Reversible alternative to ETRS89/DREF91/2016 to DHHN2016 height (1) (code 10294). Accuracy approx. 1 cm in the lowlands, approx. 2 cm in the high mountains and 2 - 6 cm offshore.EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSG(+EPSG(5?�z�G�{EPSG!�Geoid (height correction) model fileGCG2016.txtEPSG(,AdV-Deu 2016�1_�SaU# %EPSG(6ETRS89/DREF91/2016 to DHHN2016 height (1)Accuracy approx. 1 cm in the lowlands, approx. 2 cm in the high mountains and 2 - 6 cm offshore. For reversible alternative to this transformation see ETRS89/DREF91/2016 to ETRS89/DREF91/2016 + DHHN2016 height (1) (code 10295).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSG(+EPSG �?�z�G�{EPSG!�Geoid (height correction) model fileGCG2016.txtAdV-Deu 2016� ?�cYI =EPSG(&ETRS89 to RBEPP12-IRF (1)In conjunction with the RBEPP12-LCC map projection (code 10279) applied to RBEPP12-IRF (code 10277), emulates the RBEPP12 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines RBEPP12-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG(%EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-RBEPP12-IRF.gsbNR-Gbr RBEPP12 OSNet2009�?�aYI =EPSG(!ETRS89 to SMITB20-IRF (1)In conjunction with the SMITB20-TM map projection (code 10274) applied to SMITB20-IRF (code 10272), emulates the SMITB20 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines SMITB20-IRF hence is errorless.EPSG%�NTv2EPSG�EPSG( EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-SMITB20-IRF.gsbNR-Gbr SMITB20 OSNet2009�C� Y# 'EPSG( ETRS89 to Ostenfeld-IRF (1)In conjunction with the Ostenfeld-reconstruction map projection (code 10269) applied to OS-IRF (code 10268), enables transformation of coordinates between the historic Ostenfeld CRS and ETRS89. File is also available in GeoTIFF format (os_2022.tif).EPSG%�NTv2EPSG�EPSG( EPSG!�Latitude and longitude difference fileos_2022.gsbSDFI-Den 2022� 5�sY# 'EPSG(ETRS89 to KK-IRF (1)In conjunction with the GS LCC map projection (code 10257) applied to KK-IRF (code 10265), enables transformation of coordinates between the historic Copenhagen Commune system and ETRS89. File is also available in GeoTIFF format (kk_2022.tif).EPSG%�NTv2EPSG�EPSG(?� EPSG!�Latitude and longitude difference filekk_2022.gsbSDFI-Den 2022�7�Y% 'EPSG(ETRS89 to GSB-IRF (1)In conjunction with the GSB-reconstruction projection (code 10261) applied to GSB-IRF (code 10260), enables transformation of coordinates between the historic Generalstaben in Bornholm and ETRS89. File is also available in GeoTIFF format (gsb_2022.tif).EPSG%�NTv2EPSG�EPSG(?� EPSG!�Latitude and longitude difference filegsb_2022.gsbSDFI-Den 2022 Y �,;�_qC' %EPSG(RRGNC91-93 to RGNC15 (2)Derived at 67 GNSS stations. General accuracy 1 to 1.5cm in planimetry and 2cm in height at epoch 2015.0.EPSG?Geocentric translation by Grid Interpolation (IGN)EPSG(CEPSG(H?��Q� �EPSG"Geocentric translation filegr3dncl08.tacEPSG(HBGN-Ncl 0.1m
S � � �
� ]7���2 �� �C[�]mU' 'EPSG(KGD2002 to KGD2002 + KVD1964 height (1)Reversible alternative to KGD2002 + KVD1964 height (1) (code 10366). Replaced by KNGeoid18 (code 10369).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG?EPSG(}?�� �Q�EPSG!�Geoid (height correction) model fileKNGeoid14.griEPSG�NGII-Kor 2014�YG�+kU' 'EPSG(~KGD2002 to KVD1964 height (1)For reversible alternative to this transformation see KGD2002 to KGD2002 + KVD1964 height (1) (code 10367). Replaced by KNGeoid18 (code 10368).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG?EPSGI?�� �Q�EPSG!�Geoid (height correction) model fileKNGeoid14.griNGII-Kor 2014� W�kU- %EPSG({ETRS89 to ETRS89 + Melilla height (1)Reversible alternative to ETRS89 to Melilla height (1) (code 10362).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG(u?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008�3E�_iU- %EPSG(zETRS89 to Melilla height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Melilla height (1) (code 10363).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG(r?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008� W�kU- %EPSG(yETRS89 to ETRS89 + Alboran height (1)Reversible alternative to ETRS89 to Alboran height (1) (code 10360).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG(t?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008�3E�_iU- %EPSG(xETRS89 to Alboran height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Alboran height (1) (code 10361).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG(q?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008�$]�kU- %EPSG(wETRS89 to ETRS89 + Formentera height (1)Reversible alternative to ETRS89 to Formentera height (1) (code 10358).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGIEPSG(s?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtEPSG�IGN-Esp 2008�9K�eiU- %EPSG(vETRS89 to Formentera height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + Formentera height (1) (code 10359).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGIEPSG(p?�������EPSG!�Geoid (height correction) model fileEGM08_REDNAP.txtIGN-Esp 2008�S�EU' 'EPSG(oETRS89 to ETRS89 + LAT NL depth (1)Reversible alternative to ETRS89 to LAT NL depth (1) (code 10350).EPSGbGeog3D to Geog2D+Depth (gtx)EPSGIEPSG$I?�������EPSG!�Geoid (height correction) model filenllat2018.gtxEPSG�NSGI-Nld 2018�A�[CU' 'EPSG(nETRS89 to LAT NL depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + LAT NL depth (1) (code 10351).EPSGaGeographic3D to Depth (gtx)EPSGIEPSG$G?�������EPSG!�Geoid (height correction) model filenllat2018.gtxNSGI-Nld 2018�s�iUq =EPSG(lETRF2000-PL to ETRF2000-PL + EVRF2007-PL height (2)Reversible alternative to ETRF2000-PL to EVRF2007-PL height (2) (code 10347). Replaces 2011 model (CT code 9720) from 2022-04-04.EPSGLGeog3D to Geog2D+GravityRelatedHeight (PL txt)EPSG%�EPSG%�?�z�G�{EPSG!�Geoid (height correction) model fileModel_quasi-geoidy-PL-geoid2021-PL-EVRF2007-NH.txtEPSG%�GUGiK-Pol geoid21 EVRF07 U �VG�%kU' 'EPSG(�KGD2002 to KVD1964 height (2)Replaces KNGeoid14 (code 10366). For reversible alternative to this transformation see KGD2002 to KGD2002 + KVD1964 height (2) (code 10369).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG?EPSGI?��t�j~�EPSG!�Geoid (height correction) model fileKNGeoid18.griNGII-Kor 2018
� w
F w
� ��e-
��w� �6M�gaU) 'EPSG(�ETRS89 to DVR90(2023) height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + DVR90(2023) height (1) (code 10494).EPSGcGeographic3D to GravityRelatedHeight (gtg)EPSGIEPSG(�?�z�G�{EPSG!�Geoid (height correction) model filedvr90_2023.tifSDFI-Dnk 2023�!_� cU) 'EPSG(�ETRS89 to ETRS89 + DVR90(2013) height (1)Reversible alternative to ETRS89 to DVR90(2013) height (1) (code 10491).EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSGIEPSG(�?��Q� �EPSG!�Geoid (height correction) model filedvr90_2013.tifEPSG�SDFI-Dnk 2013�6M�gaU) 'EPSG(�ETRS89 to DVR90(2013) height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + DVR90(2013) height (1) (code 10492).EPSGcGeographic3D to GravityRelatedHeight (gtg)EPSGIEPSG(�?��Q� �EPSG!�Geoid (height correction) model filedvr90_2013.tifSDFI-Dnk 2013�!_� cU) 'EPSG(�ETRS89 to ETRS89 + DVR90(2002) height (1)Reversible alternative to ETRS89 to DVR90(2002) height (1) (code 10489).EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSGIEPSG(�?��Q� �EPSG!�Geoid (height correction) model filedvr90_2002.tifEPSG�SDFI-Dnk 2002�6M�gaU) 'EPSG(�ETRS89 to DVR90(2002) height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + DVR90(2002) height (1) (code 10490).EPSGcGeographic3D to GravityRelatedHeight (gtg)EPSGIEPSG(�?��Q� �EPSG!�Geoid (height correction) model filedvr90_2002.tifSDFI-Dnk 2002�;�]YE ;EPSG(�ETRS89 to COV23-IRF (1)In conjunction with the COV23-TM map projection (code 10470) applied to COV23-IRF (code 10468), emulates the COV23 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines COV23-IRF hence is errorless. EPSG%�NTv2EPSG�EPSG(�EPSG!�Latitude and longitude difference fileTN15-ETRS89-to-COV23-IRF.gsbCCC-Gbr COV23 OSNet2009�RQ
mK) )EPSG(�NAD83(CSRS)v8 to NAD83(CSRS)v4 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG(�EPSG 4?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70�RQ
mK) )EPSG(�NAD83(CSRS)v8 to NAD83(CSRS)v3 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG(�EPSG /?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG(�EPSG-Can cvg70�RQ
mK) )EPSG(�NAD83(CSRS)v8 to NAD83(CSRS)v2 (1)EPSGZGeographic3D Offset by velocity grid (NRCan byn)EPSG(�EPSG +?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG(�EPSG-Can cvg70�MQ�umU+ 5EPSG(�NAD83(CSRS)v8 to CGVD28 height (1)Valid at epoch 2010.0. Hybrid geoid model, grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CT code 9983) and then modified to include correction for propagation of height between 1997.0 and 2010.0 derived from the Canada velocity grid v7.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG(�EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010�uc�3mU+ 5EPSG(�NAD83(CSRS)v8 to CGVD2013a(2010) height (1)Applies same geoid model as NAD83(CSRS)v6 to CGVD2013a(2010) height (1) and NAD83(CSRS)v6 to CGVD2013a(2010) height (1), CT codes 9247 and 10109.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG(�EPSG$ ?��Q� �EPSG!�Geoid (height correction) model fileCGG2013an83.bynNR-Can CGG2013a 2010 �!_� cU) 'EPSG(�ETRS89 to ETRS89 + DVR90(2023) height (1)Reversible alternative to ETRS89 to DVR90(2023) height (1) (code 10493).EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSGIEPSG(�?�z�G�{EPSG!�Geoid (height correction) model filedvr90_2023.tifEPSG�SDFI-Dnk 2023
r - h @ k��� r �E�/aU% %EPSG)0ETRS89 to Cascais height (1)Hybrid geoid model GeodPT08 adjusts ICAGM07 to fit Cascais at the Portuguese Mainland geodetic network. For reversible alternative to this transformation see ETRS89 to ETRS89 + Cascais height (1) (code 10546).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSGIEPSG�?�z�G�{EPSG!�Geoid (height correction) model fileGeodPT08.datDGT-Prt 2008�[c�}mC= +EPSG)CGVD28 height to CGVD2013a(2010) height (2)Equivalent to HT2_2010v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9986 - CT 9247). NAD83(CSRS)v6 is specified as the interpolation CRS, but for grid interpolation NAD83(CSRS)v2 or any later realization may be used without error.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSG$ ?�������EPSG'Geoid model difference fileHT2_2010v70_CGG2013a.bynEPSG <NR-Can HT2 2010�`c�mC= +EPSG)CGVD28 height to CGVD2013a(2002) height (2)Equivalent to HT2_2002v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9985 minus CT 10110). NAD83(CSRS)v4 is specified as the interpolation CRS, but for grid interpolation NAD83(CSRS)v2 or any later realization may be used without error.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNB?�������EPSG'Geoid model difference fileHT2_2002v70_CGG2013a.bynEPSG 6NR-Can HT2 2002�Zc�mC7 +EPSG)CGVD28 height to CGVD2013a(1997) height (2)Equivalent to HT2_1997 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9983 minus CT 10111). NAD83(CSRS)v3 is specified as the interpolation CRS, but for grid interpolation NAD83(CSRS)v2 or any later realization may be used without error.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNC?�������EPSG'Geoid model difference fileHT2_1997_CGG2013a.bynEPSG 0NR-Can HT2 1997�GY�GOUg %EPSG)ETRS89 to ETRS89 + CD Norway depth (4)Reversible alternative to ETRS89 to CD Norway depth (4) (code 10509). Accompanying file ...v2023b_standarddeviation.bin contains first estimate of SD of model. Replaces ETRS89 to ETRS89 + CD Norway depth (3) (code 10133).EPSGVGeog3D to Geog2D+Depth (Gravsoft)EPSGIEPSG&�?� EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2023b.binEPSG�SK-Nor 2023b�SG�MUg %EPSG)
ETRS89 to CD Norway depth (4)Replaces ETRS89 to CD Norway depth (3) (code 10504). Accompanying file ...v2023b_standarddeviation.bin contains first estimate of SD of model. For reversible alternative to this transformation see ETRS89 to ETRS89 + CD Norway depth (2) (code 10510).EPSGUGeographic3D to Depth (Gravsoft)EPSGIEPSG%�?� EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2023b.binSK-Nor 2023b�&g� kU )EPSG) RGF93 v2b to RGF93 v2b + NGF-IGN78 height (3)Reversible alternative to RGF93 v2b to NGF-IGN78 height (3) (code 10506).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&5EPSG) ?�z�G�{EPSG!�Geoid (height correction) model fileRAC23.mntEPSG&6IGN Fra Cor 23�CO�iU )EPSG)
RGF93 v2b to NGF-IGN78 height (3)Replaces RAC09 model [RGF93 v2 to NGF-IGN78 height (2) (code 8372)]. Accuracy at each grid node is given in the geoid model file. Bilinear interpolation used. For reversible alternative see RGF93 v2b to RGF93 v2b + NGF-IGN78 height (3) (code 10508).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&5EPSGY?�z�G�{EPSG!�Geoid (height correction) model fileRAC23.mntIGN Fra Cor 23�QY�[OUg %EPSG) ETRS89 to ETRS89 + CD Norway depth (3)Reversible alternative to ETRS89 to CD Norway depth (3) (CT code 10504). Replaces ETRS89 to ETRS89 + CD Norway depth (2) (model 2021b, CT code 10133). Replaced by ETRS89 to ETRS89 + CD Norway depth (4) (model 2023b, CT code 10510).EPSGVGeog3D to Geog2D+Depth (Gravsoft)EPSGIEPSG&�?� EPSG!�Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2023a.binEPSG�SK-Nor 2023a
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F��,�� < �D5�E=!?! !EPSG=�NAD83 to WGS 84 (55)Parameter files are from NAD83 to NAD83(HARN) (44) (code 15834) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filenchpgn.lasEPSG!�Longitude difference filenchpgn.losOGP-Usa NC�?�K=!?! !EPSG=�NAD83 to NAD83(HARN) (44)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 15835.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filenchpgn.lasEPSG!�Longitude difference filenchpgn.losNGS-Usa NC� 5�YYC %EPSG=�AGD66 to WGS 84 (17)Parameter values from AGD66 to GDA94 (11) (code 1803). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�NTv2EPSGjEPSG�@333333EPSG!�Latitude and longitude difference fileA66 National (13.09.01).gsbOGP-Aus 0.1m�3�WYA !EPSG=�AGD84 to WGS 84 (9)Parameter values from AGD84 to GDA94 (5) (code 1804). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%�NTv2EPSGkEPSG�@333333EPSG!�Latitude and longitude difference fileNational 84 (02.07.01).gsbOGP-Aus 1m�RA�Ka U! EPSG=�WGS 84 to EGM84 height (1)File may also be found named as "EGM84.GRD". An executable using spherical harmonics is also available. Replaced by WGS 84 to EGM96 height (1) (CT code 10084).EPSG%�Geographic3D to GravityRelatedHeight (EGM)EPSGsEPSG�EPSG!�Geoid (height correction) model fileDIRACC.DATNGA-World�aS�7iU% # EPSG<�RRAF 1991 to IGN 1988 SM height (1)May be used for transformations from WGS 84 to IGN 1988 SM. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_sm.txtIGN Glp StM�aS�7iU% # EPSG<�RRAF 1991 to IGN 1988 SB height (1)May be used for transformations from WGS 84 to IGN 1988 SB. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_sb.txtIGN Glp StB�aS�7iU% # EPSG<�RRAF 1991 to IGN 1992 LD height (1)May be used for transformations from WGS 84 to IGN 1992 LD. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG�?� EPSG!�Geoid (height correction) model fileggg00_ld.txtIGN Glp Des�aS�7iU% # EPSG<�RRAF 1991 to IGN 1988 LS height (1)May be used for transformations from WGS 84 to IGN 1988 LS. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_ls.txtIGN Glp LSt�`S�7iU% ! EPSG<�RRAF 1991 to IGN 1988 MG height (1)May be used for transformations from WGS 84 to IGN 1988 MG. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG�?ə�����EPSG!�Geoid (height correction) model fileggg00_mg.txtIGN Glp MG�7�Y' EPSG<~CH1903 to CH1903+ (1)For improved accuracy (0.01m) use CHENyx06 interpolation programme FINELTRA. File CHENyx06 replaced by CHENyx06a; there is a small area at the border of the data where some more real data has been introduced. swisstopo consider the change insignificant.EPSG%�NTv2EPSG5EPSG6?ə�����EPSG!�Latitude and longitude difference fileCHENyx06a.gsbBfL-Che
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J � x-� �� �$3�-Y' !EPSG><ED50 to ETRS89 (12)Replaces ED50 to ETRS89 (11) (code 15895) - see supersession record. May be taken as approximate transformation ED50 to WGS 84 - see code 15933.EPSG%�NTv2EPSG�EPSG�?ə�����EPSG!�Latitude and longitude difference fileSPED2ETV2.gsbIGN-Esp v2�3� Y# EPSG>#ED50 to WGS 84 (40)Parameter values from ED50 to ETRS89 (11) (code 15895). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. NOTE: Parameter file is non-conformant with NTv2 specification - replaced by ED50 to WGS 84 (41).EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filesped2et.gsbOGP-Esp�I3�Y# EPSG>ED50 to ETRS89 (11)May be taken as approximate transformation ED50 to WGS 84 - see code 15907. NOTE: Parameter file is non-conformant with NTv2 specification - replaced by ED50 to ETRS89 (12) (code 15932).EPSG%�NTv2EPSG�EPSG�?ə�����EPSG!�Latitude and longitude difference filesped2et.gsbIGN-Esp�#5�=!?! !EPSG=�NAD27 to WGS 84 (85)Parameter files are from NAD27 to NAD83 (2) (code 1243) assuming that NAD83 is equivalent to WGS 84 within the accuracy of this tfm. Uses NADCON method which expects longitudes positive west; EPSG CRS codes 4267 and 4326 have longitudes positive east.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filealaska.lasEPSG!�Longitude difference filealaska.losOGP-Usa AK�$5�= ? 'EPSG=�NAD27 to WGS 84 (79)Parameter files are from NAD27 to NAD83 (1) (code 1241) assuming that NAD83 is equivalent to WGS 84 within the accuracy of this tfm. Uses NADCON method which expects longitudes positive west; EPSG CRS codes 4267 and 4326 have longitudes positive east.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileconus.lasEPSG!�Longitude difference fileconus.losOGP-Usa Conus�=?�5= ? !EPSG=�Puerto Rico to WGS 84 (4)Parameter files are from Puerto Rico to NAD83 (1) (code 1461) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG+EPSG�EPSG!�Latitude difference fileprvi.lasEPSG!�Longitude difference fileprvi.losOGP-Pri 2m�FA�7=!?! 'EPSG=�Old Hawaiian to WGS 84 (8)Parameter files are from Old Hawaiian to NAD83 (1) (code 1454) assuming that NAD83 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG'EPSG�EPSG!�Latitude difference filehawaii.lasEPSG!�Longitude difference filehawaii.losOGP-Usa HI 2m�D5�E=!?! !EPSG=�NAD83 to WGS 84 (57)Parameter files are from NAD83 to NAD83(HARN) (46) (code 15838) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference filepahpgn.lasEPSG!�Longitude difference filepahpgn.losOGP-Usa PA�?�K=!?! !EPSG=�NAD83 to NAD83(HARN) (46)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 15839.EPSG%�NADCONEPSG�EPSG8?�������EPSG!�Latitude difference filepahpgn.lasEPSG!�Longitude difference filepahpgn.losNGS-Usa PA�D5�E=!?! !EPSG=�NAD83 to WGS 84 (56)Parameter files are from NAD83 to NAD83(HARN) (45) (code 15836) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NADCONEPSG�EPSG�EPSG!�Latitude difference fileschpgn.lasEPSG!�Longitude difference fileschpgn.losOGP-Usa SC 5 �^3�1 Y' !EPSG>=ED50 to WGS 84 (41)Parameter values from ED50 to ETRS89 (12) (code 15932). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces ED50 to WGS 84 (40) - see supersession record.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileSPED2ETV2.gsbOGP-Esp v2
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� ���L�� K� �3/�I Y' 7EPSG>XWGS 84 to NTF (3)These parameter values are taken from RGF93 to NTF (2) (code 15958) as RGF93 may be considered equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation�3/�I Y' 7EPSG>WETRS89 to NTF (3)These parameter values are taken from RGF93 to NTF (2) (code 15958) as RGF93 may be considered equivalent to ETRS89 within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation�3� Y' 7EPSG>VRGF93 v1 to NTF (2)Emulation using NTv2 method of NTF to RGF93 v1 (1), code 9327. Note that grid file parameters are of opposite sign. May be taken as approximate CT to ETRS89 or WGS 84 (see codes 15959 and 15960). Also used to transform later realizations of RGF93 to NTF.EPSG%�NTv2EPSGKEPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulation�H3�{ Y% -EPSG>SPD/83 to WGS 84 (1)Parameter values taken from DHDN to ETRS89 (8) (code 15948) as PD/83 and ETRS89 may be considered equivalent to DHDN and WGS 84 respectively within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileBETA2007.gsbOGP-Deu BeTA2007�H3�{ Y% -EPSG>RRD/83 to WGS 84 (1)Parameter values from taken DHDN to ETRS89 (8) (code 15948) as RD/83 and ETRS89 may be considered equivalent to DHDN and WGS 84 respectively within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileBETA2007.gsbOGP-Deu BeTA2007�11�O Y% -EPSG>MDHDN to WGS 84 (4)These parameter values are taken from DHDN to ETRS89 (8) (code 15948) as ETRS89 may be considered equivalent to WGS 84 within the accuracy of the transformation.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileBETA2007.gsbOGP-Deu BeTA2007�1�Y% -EPSG>LDHDN to ETRS89 (8)Developed for ATKIS (Amtliches Topographisch-Kartographisches Informationssystem [Official Topographic and Cartographic Information System]). Provides a uniform transformation across the whole country. May be used as tfm to WGS 84 - see tfm code 15949.EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference fileBETA2007.gsbBKG-Deu BeTA2007� S�5YG ' EPSG>KIGN72 Grande Terre to RGNC91-93 (6)Emulation using NTv2 method of tfm IGN72 Grande Terre to RGNC91-93 (4) (code 15945).EPSG%�NTv2EPSG6EPSG�?�������EPSG!�Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre.gsbESRI-Ncl 0.1m�{G�)Y= ) EPSG>HNEA74 Noumea to RGNC91-93 (4)Emulation using NTv2 method of tfm NEA74 Noumea to RGNC91-93 (3) (code 15943).EPSG%�NTv2EPSG$EPSG�?�������EPSG!�Latitude and longitude difference fileRGNC1991_NEA74Noumea.gsbESRI-Ncl 0.05m�w/�Q Y' 7 EPSG>FNTF to WGS 84 (3)These parameter values are taken from NTF to RGR93 (2) (code 15940) as RGR93 may be considered equivalent to WGS 84 within the accuracy of the transformation. Emulation of France Geocentric Interpolation method tfm code 15939.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation�v/�O Y' 7 EPSG>ENTF to ETRS89 (3)These parameter values are taken from NTF to RGR93 (2) (code 15940) as RGR93 may be considered equivalent to ETRS89 within the accuracy of the transformation. Emulation of France Geocentric Interpolation method tfm code 1054.EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation " �8G�YG ) EPSG>YRGNC91-93 to NEA74 Noumea (4)Emulation using NTv2 method of tfm NEA74 Noumea to RGNC91-93 (3) (code 15943). Note reversal of sign of parameter values in grid file.EPSG%�NTv2EPSG�EPSG$?�������EPSG!�Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre.gsbESRI-Ncl 0.05m
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NAD_1983_To_HARN_Montana_IdahoEPSG%�NTv2EPSG�EPSG8?�������EPSG!�Latitude and longitude difference fileimhpgn�5 Y ESRI��ISN_2004_To_ISN_1993EPSG%�NTv2EPSG�EPSG3?�������EPSG!�Latitude and longitude difference fileICEGRID93� 5 Y# ESRI��ISN_1993_To_ISN_2004EPSG%�NTv2EPSG3EPSG�?�������EPSG!�Latitude and longitude difference fileicegrid2004�Q Y+ ESRI�hED_1950_To_WGS_1984_NTv2_PeninsulaEPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filespain/peninsula�O Y) ESRI�WED_1950_To_WGS_1984_NTv2_BalearesEPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filespain/baleares�9 Y' ESRI�MTokyo_To_WGS_1984_NTv2EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference filejapan/tky2jgd�O Y) ESRI�%ED_1950_To_WGS_1984_NTv2_BALR2009EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference filespain/BALR2009�O Y) ESRI�$ED_1950_To_WGS_1984_NTv2_PENR2009EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference filespain/PENR2009�? Y/ ESRI�OSGB_1936_To_Xrail84_NTv2EPSG%�NTv2EPSG�ESRI�r?� EPSG!�Latitude and longitude difference fileuk/osgb36_xrail84� E Y) ESRI�WGS_1984_To_OSGB_1936_OSTN15EPSG%�NTv2EPSG�EPSG�EPSG!�Latitude and longitude difference fileuk/OSTN15_NTv2�G Y) ESRI�ETRS_1989_To_OSGB_1936_OSTN15EPSG%�NTv2EPSG�EPSG�?��Q� �EPSG!�Latitude and longitude difference fileuk/OSTN15_NTv2�F� YI ESRI�NAD_1983_NSRS2007_To_2011_GEOCON11_Puerto_Rico_Virgin_IslandsEPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference filegc_nad83_2007_2011_prvi_shifts�1] YK ESRI�NAD_1983_NSRS2007_To_2011_GEOCON11_CONUSEPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference filegc_nad83_2007_2011_conus_shifts�D� YI ESRI�NAD_1983_HARN_To_NSRS2007_GEOCON_Puerto_Rico_Virgin_IslandsEPSG%�NTv2EPSG8EPSG�?�������EPSG!�Latitude and longitude difference filegc_nad83_harn_2007_prvi_shifts�1[ YM ESRI�
NAD_1983_HARN_To_NSRS2007_GEOCON_AlaskaEPSG%�NTv2EPSG8EPSG�?�������EPSG!�Latitude and longitude difference filegc_nad83_harn_2007_alaska_shifts�/Y YK ESRI� NAD_1983_HARN_To_NSRS2007_GEOCON_CONUSEPSG%�NTv2EPSG8EPSG�?�������EPSG!�Latitude and longitude difference filegc_nad83_harn_2007_conus_shifts� C Y; ESRI�
Amersfoort_To_WGS_1984_NTv2EPSG%�NTv2EPSG�EPSG�?ə�����EPSG!�Latitude and longitude difference filenetherlands/rdtrans2008�? Y; ESRI��Datum_73_To_WGS_1984_NTv2EPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference fileportugal/D73_ETRS89_geo�(Y Y; ESRI��Datum_Lisboa_Hayford_To_ETRS_1989_NTv2EPSG%�NTv2ESRI��EPSG�?�������EPSG!�Latitude and longitude difference fileportugal/DLX_ETRS89_geo�'W Y; ESRI��Datum_Lisboa_Hayford_To_WGS_1984_NTv2EPSG%�NTv2ESRI��EPSG�?�������EPSG!�Latitude and longitude difference fileportugal/DLX_ETRS89_geo�A Y ESRI��NAD_1927_To_NAD_1983_PR_VIEPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference fileprvi " �U Y ESRI�Old_Hawaiian_To_NAD_1983_HARN_HawaiiEPSG%�NTv2EPSG'EPSG8?�������EPSG!�Latitude and longitude difference fileohdhihpgn�K Y ESRI�Guam_1963_To_NAD_1983_HARN_RotaEPSG%�NTv2EPSGCEPSG8EPSG!�Latitude and longitude difference filec2hpgn > �_A � > ф;_c�umC7 +PROJEPSG_10518_WITH_NAD83CSRSV7_INTERPOLATIONCGVD28 height to CGVD2013a(1997) height (2)Equivalent to HT2_1997 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9983 minus CT 10111). NAD83(CSRS)v3 is specified as the interpolation CRS, but for grid interpolation NAD83(CSRS)v2 or any later realization may be used without error. Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNC?�������EPSG'Geoid model difference fileHT2_1997_CGG2013a.bynEPSG ?NR-Can HT2 1997 ЂZ�S i# U�3 IGNFTSG1245RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88LSEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALS2016.mnt1.0.0 ς\�W i# U�3 IGNFTSG1178RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88MGEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMG2016.mnt1.0.0 ] i U�3 IGNFTSG1155WGS 84 (RRAF) vers IGN 1987 (MARTINIQUE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFMART87EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggm00v2.txt1.0.0 ́Q Y+ ESRI�GED_1950_To_WGS_1984_NTv2_CataloniaEPSG%�NTv2EPSG�EPSG�?�������EPSG!�Latitude and longitude difference filespain/100800401
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b ���Y ��n < �0� i U�9 IGNFTSG1154WGS 84 (RRAF) vers IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88SMEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_smv2.txt1.0.0�<� i U�? IGNFTSG1150RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers HUAHINE_SAU 2001EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFHUAH01EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Huahine.mnt1.0.0�6� i U�9 IGNFTSG1149RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers BORA_SAU 2001EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFBORA01EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Bora.mnt1.0.0�8� i U�5 IGNFTSG1148RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers IGN 1962 (KERGUELEN)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGTAAFGEOIGNFKERG62EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggker08v2.mnt1.0.0�9� i U�; IGNFTSG1141RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers TAHAA_SAU 2001EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFTAHAA01EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Tahaa.mnt1.0.0�<� i U�? IGNFTSG1140RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers RAIATEA_SAU 2001EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFRAIA01EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Raiatea.mnt1.0.0�?� i U�? IGNFTSG1138RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers MAUPITI_SAU 2001EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFMAUPITI01EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Maupiti.mnt1.0.0�A)� Y# IGNFNTFG_TO_RGF93GNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers RGF93 (ETRS89)EPSG%�NTv2IGNFNTFGIGNFRGF93GEPSG!�Latitude and longitude difference filentf_r93.gsb1.0.0�E9� Y# IGNFIGNF_NTFG_TO_EPSG_4326NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers RGF93 (ETRS89)EPSG%�NTv2IGNFNTFGEPSG�EPSG!�Latitude and longitude difference filentf_r93.gsb1.0.0�I YC ESRI��RGNC_1991_To_NEA74_Noumea_NTv2EPSG%�NTv2EPSG%EPSG$EPSG!�Latitude and longitude difference filefrance/RGNC1991_NEA74Noumea�.U YM ESRI��RGNC_1991_To_IGN72_Grande_Terre_NTv2EPSG%�NTv2EPSG%EPSG6?�������EPSG!�Latitude and longitude difference filefrance/RGNC1991_IGN72GrandeTerre� U Y1 ESRI��AGD_1984_To_GDA_1994_NTv2_QueenslandEPSG%�NTv2EPSGkEPSG�?�������EPSG!�Latitude and longitude difference fileaustralia/QLD_0900�Ns Yo ESRI��GDA_1994_To_GDA2020_NTv2_CPD_plus_Lord_Howe_NorfolkEPSG%�NTv2EPSG�EPSG �?�������EPSG!�Latitude and longitude difference fileaustralia/gda94_gda2020_CPD_plus_lordhowe_norfolk�Ou Yo ESRI��GDA_1994_To_WGS_1984_NTv2_CPD_plus_Lord_Howe_NorfolkEPSG%�NTv2EPSG�EPSG�@������EPSG!�Latitude and longitude difference fileaustralia/gda94_gda2020_CPD_plus_lordhowe_norfolk�Ns Yo ESRI��WGS_1984_To_GDA2020_NTv2_CPD_plus_Lord_Howe_NorfolkEPSG%�NTv2EPSG�EPSG �@ ������EPSG!�Latitude and longitude difference fileaustralia/gda94_gda2020_CPD_plus_lordhowe_norfolk� ; YC ESRI�RCH1903+_To_CHTRF95_NTv2EPSG%�NTv2EPSG6EPSG7?�������EPSG!�Latitude and longitude difference fileswitzerland/ntv2-ch03p-etrs� ? YC ESRI�QCH1903+_To_ETRS_1989_NTv2EPSG%�NTv2EPSG6EPSG�?�������EPSG!�Latitude and longitude difference fileswitzerland/ntv2-ch03p-etrs
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� N ����R"�� V �I�1 i# U�7 IGNFTSG1177RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 (GUADELOUPE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAGTBT2016.mnt1.0.0�I�1 i# U�7 IGNFTSG1176RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1987 (MARTINIQUE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFMART87EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMART2016.mnt1.0.0�4� i U�9 IGNFTSG1169WGS 84 (RRAF) vers IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88SBEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_sbv2.txt1.0.0�. i U�9 IGNFTSG1167WGS 84 (RRAF) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88LSEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_lsv2.txt1.0.0�. i U�9 IGNFTSG1166WGS 84 (RRAF) vers IGN 1992 LD (GUADELOUPE / LA DESIRADE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD92LDEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALDW842016.mnt1.0.0�] i U�3 IGNFTSG1165WGS 84 (RRAF) vers IGN 1988 (GUADELOUPE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00v2.txt1.0.0�M i! U�/ IGNFTSG1164RGF93 (ETRS89) vers NGF-IGN 1969EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGF93GEODDIGNFIGN69EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAF09.mnt1.0.0�M i! U�1 IGNFTSG1163RGF93 (ETRS89) vers NGF-IGN 1978EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGF93GEODDIGNFIGN78CEPSG!�Geoid (height correction) model filehttps://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAC09.mnt1.0.0�R�M i U�1 IGNFTSG1161RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers NIVELLEMENT GENERAL DE GUYANE (NGG) 1977EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGFG95GEOIGNFGUYA77EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggguy15.mnt1.0.0�6� i U�3 IGNFTSG1160RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers IGN 1989 (REUNION)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGR92GEOIGNFREUN89EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAR07_bl.gra1.0.0�5� i! U�1 IGNFTSG1159RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers SHOM 1953 (MAYOTTE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGM04GEODDIGNFMAYO53EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggm04v1.mnt1.0.0�_�] i! U�5 IGNFTSG1156RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers DANGER 1950 (SAINT-PIERRE-ET-MIQUELON)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGSPM06GEOIGNFSTPM50_VEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggspm06v1.mnt1.0.0
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� *��\�h� �\�S i#! U�3 IGNFTSG1243RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 2008 LD (GUADELOUPE / LA DESIRADE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD2008LDEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALD2016.mnt1.0.0�I�1 i# U�7 IGNFTSG1242RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 (GUADELOUPE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAGTBT2016.mnt1.0.0�I�1 i# U�7 IGNFTSG1241RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1987 (MARTINIQUE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFMART87EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMART2016.mnt1.0.0�>� i U�= IGNFTSG1195RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers IGN 1966 (TAHITI)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFTAHITI66EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf10-Tahiti.mnt1.0.0�J�1 i U�= IGNFTSG1189RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers MOOREA 1981 (MOOREA_SAU 2001)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFMOOREA81EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf10-Moorea.mnt1.0.0�@� i U�A IGNFTSG1185RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers IGN 1966 (TAHITI)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFTAHITI66EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf08-Fakarava.mnt1.0.0�\�U i# U�5 IGNFTSG1182RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SMEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/gg10_smv2.mnt1.0.0�`�] i# U�5 IGNFTSG1181RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SBEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/gg10_sbv2.mnt1.0.0�Z�S i# U�3 IGNFTSG1180RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88LSEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALS2016.mnt1.0.0�Z�S i# U�3 IGNFTSG1179RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1992 LD (GUADELOUPE / LA DESIRADE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD92LDEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALD2016.mnt1.0.0�\�W i# U�3 IGNFTSG1244RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88MGEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMG2016.mnt1.0.0
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� �p���\ � �-_u�YoK) PROJEPSG_10118_WITH_NAD83CSRSV7_INTERPOLATIONCGVD2013a(2002) height to CGVD2013a(1997) height (1)Equivalent to CGVD28 to CGVD2013a(1997) minus CGVD28 to CGVD2013a(2002) (i.e. CT code 10113 minus CT 10114). Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGYVertical Offset by velocity grid (NRCan NTv2_Vel)EPSGNBEPSGNC?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can�#_u�EoK) PROJEPSG_10117_WITH_NAD83CSRSV7_INTERPOLATIONCGVD2013a(2010) height to CGVD2013a(1997) height (1)Interpolation CRS = NAD83(CSRS) 2010, i.e. may be any one of NAD83(CSRS)v6, v7 or v8 (CRS codes 8252, 8255 or 10414). Equivalent to CGVD28 to CGVD2013a(1997) minus CGVD28 to CGVD2013a(2010) (i.e. CT code 10113 minus CT 10115). Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGYVertical Offset by velocity grid (NRCan NTv2_Vel)EPSG$ EPSGNC?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can�#_u�EoK) PROJEPSG_10116_WITH_NAD83CSRSV7_INTERPOLATIONCGVD2013a(2010) height to CGVD2013a(2002) height (1)Interpolation CRS = NAD83(CSRS) 2010, i.e. may be any one of NAD83(CSRS)v6, v7 or v8 (CRS codes 8252, 8255 or 10414). Equivalent to CGVD28 to CGVD2013a(2002) minus CGVD28 to CGVD2013a(2010) (i.e. CT code 10114 minus CT 10115). Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGYVertical Offset by velocity grid (NRCan NTv2_Vel)EPSG$ EPSGNB?�������EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can�g5I mU+ 5NRCANHT2_2002_NAD83CSRSV7NAD83(CSRS)v7 to CGVD28 heightEPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_2002v70.bynNRC-Can CGG2000 2002�_5I mU% +NRCANHT2_1997_NAD83CSRSV7NAD83(CSRS)v7 to CGVD28 heightEPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000�M i! U�/ IGNFTSG1252RGF93 (ETRS89) vers NGF-IGN 1969EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGF93GEODDIGNFIGN69EPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAF18.mnt1.0.0�`�] i# U�5 IGNFTSG1249RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SBEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/gg10_sbv2.mnt2.0.0�\�U i# U�5 IGNFTSG1248RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SMEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/gg10_smv2.mnt2.0.0�. i U�9 IGNFTSG1247WGS 84 (RRAF) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88LSEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_lsv2.txt2.1.0�0 i! U�9 IGNFTSG1246WGS 84 (RRAF) vers IGN 2008 LD (GUADELOUPE / LA DESIRADE)EPSG%�Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD2008LDEPSG!�Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALDW842016.mnt1.0.0 \
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w � B���F����� w �/ M�EmU +PROJEPSG_9123NAD83(CSRS) to CGVD28 height (1)Derived through NAD83(CSRS)v3. Imported from EPSG:9123 with deprecation flag removed by PROJEPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG[EPSGQ?�������EPSG!�Geoid (height correction) model fileHT2_0.bynNRC Can CGG2000� K� aUM PROJEPSG_8362_RESTRICTED_TO_VERTCRSETRS89 to EVRF2007 height (from ETRS89 to ETRS89 + EVRF2007 height (1))EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSG�?��Q� �EPSG!�Geoid (height correction) model fileSlovakia_ETRS89h_to_EVRF2007.gtxEPSG�UGKK-Svk�(K�' aUQ PROJEPSG_8361_RESTRICTED_TO_VERTCRSETRS89 to Baltic 1957 height (from ETRS89 to ETRS89 + Baltic 1957 height (1))EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSG �?��Q� �EPSG!�Geoid (height correction) model fileSlovakia_ETRS89h_to_Baltic1957.gtxEPSG�UGKK-Svk�G9? a U7 PROJEPSG_6667_TO_EPSG_6695JDG2011 to JGD2011 heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG EPSG'EPSG!�Geoid (height correction) model filejp_gsi_gsigeo2011.tif�B9M a U PROJEPSG_6364_TO_EPSG_5703Mexico ITRF2008 to NAVD88 heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSG�EPSGGEPSG!�Geoid (height correction) model fileGGM10.txt�C9? a U/ PROJEPSG_4977_TO_EPSG_5613SWEREF99 to RH2000 heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGqEPSG�EPSG!�Geoid (height correction) model fileSWEN17_RH2000.gtx�495 a U PROJEPSG_4937_TO_EPSG_5733ETRS89 to DNN heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGeEPSG!�Geoid (height correction) model filednn.gtx�A99 a U1 PROJEPSG_4937_TO_EPSG_5729ETRS89 to LHN95 heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGaEPSG!�Geoid (height correction) model filechgeo2004_ETRS.agr�G97 a U? PROJEPSG_4937_TO_EPSG_5728ETRS89 to LN02 heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSG`EPSG!�Geoid (height correction) model filechgeo2004_htrans_ETRS.agr�899 a U PROJEPSG_4937_TO_EPSG_5317ETRS89 to FVR09 heightEPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSG�EPSG!�Geoid (height correction) model filefvr09.gtx�<_c�qmC= +PROJEPSG_10520_WITH_NAD83CSRSV7_INTERPOLATIONCGVD28 height to CGVD2013a(2010) height (2)Equivalent to HT2_2010v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9986 - CT 9247). NAD83(CSRS)v6 is specified as the interpolation CRS, but for grid interpolation NAD83(CSRS)v2 or any later realization may be used without error. Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSG$ ?�������EPSG'Geoid model difference fileHT2_2010v70_CGG2013a.bynEPSG ?NR-Can HT2 2010�A_c�{mC= +PROJEPSG_10519_WITH_NAD83CSRSV7_INTERPOLATIONCGVD28 height to CGVD2013a(2002) height (2)Equivalent to HT2_2002v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9985 minus CT 10110). NAD83(CSRS)v4 is specified as the interpolation CRS, but for grid interpolation NAD83(CSRS)v2 or any later realization may be used without error. Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNB?�������EPSG'Geoid model difference fileHT2_2002v70_CGG2013a.bynEPSG ?NR-Can HT2 2002 X �cKY aU3 PROJETRS89_TO_BALTIC_HEIGHT_CZECHIAETRS89 to Baltic 1957 height (Czechia)EPSG%�Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSG �?�������EPSG!�Geoid (height correction) model filecz_cuzk_CR-2005.tif
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{m � nadcon5.nad83_1993.nad83_pa11.hawaii.lat.trn.20160901.bus_noaa_nadcon5_nad83_1993_nad83_pa11_hawaii.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1993_nad83_pa11_hawaii.tif�M
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M +-- ) EPSG;Tokyo + JSLD to WGS 84 (10)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@ �p��
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M +-- ) EPSG:Tokyo + JSLD to WGS 84 (9)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@ L�����EPSG#�EPSG!�Longitude offset�+�fffffEPSG#�EPSG!�Geoid undulation@<ffffffEPSG#)GSI-Jpn 444142�;A
M +-- ) EPSG9Tokyo + JSLD to WGS 84 (8)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@ 333333EPSG#�EPSG!�Longitude offset�+��Q� EPSG#�EPSG!�Geoid undulation@;333333EPSG#)GSI-Jpn 444141�;A
M +-- ) EPSG8Tokyo + JSLD to WGS 84 (7)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@ \(��EPSG#�EPSG!�Longitude offset�+��
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M+-- ) EPSG7Tokyo to WGS 84 (6)EPSG%�Geographic2D with Height OffsetsEPSG�EPSG�EPSG!�Latitude offset@ �z�G�EPSG#�EPSG!�Longitude offset�+\(��EPSG#�EPSG!�Geoid undulation@:�����EPSG#)GSI-Jpn 452141�3;S
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M +-- ) EPSGJTokyo + JSLD to WGS 84 (25)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!������EPSG#�EPSG!�Longitude offset�)\(�\EPSG#�EPSG!�Geoid undulation@A333333EPSG#)GSI-Jpn 420139�;C
M +-- ) EPSGITokyo + JSLD to WGS 84 (24)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"u\(�EPSG#�EPSG!�Longitude offset�-
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M +-- ) EPSGGTokyo + JSLD to WGS 84 (22)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"333333EPSG#�EPSG!�Longitude offset�+�� �REPSG#�EPSG!�Geoid undulation@=L�����EPSG#)GSI-Jpn 424143�;C
M +-- ) EPSGFTokyo + JSLD to WGS 84 (21)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!�\(�EPSG#�EPSG!�Longitude offset�+.z�G�EPSG#�EPSG!�Geoid undulation@>�fffffEPSG#)GSI-Jpn 424142�;C
M +-- ) EPSGETokyo + JSLD to WGS 84 (20)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!�z�G�EPSG#�EPSG!�Longitude offset�*��Q� EPSG#�EPSG!�Geoid undulation@?ffffffEPSG#)GSI-Jpn 424141� ;C
M +-- ) EPSGDTokyo + JSLD to WGS 84 (19)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!�z�G�EPSG#�EPSG!�Longitude offset�EPSG#�EPSG!�Geoid undulation@@�fffffEPSG#)GSI-Jpn 424140�;C
M +-- ) EPSGCTokyo + JSLD to WGS 84 (18)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"333333EPSG#�EPSG!�Longitude offset�- �Q� EPSG#�EPSG!�Geoid undulation@@L�����EPSG#)GSI-Jpn 432145�;C
M +-- ) EPSGBTokyo + JSLD to WGS 84 (17)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!�\(�EPSG#�EPSG!�Longitude offset�,��\)EPSG#�EPSG!�Geoid undulation@@@ EPSG#)GSI-Jpn 432144�;C
M +-- ) EPSGATokyo + JSLD to WGS 84 (16)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!�z�G�EPSG#�EPSG!�Longitude offset�,\(�EPSG#�EPSG!�Geoid undulation@?333333EPSG#)GSI-Jpn 432143�;C
M +-- ) EPSG@Tokyo + JSLD to WGS 84 (15)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!k� �Q�EPSG#�EPSG!�Longitude offset�+u\(�EPSG#�EPSG!�Geoid undulation@?������EPSG#)GSI-Jpn 432142�;C
M +-- ) EPSG?Tokyo + JSLD to WGS 84 (14)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!B�\(��EPSG#�EPSG!�Longitude offset�*��G�{EPSG#�EPSG!�Geoid undulation@>�fffffEPSG#)GSI-Jpn 432141�;C
M +-- ) EPSG>Tokyo + JSLD to WGS 84 (13)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!u\(�EPSG#�EPSG!�Longitude offset�,������EPSG#�EPSG!�Geoid undulation@>�fffffEPSG#)GSI-Jpn 440144 � ;C
M +-- ) EPSGLTokyo + JSLD to WGS 84 (27)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset EPSG#�EPSG!�Longitude offset�*#�
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M +-- ) EPSG[Tokyo + JSLD to WGS 84 (42)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@$�fffffEPSG#�EPSG!�Longitude offset�)8Q� �EPSG#�EPSG!�Geoid undulation@Dٙ����EPSG#)GSI-Jpn 384141�;C
M +-- ) EPSGZTokyo + JSLD to WGS 84 (41)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@$��\)EPSG#�EPSG!�Longitude offset�(�=p��
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M +-- ) EPSGYTokyo + JSLD to WGS 84 (40)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@$�z�G�EPSG#�EPSG!�Longitude offset�(B�\(��EPSG#�EPSG!�Geoid undulation@C@ EPSG#)GSI-Jpn 384139�;C
M +-- ) EPSGXTokyo + JSLD to WGS 84 (39)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@$aG�z�EPSG#�EPSG!�Longitude offset�)z�G�{EPSG#�EPSG!�Geoid undulation@D&fffffEPSG#)GSI-Jpn 392141� ;C
M +-- ) EPSGWTokyo + JSLD to WGS 84 (38)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@$(�\)EPSG#�EPSG!�Longitude offset�(�33333EPSG#�EPSG!�Geoid undulation'EPSG#)GSI-Jpn 392140�;C
M +-- ) EPSGVTokyo + JSLD to WGS 84 (37)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@#�� �REPSG#�EPSG!�Longitude offset�(k� �Q�EPSG#�EPSG!�Geoid undulation@BL�����EPSG#)GSI-Jpn 392139�;C
M +-- ) EPSGUTokyo + JSLD to WGS 84 (36)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@#�
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M +-- ) EPSGTTokyo + JSLD to WGS 84 (35)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@#��Q� EPSG#�EPSG!�Longitude offset�(�fffffEPSG#�EPSG!�Geoid undulation@B� EPSG#)GSI-Jpn 400140�;C
M +-- ) EPSGSTokyo + JSLD to WGS 84 (34)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@#��Q� EPSG#�EPSG!�Longitude offset�(�z�G�EPSG#�EPSG!�Geoid undulation@BL�����EPSG#)GSI-Jpn 400139�;C
M +-- ) EPSGRTokyo + JSLD to WGS 84 (33)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@#=p��
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M +-- ) EPSGQTokyo + JSLD to WGS 84 (32)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@#�����EPSG#�EPSG!�Longitude offset�)B�\(��EPSG#�EPSG!�Geoid undulation@A������EPSG#)GSI-Jpn 404140�;C
M +-- ) EPSGPTokyo + JSLD to WGS 84 (31)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"Ǯz�HEPSG#�EPSG!�Longitude offset�)�� �REPSG#�EPSG!�Geoid undulation@?������EPSG#)GSI-Jpn 412141�;C
M +-- ) EPSGOTokyo + JSLD to WGS 84 (30)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"� EPSG#�EPSG!�Longitude offset�)p��
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M +-- ) EPSGNTokyo + JSLD to WGS 84 (29)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"��\)EPSG#�EPSG!�Longitude offset�+Q� �REPSG#�EPSG!�Geoid undulation@7������EPSG#)GSI-Jpn 420143�;C
M +-- ) EPSG\Tokyo + JSLD to WGS 84 (43)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%z�G�EPSG#�EPSG!�Longitude offset�'� �Q�EPSG#�EPSG!�Geoid undulation@C������EPSG#)GSI-Jpn 380139
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M +-- ) EPSGkTokyo + JSLD to WGS 84 (58)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&Q� �REPSG#�EPSG!�Longitude offset�%��
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M +-- ) EPSGjTokyo + JSLD to WGS 84 (57)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&8Q� �EPSG#�EPSG!�Longitude offset�%.z�G�EPSG#�EPSG!�Geoid undulation@B�fffffEPSG#)GSI-Jpn 360136�;C
M +-- ) EPSGiTokyo + JSLD to WGS 84 (56)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&W
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M +-- ) EPSGhTokyo + JSLD to WGS 84 (55)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&z�G�EPSG#�EPSG!�Longitude offset�'aG�z�EPSG#�EPSG!�Geoid undulation@E�fffffEPSG#)GSI-Jpn 364139�;C
M +-- ) EPSGgTokyo + JSLD to WGS 84 (54)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%��
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M +-- ) EPSGfTokyo + JSLD to WGS 84 (53)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%�fffffEPSG#�EPSG!�Longitude offset�EPSG#�EPSG!�Geoid undulation@CY�����EPSG#)GSI-Jpn 364137�;C
M +-- ) EPSGeTokyo + JSLD to WGS 84 (52)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%��\)EPSG#�EPSG!�Longitude offset�%�=p��
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M +-- ) EPSGdTokyo + JSLD to WGS 84 (51)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset EPSG#�EPSG!�Longitude offset�(� EPSG#�EPSG!�Geoid undulation@D������EPSG#)GSI-Jpn 372141�;C
M +-- ) EPSGcTokyo + JSLD to WGS 84 (50)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%�
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M +-- ) EPSGbTokyo + JSLD to WGS 84 (49)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%������EPSG#�EPSG!�Longitude offset�'u\(�EPSG#�EPSG!�Geoid undulation@Ds33333EPSG#)GSI-Jpn 372139�;C
M +-- ) EPSGaTokyo + JSLD to WGS 84 (48)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%������EPSG#�EPSG!�Longitude offset�'\(�EPSG#�EPSG!�Geoid undulation@Cٙ����EPSG#)GSI-Jpn 372138� ;C
M +-- ) EPSG`Tokyo + JSLD to WGS 84 (47)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%\(�\EPSG#�EPSG!�Longitude offset�%��
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M +-- ) EPSG_Tokyo + JSLD to WGS 84 (46)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%W
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M +-- ) EPSG^Tokyo + JSLD to WGS 84 (45)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%W
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M +-- ) EPSGlTokyo + JSLD to WGS 84 (59)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&�z�G�EPSG#�EPSG!�Longitude offset�&u\(�EPSG#�EPSG!�Geoid undulation@E333333EPSG#)GSI-Jpn 360138
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M +-- ) EPSG{Tokyo + JSLD to WGS 84 (74)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'8Q� �EPSG#�EPSG!�Longitude offset�$=p��
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M +-- ) EPSGzTokyo + JSLD to WGS 84 (73)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�����EPSG#�EPSG!�Longitude offset�#������EPSG#�EPSG!�Geoid undulation@A�33333EPSG#)GSI-Jpn 344134�;C
M +-- ) EPSGyTokyo + JSLD to WGS 84 (72)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&��
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M +-- ) EPSGxTokyo + JSLD to WGS 84 (71)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&�G�z�EPSG#�EPSG!�Longitude offset�"k� �Q�EPSG#�EPSG!�Geoid undulation@@Y�����EPSG#)GSI-Jpn 344132�;C
M +-- ) EPSGwTokyo + JSLD to WGS 84 (70)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'p��
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M +-- ) EPSGvTokyo + JSLD to WGS 84 (69)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'L�����EPSG#�EPSG!�Longitude offset�'\(�EPSG#�EPSG!�Geoid undulation@C@ EPSG#)GSI-Jpn 352139�;C
M +-- ) EPSGuTokyo + JSLD to WGS 84 (68)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'(�\)EPSG#�EPSG!�Longitude offset�&k� �Q�EPSG#�EPSG!�Geoid undulation@Dٙ����EPSG#)GSI-Jpn 352138�;C
M +-- ) EPSGtTokyo + JSLD to WGS 84 (67)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&��G�{EPSG#�EPSG!�Longitude offset�%��\)EPSG#�EPSG!�Geoid undulation@C�fffffEPSG#)GSI-Jpn 352137�;C
M +-- ) EPSGsTokyo + JSLD to WGS 84 (66)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&Ǯz�HEPSG#�EPSG!�Longitude offset�%
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M +-- ) EPSGrTokyo + JSLD to WGS 84 (65)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&�� �REPSG#�EPSG!�Longitude offset�$G�z�HEPSG#�EPSG!�Geoid undulation@Aٙ����EPSG#)GSI-Jpn 352135�;C
M +-- ) EPSGqTokyo + JSLD to WGS 84 (64)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&\(��EPSG#�EPSG!�Longitude offset�#�Q� �EPSG#�EPSG!�Geoid undulation@As33333EPSG#)GSI-Jpn 352134�;C
M +-- ) EPSGpTokyo + JSLD to WGS 84 (63)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@&��\)EPSG#�EPSG!�Longitude offset�#
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M +-- ) EPSGoTokyo + JSLD to WGS 84 (62)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&�=p��
EPSG#�EPSG!�Longitude offset�"��Q� EPSG#�EPSG!�Geoid undulation@>�fffffEPSG#)GSI-Jpn 352132�;C
M +-- ) EPSGnTokyo + JSLD to WGS 84 (61)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&�G�z�EPSG#�EPSG!�Longitude offset�'\(��EPSG#�EPSG!�Geoid undulation@D&fffffEPSG#)GSI-Jpn 360140 � ;C
M +-- ) EPSG|Tokyo + JSLD to WGS 84 (75)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'Q� �REPSG#�EPSG!�Longitude offset�$��
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M +-- ) EPSG�Tokyo + JSLD to WGS 84 (90)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�z�G�EPSG#�EPSG!�Longitude offset� �G�z�EPSG#�EPSG!�Geoid undulation@>������EPSG#)GSI-Jpn 332130�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (89)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�p��
=EPSG#�EPSG!�Longitude offset� u\(�EPSG#�EPSG!�Geoid undulation@=�33333EPSG#)GSI-Jpn 332129�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (88)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(
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M +-- ) EPSG�Tokyo + JSLD to WGS 84 (87)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'������EPSG#�EPSG!�Longitude offset�%ffffffEPSG#�EPSG!�Geoid undulation@C�fffffEPSG#)GSI-Jpn 340137�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (86)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�� �REPSG#�EPSG!�Longitude offset�$�33333EPSG#�EPSG!�Geoid undulation@B�33333EPSG#)GSI-Jpn 340136�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (85)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'\(��EPSG#�EPSG!�Longitude offset�$333333EPSG#�EPSG!�Geoid undulation@B������EPSG#)GSI-Jpn 340135�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (84)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'��Q� EPSG#�EPSG!�Longitude offset@#z�G�{EPSG#�EPSG!�Geoid undulation@A�fffffEPSG#)GSI-Jpn 340134�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (83)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'p��
=qEPSG#�EPSG!�Longitude offset�"�\(�EPSG#�EPSG!�Geoid undulation@A������EPSG#)GSI-Jpn 340133�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (82)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'u\(�EPSG#�EPSG!�Longitude offset�"z�G�EPSG#�EPSG!�Geoid undulation@>�fffffEPSG#)GSI-Jpn 340132�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (81)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'\(�\EPSG#�EPSG!�Longitude offset�!������EPSG#�EPSG!�Geoid undulation@>� EPSG#)GSI-Jpn 340131�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (80)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'L�����EPSG#�EPSG!�Longitude offset�!.z�G�EPSG#�EPSG!�Geoid undulation@=�33333EPSG#)GSI-Jpn 340130�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (79)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�� �REPSG#�EPSG!�Longitude offset�'aG�z�EPSG#�EPSG!�Geoid undulation@@ٙ����EPSG#)GSI-Jpn 344140�;C
M +-- ) EPSGTokyo + JSLD to WGS 84 (78)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'������EPSG#�EPSG!�Longitude offset�&��
=qEPSG#�EPSG!�Geoid undulation@Bs33333EPSG#)GSI-Jpn 344139�;C
M +-- ) EPSG~Tokyo + JSLD to WGS 84 (77)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�33333EPSG#�EPSG!�Longitude offset�&B�\(��EPSG#�EPSG!�Geoid undulation@C�33333EPSG#)GSI-Jpn 344138�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (91)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�G�z�EPSG#�EPSG!�Longitude offset�!k� �Q�EPSG#�EPSG!�Geoid undulation@>333333EPSG#)GSI-Jpn 332131
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M +-- ) EPSG�Tokyo + JSLD to WGS 84 (107)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@)k� �Q�EPSG#�EPSG!�Longitude offset� W
=p��EPSG#�EPSG!�Geoid undulation@=�fffffEPSG#)GSI-Jpn 312131�;E
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (106)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@)#�
=p�EPSG#�EPSG!�Longitude offset� ������EPSG#�EPSG!�Geoid undulation@<ffffffEPSG#)GSI-Jpn 312130�;E
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (105)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@)\(�EPSG#�EPSG!�Longitude offset� k� �Q�EPSG#�EPSG!�Geoid undulation EPSG#)GSI-Jpn 320132�;E
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (104)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(�p��
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M +-- ) EPSG�Tokyo + JSLD to WGS 84 (103)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(�\(�EPSG#�EPSG!�Longitude offset� � EPSG#�EPSG!�Geoid undulation EPSG#)GSI-Jpn 320130�;E
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (102)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(�\(�EPSG#�EPSG!�Longitude offset�#333333EPSG#�EPSG!�Geoid undulation@@�fffffEPSG#)GSI-Jpn 324134�;E
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (101)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(k� �Q�EPSG#�EPSG!�Longitude offset�"k� �Q�EPSG#�EPSG!�Geoid undulation@A&fffffEPSG#)GSI-Jpn 324133�;E
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (100)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(u\(�EPSG#�EPSG!�Longitude offset�!��G�{EPSG#�EPSG!�Geoid undulation@?�33333EPSG#)GSI-Jpn 324132�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (99)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(W
=p��EPSG#�EPSG!�Longitude offset�!aG�z�EPSG#�EPSG!�Geoid undulation@>L�����EPSG#)GSI-Jpn 324131� ;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (98)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@( �Q� EPSG#�EPSG!�Longitude offset� \(��EPSG#�EPSG!�Geoid undulation EPSG#)GSI-Jpn 324130� ;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (97)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset EPSG#�EPSG!�Longitude offset� L�����EPSG#�EPSG!�Geoid undulation@@ �����EPSG#)GSI-Jpn 324129�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (96)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(#�
=p�EPSG#�EPSG!�Longitude offset�$� EPSG#�EPSG!�Geoid undulation@B�fffffEPSG#)GSI-Jpn 332136�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (95)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(333333EPSG#�EPSG!�Longitude offset�$(�\)EPSG#�EPSG!�Geoid undulation@B�fffffEPSG#)GSI-Jpn 332135�;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (94)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(333333EPSG#�EPSG!�Longitude offset�#G�z�HEPSG#�EPSG!�Geoid undulation@A� EPSG#)GSI-Jpn 332134� ;C
M +-- ) EPSG�Tokyo + JSLD to WGS 84 (93)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@(�����EPSG#�EPSG!�Longitude offset�"�Q� �EPSG#�EPSG!�Geoid undulation#EPSG#)GSI-Jpn 332133
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1- EPSG�Bogota 1975 (Bogota) to Bogota 1975 (1)EPSG%�Longitude rotationEPSG�EPSGzEPSG!�Longitude offset�R��h�bEPSG#�IGAC-Col�<=�?eeMO ! EPSGeD48 / GK to D96 / TM (6)Information source gives rotation angle of source CRS axes as 359.9985894280° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w��;dZ EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@x��EPSG#)EPSG%Scale factor for source CRS axes?� �s��EPSG#�EPSG!�Rotation angle of source CRS axes?W ^&�-EPSG#�GuRS-Svn 6�<=�?eeMO ! EPSGdD48 / GK to D96 / TM (5)Information source gives rotation angle of source CRS axes as 359.9988083326° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w���FEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~և+ JEPSG#)EPSG%Scale factor for source CRS axes?� ��_�EPSG#�EPSG!�Rotation angle of source CRS axes?S�7 �vEEPSG#�GuRS-Svn 5�<=�?eeMO ! EPSG�D48 / GK to D96 / TM (4)Information source gives rotation angle of source CRS axes as 359.9991387616° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w���oEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�XbM�EPSG#)EPSG%Scale factor for source CRS axes?�
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1 - EPSG�Bern 1898 (Bern) to CH1903 (Greenwich)EPSG%�Longitude rotationEPSG�EPSG5EPSG!�Longitude offset@ �C��EPSG#�BfL-CH�[;Qg1 - EPSG�NTF (Paris) to NTF (Greenwich) (2)OGP prefers value from IGN Paris (code 1467).EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@�t�T��EPSG#�RGS�2;Q
1 - EPSG�NTF (Paris) to NTF (Greenwich) (1)EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@�~��ITEPSG#�IGN-Fra�6;Y
1 - EPSG�NGO 1948 (Oslo) to NGO1948 (Greenwich)EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@$�O�;dZEPSG#�NGO-Nor�<=�?eeMO ! EPSG�D48 / GK to D96 / TM (3)Information source gives rotation angle of source CRS axes as 359.9990080921° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�
=p��EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~Ɨ�O�;EPSG#)EPSG%Scale factor for source CRS axes?� ��EPSG#�EPSG!�Rotation angle of source CRS axes?P@\�n�hEPSG#�GuRS-Svn 3�<=�?eeMO ! EPSG�D48 / GK to D96 / TM (2)Information source gives rotation angle of source CRS axes as 359.9987988952° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�&�x�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�t�j~�EPSG#)EPSG%Scale factor for source CRS axes?� ����EPSG#�EPSG!�Rotation angle of source CRS axes?S��uqèEPSG#�GuRS-Svn 2�<=�?eeMO ! EPSG�D48 / GK to D96 / TM (1)Information source gives rotation angle of source CRS axes as 359.9990153250° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�1&�yEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�Q� �EPSG#)EPSG%Scale factor for source CRS axes?�
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� � �F�� �� � �<=�?eeMO ! EPSG�D48 / GK to D96 / TM (7)Information source gives rotation angle of source CRS axes as 359.9989361857° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�KƧ�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~ۍO�;dEPSG#)EPSG%Scale factor for source CRS axes?�
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1- EPSG�Lisbon 1890 (Lisbon) to Lisbon 1890 (1)EPSG%�Longitude rotationEPSG(EPSG:EPSG!�Longitude offset�"&� ��@EPSG#�CGC-Prt�d<3�A5+- EPSGcGreek to GGRS87 (1)More accurate polynomial transformations between Greek / Hatt projection zones and GGRS87 / Greek Grid are available from the Military Geographic Service.EPSG%�Geographic2D offsetsEPSGEPSGEPSG!�Latitude offset�p��
=qEPSG#�EPSG!�Longitude offset?�� �Q�EPSG#�HGS-Grc�-;E
1- EPSG\S-JTSK (Ferro) to S-JTSK (1)EPSG%�Longitude rotationEPSG�EPSG<EPSG!�Longitude offset�1ffffffEPSG#�EPSG-Cze�5;I
1- )EPSG[Segara (Jakarta) to Segara (1)EPSG%�Longitude rotationEPSG�EPSGEPSG!�Longitude offset@Z���� �EPSG#�EPSG-Idn Kal E�@;m
1- EPSGZNord Sahara 1959 (Paris) to Nord Sahara 1959 (1)EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@�~��ITEPSG#�IGN-Fra�0;M
1- EPSGYCarthage (Paris) to Carthage (1)EPSG%�Longitude rotationEPSG�EPSGEPSG!�Longitude offset@�~��ITEPSG#�IGN-Fra�;A
M +-- ) EPSG#Tokyo + JSLD to WGS 84 (6)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@ �z�G�EPSG#�EPSG!�Longitude offset�+\(��EPSG#�EPSG!�Geoid undulation@:�����EPSG#)GSI-Jpn 452141�-;I
1- EPSG�Bern 1898 (Bern) to CH1903 (1)EPSG%�Longitude rotationEPSG�EPSG5EPSG!�Longitude offset@ �C��EPSG#�BfL-CH�O;9g1- EPSG�NTF (Paris) to NTF (2)OGP prefers value from IGN Paris (code 1763).EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@�t�T��EPSG#�RGS�&;9
1- EPSG�NTF (Paris) to NTF (1)EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@�~��ITEPSG#�IGN-Fra�.;I
1- EPSG�NGO 1948 (Oslo) to NGO1948 (1)EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@$�O�;dZEPSG#�NGO-Nor�+;C
1- EPSG�Greek (Athens) to Greek (1)EPSG%�Longitude rotationEPSG�EPSGEPSG!�Longitude offset@7m��x�EPSG#�NTU-Grc�,;E
1- EPSG�RT38 (Stockholm) to RT38 (1)EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset@2q`�l
EPSG#�NLS-Swe�6;M
1- 'EPSG�Batavia (Jakarta) to Batavia (1)EPSG%�Longitude rotationEPSG�EPSGsEPSG!�Longitude offset@Z���� �EPSG#�EPSG-Idn Java�7;I
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� � ����� �<?�?eeMO # EPSG �D48 / GK to D96 / TM (15)Information source gives rotation angle of source CRS axes as 359.9986660539° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w���E�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@7KƧ�EPSG#)EPSG%Scale factor for source CRS axes?�
��HEPSG#�EPSG!�Rotation angle of source CRS axes?U���NEPSG#�GuRS-Svn 15�<?�?eeMO # EPSG�D48 / GK to D96 / TM (14)Information source gives rotation angle of source CRS axes as 359.9986330172° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�p��
=EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~���oEPSG#)EPSG%Scale factor for source CRS axes?� �mT"EPSG#�EPSG!�Rotation angle of source CRS axes?Ve���w�EPSG#�GuRS-Svn 14�<?�?eeMO # EPSG�D48 / GK to D96 / TM (13)Information source gives rotation angle of source CRS axes as 359.9978086208° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�x��
=qEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@d�hr�EPSG#)EPSG%Scale factor for source CRS axes?� �q
EPSG#�EPSG!�Rotation angle of source CRS axes?a���EPSG#�GuRS-Svn 13�<?�?eeMO # EPSG�D48 / GK to D96 / TM (12)Information source gives rotation angle of source CRS axes as 359.9995848956° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�xG�z�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~���l�EPSG#)EPSG%Scale factor for source CRS axes?� �
�qEPSG#�EPSG!�Rotation angle of source CRS axes?;4KҊ}�EPSG#�GuRS-Svn 12�<?�?eeMO # EPSG�D48 / GK to D96 / TM (11)Information source gives rotation angle of source CRS axes as 359.9982890576° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�p��
=EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@5���l�EPSG#)EPSG%Scale factor for source CRS axes?� ^�D�EPSG#�EPSG!�Rotation angle of source CRS axes?\6i�Q�EPSG#�GuRS-Svn 11�<?�?eeMO # EPSG�D48 / GK to D96 / TM (10)Information source gives rotation angle of source CRS axes as 359.9984602820° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�1&�yEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@Q� �EPSG#)EPSG%Scale factor for source CRS axes?� }Y7�EPSG#�EPSG!�Rotation angle of source CRS axes?Y: � ��EPSG#�GuRS-Svn 10�<=�?eeMO ! EPSG�D48 / GK to D96 / TM (9)Information source gives rotation angle of source CRS axes as 359.9984713141° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w� ě��EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@p��
=EPSG#)EPSG%Scale factor for source CRS axes?�
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� �<?�?eeMO # EPSG�D48 / GK to D96 / TM (22)Information source gives rotation angle of source CRS axes as 359.9978515930° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�wI+ I�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@�?|�hEPSG#)EPSG%Scale factor for source CRS axes?��&��EPSG#�EPSG!�Rotation angle of source CRS axes?a��9�@UEPSG#�GuRS-Svn 22�<?�?eeMO # EPSG�D48 / GK to D96 / TM (21)Information source gives rotation angle of source CRS axes as 359.9987926666° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w5C��%EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@j~��#EPSG#)EPSG%Scale factor for source CRS axes?�ν��EPSG#�EPSG!�Rotation angle of source CRS axes?S��]���EPSG#�GuRS-Svn 21�<?�?eeMO # EPSG�D48 / GK to D96 / TM (20)Information source gives rotation angle of source CRS axes as 359.9981683819° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�wd�t�jEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@^(�\EPSG#)EPSG%Scale factor for source CRS axes?� i4�EPSG#�EPSG!�Rotation angle of source CRS axes?^\��9EPSG#�GuRS-Svn 20�<?�?eeMO # EPSG�D48 / GK to D96 / TM (19)Information source gives rotation angle of source CRS axes as 359.9975573682° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�z�G�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@��^5?}EPSG#)EPSG%Scale factor for source CRS axes?� k�TzEPSG#�EPSG!�Rotation angle of source CRS axes?d��O6�EPSG#�GuRS-Svn 19�<?�?eeMO # EPSG�D48 / GK to D96 / TM (18)Information source gives rotation angle of source CRS axes as 359.9993228929° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w� �REPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�S���EPSG#)EPSG%Scale factor for source CRS axes?� ��REPSG#�EPSG!�Rotation angle of source CRS axes?F/�lُVEPSG#�GuRS-Svn 18�<?�?eeMO # EPSG�D48 / GK to D96 / TM (17)Information source gives rotation angle of source CRS axes as 359.9985599438° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�5?|�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@
��v�EPSG#)EPSG%Scale factor for source CRS axes?� �G�WEPSG#�EPSG!�Rotation angle of source CRS axes?W��#BJEPSG#�GuRS-Svn 17�<?�?eeMO # EPSG�D48 / GK to D96 / TM (23)Information source gives rotation angle of source CRS axes as 359.9980774015° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w=��$�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@u�+ EPSG#)EPSG%Scale factor for source CRS axes?�$Ec�EPSG#�EPSG!�Rotation angle of source CRS axes?_�k��LEPSG#�GuRS-Svn 23
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�~<5�?eeMO !EPSG]D48/GK to D96/TM (5)Information source gives rotation angle of source CRS axes as 359.9988083326° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w���FEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~և+ JEPSG#)EPSG%Scale factor for source CRS axes?� ��_�EPSG#�EPSG!�Rotation angle of source CRS axes?S�7 �vEEPSG#�GuRS-Svn 5�~<5�?eeMO !EPSG\D48/GK to D96/TM (4)Information source gives rotation angle of source CRS axes as 359.9991387616° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w���oEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�XbM�EPSG#)EPSG%Scale factor for source CRS axes?�
��EPSG#�EPSG!�Rotation angle of source CRS axes?L8�a�)LEPSG#�GuRS-Svn 4�~<5�?eeMO !EPSG[D48/GK to D96/TM (3)Information source gives rotation angle of source CRS axes as 359.9990080921° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�
=p��EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~Ɨ�O�;EPSG#)EPSG%Scale factor for source CRS axes?� ��EPSG#�EPSG!�Rotation angle of source CRS axes?P@\�n�hEPSG#�GuRS-Svn 3�~<5�?eeMO !EPSGZD48/GK to D96/TM (2)Information source gives rotation angle of source CRS axes as 359.9987988952° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�&�x�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�t�j~�EPSG#)EPSG%Scale factor for source CRS axes?� ����EPSG#�EPSG!�Rotation angle of source CRS axes?S��uqèEPSG#�GuRS-Svn 2�~<5�?eeMO !EPSGYD48/GK to D96/TM (1)Information source gives rotation angle of source CRS axes as 359.9990153250° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�1&�yEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�Q� �EPSG#)EPSG%Scale factor for source CRS axes?�
K*�EPSG#�EPSG!�Rotation angle of source CRS axes?P"�$,EPSG#�GuRS-Svn 1�<C�91 - EPSGIMGI (Ferro) to MGI 1901 (1)Uses Albrecht 1902 value. See tfm code 3895 for longitude rotation applied in Austria.EPSG%�Longitude rotationEPSG�EPSGBEPSG!�Longitude offset�1e���EPSG#�OGP-Yug�m<9�1- EPSG7MGI (Ferro) to MGI (1)See tfm code 3913 for longitude rotation applied in former Yugoslavia.EPSG%�Longitude rotationEPSG�EPSG�EPSG!�Longitude offset�1ffffffEPSG#�BEV-Aut �~<5�?eeMO !EPSG^D48/GK to D96/TM (6)Information source gives rotation angle of source CRS axes as 359.9985894280° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w��;dZ EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@x��EPSG#)EPSG%Scale factor for source CRS axes?� �s��EPSG#�EPSG!�Rotation angle of source CRS axes?W ^&�-EPSG#�GuRS-Svn 6
� ����� � <7�?eeMO #EPSGoD48/GK to D96/TM (14)Information source gives rotation angle of source CRS axes as 359.9986330172° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�p��
=EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~���oEPSG#)EPSG%Scale factor for source CRS axes?� �mT"EPSG#�EPSG!�Rotation angle of source CRS axes?Ve���w�EPSG#�GuRS-Svn 14� <7�?eeMO #EPSGeD48/GK to D96/TM (13)Information source gives rotation angle of source CRS axes as 359.9978086208° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�x��
=qEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@d�hr�EPSG#)EPSG%Scale factor for source CRS axes?� �q
EPSG#�EPSG!�Rotation angle of source CRS axes?a���EPSG#�GuRS-Svn 13� <7�?eeMO #EPSGdD48/GK to D96/TM (12)Information source gives rotation angle of source CRS axes as 359.9995848956° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�xG�z�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~���l�EPSG#)EPSG%Scale factor for source CRS axes?� �
�qEPSG#�EPSG!�Rotation angle of source CRS axes?;4KҊ}�EPSG#�GuRS-Svn 12� <7�?eeMO #EPSGcD48/GK to D96/TM (11)Information source gives rotation angle of source CRS axes as 359.9982890576° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�p��
=EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@5���l�EPSG#)EPSG%Scale factor for source CRS axes?� ^�D�EPSG#�EPSG!�Rotation angle of source CRS axes?\6i�Q�EPSG#�GuRS-Svn 11� <7�?eeMO #EPSGbD48/GK to D96/TM (10)Information source gives rotation angle of source CRS axes as 359.9984602820° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�1&�yEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@Q� �EPSG#)EPSG%Scale factor for source CRS axes?� }Y7�EPSG#�EPSG!�Rotation angle of source CRS axes?Y: � ��EPSG#�GuRS-Svn 10�~<5�?eeMO !EPSGaD48/GK to D96/TM (9)Information source gives rotation angle of source CRS axes as 359.9984713141° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w� ě��EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@p��
=EPSG#)EPSG%Scale factor for source CRS axes?�
ᅏ�EPSG#�EPSG!�Rotation angle of source CRS axes?Y �� EPSG#�GuRS-Svn 9�~<5�?eeMO !EPSG`D48/GK to D96/TM (8)Information source gives rotation angle of source CRS axes as 359.9990279960° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�fffffEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~Ӳ-VEPSG#)EPSG%Scale factor for source CRS axes?� >REPSG#�EPSG!�Rotation angle of source CRS axes?O�² UEPSG#�GuRS-Svn 8 ��
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� ��/' ��<?�?eeMO # EPSG�D48 / GK to D96 / TM (24)Information source gives rotation angle of source CRS axes as 359.9979842399° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w7����EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@�`A�7LEPSG#)EPSG%Scale factor for source CRS axes?��G�EPSG#�EPSG!�Rotation angle of source CRS axes?`�Z��8�EPSG#�GuRS-Svn 24 ��<?�?eeMO # EPSG�D48 / GK to D96 / TM (16)Information source gives rotation angle of source CRS axes as 359.9988835539° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w��+ JEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�dZ �EPSG#)EPSG%Scale factor for source CRS axes?� ���EPSG#�EPSG!�Rotation angle of source CRS axes?RJ��/ �EPSG#�GuRS-Svn 16 ��<=�?eeMO ! EPSG�D48 / GK to D96 / TM (8)Information source gives rotation angle of source CRS axes as 359.9990279960° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSG�EPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�fffffEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~Ӳ-VEPSG#)EPSG%Scale factor for source CRS axes?� >REPSG#�EPSG!�Rotation angle of source CRS axes?O�² UEPSG#�GuRS-Svn 8 ��-;G
1- EPSG�Lisbon (Lisbon) to Lisbon (1)EPSG%�Longitude rotationEPSG�EPSGoEPSG!�Longitude offset�"&� ��@EPSG#�IGC-Prt ��J;C
5+- EPSG�Anguilla 1957 to WGS 84 (1)EPSG%�Geographic2D offsetsEPSG�EPSG�
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M +-- ) EPSG�Tokyo + JSLD to WGS 84 (92)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'��G�{EPSG#�EPSG!�Longitude offset�"
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M +-- ) EPSG}Tokyo + JSLD to WGS 84 (76)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@'�\(�EPSG#�EPSG!�Longitude offset�%�z�G�EPSG#�EPSG!�Geoid undulation@C�fffffEPSG#)GSI-Jpn 344137 �;C
M +-- ) EPSGmTokyo + JSLD to WGS 84 (60)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@&�Q� �EPSG#�EPSG!�Longitude offset�'.z�G�EPSG#�EPSG!�Geoid undulation@E@ EPSG#)GSI-Jpn 360139 �;C
M +-- ) EPSG]Tokyo + JSLD to WGS 84 (44)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@%L�����EPSG#�EPSG!�Longitude offset�(�=p��
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M +-- ) EPSGMTokyo + JSLD to WGS 84 (28)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@"k� �Q�EPSG#�EPSG!�Longitude offset�+ �Q�EPSG#�EPSG!�Geoid undulation@;� EPSG#)GSI-Jpn 420142 �;C
M +-- ) EPSG=Tokyo + JSLD to WGS 84 (12)EPSG%�Geographic2D with Height OffsetsEPSG �EPSG�EPSG!�Latitude offset@!8Q� �EPSG#�EPSG!�Longitude offset�,(�\)EPSG#�EPSG!�Geoid undulation@>�33333EPSG#)GSI-Jpn 440143
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� )Xo�E? � �R<c�1++ EPSG Poolbeg height (m) to Malin Head height (1)Poolbeg vertical reference surface is 2.7m below Malin Head surface. Nominal accuracy 0.1m but transformations are subject to localised anomalies.EPSG%�Vertical OffsetEPSG EPSGc?�������EPSG!�Vertical Offset�������EPSG#)OSI-Ire � <Y�++ EPSGJKOC CD height to Kuwait PWD height (1)The KOC CD vertical reference surface is 0.49m below the PWD surface.EPSG%�Vertical OffsetEPSG�EPSG�?�������EPSG!�Vertical Offset��\(�\EPSG#)KOC-Kwt �Q<O�C++ EPSG8N60 height to EVRF2000 height (1)Determined at 66 points. RMS residual 0.003m, maximum residual 0.009m. The N60 vertical reference surface is above the EVRF2000 vertical reference surface.EPSG%�Vertical OffsetEPSGUEPSGb?�������EPSG!�Vertical Offset?�C��$�EPSG#)EuG-Fin �M<U�?II+;= EPSG-DHHN85 height to EVRF2000 height (1)Determined at 363 points. RMS residual 0.004m, maximum residual 0.026m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@I��
=p�EPSG#�EPSG!�Ordinate 2 of evaluation point@ ������EPSG#�EPSG!�Vertical Offset?�hr� ĜEPSG#)EPSG"Inclination in latitude�`bM��EPSG#�EPSG"Inclination in longitude?h�t�j~�EPSG#�EPSG�EuG-Deu W �c;{O++ EPSG Hong Kong Principal height to Hong Kong Chart depth (1)HKPD is 0.146m above chart datum.EPSG%�Vertical OffsetEPSGjEPSGkEPSG!�Vertical Offset?° ě��EPSG#)SMO-HK �K<U�?II+;= EPSG[DHHN92 height to EVRF2007 height (1)Determined at 427 points. RMS residual 0.002m, maximum residual 0.007m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@I��
=p�EPSG#�EPSG!�Ordinate 2 of evaluation point@$B�\(��EPSG#�EPSG!�Vertical Offset?��Q� �EPSG#)EPSG"Inclination in latitude��z�G�{EPSG#�EPSG"Inclination in longitude?`bM��EPSG#�EPSG�EuG-Deu �G<_�?II+;= EPSGRBaltic 1957 height to EVRF2007 height (1)Determined at 60 points. RMS residual 0.011m, maximum residual 0.025m.EPSGVertical Offset and SlopeEPSG �EPSG�?�������EPSG!�Ordinate 1 of evaluation point@H�fffffEPSG#�EPSG!�Ordinate 2 of evaluation point@.L�����EPSG#�EPSG!�Vertical Offset?���
=p�EPSG#)EPSG"Inclination in latitude?���vȴ9EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Cze �x<;�-1- EPSG
Tokyo 1892 to Tokyo (1)Caused by redetermination of longitude of Tokyo datum fundamental point in 1918.EPSG%�Longitude rotationEPSG EPSG�EPSG!�Longitude offset@$�\(�EPSG#�OGP-Jpn � <7�?eeMO #EPSGxD48/GK to D96/TM (23)Information source gives rotation angle of source CRS axes as 359.9980774015° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w=��$�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@u�+ EPSG#)EPSG%Scale factor for source CRS axes?�$Ec�EPSG#�EPSG!�Rotation angle of source CRS axes?_�k��LEPSG#�GuRS-Svn 23 �� <7�?eeMO #EPSGpD48/GK to D96/TM (15)Information source gives rotation angle of source CRS axes as 359.9986660539° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w���E�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@7KƧ�EPSG#)EPSG%Scale factor for source CRS axes?�
��HEPSG#�EPSG!�Rotation angle of source CRS axes?U���NEPSG#�GuRS-Svn 15
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� � <7�?eeMO #EPSGvD48/GK to D96/TM (21)Information source gives rotation angle of source CRS axes as 359.9987926666° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w5C��%EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@j~��#EPSG#)EPSG%Scale factor for source CRS axes?�ν��EPSG#�EPSG!�Rotation angle of source CRS axes?S��]���EPSG#�GuRS-Svn 21� <7�?eeMO #EPSGuD48/GK to D96/TM (20)Information source gives rotation angle of source CRS axes as 359.9981683819° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�wd�t�jEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@^(�\EPSG#)EPSG%Scale factor for source CRS axes?� i4�EPSG#�EPSG!�Rotation angle of source CRS axes?^\��9EPSG#�GuRS-Svn 20� <7�?eeMO #EPSGtD48/GK to D96/TM (19)Information source gives rotation angle of source CRS axes as 359.9975573682° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�z�G�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@��^5?}EPSG#)EPSG%Scale factor for source CRS axes?� k�TzEPSG#�EPSG!�Rotation angle of source CRS axes?d��O6�EPSG#�GuRS-Svn 19� <7�?eeMO #EPSGsD48/GK to D96/TM (18)Information source gives rotation angle of source CRS axes as 359.9993228929° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w� �REPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�S���EPSG#)EPSG%Scale factor for source CRS axes?� ��REPSG#�EPSG!�Rotation angle of source CRS axes?F/�lُVEPSG#�GuRS-Svn 18� <7�?eeMO #EPSGrD48/GK to D96/TM (17)Information source gives rotation angle of source CRS axes as 359.9985599438° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w�5?|�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@
��v�EPSG#)EPSG%Scale factor for source CRS axes?� �G�WEPSG#�EPSG!�Rotation angle of source CRS axes?W��#BJEPSG#�GuRS-Svn 17� <7�?eeMO #EPSGqD48/GK to D96/TM (16)Information source gives rotation angle of source CRS axes as 359.9988835539° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w��+ JEPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@~�dZ �EPSG#)EPSG%Scale factor for source CRS axes?� ���EPSG#�EPSG!�Rotation angle of source CRS axes?RJ��/ �EPSG#�GuRS-Svn 16� <7�?eeMO #EPSGwD48/GK to D96/TM (22)Information source gives rotation angle of source CRS axes as 359.9978515930° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�wI+ I�EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@�?|�hEPSG#)EPSG%Scale factor for source CRS axes?��&��EPSG#�EPSG!�Rotation angle of source CRS axes?a��9�@UEPSG#�GuRS-Svn 22
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8 Y|��� Bf� �? �b;m?++ %EPSGeNZVD2009 height to Dunedin-Bluff 1960 height (1)Accuracy 0.04m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSGj?�z�G�{EPSG!�Vertical Offset?�Q� �REPSG#)LINZ-NZ DUBL�c;o?++ %EPSGdNZVD2009 height to Stewart Island 1977 height (1)Accuracy 0.15m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�333333EPSG!�Vertical Offset?�\(�EPSG#)LINZ-NZ STIS�Z;]?++ %EPSGcNZVD2009 height to Bluff 1955 height (1)Accuracy 0.05m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�������EPSG!�Vertical Offset?�
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EPSG#)LINZ-NZ BLUF�\;a?++ %EPSGbNZVD2009 height to Dunedin 1958 height (1)Accuracy 0.07m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�� �Q�EPSG!�Vertical Offset?�\(�\EPSG#)LINZ-NZ DUNE�^;e?++ %EPSGaNZVD2009 height to Lyttelton 1937 height (1)Accuracy 0.09m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�
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EPSG!�Vertical Offset?�z�G�EPSG#)LINZ-NZ LYTT�_;g?++ %EPSG`NZVD2009 height to Wellington 1953 height (1)Accuracy 0.04m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�z�G�{EPSG!�Vertical Offset?�(�\)EPSG#)LINZ-NZ WELL�];c?++ %EPSG_NZVD2009 height to Taranaki 1970 height (1)Accuracy 0.05m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�������EPSG!�Vertical Offset?�z�G�{EPSG#)LINZ-NZ TARA�[;_?++ %EPSG^NZVD2009 height to Napier 1962 height (1)Accuracy 0.05m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�������EPSG!�Vertical Offset?ə�����EPSG#)LINZ-NZ NAPI�];c?++ %EPSG]NZVD2009 height to Gisborne 1926 height (1)Accuracy 0.02m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�z�G�{EPSG!�Vertical Offset?�\(��EPSG#)LINZ-NZ GISB�[;_?++ %EPSG\NZVD2009 height to Nelson 1955 height (1)Accuracy 0.07m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?�� �Q�EPSG!�Vertical Offset?ҏ\(�EPSG#)LINZ-NZ NELS�];c?++ %EPSG[NZVD2009 height to Moturiki 1953 height (1)Accuracy 0.06m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?��Q� �EPSG!�Vertical Offset?θQ� �EPSG#)LINZ-NZ MOTU�];c?++ %EPSGZNZVD2009 height to Auckland 1946 height (1)Accuracy 0.05m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG?�������EPSG!�Vertical Offset?�\(��EPSG#)LINZ-NZ AUCK�c;o?++ %EPSGYNZVD2009 height to One Tree Point 1964 height (1)Accuracy 0.03m (1 sigma).EPSG%�Vertical OffsetEPSGXEPSG�?��Q� �EPSG!�Vertical Offset?��Q� �EPSG#)LINZ-NZ ONTP� <7�?eeMO #EPSGyD48/GK to D96/TM (24)Information source gives rotation angle of source CRS axes as 359.9979842399° using opposite rotation convention to EPSG formula.EPSG%�Similarity transformationEPSGHEPSG�?ə�����EPSG!�Ordinate 1 of evaluation point in target CRS�w7����EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS@�`A�7LEPSG#)EPSG%Scale factor for source CRS axes?��G�EPSG#�EPSG!�Rotation angle of source CRS axes?`�Z��8�EPSG#�GuRS-Svn 24 A �?<O�?II+;= EPSG+ODN height to EVRF2000 height (1)Determined at 31 points. RMS residual 0.026m, maximum residual 0.080m.EPSGVertical Offset and SlopeEPSGEEPSGb?�������EPSG!�Ordinate 1 of evaluation point@K,�����EPSG#�EPSG!�Ordinate 2 of evaluation point�333333EPSG#�EPSG!�Vertical Offset?�� �Q�EPSG#)EPSG"Inclination in latitude?��+ I�EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Gbr
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� N ���0_ � �G<_�?II+;= EPSGQBaltic 1957 height to EVRF2000 height (4)Determined at 53 points. RMS residual 0.014m, maximum residual 0.035m.EPSGVertical Offset and SlopeEPSG �EPSGb?�������EPSG!�Ordinate 1 of evaluation point@H�fffffEPSG#�EPSG!�Ordinate 2 of evaluation point@.L�����EPSG#�EPSG!�Vertical Offset?��-VEPSG#)EPSG"Inclination in latitude?�n��O�;EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Cze�O<_�?II+;= EPSGPBaltic 1982 height to EVRF2007 height (1)Determined at 58 points. RMS residual 0.002m, maximum residual 0.005m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@E/�vȴ9EPSG#�EPSG!�Ordinate 2 of evaluation point@99=�b�EPSG#�EPSG!�Vertical Offset?�/��v�EPSG#)EPSG"Inclination in latitude��n��O�;EPSG#�EPSG"Inclination in longitude�h�t�j~�EPSG#�EPSG�EuG-Bgr�A<U�?II+;= EPSGOOstend height to EVRF2007 height (1)Determined at 4 points. RMS residual 0.002m, maximum residual 0.002m.EPSGVertical Offset and SlopeEPSGNEPSG�?�������EPSG!�Ordinate 1 of evaluation point@I7
=p��EPSG#�EPSG!�Ordinate 2 of evaluation point@�
=p��EPSG#�EPSG!�Vertical Offset��7KƧ�EPSG#)EPSG"Inclination in latitude���vȴ9XEPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Bel�A<U�?II+;= EPSGNOstend height to EVRF2000 height (1)Determined at 4 points. RMS residual 0.002m, maximum residual 0.002m.EPSGVertical Offset and SlopeEPSGNEPSGb?�������EPSG!�Ordinate 1 of evaluation point@I7
=p��EPSG#�EPSG!�Ordinate 2 of evaluation point@�
=p��EPSG#�EPSG!�Vertical Offset�|�hr�EPSG#)EPSG"Inclination in latitude��bM��EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Bel�J<U�?II+;= EPSGMHVRS71 height to EVRF2007 height (1)Determined at 46 points. RMS residual 0.008m, maximum residual 0.017m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@F��G�{EPSG#�EPSG!�Ordinate 2 of evaluation point@08Q� �EPSG#�EPSG!�Vertical Offset��1&�x�EPSG#)EPSG"Inclination in latitude��bM��EPSG#�EPSG"Inclination in longitude��n��O�;EPSG#�EPSG�EuG-Hrv�J<U�?II+;= EPSGLHVRS71 height to EVRF2000 height (1)Determined at 46 points. RMS residual 0.008m, maximum residual 0.016m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@F��G�{EPSG#�EPSG!�Ordinate 2 of evaluation point@08Q� �EPSG#�EPSG!�Vertical Offset���E��EPSG#)EPSG"Inclination in latitude�|�1&�yEPSG#�EPSG"Inclination in longitude��bM��EPSG#�EPSG�EuG-Hrv�<m�}?eeMO #EPSG.ED50 / UTM zone 31N to ETRS89 / UTM zone 31N (1)ICC publishes as two tfms, code 100800400 for ED50 to ETRS89 and code 800100400 for reverse when ordinate 1 = 129.547m, ordinate 2 = 208.186m, dS = 0.9999984496 and rotation = -1.56504". See ED50 to ETRS89 (14) (code 5661) for emulation using NTv2.EPSG%�Similarity transformationEPSGY�EPSGd�?�������EPSG!�Ordinate 1 of evaluation point in target CRS�`1�hr�!EPSG#)EPSG!�Ordinate 2 of evaluation point in target CRS�j� �REPSG#)EPSG%Scale factor for source CRS axes?� �.�>EPSG#�EPSG!�Rotation angle of source CRS axes?�
gb��EPSG#�ICC-Esp Cat�#<G�w1- EPSGTokyo 1892 to Korean 1985 (1)Caused by redetermination of longitude of Tokyo datum origin in 1918. Korean 1985 is based on the 1918 determination.EPSG%�Longitude rotationEPSG EPSGBEPSG!�Longitude offset@$�\(�EPSG#�OGP-Kor �
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���0f� �P<_�?II+;= EPSGZBaltic 1977 height to EVRF2007 height (4)Determined at 122 points. RMS residual 0.007m, maximum residual 0.019m.EPSGVertical Offset and SlopeEPSGIEPSG�?�������EPSG!�Ordinate 1 of evaluation point@LJ=p��
EPSG#�EPSG!�Ordinate 2 of evaluation point@8��z�HEPSG#�EPSG!�Vertical Offset?öE���EPSG#)EPSG"Inclination in latitude?�bM��EPSG#�EPSG"Inclination in longitude���t�j~�EPSG#�EPSG�EuG-Lva�H<_�?II+;= EPSGYBaltic 1977 height to EVRF2000 height (5)Determined at 123 points. RMS residual 0.007m, maximum residual 0.022m.EPSGVertical Offset and SlopeEPSGIEPSGb?�������EPSG!�Ordinate 1 of evaluation point@LJ=p��
EPSG#�EPSG!�Ordinate 2 of evaluation point@8��z�HEPSG#�EPSG!�Vertical Offset?��G�z�EPSG#)EPSG"Inclination in latitudeEPSG#�EPSG"Inclination in longitude?pbM��EPSG#�EPSG�EuG-Lva�L<U� ?II+;= EPSGXRH2000 height to EVRF2007 height (1)Determined at 3353 points. RMS residual 0.001m, maximum residual 0.004m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@N� �Q�EPSG#�EPSG!�Ordinate 2 of evaluation point@.�\(�EPSG#�EPSG!�Vertical Offset��bM��EPSG#)EPSG"Inclination in latitude�C�*0U2aEPSG#�EPSG"Inclination in longitude�3�*0U2aEPSG#�EPSG�EuG-Swe�H<Q�?II+;= EPSGWLN02 height to EVRF2007 height (1)Determined at 240 points. RMS residual 0.031m, maximum residual 0.085mEPSGVertical Offset and SlopeEPSG`EPSG�?�������EPSG!�Ordinate 1 of evaluation point@GFfffffEPSG#�EPSG!�Ordinate 2 of evaluation point@ 8Q� �EPSG#�EPSG!�Vertical Offset��������EPSG#)EPSG"Inclination in latitude��I�^5?}EPSG#�EPSG"Inclination in longitude���`A�7LEPSG#�EPSG�EuG-Che�M<[�?II+;= EPSGVConstanta height to EVRF2007 height (1)Determined at 48 points. RMS residual 0.004m, maximum residual 0.013m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@GG�z�EPSG#�EPSG!�Ordinate 2 of evaluation point@8}p��
=EPSG#�EPSG!�Vertical Offset?��vȴ9XEPSG#)EPSG"Inclination in latitude�tz�G�{EPSG#�EPSG"Inclination in longitude?�bM��EPSG#�EPSG�EuG-Rou�M<[�?II+;= EPSGUConstanta height to EVRF2000 height (1)Determined at 46 points. RMS residual 0.002m, maximum residual 0.009m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@GG�z�EPSG#�EPSG!�Ordinate 2 of evaluation point@8}p��
=EPSG#�EPSG!�Vertical Offset?��1&�yEPSG#)EPSG"Inclination in latitude?`bM��EPSG#�EPSG"Inclination in longitude?`bM��EPSG#�EPSG�EuG-Rou�G<_�?II+;= EPSGTBaltic 1977 height to EVRF2007 height (3)Determined at 30 points. RMS residual 0.013m, maximum residual 0.022m.EPSGVertical Offset and SlopeEPSGIEPSG�?�������EPSG!�Ordinate 1 of evaluation point@K�
=p��EPSG#�EPSG!�Ordinate 2 of evaluation point@8�\(��EPSG#�EPSG!�Vertical Offset?���"��`EPSG#)EPSG"Inclination in latitude?�"��`A�EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Ltu�O<_�?II+;= EPSGSBaltic 1977 height to EVRF2007 height (2)Determined at 52 points. RMS residual 0.004m, maximum residual 0.007m.EPSGVertical Offset and SlopeEPSGIEPSG�?�������EPSG!�Ordinate 1 of evaluation point@M5\(�EPSG#�EPSG!�Ordinate 2 of evaluation point@9� �Q�EPSG#�EPSG!�Vertical Offset?�\(�EPSG#)EPSG"Inclination in latitude?�n��O�;EPSG#�EPSG"Inclination in longitude����vȴ9EPSG#�EPSG�EuG-Est
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# W ���A ;_x� � �P;;c++ EPSG Baltic to Black Sea (1)Baltic datum is 0.4m above Black Sea datum.EPSG%�Vertical OffsetEPSGIEPSGgEPSG!�Vertical Offset�ٙ�����EPSG#)Black Sea�e;Ow++ ! EPSGBaltic height to AIOC95 depth (1)Baltic datum plane is 26.3m above AIOC95 datum plane.EPSG%�Vertical OffsetEPSGIEPSGfEPSG!�Vertical Offset�:L�����EPSG#)AIOC95-Aze�Z;7g++ # EPSGBelfast to Malin HeadBelfast datum is 37mm above Malin Head datum.EPSG%�Vertical OffsetEPSGdEPSGc?�z�G�{EPSG!�Vertical Offset����l�EPSG#)OSNI-Gbr NI�_;Qu++ # EPSGBaltic height to Caspian depth (1)Baltic datum plane is 28m above Caspian datum plane.EPSG%�Vertical OffsetEPSGIEPSGJEPSG!�Vertical Offset�EPSG#)Caspian Sea�#<;�W5+- EPSGyS-JTSK to S-JTSK/05 (1)S-JTSK/05 is derived from the R05 realisation of ETRS89 and constrained to be coincident with S-JTSK.EPSG%�Geographic2D offsetsEPSG<EPSGlEPSG!�Latitude offsetEPSG#�EPSG!�Longitude offsetEPSG#�CUZK-Cze�2;Q
1- EPSGvS-JTSK/05 (Ferro) to S-JTSK/05 (1)EPSG%�Longitude rotationEPSGmEPSGlEPSG!�Longitude offset�1ffffffEPSG#�OGP-Cze�I<]�?II+;= #EPSGaGenoa 1942 height to EVRF2007 height (2)Determined at 6 points. RMS residual 0.021m, maximum residual 0.032m.EPSGVertical Offset and SlopeEPSG^EPSG�?�������EPSG!�Ordinate 1 of evaluation point@B�fffffEPSG#�EPSG!�Ordinate 2 of evaluation point@,\(�\EPSG#�EPSG!�Vertical Offset��O�;dZ EPSG#)EPSG"Inclination in latitude�� �1&�EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Ita Sci�I<]�?II+;= #EPSG`Genoa 1942 height to EVRF2000 height (2)Determined at 4 points. RMS residual 0.026m, maximum residual 0.020m.EPSGVertical Offset and SlopeEPSG^EPSGb?�������EPSG!�Ordinate 1 of evaluation point@B�fffffEPSG#�EPSG!�Ordinate 2 of evaluation point@,\(�\EPSG#�EPSG!�Vertical Offset�ٺ^5?|�EPSG#)EPSG"Inclination in latitude��9XbM�EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Ita Sci�J<]�?II+;= #EPSG_Genoa 1942 height to EVRF2007 height (1)Determined at 47 points. RMS residual 0.035m, maximum residual 0.088m.EPSGVertical Offset and SlopeEPSG^EPSG�?�������EPSG!�Ordinate 1 of evaluation point@E,�����EPSG#�EPSG!�Ordinate 2 of evaluation point@)(�\)EPSG#�EPSG!�Vertical Offset�Гt�j~�EPSG#)EPSG"Inclination in latitude��n��O�;EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Ita pen�J<]�?II+;= #EPSG]Genoa 1942 height to EVRF2000 height (1)Determined at 40 points. RMS residual 0.035m, maximum residual 0.086m.EPSGVertical Offset and SlopeEPSG^EPSGb?�������EPSG!�Ordinate 1 of evaluation point@E,�����EPSG#�EPSG!�Ordinate 2 of evaluation point@)(�\)EPSG#�EPSG!�Vertical Offset��Ƨ-EPSG#)EPSG"Inclination in latitude���Q� �EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Ita pen�M<U�?II+;= EPSG\DHHN85 height to EVRF2007 height (1)Determined at 357 points. RMS residual 0.004m, maximum residual 0.012m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@I��
=p�EPSG#�EPSG!�Ordinate 2 of evaluation point@ ������EPSG#�EPSG!�Vertical Offset?�hr� ĜEPSG#)EPSG"Inclination in latitude���+ I�EPSG#�EPSG"Inclination in longitude?tz�G�{EPSG#�EPSG�EuG-Deu W� <O�C++ !EPSGAIOC95 depth to Caspian depth (1)The AIOC95 vertical reference surface is 1.7m above the Caspian vertical reference surface.EPSG%�Vertical OffsetEPSGfEPSGJEPSG!�Vertical Offset��333333EPSG#)AIOC95-Aze
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: h��� � �C<U�?II+;= EPSG,DHHN92 height to EVRF2000 height (1)Determined at 443 points. RMS residual 0.002m, maximum residual 0.007m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@I��
=p�EPSG#�EPSG!�Ordinate 2 of evaluation point@$B�\(��EPSG#�EPSG!�Vertical Offset?��1&�yEPSG#)EPSG"Inclination in latitude�PbM��EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Deu�X<[�E++ EPSG+NGF IGN69 height to EVRF2000 height (1)Determined at 8 points. RMS residual 0.005m, maximum residual 0.010m. The IGN69 vertical reference surface is below the EVRF2000 vertical reference surface.EPSG%�Vertical OffsetEPSGXEPSGb?�������EPSG!�Vertical Offset����vȴEPSG#)EuG-Fra�H<O�?II+;= EPSG)DNN height to EVRF2000 height (1)Determined at 707 points. RMS residual 0.003m, maximum residual 0.009m.EPSGVertical Offset and SlopeEPSGeEPSGb?�������EPSG!�Ordinate 1 of evaluation point@L�\(��EPSG#�EPSG!�Ordinate 2 of evaluation point@"G�z�HEPSG#�EPSG!�Vertical Offset?��+ I�EPSG#)EPSG"Inclination in latitude?h�t�j~�EPSG#�EPSG"Inclination in longitude?��+ I�EPSG#�EPSG�EuG-Den�O<_�?II+;= EPSG(Baltic 1982 height to EVRF2000 height (1)Determined at 36 points. RMS residual 0.002m, maximum residual 0.006m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@E/�vȴ9EPSG#�EPSG!�Ordinate 2 of evaluation point@99=�b�EPSG#�EPSG!�Vertical Offset?�KƧEPSG#)EPSG"Inclination in latitude?PbM��EPSG#�EPSG"Inclination in longitude�pbM��EPSG#�EPSG�EuG-Bgr�H<O�?II+;= EPSG'GHA height to EVRF2000 height (1)Determined at 114 points. RMS residual 0.031m, maximum residual 0.061m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@G��\)EPSG#�EPSG!�Ordinate 2 of evaluation point@,�=p��
EPSG#�EPSG!�Vertical Offset��ȴ9XbEPSG#)EPSG"Inclination in latitude��/��v�EPSG#�EPSG"Inclination in longitude���-VEPSG#�EPSG�EuG-Aut�P;=U++ EPSG&KOC WD to Kuwait PWD (1)Well datum is 4.25m above PWD datum.EPSG%�Vertical OffsetEPSG�EPSG�?�������EPSG!�Vertical Offset� EPSG#)KOC-Kwt�<O�+++ EPSG%KOC CD height to KOC WD depth (1)Construction Datum datum plane is 4.74m (15.55ft) below Well Datum datum plane.EPSG%�Vertical OffsetEPSG�EPSG�?�������EPSG!�Vertical Offset@�\(�EPSG#)KOC-Kwt�X;=e++ EPSG$KOC CD to Kuwait PWD (1)Construction datum is 0.49m below PWD datum.EPSG%�Vertical OffsetEPSG�EPSG�?�������EPSG!�Vertical Offset?�\(�\EPSG#)KOC-Kwt�
<9�I++ # EPSG Poolbeg to Belfast (1)Poolbeg datum is 2.7m below Belfast datum. Transformations are subject to localised anomalies.EPSG%�Vertical OffsetEPSGzEPSGd?�������EPSG!�Vertical Offset@������EPSG#)OSNI-Gbr NI�<?�O++ EPSG Poolbeg to Malin Head (1)Poolbeg datum is 2.7m below Malin Head datum. Transformations are subject to localised anomalies.EPSG%�Vertical OffsetEPSGzEPSGc?�������EPSG!�Vertical Offset@������EPSG#)OSI-Ire�^;?g++ # EPSG Belfast to Malin Head (1)Belfast datum is 37mm below Malin Head datum.EPSG%�Vertical OffsetEPSGdEPSGc?�z�G�{EPSG!�Vertical Offset?���l�EPSG#)OSNI-Gbr NI �
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� [�6z� �6 �<Q�S?II+;= EPSG6RH70 height to EVRF2000 height (1)Determined at 21 points. RMS residual 0.011m, maximum residual 0.023m. Not recognised by National Land Survey of Sweden. No longer supported by information source.EPSGVertical Offset and SlopeEPSGVEPSGb?�������EPSG!�Ordinate 1 of evaluation point@EPSG#�EPSG!�Ordinate 2 of evaluation point@0#�
=p�EPSG#�EPSG!�Vertical Offset?tz�G�{EPSG#)EPSG"Inclination in latitude���t�j~�EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Swe�2;Yg?II+;= EPSG5Alicante height to EVRF2000 height (1)Determined at 70 points. RMS residual 0.010m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@D;"��`BEPSG#�EPSG!�Ordinate 2 of evaluation point� %�S���EPSG#�EPSG!�Vertical Offset����vȴEPSG#)EPSG"Inclination in latitude�h�t�j~�EPSG#�EPSG"Inclination in longitude?x�t�j~�EPSG#�EPSG�EuG-Esp�:<S�?II+;= EPSG4NVN99 height to EVRF2000 height (1)Determined at 9 points. RMS residual 0.003m, maximum residual 0.004m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point.EPSG#�EPSG!�Ordinate 2 of evaluation pointEPSG#�EPSG!�Vertical Offset��M���EPSG#)EPSG"Inclination in latitude���`A�7LEPSG#�EPSG"Inclination in longitude?�bM��EPSG#�EPSG�EuG-Svn�X<W�I++ EPSG3Cascais height to EVRF2000 height (1)Determined at 5 points. RMS residual 0.013m, maximum residual 0.021m. The Cascais vertical reference surface is below the EVRF2000 vertical reference surface.EPSG%�Vertical OffsetEPSG�EPSGb?�������EPSG!�Vertical Offset��(�\)EPSG#)EuG-Prt�I<Q�?II+;= EPSG2NN54 height to EVRF2000 height (1)Determined at 117 points. RMS residual 0.037m, maximum residual 0.076m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@OG�z�HEPSG#�EPSG!�Ordinate 2 of evaluation point@&333333EPSG#�EPSG!�Vertical Offset�PbM��EPSG#)EPSG"Inclination in latitude��z�G�{EPSG#�EPSG"Inclination in longitude?�hr� ĜEPSG#�EPSG�EuG-Nor�R<O�E++ EPSG1NAP height to EVRF2000 height (1)Determined at 757 points. RMS residual 0.002m, maximum residual 0.021m. The NAP vertical reference surface is below the EVRF2000 vertical reference surface.EPSG%�Vertical OffsetEPSGMEPSGb?�������EPSG!�Vertical Offset�tz�G�{EPSG#)EuG-Nld�3;[g?II+;= EPSG0EOMA height 1980 to EVRF2000 height (1)Determined at 35 points. RMS residual 0.003m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@GK� �Q�EPSG#�EPSG!�Ordinate 2 of evaluation point@3Y�����EPSG#�EPSG!�Vertical Offset?�� �Q�EPSG#)EPSG"Inclination in latitude?�bM��EPSG#�EPSG"Inclination in longitude�`bM��EPSG#�EPSG�EuG-Hun�K<S�?II+;= EPSG.SNN76 height to EVRF2000 height (1)Determined at 73 points. RMS residual 0.004m, maximum residual 0.011m.EPSGVertical Offset and SlopeEPSG�EPSGb?�������EPSG!�Ordinate 1 of evaluation point@J(�\)EPSG#�EPSG!�Ordinate 2 of evaluation point@*333333EPSG#�EPSG!�Vertical Offset?��t�jEPSG#)EPSG"Inclination in latitude?|�1&�yEPSG#�EPSG"Inclination in longitude?tz�G�{EPSG#�EPSG�EuG-Deu E �H<Q�?II+;= EPSG7LN02 height to EVRF2000 height (1)Determined at 225 points. RMS residual 0.033m, maximum residual 0.094mEPSGVertical Offset and SlopeEPSG`EPSGb?�������EPSG!�Ordinate 1 of evaluation point@GFfffffEPSG#�EPSG!�Ordinate 2 of evaluation point@ 8Q� �EPSG#�EPSG!�Vertical Offset��\(�\EPSG#)EPSG"Inclination in latitude���G�z�EPSG#�EPSG"Inclination in longitude��bM��EPSG#�EPSG�EuG-Che
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j � K@/'��~�� j� �)<[�g++ EPSGHPoolbeg height to Malin Head height (1)Poolbeg datum plane is 2.7m below Malin Head datum plane. Transformations are subject to localised anomalies.EPSG%�Vertical OffsetEPSGzEPSGc?�������EPSG!�Vertical Offset�������EPSG#)OSI-Ire� <a�++ EPSGGBaltic 1977 height to Black Sea height (1)Baltic 1977 vertical reference surface is 0.4m above Black Sea surface.EPSG%�Vertical OffsetEPSGIEPSGgEPSG!�Vertical Offset?ٙ�����EPSG#)Black Sea�e;Ow++ ! EPSGFBaltic depth to AIOC95 height (1)Baltic datum plane is 26.3m above AIOC95 datum plane.EPSG%�Vertical OffsetEPSG�EPSG�EPSG!�Vertical Offset@:L�����EPSG#)AIOC95-Aze�<W�'++ !EPSGEBaltic 1977 depth to AIOC95 depth (1)The Baltic 1977 vertical reference surface is 26.3m above the AIOC95 surface.EPSG%�Vertical OffsetEPSG�EPSGfEPSG!�Vertical Offset�:L�����EPSG#)AIOC95-Aze�|<[�++ !EPSGCBaltic 1977 height to AIOC95 height (1)Baltic 1977 vertical reference surface is 26.3m above AIOC95 surface.EPSG%�Vertical OffsetEPSGIEPSG�EPSG!�Vertical Offset@:L�����EPSG#)AIOC95-Aze�%;O
++ EPSGBBaltic height to Baltic depth (1)EPSG%�Vertical OffsetEPSGIEPSG�EPSG!�Vertical OffsetEPSG#)OGP-FSU�<Q�A++ # EPSGABaltic depth to Caspian height (1)The Baltic vertical reference surface is 28m above the Caspian vetyical reference surface.EPSG%�Vertical OffsetEPSG�EPSG�EPSG!�Vertical Offset EPSG#)Caspian Sea�<Y�K++ #EPSG@Baltic 1977 depth to Caspian depth (1)The Baltic 1977 vertical reference surface is 28m above the Caspian vertical reference surface.EPSG%�Vertical OffsetEPSG�EPSGJEPSG!�Vertical Offset�EPSG#)Caspian Sea� <]�;++ #EPSG>Baltic 1977 height to Caspian height (1)Baltic 1977 vertical reference surface is 28m above Caspian vertical reference surface.EPSG%�Vertical OffsetEPSGIEPSG�EPSG!�Vertical Offset EPSG#)Caspian Sea�G<_�?II+;= EPSG=Baltic 1977 height to EVRF2000 height (2)Determined at 46 points. RMS residual 0.002m, maximum residual 0.003m.EPSGVertical Offset and SlopeEPSGIEPSGb?�������EPSG!�Ordinate 1 of evaluation point@K�
=p��EPSG#�EPSG!�Ordinate 2 of evaluation point@8�\(��EPSG#�EPSG!�Vertical Offset?� �1&�EPSG#)EPSG"Inclination in latitudeEPSG#�EPSG"Inclination in longitude?`bM��EPSG#�EPSG�EuG-Ltu�O<_�?II+;= EPSG<Baltic 1977 height to EVRF2000 height (1)Determined at 36 points. RMS residual 0.003m, maximum residual 0.005m.EPSGVertical Offset and SlopeEPSGIEPSGb?�������EPSG!�Ordinate 1 of evaluation point@M5\(�EPSG#�EPSG!�Ordinate 2 of evaluation point@9� �Q�EPSG#�EPSG!�Vertical Offset?�$�/�EPSG#)EPSG"Inclination in latitude���1&�yEPSG#�EPSG"Inclination in longitude?tz�G�{EPSG#�EPSG�EuG-Est�F<_�?II+;= EPSG;Baltic 1957 height to EVRF2000 height (3)Determined at 3 points. RMS residual 0.002m, maximum residual 0.001m.EPSGVertical Offset and SlopeEPSG �EPSGb?�������EPSG!�Ordinate 1 of evaluation point@H0��
=qEPSG#�EPSG!�Ordinate 2 of evaluation point@3&fffffEPSG#�EPSG!�Vertical Offset?�;dZ �EPSG#)EPSG"Inclination in latitude?�z�G�{EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Svk * �'<U�a++ # EPSGIPoolbeg height to Belfast height (1)Poolbeg datum plane is 2.7m below Belfast datum plane. Transformations are subject to localised anomalies.EPSG%�Vertical OffsetEPSGzEPSGd?�������EPSG!�Vertical Offset�������EPSG#)OSNI-Gbr NI
� � U�@x��� �L;Q9++ +EPSG �EGM2008 height to POM08 height (1)Defines POM08 heights.EPSG%�Vertical OffsetEPSGEPSG �EPSG!�Vertical Offset��\(��EPSG#)QC-Png Gulf-Cen�J;M9++ +EPSG �EGM96 height to POM96 height (1)Defines POM96 heights.EPSG%�Vertical OffsetEPSG�EPSG �EPSG!�Vertical Offset��G�z�HEPSG#)QC-Png Gulf-Cen�E<Y�?II+;= EPSG �DHHN2016 height to EVRF2007 height (1)Determined at 425 points. RMS residual 0.017m, maximum residual 0.061m.EPSGVertical Offset and SlopeEPSG �EPSG�?�������EPSG!�Ordinate 1 of evaluation point@I��
=p�EPSG#�EPSG!�Ordinate 2 of evaluation point@$B�\(��EPSG#�EPSG!�Vertical Offset?��1&�yEPSG#)EPSG"Inclination in latitude��z�G�{EPSG#�EPSG"Inclination in longitudeEPSG#�EPSG�EuG-Deu�F<_�?II+;= EPSG Latvia 2000 height to EVRF2007 height (1)Determined at 82 points. RMS residual 0.010, maximum residual 0.019m.EPSGVertical Offset and SlopeEPSG EPSG�?�������EPSG!�Ordinate 1 of evaluation point@LJ=p��
EPSG#�EPSG!�Ordinate 2 of evaluation point@8��z�HEPSG#�EPSG!�Vertical Offset?h�t�j~�EPSG#)EPSG"Inclination in latitudeEPSG#�EPSG"Inclination in longitude?~Ov_ح�EPSG#�EPSG�EuG-Lva�E;S;++ 'EPSG �EGM2008 height to Kiunga height (1)Defines Kiunga heights.EPSG%�Vertical OffsetEPSGEPSG �EPSG!�Vertical Offset�EPSG#)QC-Png Kiunga�O;S?++ )EPSG �EGM96 height to Kumul 34 height (1)Defines Kumul 34 heights.EPSG%�Vertical OffsetEPSG�EPSG �EPSG!�Vertical Offset���
=p��EPSG#)QC-Png Kumul34�{=��[++ 3EPSG+JGD2000 (vertical) height to JGD2011 (vertical) height (1)Excludes areas of eastern Honshu affected by 2008 Iwate-Miyagi and 2011 Tohoku earthquakes (Aomori, Iwate, Miyagi, Akita, Yamagata, Fukushima and Ibaraki prefectures).EPSG%�Vertical OffsetEPSG&EPSG'?�z�G�{EPSG!�Vertical OffsetEPSG#)OGP-Jpn ex E Honshu�H<O�?II+;= EPSG�GHA height to EVRF2007 height (1)Determined at 108 points. RMS residual 0.032m, maximum residual 0.063m.EPSGVertical Offset and SlopeEPSG�EPSG�?�������EPSG!�Ordinate 1 of evaluation point@G��\)EPSG#�EPSG!�Ordinate 2 of evaluation point@,�=p��
EPSG#�EPSG!�Vertical Offset��p��
=qEPSG#)EPSG"Inclination in latitude����
=p�EPSG#�EPSG"Inclination in longitude���Q� �EPSG#�EPSG�EuG-Aut�o;Wy++ EPSGOKOC WD depth to Kuwait PWD height (1)Well Datum datum plane is 4.25m above PWD datum plane.EPSG%�Vertical OffsetEPSG�EPSG�?�������EPSG!�Vertical Offset@ EPSG#)KOC-Kwt�Z;Gq++ EPSGNHKPD height to HKCD depth (1)HKPD datum plane is 0.146m above HKCD datum plane.EPSG%�Vertical OffsetEPSGjEPSGkEPSG!�Vertical Offset�° ě��EPSG#)SMO-HK�
<Y�+++ EPSGMKOC CD height to KOC WD depth (ft) (1)Construction Datum datum plane is 4.74m (15.55ft) below Well Datum datum plane.EPSG%�Vertical OffsetEPSG�EPSG�?�������EPSG!�Vertical Offset@/�����EPSG#*KOC-Kwt�<[�++ #EPSGLBelfast height to Malin Head height (1)Belfast vertical reference surface is 37mm below Malin Head surface.EPSG%�Vertical OffsetEPSGdEPSGc?�z�G�{EPSG!�Vertical Offset����l�EPSG#)OSNI-Gbr NI� <k�; 9 EPSG Poolbeg height (ft(Br36)) to Poolbeg height (m)Change of unit from British foot (1936) [ft(BR36)] to metre.EPSG-Change of Vertical UnitEPSGzEPSG EPSGUnit conversion scalar?Ӂ� K�@EPSG#�
6
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� ��HL7~��$,� 6 �t<C�; 9 EPSG xMSL depth to MSL depth (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048m.EPSG-Change of Vertical UnitEPSGSEPSG sEPSGUnit conversion scalar@
?(���EPSG#�v<G�; 9 EPSG vMSL height to MSL height (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048m.EPSG-Change of Vertical UnitEPSGREPSG rEPSGUnit conversion scalar@
?(���EPSG#�1;;q7 EPSG gMSL height to MSL depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGREPSGS�^<�q7 EPSG fInstantaneous Water Level height to Instantaneous Water Level depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG�EPSGǁE;cq7 EPSG 6NAVD88 height (ftUS) to NAVD88 depth (ftUS)Change of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG�EPSGց7;Gq7 EPSG 5NAVD88 height to NAVD88 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGGEPSGՂ<W�?; 9 EPSG 4NAVD88 height to NAVD88 height (ftUS)Change of unit from metre to US survey foot. 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGGEPSG�EPSGUnit conversion scalar@
?%��X�EPSG#�z<O�; 9 EPSG 1KOC WD depth to KOC WD depth (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048m.EPSG-Change of Vertical UnitEPSG�EPSG�EPSGUnit conversion scalar@
?(���EPSG#�7;Gq7 EPSG 0KOC WD height to KOC WD depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG +EPSG��3;?q7 EPSG .HKPD height to HKPD depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGjEPSG (�<Y�%++ EPSG -Kuwait PWD height to KOC WD height (1)The KOC WD vertical reference surface is 4.25m above the Kuwait PWD surface.EPSG%�Vertical OffsetEPSG�EPSG +?�������EPSG!�Vertical Offset� EPSG#)KOC-Kwt�<Q�)++ EPSG ,KOC CD height to KOC WD height (1)The KOC CD vertical reference surface is 4.74m (15.55ft) below KOC WD surface.EPSG%�Vertical OffsetEPSG�EPSG +?�������EPSG!�Vertical Offset��\(�EPSG#)KOC-Kwt�E;cq7 EPSG *NGVD29 height (ftUS) to NGVD29 depth (ftUS)Change of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGFEPSGׁm<E�++ EPSG )HKPD depth to HKCD depth (1)The HKPD vertical reference surface is 0.146m above the HKCD surface.EPSG%�Vertical OffsetEPSG (EPSGkEPSG!�Vertical Offset�° ě��EPSG#)SMO-HK� <_�M; 9 EPSG $NGVD29 height (ftUS) to NGVD29 height (m)Change of unit from US survey foot (ftUS) to metre. 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGFEPSG EPSGUnit conversion scalar?Ӂ�j�p8EPSG#�L<]�+++ EPSG Poolbeg height (m) to Belfast height (1)Poolbeg vertical reference surface is 2.7m below Belfast surface. Nominal accuracy 0.1m but transformations are subject to localised anomalies.EPSG%�Vertical OffsetEPSG EPSGd?�������EPSG!�Vertical Offset�������EPSG#)OSI-Ire�<K�M; 9 EPSG wMSL height to MSL height (ftUS)Change of unit from metre to US survey foot (ftUS). 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGREPSG tEPSGUnit conversion scalar@
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� ����d%��6 �q;cU++ 7EPSG%ZODN height to EVRF2019 mean-tide height (2)Determined at Channel Tunnel portal.EPSG%�Vertical OffsetEPSGEEPSG$�?�z�G�{EPSG!�Vertical Offset��\(��EPSG#)EuG-Gbr 2019m 2020-09�G<k�w++ 7EPSG%PAntalya height to EVRF2019 mean-tide height (2)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%�Vertical OffsetEPSG�EPSG$�?�z�G�{EPSG!�Vertical Offset�ܬ1&�yEPSG#)EuG-Tur 2019m 2020-09�=<W�w++ 7EPSG%OAntalya height to EVRF2019 height (2)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%�Vertical OffsetEPSG�EPSG$�?�z�G�{EPSG!�Vertical Offset��7KƧ�EPSG#)EuG-Tur 2019z 2020-09�5<W�w++ ' EPSG$�Antalya height to EVRF2019 height (1)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%�Vertical OffsetEPSG�EPSG$�?�z�G�{EPSG!�Vertical Offset���+ JEPSG#)EuG-Tur 2019z�?<k�w++ ' EPSG$�Antalya height to EVRF2019 mean-tide height (1)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%�Vertical OffsetEPSG�EPSG$�?�z�G�{EPSG!�Vertical Offset�܋C��%EPSG#)EuG-Tur 2019m�i;cU++ ' EPSG$�ODN height to EVRF2019 mean-tide height (1)Determined at Channel Tunnel portal.EPSG%�Vertical OffsetEPSGEEPSG$�?�z�G�{EPSG!�Vertical Offset��$�/��EPSG#)EuG-Gbr 2019m�<K�O++ %EPSG$�Vienna height to GHA height (1)Defines Wiener Null surface. GHA vertical reference surface is 156.68m below Wiener Null surface.EPSG%�Vertical OffsetEPSG"�EPSG�EPSG!�Vertical Offset@c�\(�EPSG#)BEV-Aut Wien�A;[q7 EPSG �Baltic 1957 height to Baltic 1957 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG �EPSG ��9;Kq7 EPSG �Caspian height to Caspian depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG�EPSGJ�7;Gq7 EPSG �AIOC95 height to AIOC95 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG�EPSGf�=;Sq7 EPSG �Black Sea height to Black Sea depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGgEPSGV<S�I; 9 EPSG %NAVD88 height to NAVD88 height (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048. For States which have adopted International feet for their State Plane coordinate systems.EPSG-Change of Vertical UnitEPSGGEPSG $EPSGUnit conversion scalar@
?(���EPSG#�A;[q7 EPSG |Baltic 1977 height to Baltic 1977 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGIEPSG� J �H;e
++ +EPSG%�Genoa 1942 height to Catania 1965 height (1)EPSG%�Vertical OffsetEPSG^EPSG%�?�z�G�{EPSG!�Vertical Offset?� I�^5?EPSG#)IGMI-Ita Sicily �
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PROJBI_HEIGHT_TO_STORNOWAY_HEIGHTBI height to Stornoway heightAccuracy 0.4 m, from datum ensemble definitionEPSG%�Vertical OffsetEPSG$�EPSGr?ٙ�����EPSG!�Vertical OffsetEPSG#) �h<GK !� NKGETRF96_2000_TO_ETRF96_1997_56ETRF96@2000.0 to ETRF96@1997.56PROJPROJString+proj=deformation +dt=-2.44 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSG �EPSGH?tz�G�{NKG 2008 �=��M EPSG=�IGN Astro 1960 / UTM zone 29N to WGS 84 / UTM zone 29N (1)Transformation taken from IGN Astro 1960 / UTM zone 29N to Mauritania 1999 / UTM zone 29N (1) (tfm code 15858) assuming that Mauritania 1999 is equivalent to WGS 84 within the accuracy of this tfm.EPSG%�Affine parametric transformationEPSG
(EPSGuEPSG!�A0�y�9XbNEPSG#)EPSG!�A1?� ��]�&EPSG#�EPSG!�A2?����U-EPSG#�EPSG!�B0�V3dZ �EPSG#)EPSG!�B1�����U-EPSG#�EPSG!�B2?� ��]�&EPSG#�OGP-Mau C �;S
M +-- )EPSG=JTokyo + JSLD height to WGS 84 (101)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@(k� �Q�EPSG#�EPSG!�Longitude offset�"k� �Q�EPSG#�EPSG!�Geoid undulation@A&fffffEPSG#)GSI-Jpn 324133 �;Q
M +-- )EPSG=;Tokyo + JSLD height to WGS 84 (86)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@'�� �REPSG#�EPSG!�Longitude offset�$�33333EPSG#�EPSG!�Geoid undulation@B�33333EPSG#)GSI-Jpn 340136 �;Q
M +-- )EPSG=,Tokyo + JSLD height to WGS 84 (71)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@&�G�z�EPSG#�EPSG!�Longitude offset�"k� �Q�EPSG#�EPSG!�Geoid undulation@@Y�����EPSG#)GSI-Jpn 344132 �;Q
M +-- )EPSG= Tokyo + JSLD height to WGS 84 (56)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@&W
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M +-- )EPSG=Tokyo + JSLD height to WGS 84 (41)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@$��\)EPSG#�EPSG!�Longitude offset�(�=p��
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M +-- )EPSG<�Tokyo + JSLD height to WGS 84 (11)EPSG%�Geographic2D with Height OffsetsEPSG �EPSGsEPSG!�Latitude offset@ �G�z�EPSG#�EPSG!�Longitude offset�+�p��
=EPSG#�EPSG!�Geoid undulation@>�fffffEPSG#)GSI-Jpn 440142 �V<c�3++ 1EPSG(�Cais da Vila depth to ZH Portugal depth (1)Offshore of Porto Santo island the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Vila vertical reference surface.EPSG%�Vertical OffsetEPSG(�EPSG(mEPSG!�Vertical Offset��ffffffEPSG#)IH-Por Porto Santo
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<s�?II+;= EPSG&Baltic 1957 height to EVRF2019 mean-tide height (1)Determined at 242 points. RMS residual 0.012m, maximum residual 0.028m. Approximates the official transformation available through the CUZK transformation service at https://geoportal.cuzk.cz/ for comparison with transformation to EVRF2007 (CT 5202).EPSGVertical Offset and SlopeEPSG �EPSG$�?�z�G�{EPSG!�Ordinate 1 of evaluation point@H�fffffEPSG#�EPSG!�Ordinate 2 of evaluation point@.L�����EPSG#�EPSG!�Vertical Offset?���
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PROJBI_HEIGHT_TO_MALIN_HEAD_HEIGHTBI height to Malin Head heightAccuracy 0.4 m, from datum ensemble definitionEPSG%�Vertical OffsetEPSG$�EPSGc?ٙ�����EPSG!�Vertical OffsetEPSG#)�g;CCi++
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PROJBI_HEIGHT_TO_BELFAST_HEIGHTBI height to Belfast heightAccuracy 0.4 m, from datum ensemble definitionEPSG%�Vertical OffsetEPSG$�EPSGd?ٙ�����EPSG!�Vertical OffsetEPSG#)�P;1I !} NKGSE_2020_INTRAPLATEETRF97@2000.0 to ETRF97@1999.5PROJPROJString+proj=deformation +dt=-0.5 +grids=eur_nkg_nkgrf17vel.tifEPSG �EPSGp?tz�G�{NKG 2020�N;1I !y NKGNO_2020_INTRAPLATEETRF93@2000.0 to ETRF93@1995.0PROJPROJString+proj=deformation +dt=-5 +grids=eur_nkg_nkgrf17vel.tifEPSG �EPSGH?tz�G�{NKG 2020�W<99 !� NKGNKG_ETRF14_TO_ETRF2014NKG_ETRF14 to ETRF2014PROJPROJString+proj=deformation +t_epoch=2000.0 +grids=eur_nkg_nkgrf17vel.tifNKGETRF14EPSG �?�z�G�{NKG 2020�+=9C�1!� NKGNKG_ETRF14_ETRF93_2000NKG_ETRF14 to ETRF93@2000.0Transformation from NKG_ETRF14 to ETRF93, at transformation reference epoch 2000.0PROJPROJString+proj=xyzgridshift +grids=no_kv_NKGETRF14_EPSG7922_2000.tifNKGETRF14EPSG �?tz�G�{NKG 2020�a<99 !� NKGNKG_ETRF00_TO_ETRF2000NKG_ETRF00 to ETRF2000PROJPROJString+proj=deformation +t_epoch=2000.0 +grids=eur_nkg_nkgrf03vel_realigned.tifNKGETRF00EPSG �?�z�G�{NKG 2008�[;1] ! NKGLV_2020_INTRAPLATEETRF89@2000.0 to ETRF89@1992.75 (LKS-92)PROJPROJString+proj=deformation +dt=-7.25 +grids=eur_nkg_nkgrf17vel.tifEPSG �EPSGT?tz�G�{NKG 2020�];1c !} NKGLT_2020_INTRAPLATEETRF2000@2000.0 to ETRF2000@2003.75 (LKS94)PROJPROJString+proj=deformation +dt=3.75 +grids=eur_nkg_nkgrf17vel.tifEPSG �EPSGV?tz�G�{NKG 2020�N;1I !y NKGFI_2020_INTRAPLATEETRF96@2000.0 to ETRF96@1997.0PROJPROJString+proj=deformation +dt=-3 +grids=eur_nkg_nkgrf17vel.tifEPSG �EPSGH?tz�G�{NKG 2020�c<AI !� NKGETRF97_2000_TO_ETRF97_1999ETRF97@2000.0 to ETRF97@1999.5PROJPROJString+proj=deformation +dt=-0.5 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSG �EPSGp?tz�G�{NKG 2008
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1�+ EPSG �HD72 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSG�EPSG�EPSG-Hung K?-EPSG �Batavia (Jakarta) to WGS 84 (1)Accuracy 3m in each axis.EPSG�EPSG�EPSG-Idn Sumatra_ M; EPSG �Tananarive (Paris) to WGS 84 (1)Accuracy not available.EPSG�EPSG��EPSG-Mdga MA EPSG �Monte Mario (Rome) to WGS 84 (1)Accuracy 25m in each axis.EPSG�EPSG�,EPSG-Itar QaEPSG �Bogota 1975 (Bogota) to WGS 84 (1)Accuracy 6m, 5m and 6m in X, Y and Z axes.EPSG�EPSG�
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EPSG �NTF (Paris) to WGS 84 (1)EPSG�EPSG�EPSG-Fra�@
3�y-EPSG oED50 to WGS 84 (15)Replaced by codes 8569 and 1612 in 1997 and 2001.
The concatenation of transformations 1147 and 1146 gives the following position vector tfm: dX=-84.491 dY=-100.559 dZ=-114.209 metres rX= -2.4006 rY=-0.5367 rZ=-2.3742 microradians dS=+0.2947 ppm.EPSG�EPSG�?� NMA-Nor N65 1991T Y
EPSG 3KOC CD height to KOC WD depth (ft) (1)EPSG�EPSG�?�������IOGP-KwtO O
EPSG 2KOC CD height to KOC WD depth (1)EPSG�EPSG�?�������IOGP-KwtB G
EPSG /HKPD height to HKCD depth (1)EPSGjEPSGkIOGP-HK` _
/EPSG 'NGVD29 height (ftUS) to NAVD88 height (3)EPSGFEPSGG?�z�G�{IOGP - US Conus E` _
/EPSG &NGVD29 height (ftUS) to NAVD88 height (2)EPSGFEPSGG?�z�G�{IOGP - US Conus C` _
/EPSG %NGVD29 height (ftUS) to NAVD88 height (1)EPSGFEPSGG?�z�G�{IOGP - US Conus W] k
EPSG Poolbeg height (ft(Br36)) to Belfast height (1)EPSGzEPSGd?�������EPSG-Ire` q
EPSG Poolbeg height (ft(Br36)) to Malin Head height (1)EPSGzEPSGc?�������EPSG-Ire�u
C�i 'EPSG �NTF (Paris) to RGF93 v1 (2)Second step is an emulation (using the NTv2 method) of the geocentric interpolation method described in CT code 9337. Note that the grid file parameters are of opposite sign.EPSG�EPSGKIOGP-Fra NTv2R M%EPSG�Tananarive (Paris) to WGS 84 (2)Used by OMV.EPSG�EPSG�OGP-Mdg�
?�#!EPSGSNAD27 to NAD83(HARN) (22)May be taken as approximate transformation NAD27 to WGS 84 - see code 8622.EPSG�EPSG8?ə�����NGS-Usa SD�
5�!-EPSG:Tokyo to JGD2011 (1)See Tokyo to JGD2011 (2) (code 6740) for areas other than northern Honshu.EPSG�EPSG ?�333333OGP-Jpn N HonshuH G
%EPSG�Lisbon (Lisbon) to WGS 84 (2)EPSG�EPSG�OGP-Prt 2009�^
E�= #EPSGzS-JTSK (Ferro) to WGS 84 (3)Parameter values from S-JTSK/05 to ETRS89 (1) (code 5226). For applications to an accuracy of 1m. Replaces S-JTSK (Ferro) to WGS 84 (1) (tfm code 8642).EPSG�EPSG�OGP-Cze R05�
K� EPSGxS-JTSK/05 (Ferro) to WGS 84 (1)Replaces S-JTSK (Ferro) to WGS 84 (1) (CRS code 8642) in Czech Republic.EPSGmEPSG�OGP-CzeA E
EPSGnS-JTSK (Ferro) to WGS 84 (2)EPSG�EPSG�OGP-Svk= =
EPSGHTokyo 1892 to WGS 84 (1)EPSG EPSG�OGP-Kor> ?
EPSGFTokyo 1892 to KGD2002 (1)EPSG EPSG�OGP-Kor�
9�%%EPSG�Amersfoort to ED50 (1)Adopted by NAM in 2006, replacing polynomial tfms 1046, 6304, 1050 and 6306.EPSG�EPSG�?� NAM-Nld 2006�E
I�} EPSGSPuerto Rico to NAD83(HARN) (1)Accuracy 0.1m at 67% confidence level. May be taken as approximate transformation Puerto Rico to WGS 84 - see code 8583.EPSG+EPSG8?�z�G�{NGS-PRVIc ?S EPSG~MGI (Ferro) to WGS 84 (1)Accuracy estimate is not available.EPSG�EPSG�DMA-balkF ?
EPSG8MGI (Ferro) to WGS 84 (2)EPSG�EPSG�?� BEV-Aut
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;�) # EPSG �NAD27(76) to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG EPSG�EPSG-Can On�<
5� # EPSG �NAD27 to WGS 84 (27)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84. Superseded by NAD27 to WGS 84 (31) (code 8565).EPSG�EPSG�EPSG-Can QC�
?�) EPSG �Puerto Rico to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG+EPSG�EPSG-PRVI�
3�) 3 EPSG �AGD66 to WGS 84 (5)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSG�EPSG-Aus NSW Vic 1m�>
3� + EPSG �AGD66 to WGS 84 (4)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD66 to WGS 84 (9) (code 8576).EPSGjEPSG�EPSG-Aus Tas 1m�?
3� + EPSG �AGD66 to WGS 84 (3)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD66 to WGS 84 (11) (code 8581).EPSGjEPSG�EPSG-Aus ACT 1m�L
A� + EPSG �NAD27(CGQ77) to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84. Superseded by NAD27(CGQ77) to WGS 84 (2) (code 8564).EPSGEPSG�EPSG-Can Qc NT1�
K�) + EPSG �St. George Island to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG*EPSG�EPSG-Usa AK StG�
G�) + EPSG �St. Paul Island to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG)EPSG�EPSG-Usa AK StP�
O�) + EPSG �St. Lawrence Island to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG(EPSG�EPSG-Usa AK StL�
A�) # EPSG �Old Hawaiian to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG'EPSG�EPSG-Usa Hi�;��- EPSG �ETRS89 + Baltic 1957 height to ETRS89 + EVRF2007 height (1)Recommended method for transforming coordinates between Baltic 1957 height and EVRF2007 height and vice-versa in Slovakia. Compound transformation using two separate quasigeoid models (DVRM05 and DMQSK2014E).EPSG �EPSG �?�������UGKK-Svkb ?S EPSG GMGI (Ferro) to WGS 84 (1)Accuracy estimate is not available.EPSG�EPSG�DMA-balk�
5�) EPSG 5NAD27 to WGS 84 (26)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG�EPSG�EPSG-Can�
5� % EPSG 3NAD27 to WGS 84 (25)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84. Superseded by NAD27 to WGS 84 (27) (code 8404) in Quebec and NAD27 to WGS 84 (26) (code 8245) elsewhere in Canada.EPSG�EPSG�EPSG-Can old�
C�+ ! EPSG ,Pulkovo 1942 to WGS 84 (11)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSG�EPSG�EPSG-Deu E�
1�+ ! EPSG *DHDN to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSG�EPSG�EPSG-Deu W�
1�+ ! EPSG Tete to WGS 84 (5)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSG EPSG�EPSG-Moz D�
1�+ ! EPSG Tete to WGS 84 (4)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSG EPSG�EPSG-Moz C�
1�+ ! EPSG Tete to WGS 84 (3)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSG EPSG�EPSG-Moz B�
1�+ ! EPSG Tete to WGS 84 (2)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSG EPSG�EPSG-Moz A�
1�+ EPSG Tete to WGS 84 (1)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSG EPSG�EPSG-MozK O
!EPSG Voirol 1875 (Paris) to WGS 84 (1)EPSG�EPSG��EPSG-Dza N�
A�9 EPSG Pulkovo 1942 to WGS 84 (2)Approximation at the +/- 1m level assuming that LKS94(ETRS89) is equivalent to WGS 84.EPSG�EPSG�EPSG-Ltu �
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?�#!EPSG!NAD27 to NAD83(HARN) (14)May be taken as approximate transformation NAD27 to WGS 84 - see code 8607.EPSG�EPSG8?ə�����NGS-Usa MI�
?�#!EPSG!NAD27 to NAD83(HARN) (13)May be taken as approximate transformation NAD27 to WGS 84 - see code 8604.EPSG�EPSG8?ə�����NGS-Usa ME�
?�#'EPSG!NAD27 to NAD83(HARN) (12)May be taken as approximate transformation NAD27 to WGS 84 - see code 8605.EPSG�EPSG8?ə�����NGS-Usa DE MD�
?�#!EPSG!NAD27 to NAD83(HARN) (11)May be taken as approximate transformation NAD27 to WGS 84 - see code 8603.EPSG�EPSG8?ə�����NGS-Usa LA�
?�#!EPSG!NAD27 to NAD83(HARN) (10)May be taken as approximate transformation NAD27 to WGS 84 - see code 8602.EPSG�EPSG8?ə�����NGS-Usa KY�
=�#+EPSG!NAD27 to NAD83(HARN) (9)May be taken as approximate transformation NAD27 to WGS 84 - see code 8612.EPSG�EPSG8?ə�����NGS-Usa ID MT w�
=�#+EPSG!NAD27 to NAD83(HARN) (8)May be taken as approximate transformation NAD27 to WGS 84 - see code 8611.EPSG�EPSG8?ə�����NGS-Usa ID MT e�
=�#!EPSG!NAD27 to NAD83(HARN) (7)May be taken as approximate transformation NAD27 to WGS 84 - see code 8596.EPSG�EPSG8?ə�����NGS-Usa FL�
=�#!EPSG!NAD27 to NAD83(HARN) (6)May be taken as approximate transformation NAD27 to WGS 84 - see code 8597.EPSG�EPSG8?ə�����NGS-Usa GA�
=�#!EPSG!NAD27 to NAD83(HARN) (5)May be taken as approximate transformation NAD27 to WGS 84 - see code 8595.EPSG�EPSG8?ə�����NGS-Usa CO�
=�#%EPSG!NAD27 to NAD83(HARN) (4)May be taken as approximate transformation NAD27 to WGS 84 - see code 8594.EPSG�EPSG8?ə�����NGS-Usa CA s�
=�#%EPSG!NAD27 to NAD83(HARN) (3)May be taken as approximate transformation NAD27 to WGS 84 - see code 8593.EPSG�EPSG8?ə�����NGS-Usa CA n�
=�#!EPSG!
NAD27 to NAD83(HARN) (2)May be taken as approximate transformation NAD27 to WGS 84 - see code 8591.EPSG�EPSG8?ə�����NGS-Usa AZ�
=�#!EPSG! NAD27 to NAD83(HARN) (1)May be taken as approximate transformation NAD27 to WGS 84 - see code 8590.EPSG�EPSG8?ə�����NGS-Usa AL�
7�- EPSG! CH1903+ to WGS 84 (1)Approximation at the +/- 1m level assuming that CHTRF95 is equivalent to WGS 84.EPSG6EPSG�EPSG-CH�
3�) - EPSG!AGD66 to WGS 84 (8)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSG�EPSG-Aus NT 0.1m�
3�) / EPSG!AGD66 to WGS 84 (7)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSG�EPSG-Aus Tas 0.1m�
5�)EPSG �S-JTSK to ETRS89 (6)Recommended method of a transformation from S-JTSK to ETRS89 in Slovakia. For reverse transformation see ETRS89 to S-JTSK (5) (code 8442). Both together replace S-JTSK to ETRS89 (4) (code 4827).EPSG<EPSG�?��Q� �UGKK-Sk JTSK03�
5�)EPSG �ETRS89 to S-JTSK (5)Recommended method of a transformation from ETRS89 to S-JTSK in Slovakia. For reverse transformation see S-JTSK to ETRS89 (6) (code 8443). Both together replace S-JTSK to ETRS89 (4) (code 4827).EPSG�EPSG<?��Q� �UGKK-Sk JTSK03�o
3�k ) EPSG �NAD83 to WGS 84 (8)The gridded difference file AB_CSRS.DAC in STEP 1 will need to be renamed to AB_CSRS.gsb to run in some software suites. Formats identical, but AB file is provincial fit only.EPSG�EPSG�Alb Env-Can AB> 3
' EPSG �NAD83 to WGS 84 (7)EPSG�EPSG�SK PMC-Can SK? 5
' EPSG �NAD27 to WGS 84 (32)EPSG�EPSG�SK PMC-Can SK�
3�9 % EPSG �ATS77 to WGS 84 (2)Approximation at the +/- 1m level assuming that NAD83(CSRS98) is equivalent to WGS 84.EPSGEPSG�EPSG-Can PEI�
3�9 # EPSG �ATS77 to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83(CSRS98) is equivalent to WGS 84.EPSGEPSG�EPSG-Can NB - �
?�#!EPSG!NAD27 to NAD83(HARN) (15)May be taken as approximate transformation NAD27 to WGS 84 - see code 8609.EPSG�EPSG8?ə�����NGS-Usa MS
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?�/ ' EPSG!RSouth Yemen to WGS 84 (1)May be implemented as a single transformation using geocentric translations transformation method with parameter values dX=-76m dY=-138m dZ=+67m.EPSGDEPSG�IGN-Yem South�)
G�O#EPSG!EChos Malal 1914 to WGS 84 (1)May be implemented using a single step geocentric translations of dx=+5.5m dY=+176.7m dZ=+141.4m.EPSG@EPSG� TOT-Arg Neu�
?�#!EPSG!BNAD27 to NAD83(HARN) (35)May be taken as approximate transformation NAD27 to WGS 84 - see code 8628.EPSG�EPSG8?ə�����NGS-Usa WV�
?�#!EPSG!ANAD27 to NAD83(HARN) (34)May be taken as approximate transformation NAD27 to WGS 84 - see code 8626.EPSG�EPSG8?ə�����NGS-Usa UT�
?�#!EPSG!@NAD27 to NAD83(HARN) (33)May be taken as approximate transformation NAD27 to WGS 84 - see code 8619.EPSG�EPSG8?ə�����NGS-Usa OH�
?�#!EPSG!?NAD27 to NAD83(HARN) (32)May be taken as approximate transformation NAD27 to WGS 84 - see code 8614.EPSG�EPSG8?ə�����NGS-Usa NV�
?�#!EPSG!>NAD27 to NAD83(HARN) (31)May be taken as approximate transformation NAD27 to WGS 84 - see code 8601.EPSG�EPSG8?ə�����NGS-Usa KS�
?�#!EPSG!=NAD27 to NAD83(HARN) (30)May be taken as approximate transformation NAD27 to WGS 84 - see code 8599.EPSG�EPSG8?ə�����NGS-Usa IN�E
K�w!EPSG!<Old Hawaiian to NAD83(HARN) (1)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs Old Hawaiian (code 4135), NAD83 (code 4269) and NAD83(HARN) have longitudes positive east. May be taken as approximate transformation Old Hawaiin to WGS 84 - see code 8582.EPSG'EPSG8?�333333NGS-Usa HI< 5
! EPSG!1NAD27 to WGS 84 (29)EPSG�EPSG�NGS-Usa AK? 5
' EPSG!0NAD27 to WGS 84 (28)EPSG�EPSG�NGS-Usa conus�
?�#!EPSG!)NAD27 to NAD83(HARN) (29)May be taken as approximate transformation NAD27 to WGS 84 - see code 8630.EPSG�EPSG8?ə�����NGS-Usa WY�
?�#!EPSG!(NAD27 to NAD83(HARN) (28)May be taken as approximate transformation NAD27 to WGS 84 - see code 8629.EPSG�EPSG8?ə�����NGS-Usa WI�
?�#'EPSG!'NAD27 to NAD83(HARN) (27)May be taken as approximate transformation NAD27 to WGS 84 - see code 8621.EPSG�EPSG8?ə�����NGS-Usa OR WA�
?�#!EPSG!&NAD27 to NAD83(HARN) (26)May be taken as approximate transformation NAD27 to WGS 84 - see code 8627.EPSG�EPSG8?ə�����NGS-Usa VA�
?�#%EPSG!%NAD27 to NAD83(HARN) (25)May be taken as approximate transformation NAD27 to WGS 84 - see code 8625.EPSG�EPSG8?ə�����NGS-Usa TX w�
?�#%EPSG!$NAD27 to NAD83(HARN) (24)May be taken as approximate transformation NAD27 to WGS 84 - see code 8624.EPSG�EPSG8?ə�����NGS-Usa TX e�
?�#!EPSG!#NAD27 to NAD83(HARN) (23)May be taken as approximate transformation NAD27 to WGS 84 - see code 8623.EPSG�EPSG8?ə�����NGS-Usa TN�
?�# ! EPSG!"NAD27 to NAD83(HARN) (22)May be taken as approximate transformation NAD27 to WGS 84 - see code 8622.EPSG�EPSG8NGS-Usa SD�
I�/ EPSG!!Puerto Rico to NAD83(HARN) (1)May be taken as approximate transformation Puerto Rico to WGS 84 - see code 8583.EPSG+EPSG8NGS-PRVI�
?�#!EPSG! NAD27 to NAD83(HARN) (21)May be taken as approximate transformation NAD27 to WGS 84 - see code 8620.EPSG�EPSG8?ə�����NGS-Usa OK�
?�#!EPSG! NAD27 to NAD83(HARN) (20)May be taken as approximate transformation NAD27 to WGS 84 - see code 8618.EPSG�EPSG8?ə�����NGS-Usa ND�
?�#!EPSG! NAD27 to NAD83(HARN) (19)May be taken as approximate transformation NAD27 to WGS 84 - see code 8617.EPSG�EPSG8?ə�����NGS-Usa NY�
?�#!EPSG! NAD27 to NAD83(HARN) (18)May be taken as approximate transformation NAD27 to WGS 84 - see code 8616.EPSG�EPSG8?ə�����NGS-Usa NM�
?�#)EPSG! NAD27 to NAD83(HARN) (17)May be taken as approximate transformation NAD27 to WGS 84 - see code 8606.EPSG�EPSG8?ə�����NGS-Usa NewEng �
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3�'!EPSG!�PSD93 to WGS 84 (2)Replaced by PSD93 to WGS 84 (1) (code 1439) in 1997. Can be implemented as a position vector tfm with parameter values dX= -182.046 dY= -225.604 dZ=+173.384m rX= -0.616 rY= -1.655 rZ=+8.378" dS=16.8673ppm.EPSG&EPSG�@ PDO-Omn 93�
9�+ EPSG!�IRENET95 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84.EPSGMEPSG�OSI-Ire�7
3� # EPSG!�AGD84 to WGS 84 (6)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Supersedes AGD84 to WGS 84 (5) (code 8560).EPSGkEPSG�EPSG-Aus WA�Z
5�K EPSG!�AGD66 to WGS 84 (11)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Supersedes AGD66 to WGS 84 (3) (code 8396) and AGD66 to WGS 84 (6) (code 8408).EPSGjEPSG�EPSG-Aus�
5�) # EPSG!�AGD66 to WGS 84 (10)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSG�EPSG-Aus NT�;
3� + EPSG!�AGD66 to WGS 84 (9)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Supersedes AGD66 to WGS 84 (4) (code 8398).EPSGjEPSG�EPSG-Aus Tas 1m�B
O� EPSG!American Samoa 1962 to WGS 84 (3)Transformation actually to NAD83(HARN), but for many purposes NAD83(HARNS) can be considered to be coincident with WGS 84.EPSGIEPSG�EPSG-Asm�B
O� EPSG!~American Samoa 1962 to WGS 84 (2)Transformation actually to NAD83(HARN), but for many purposes NAD83(HARNS) can be considered to be coincident with WGS 84.EPSGIEPSG�EPSG-Asm9 3
EPSG!}RGF93 to WGS 84 (1)EPSGKEPSG�EPSG-Fra�
=�7 EPSG!|Amersfoort to WGS 84 (2)Parameter values for step 1 from Amersfoort to ETRS89 (2) (code 1751). Step 2 assumes that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Supersedes Amersfoort to WGS 84 (1) (code 1112).EPSG�EPSG�EPSG-Nld�9
3� EPSG!{Accra to WGS 84 (2)Can be implemented as a position vector tfm dX=-171.16 dY=17.29 dZ=325.21m, rX=rY=0 rZ=0.814", dS=-0.38 ppm. See tfm code 15495. Found in use within oil industry erroneously concatenated as dX=-171.16 dY=17.29 dZ=327.81m, rX=rY0 rZ=0.554", dS=0.2263 ppm.EPSGHEPSG�EPSG-Gha�Z
3�+/EPSG!yED50 to WGS 84 (21)Included in Statens Kartverk programme wsktrans between 1997 (v3.1) and 2001 (v4.0). Replaced by ED50 to WGS 84 (23) (code 1612) in April 2001.EPSG�EPSG�?� EPSG-Nor N65 1997�=
?� EPSG!xDeir ez Zor to WGS 84 (1)Can be implemented as a position vector tfm with param. values dX=-174.6 dY=-3.1 dZ=238.1m; rX=rY=0 rZ=0.814"; dS=-0.38 ppm.EPSG�EPSG�EPSG-Syr< 3
# EPSG!vNAD83 to WGS 84 (6)EPSG�EPSG�EPSG-Can Qc> 5
% EPSG!uNAD27 to WGS 84 (31)EPSG�EPSG�EPSG-Can QueG A
+ EPSG!tNAD27(CGQ77) to WGS 84 (2)EPSGEPSG�EPSG-Can Qc NT2{
5� ! EPSG!sNZGD49 to WGS 84 (3)Assumes WGS 84 is coincident with NZGD2000. Accuracy about 1m.EPSG�EPSG�OSG-Nzl 1m�
I�+!EPSG!rNord Sahara 1959 to WGS 84 (3)Derived at IGN monument CFP19 using Transit. Can be implemented as a single 7-param Position Vector transformation with parameter values of dX=-156.5m dY=-87.2m dZ=+287.8m; rX=rY=0 rZ=+0.814sec; dS=-0.38ppm.EPSG�EPSG� CGG-Alg HM�:
3� # EPSG!pAGD84 to WGS 84 (5)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD84 to WGS 84 (6) (code 8579).EPSGkEPSG�EPSG-Aus WA�
?�#!EPSG!jNAD27 to NAD83(HARN) (37)May be taken as approximate transformation NAD27 to WGS 84 - see code 8615.EPSG�EPSG8?ə�����NGS-Usa NJ�
?�#!EPSG!iNAD27 to NAD83(HARN) (36)May be taken as approximate transformation NAD27 to WGS 84 - see code 8598.EPSG�EPSG8?ə�����NGS-Usa IL�
=�IEPSG!YEgypt 1907 to WGS 84 (2)Used by Shell. May be implemented as a single transformation using position vector 7-parameter geocentric transformation method with parameter values dX=-121.8m dY=+98.1m dZ=-10.7m rX=rY=0 sec rZ=+0.554 sec dS=+0.2263 ppm.EPSG�EPSG�MCE-Egy
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5�M#EPSG!�NAD27 to WGS 84 (47)Transformation steps are from NAD27 to NAD83(HARN) (39) (code 8587) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa IA�f
5�M#EPSG!�NAD27 to WGS 84 (46)Transformation steps are from NAD27 to NAD83(HARN) (30) (code 8509) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa IN�f
5�M#EPSG!�NAD27 to WGS 84 (45)Transformation steps are from NAD27 to NAD83(HARN) (36) (code 8553) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa IL�e
5�K#EPSG!�NAD27 to WGS 84 (44)Transformation steps are from NAD27 to NAD83(HARN) (6) (code 8465) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa GA�e
5�K#EPSG!�NAD27 to WGS 84 (43)Transformation steps are from NAD27 to NAD83(HARN) (7) (code 8466) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa FL�e
5�K#EPSG!�NAD27 to WGS 84 (42)Transformation steps are from NAD27 to NAD83(HARN) (5) (code 8464) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa CO�g
5�K'EPSG!�NAD27 to WGS 84 (41)Transformation steps are from NAD27 to NAD83(HARN) (4) (code 8463) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa CA s�g
5�K'EPSG!�NAD27 to WGS 84 (40)Transformation steps are from NAD27 to NAD83(HARN) (3) (code 8462) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa CA n�f
5�M#EPSG!�NAD27 to WGS 84 (39)Transformation steps are from NAD27 to NAD83(HARN) (38) (code 8586) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa AR�e
5�K#EPSG!�NAD27 to WGS 84 (38)Transformation steps are from NAD27 to NAD83(HARN) (2) (code 8461) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa AZ�e
5�K#EPSG!�NAD27 to WGS 84 (37)Transformation steps are from NAD27 to NAD83(HARN) (1) (code 8460) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa AL�
?�#!EPSG!�NAD27 to NAD83(HARN) (41)May be taken as approximate transformation NAD27 to WGS 84 - see code 8610.EPSG�EPSG8?ə�����NGS-Usa MO�
?�#!EPSG!�NAD27 to NAD83(HARN) (40)May be taken as approximate transformation NAD27 to WGS 84 - see code 8608.EPSG�EPSG8?ə�����NGS-Usa MN�
?�#!EPSG!�NAD27 to NAD83(HARN) (39)May be taken as approximate transformation NAD27 to WGS 84 - see code 8600.EPSG�EPSG8?ə�����NGS-Usa IA�
?�#!EPSG!�NAD27 to NAD83(HARN) (38)May be taken as approximate transformation NAD27 to WGS 84 - see code 8592.EPSG�EPSG8?ə�����NGS-Usa AR�L
5�#EPSG!�NAD27 to WGS 84 (36)Steps based on concatenated transformation NAD27 to NAD83(CSRS)v4 (3) (code 9336) assuming that NAD83(CSRS)v4 is equivalent to WGS 84.EPSG�EPSG�@ EPSG-Can AB�
A�) # EPSG!�NAD27 to NAD83(CSRS98) (3)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 8585.EPSG�EPSG,EPSG-Can AB�n
?�W EPSG!�Puerto Rico to WGS 84 (2)Transformation steps are from Puerto Rico to NAD83(HARN) (1) (code 4435) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG+EPSG�?� EPSG-PRVI �f
5�M#EPSG!�NAD27 to WGS 84 (48)Transformation steps are from NAD27 to NAD83(HARN) (31) (code 8510) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa KS
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5�M#EPSG!�NAD27 to WGS 84 (65)Transformation steps are from NAD27 to NAD83(HARN) (20) (code 8479) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa ND�f
5�M#EPSG!�NAD27 to WGS 84 (64)Transformation steps are from NAD27 to NAD83(HARN) (19) (code 8478) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa NY�f
5�M#EPSG!�NAD27 to WGS 84 (63)Transformation steps are from NAD27 to NAD83(HARN) (18) (code 8477) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa NM�f
5�M#EPSG!�NAD27 to WGS 84 (62)Transformation steps are from NAD27 to NAD83(HARN) (37) (code 8554) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa NJ�f
5�M#EPSG!�NAD27 to WGS 84 (61)Transformation steps are from NAD27 to NAD83(HARN) (32) (code 8511) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa NV�f
5�M#EPSG!�NAD27 to WGS 84 (60)Transformation steps are from NAD27 to NAD83(HARN) (16) (code 8475) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa NE�j
5�K-EPSG!�NAD27 to WGS 84 (59)Transformation steps are from NAD27 to NAD83(HARN) (9) (code 8468) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa ID MT w�j
5�K-EPSG!�NAD27 to WGS 84 (58)Transformation steps are from NAD27 to NAD83(HARN) (8) (code 8467) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa ID MT e�f
5�M#EPSG!�NAD27 to WGS 84 (57)Transformation steps are from NAD27 to NAD83(HARN) (41) (code 8589) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa MO�f
5�M#EPSG!�NAD27 to WGS 84 (56)Transformation steps are from NAD27 to NAD83(HARN) (15) (code 8474) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa MS�f
5�M#EPSG!�NAD27 to WGS 84 (55)Transformation steps are from NAD27 to NAD83(HARN) (40) (code 8588) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa MN�f
5�M#EPSG!�NAD27 to WGS 84 (54)Transformation steps are from NAD27 to NAD83(HARN) (14) (code 8473) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa MI�j
5�M+EPSG!�NAD27 to WGS 84 (53)Transformation steps are from NAD27 to NAD83(HARN) (17) (code 8476) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa NewEng�i
5�M)EPSG!�NAD27 to WGS 84 (52)Transformation steps are from NAD27 to NAD83(HARN) (12) (code 8471) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa DE MD�f
5�M#EPSG!�NAD27 to WGS 84 (51)Transformation steps are from NAD27 to NAD83(HARN) (13) (code 8472) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa ME�f
5�M#EPSG!�NAD27 to WGS 84 (50)Transformation steps are from NAD27 to NAD83(HARN) (11) (code 8470) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa LA�f
5�M#EPSG!�NAD27 to WGS 84 (66)Transformation steps are from NAD27 to NAD83(HARN) (33) (code 8512) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa OH
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EPSG!�Greek (Athens) to WGS 84 (1)EPSG�EPSG�EPSG-Grc: 3
EPSG!�Greek to WGS 84 (1)EPSGEPSG�EPSG-Grc�
E� EPSG!�S-JTSK (Ferro) to WGS 84 (1)Replaced by S-JTSK (Ferro) to WGS 84 (3) (code 5242) in 2009.EPSG�EPSG�EPSG-CzeM I
+EPSG!�Segara (Jakarta) to WGS 84 (1)EPSG�EPSG��EPSG-Idn Kal SWL Y
EPSG!�Nord Sahara 1959 (Paris) to WGS 84 (1)EPSG�EPSG�EPSG-DzaD G
EPSG!�NGO 1948 (Oslo) to WGS 84 (1)EPSG�EPSG�EPSG-NorQ M
/EPSG!�Makassar (Jakarta) to WGS 84 (1)EPSG�EPSG��EPSG - Idn Sul SWC G
EPSG!�Lisbon (Lisbon) to WGS 84 (1)EPSG�EPSG�EPSG-PrtE I
EPSG!�Carthage (Paris) to WGS 84 (1)EPSG�EPSG�EPSG-Tun�
=�)# EPSG!�NAD27 to NAD83(CSRS) (3)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 8585.EPSG�EPSG @ EPSG-Can AB�{
9�!EPSG!�Beduaram to WGS 84 (1)Derived via WGS72BE. Can be used as a single positon vector transformation with parameter vaues of dX = -101 m, dY = -111 m, dZ = +188.9 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppmEPSGuEPSG�ELF-Ner SE�q
1�{ EPSG!�Yoff to WGS 84 (1)Derived via WGS72. Can be used as a single positon vector transformation with parameter vaues of dX = -37 m, dY = +157 m, dZ = +89.5 m, rX = rY = 0 sec, rZ = 0.554 sec, dS = 0.219 ppmEPSG�EPSG�EPSG-SEN= 9
EPSG!�Kousseri to WGS 84 (1)EPSGfEPSG�EPSG-Cmr; 5
EPSG!�Garoua to WGS 84 (1)EPSGeEPSG�EPSG-Cmr�f
5�M#EPSG!�NAD27 to WGS 84 (77)Transformation steps are from NAD27 to NAD83(HARN) (29) (code 8489) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa WY�f
5�M#EPSG!�NAD27 to WGS 84 (76)Transformation steps are from NAD27 to NAD83(HARN) (28) (code 8488) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa WI�f
5�M#EPSG!�NAD27 to WGS 84 (75)Transformation steps are from NAD27 to NAD83(HARN) (35) (code 8514) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa WV�f
5�M#EPSG!�NAD27 to WGS 84 (74)Transformation steps are from NAD27 to NAD83(HARN) (26) (code 8486) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa VA�f
5�M#EPSG!�NAD27 to WGS 84 (73)Transformation steps are from NAD27 to NAD83(HARN) (34) (code 8513) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa UT�h
5�M'EPSG!�NAD27 to WGS 84 (72)Transformation steps are from NAD27 to NAD83(HARN) (25) (code 8485) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa TX w�h
5�M'EPSG!�NAD27 to WGS 84 (71)Transformation steps are from NAD27 to NAD83(HARN) (24) (code 8484) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa TX e�f
5�M#EPSG!�NAD27 to WGS 84 (70)Transformation steps are from NAD27 to NAD83(HARN) (23) (code 8483) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa TN�f
5�M#EPSG!�NAD27 to WGS 84 (69)Transformation steps are from NAD27 to NAD83(HARN) (22) (code 6739) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa SD�i
5�M)EPSG!�NAD27 to WGS 84 (68)Transformation steps are from NAD27 to NAD83(HARN) (27) (code 8487) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG�EPSG�?� EPSG-Usa OR WA � > ?
EPSG!�MGI (Ferro) to WGS 84 (2)EPSG�EPSG�BEV-Aut
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C�q1EPSG%�GDA94 to WGS 84 (G1762) (2)See GDA94 to WGS 84 (G1762) (1) (CT code 9686) for conformal-only alternative (i.e. without distortion modelling).EPSG�EPSG#a?� ICSM-Aus Conf+Dist�5
7�[1EPSG%�ATRF2014 to GDA94 (2)See ATRF2014 to GDA94 (1) (CT 9684) for conformal-only alternative (i.e. without distortion modelling).EPSG$]EPSG�?��Q� �ICSM-Aus Conf+Dist�5
7�[1EPSG%�ITRF2014 to GDA94 (2)See ITRF2014 to GDA94 (1) (CT 9682) for conformal-only alternative (i.e. without distortion modelling).EPSG#(EPSG�?��Q� �ICSM-Aus Conf+Dist�
=�?EPSG%ETRS89 to GHA height (2)This concatenated operation gives the same result as the HoehenGrid-plus offset from ETRS89 to GHA height. HoehenGrid-plus is implemented in BEV-Transformator using MGI (CRS 4312) as the interpolation CRS for the gridEPSGIEPSG�?�� �Q�BEV-Aut�P
C�) EPSG$yNTF (Paris) to RGF93 v1 (1)See transformation code 7811 for an alternative which uses the NTv2 method as an emulation of the geocentric interpolation in the second step.EPSG�EPSGKIOGP-Fra�
A�)#EPSG$xNAD27 to NAD83(CSRS)v4 (3)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 8585.EPSG�EPSG 6@ EPSG-Can AB�J
7�{;EPSG#�NAD27 to ITRF2014 (2)For use in new operations - see CT code 9103 for alternative for legacy data. Note that steps 1 to 5 are documented in the geog2D domain, steps 6 and 7 in the geocentric domain. Steps 6 and 7 may be implemented in one operation using CT code 8970.EPSG�EPSG m?ə�����IOGP-Usa GoM non-legacy�D
7�w3EPSG#�NAD27 to ITRF2014 (1)For use with legacy data - see CT code 9104 for alternative for new areas. Note that steps 1 and 2 are documented in the geog2D domain, steps 3 and 4 in the geocentric domain. Steps 3 and 4 may be implemented in one operation using CT code 8970.EPSG�EPSG m?� IOGP-Usa GoM legacy�
A�EPSG!�Kertau (RSO) to WGS 84 (1)Step 1 is necessary to rescale the grid units before using step 2.EPSG�EPSG�OGP-Mys�I
_�w#EPSG!�Egypt Gulf of Suez S-650 TL to WGS 84 (1)Can be implemented as a single positon vector transformation with parameter vaues of dX = -123.0 m, dY = 98.0 m, dZ = 3.9 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppm. Replaced by Egypt Gulf of Suez S-650 TL to WGS 84 (2) (tfm code 15846).EPSGbEPSG�OGP-Egy GoS�
I�#EPSG!�Mhast (offshore) to WGS 84 (1)Derived via WGS 72BE. Can be implemented as a single positon vector transformation with parameter vaues of dX = -255.0 m, dY = -29.0 m, dZ = -103.1 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppm.EPSGaEPSG� OGP-Ago Cab�
?�EPSG!�Manoca 1962 to WGS 84 (2)Derived via WGS 72BE. Can be implemented as a single positon vector transformation with parameter vaues of dX = -56.7 m, dY = -171.8 m, dZ = -38.7 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppm.EPSGaEPSG�OGP-Cmr�/
9�o EPSG!�Lao 1993 to WGS 84 (1)Can be implemented as a geocentric translation tfm with param. values dX = 43.933m, dY = -129.593m, dZ= -39.331m.EPSGEEPSG�EPSG-Lao�5
E�o EPSG!�Vientiane 1982 to WGS 84 (1)Can be implemented as a geocentric translation tfm with param. values dX = 42.358m, dY = -124.688m, dZ= -37.366m.EPSGDEPSG�EPSG-Lao�
E� EPSG!�Palestine 1923 to WGS 84 (2)Accuracy: 1m to north and 10m to south of east-west line through Beersheba (31°15'N). Can be implemented as a geocentric translation tfm with param. Values dX = -229m, dY = -67m, dZ= +277m.EPSG�EPSG�@ SoI-IsrK Q
#EPSG!�Lisbon 1890 (Lisbon) to WGS 84 (2)EPSG(EPSG�EPSG-Prt 1mL Q
#EPSG!�Lisbon 1890 (Lisbon) to WGS 84 (1)EPSG(EPSG�EPSG-Prt 5mA 5
)EPSG!�NAD27 to WGS 84 (78)EPSG�EPSG�EPSG-Can E Off ? Z O
3EPSG&ETRS89 to Catania 1965 height (1)EPSGIEPSG%�?�� �Q�IGM-Ita 2005 Sicilyc a
3 EPSG&ETRS89 to ETRS89 + Catania 1965 height (1)EPSGIEPSG%�?�� �Q�IGM-Ita 2005 Sicily
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z �������~/ � ? { ?{ IGNFTSG399_NTFPGRAD_TO_WGS84GNouvelle Triangulation Francaise Paris grades to WGS84GIGNFNTFPGRADIGNFWGS84G1.0.0s ;w IGNFTSG399_NTFPGRAD_TO_4326Nouvelle Triangulation Francaise Paris grades to 4326IGNFNTFPGRADEPSG�1.0.0�M� �A'EPSG) ETRS89 + DVR90(2013) height to ETRS89 + DVR90(2023) height (1)For applications with accuracies of 5cm or worse, DVR90(2013) height and DVR90(2023) height may be considered to be equivalent. At this 3cm accuracy, data referenced to either CRS may be merged without transformation. EPSG(�EPSG(�?��Q� �SDFI-Dnk 2023�L� �?'EPSG(�ETRS89 + DVR90(2002) height to ETRS89 + DVR90(2013) height (1)DVR90(2002) height and DVR90(2013) height may be considered to be equivalent for applications with accuracies of 5cm or worse. At this 5cm accuracy, data referenced to either CRS may be merged without transformation. EPSG(�EPSG(�?��Q� �SDFI-Dnk 2013�
w�a1EPSG(�Cais da Vila do Porto height to ZH Portugal depth (1)Offshore of Santa Maria and Formigas islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Vila do Porto vertical reference surface.EPSG*EPSG(mIH-Por Santa Maria�m
g�1+EPSG(�Ponta Delgada height to ZH Portugal depth (1)Offshore of S. Miguel island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Ponta Delgada vertical reference surface.EPSG+EPSG(mIH-Por S Miguel�x
s�;+EPSG(�Cais da Figueirinha height to ZH Portugal depth (1)Offshore of Terceira island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Figueirinha vertical reference surface.EPSG(EPSG(mIH-Por Terceira�~
y�A+EPSG(�Santa Cruz da Graciosa height to ZH Portugal depth (1)Offshore of Graciosa island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Santa Cruz da Graciosa vertical reference surface.EPSG'EPSG(mIH-Por Graciosa�m
i�1)EPSG(�Cais das Velas height to ZH Portugal depth (1)Offshore of S. Jorge island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais das Velas vertical reference surface.EPSG$EPSG(mIH-Por S Jorge�j
m�-#EPSG(�Cais da Madalena height to ZH Portugal depth (1)Offshore of Pico island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Madalena vertical reference surface.EPSG&EPSG(mIH-Por Pico�V
W�%EPSG(�Horta height to ZH Portugal depth (1)Offshore of Faial island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Horta vertical reference surface.EPSG%EPSG(mIH-Por Faial�
w�Q'EPSG(�Santa Cruz das Flores height to ZH Portugal depth (1)Offshore of Flores and Corvo islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Santa Cruz das Flores vertical reference surface.EPSG)EPSG(mIH-Por Flores�p
e�31EPSG(�Cais da Vila height to ZH Portugal depth (1)Offshore of Porto Santo island the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Vila vertical reference surface.EPSG#EPSG(mIH-Por Porto Santo�
m�e)EPSG(�Cais da Pontinha height to ZH Portugal depth (1)Offshore of Madeira, Desertas and Selvagens islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Pontinha vertical reference surface.EPSG"EPSG(mIH-Por Madeira�:
[�]%EPSG(�Cascais height to ZH Portugal depth (2)The Zero Hidrografico surface is defined to be 2.08 metres below the Cascais vertical reference surface in the Tagus estuary off Lisbon and 2.0m below the Cascais vertical reference surface offshore mainland Portugal (see CT 10392).EPSG�EPSG(mIH-Por Tagus�F
[�o+EPSG(�Cascais height to ZH Portugal depth (1)The Zero Hidrografico (CD Portugal) surface is defined to be 2.0m below the Cascais vertical reference surface off mainland Portugal and 2.08 metres below the Cascais vertical reference surface in the Tagus estuary off Lisbon (see CT 10393).EPSG�EPSG(mIH-Por mainland
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� � u�a�:���q�A�"� y � )9 NKGITRF2000_TO_SEITRF2000 to ETRS89(SE)Time-dependent transformation from ITRF2014 to ETRS89(SE)EPSG7EPSGp?�z�G�{NKG 2008� )9 NKGITRF2000_TO_NOITRF2000 to ETRS89(NO)Time-dependent transformation from ITRF2014 to ETRS89(NO)EPSG7EPSGH?�z�G�{NKG 2008� 99 NKGITRF2000_TO_NKG_ETRF00ITRF2000 to NKG_ETRF00Time-dependent transformation from ITRF2000 to NKG_ETRF00EPSG7NKGETRF00?�z�G�{NKG 2008�
)C� NKGITRF2000_TO_LVITRF2000 to ETRS89 (LKS-92)Time-dependent transformation from ITRF2014 to ETRS89 (LKS-92)EPSG7EPSGT?�z�G�{NKG 2008� )9 NKGITRF2000_TO_LTITRF2000 to ETRS89(LT)Time-dependent transformation from ITRF2014 to ETRS89(LT)EPSG7EPSGV?�z�G�{NKG 2008�
)I� NKGITRF2000_TO_FIITRF2000 to ETRS89 (EUREF-FIN)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-FIN)EPSG7EPSGH?�z�G�{NKG 2008�
)9� NKGITRF2000_TO_EEITRF2000 to ETRS89(EE)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-EST97)EPSG7EPSGH?�z�G�{NKG 2008� )9 NKGITRF2000_TO_DKITRF2000 to ETRS89(DK)Time-dependent transformation from ITRF2014 to ETRS89(DK)EPSG7EPSGH?�z�G�{NKG 2008�
%9� NKGETRF14_TO_SENKG_ETRF14 to SWEREF99Transformation from NKG_ETRF14@2000.0 to SWEREF99 (ETRF97@1999.5)NKGETRF14EPSGp?�z�G�{NKG 2020� %=y NKGETRF14_TO_NONKG_ETRF14 to ETRS89(NO)Transformation from NKG_ETRF14@2000.0 to ETRF93@1995.0NKGETRF14EPSGH?�z�G�{NKG 2020� %G{ NKGETRF14_TO_LVNKG_ETRF14 to ETRS89 (LKS-92)Transformation from NKG_ETRF14@2000.0 to ETRF89@1992.75NKGETRF14EPSGT?�z�G�{NKG 2020�
%3� NKGETRF14_TO_LTNKG_ETRF14 to LKS94Transformation from NKG_ETRF14@2000.0 to ETRF2000@2003.75 (LKS94)NKGETRF14EPSGV?�z�G�{NKG 2020� %My NKGETRF14_TO_FINKG_ETRF14 to ETRS89 (EUREF-FIN)Transformation from NKG_ETRF14@2000.0 to ETRF96@1997.0NKGETRF14EPSGH?�z�G�{NKG 2020� %Q{ NKGETRF14_TO_EENKG_ETRF14 to ETRS89 (EUREF-EST97)Transformation from NKG_ETRF14@2000.0 to ETRF96@1997.56NKGETRF14EPSGH?�z�G�{NKG 2020�
%=} NKGETRF14_TO_DKNKG_ETRF14 to ETRS89(DK)Transformation from NKG_ETRF14@2000.0 to ETRF92@1994.704NKGETRF14EPSGH?�z�G�{NKG 2020� %9y NKGETRF00_TO_SENKG_ETRF00 to SWEREF99Transformation from NKG_ETRF00@2000.0 to ETRF97@1999.5NKGETRF00EPSGp?�z�G�{NKG 2008� %=y NKGETRF00_TO_NONKG_ETRF00 to ETRS89(NO)Transformation from NKG_ETRF00@2000.0 to ETRF93@1995.0NKGETRF00EPSGH?�z�G�{NKG 2008� %G{ NKGETRF00_TO_LVNKG_ETRF00 to ETRS89 (LKS-92)Transformation from NKG_ETRF00@2000.0 to ETRF89@1992.75NKGETRF00EPSGT?�z�G�{NKG 2008� %3 NKGETRF00_TO_LTNKG_ETRF00 to LKS94Transformation from NKG_ETRF00@2000.0 to ETRF2000@2003.75NKGETRF00EPSGV?�z�G�{NKG 2008� %My NKGETRF00_TO_FINKG_ETRF00 to ETRS89 (EUREF-FIN)Transformation from NKG_ETRF00@2000.0 to ETRF96@1997.0NKGETRF00EPSGH?�z�G�{NKG 2008� %Q{ NKGETRF00_TO_EENKG_ETRF00 to ETRS89 (EUREF-EST97)Transformation from NKG_ETRF00@2000.0 to ETRF96@1997.56NKGETRF00EPSGH?�z�G�{NKG 2008�
%=} NKGETRF00_TO_DKNKG_ETRF00 to ETRS89(DK)Transformation from NKG_ETRF00@2000.0 to ETRF92@1994.704NKGETRF00EPSGH?�z�G�{NKG 2008u 7} IGNFTSG62_NTFP_TO_ED50GEONouvelle Triangulation Francaise Paris grades to ED50GEOIGNFNTFPIGNFED50GEO1.0.0o 3y IGNFTSG62_NTFP_TO_ED50GNouvelle Triangulation Francaise Paris grades to ED50GIGNFNTFPIGNFED50G1.0.0} ?} IGNFTSG62_NTFPGRAD_TO_ED50GEONouvelle Triangulation Francaise Paris grades to ED50GEOIGNFNTFPGRADIGNFED50GEO1.0.0w ;y IGNFTSG62_NTFPGRAD_TO_ED50GNouvelle Triangulation Francaise Paris grades to ED50GIGNFNTFPGRADIGNFED50G1.0.0y ; IGNFTSG399_NTFP_TO_WGS84GDDNouvelle Triangulation Francaise Paris grades to WGS84GDDIGNFNTFPIGNFWGS84GDD1.0.0s 7{ IGNFTSG399_NTFP_TO_WGS84GNouvelle Triangulation Francaise Paris grades to WGS84GIGNFNTFPIGNFWGS84G1.0.0k 3w IGNFTSG399_NTFP_TO_4326Nouvelle Triangulation Francaise Paris grades to 4326IGNFNTFPEPSG�1.0.0
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PROJNAD83_HARN_TO_NAD83_2011_ALASKANAD83(HARN) to NAD83(2011) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?�� �Q�H
c}�
PROJNAD83_HARN_CORRECTED_TO_NAD83_NSRS2007_PRVINAD83(HARN Corrected) to NAD83(NSRS2007) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG!aEPSG�?�� �Q�@
[u�
PROJNAD83_HARN_CORRECTED_TO_NAD83_2011_PRVINAD83(HARN Corrected) to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG!aEPSG�?�
=p��
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PROJNAD83_FBN_TO_NAD83_2011_PRVINAD83(FBN) to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG"�EPSG�?�� �Q�,
Ga�
PROJNAD83_FBN_TO_NAD83_2011_CONUSNAD83(FBN) to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG"�EPSG�?�� �Q�+
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PROJNAD27_TO_NAD83_NSRS2007_CONUSNAD27 to NAD83(NSRS2007) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�\(�Á-
Ia�
PROJNAD27_TO_NAD83_NSRS2007_ALASKANAD27 to NAD83(NSRS2007) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?��
=p��#
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PROJNAD27_TO_NAD83_HARN_CONUSNAD27 to NAD83(HARN) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG8?�z�G�{�%
AY�
PROJNAD27_TO_NAD83_HARN_ALASKANAD27 to NAD83(HARN) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG8?��
=p��!
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PROJNAD27_TO_NAD83_FBN_CONUSNAD27 to NAD83(FBN) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG"�?�\(�Á#
?W�
PROJNAD27_TO_NAD83_2011_CONUSNAD27 to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�
=p��
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PROJNAD27_TO_NAD83_2011_ALASKANAD27 to NAD83(2011) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�\(�� 'c} PROJKKJ_TO_ETRS89KKJ to ETRS89 (using PROJ:YKJ_TO_ETRS35FIN)Transformation based on a triangulated irregular networkEPSGEPSG��"
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PROJGUAM_1963_TO_NAD83_MA11_GUAMGuam 1963 to NAD83(MA11) (NADCON5, GUAM)Transformation based on concatenation of NADCON5 transformationsEPSGCEPSG��
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PROJGUAM_1963_TO_NAD83_FBN_GUAMGuam 1963 to NAD83(FBN) (NADCON5, GUAM)Transformation based on concatenation of NADCON5 transformationsEPSGCEPSG"��2
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PROJAMERICAN_SAMOA_1962_TO_NAD83_PA11_ASAmerican Samoa 1962 to NAD83(PA11) (NADCON5, AS)Transformation based on concatenation of NADCON5 transformationsEPSGIEPSG��0
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PROJAMERICAN_SAMOA_1962_TO_NAD83_FBN_ASAmerican Samoa 1962 to NAD83(FBN) (NADCON5, AS)Transformation based on concatenation of NADCON5 transformationsEPSGIEPSG"�� )9{ NKGITRF2014_TO_SEITRF2014 to ETRS89(SE)Time-dependent transformation from ITRF2014 to SWEREF99EPSG mEPSGp?�z�G�{NKG 2020� )9 NKGITRF2014_TO_NOITRF2014 to ETRS89(NO)Time-dependent transformation from ITRF2014 to ETRS89(NO)EPSG mEPSGH?�z�G�{NKG 2020� 99 NKGITRF2014_TO_NKG_ETRF14ITRF2014 to NKG_ETRF14Time-dependent transformation from ITRF2014 to NKG_ETRF14EPSG mNKGETRF14?�z�G�{NKG 2020�
)C� NKGITRF2014_TO_LVITRF2014 to ETRS89 (LKS-92)Time-dependent transformation from ITRF2014 to ETRS89 (LKS-92)EPSG mEPSGT?�z�G�{NKG 2020� )9 NKGITRF2014_TO_LTITRF2014 to ETRS89(LT)Time-dependent transformation from ITRF2014 to ETRS89(LT)EPSG mEPSGV?�z�G�{NKG 2020�
)I� NKGITRF2014_TO_FIITRF2014 to ETRS89 (EUREF-FIN)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-FIN)EPSG mEPSGH?�z�G�{NKG 2020�
)M� NKGITRF2014_TO_EEITRF2014 to ETRS89 (EUREF-EST97)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-EST97)EPSG mEPSGH?�z�G�{NKG 2020
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PROJOLD_HAWAIIAN_TO_NAD83_PA11_HAWAIIOld Hawaiian to NAD83(PA11) (NADCON5, Hawaii)Transformation based on concatenation of NADCON5 transformationsEPSG'EPSG�?��G�z�3
Og�
PROJOLD_HAWAIIAN_TO_NAD83_HARN_HAWAIIOld Hawaiian to NAD83(HARN) (NADCON5, Hawaii)Transformation based on concatenation of NADCON5 transformationsEPSG'EPSG8?��G�z�p 11m PROJNZGD2000_TO_ITRF97NZGD2000 to ITRF97Concatenation of PROJ:NZGD2000-20180701 and 9079EPSG_EPSG �y 55w PROJNZGD2000_TO_ITRF2014NZGD2000 to ITRF2014Concatenation of PROJ:NZGD2000-20180701 and EPSG:9083EPSG_EPSG �y 55w PROJNZGD2000_TO_ITRF2008NZGD2000 to ITRF2008Concatenation of PROJ:NZGD2000-20180701 and EPSG:9082EPSG_EPSG �t 55m PROJNZGD2000_TO_ITRF2005NZGD2000 to ITRF2005Concatenation of PROJ:NZGD2000-20180701 and 9081EPSG_EPSG �t 55m PROJNZGD2000_TO_ITRF2000NZGD2000 to ITRF2000Concatenation of PROJ:NZGD2000-20180701 and 9080EPSG_EPSG �%
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PROJNAD83_TO_NAD83_PA11_HAWAIINAD83 to NAD83(PA11) (NADCON5, Hawaii)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�� �Q�)
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PROJNAD83_TO_NAD83_NSRS2007_PRVINAD83 to NAD83(NSRS2007) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�\(�Á+
G_�
PROJNAD83_TO_NAD83_NSRS2007_CONUSNAD83 to NAD83(NSRS2007) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�
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PROJNAD83_TO_NAD83_NSRS2007_ALASKANAD83 to NAD83(NSRS2007) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�z�G�{�5
Qi�
PROJNAD83_TO_NAD83_HARN_CORRECTED_PRVINAD83 to NAD83(HARN Corrected) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG!a?�z�G�{�
;S�
PROJNAD83_TO_NAD83_FBN_PRVINAD83 to NAD83(FBN) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG"�?�\(�Á!
=U�
PROJNAD83_TO_NAD83_FBN_CONUSNAD83 to NAD83(FBN) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG"�?�� �Q�!
=U�
PROJNAD83_TO_NAD83_2011_PRVINAD83 to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�
=p��
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PROJNAD83_TO_NAD83_2011_CONUSNAD83 to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?��������%
AY�
PROJNAD83_TO_NAD83_2011_ALASKANAD83 to NAD83(2011) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG�EPSG�?�\(�Á(
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PROJNAD83_HARN_TO_NAD83_PA11_ASNAD83(HARN) to NAD83(PA11) (NADCON5, AS)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?�� �Q�4
Oi�
PROJNAD83_HARN_TO_NAD83_NSRS2007_PRVINAD83(HARN) to NAD83(NSRS2007) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?�
=p��
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PROJNAD83_HARN_TO_NAD83_NSRS2007_CONUSNAD83(HARN) to NAD83(NSRS2007) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?�� �Q�,
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PROJNAD83_HARN_TO_NAD83_MA11_GUAMNAD83(HARN) to NAD83(MA11) (NADCON5, GUAM)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?�� �Q�*
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PROJNAD83_HARN_TO_NAD83_FBN_PRVINAD83(HARN) to NAD83(FBN) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG"�?�� �Q�,
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PROJNAD83_HARN_TO_NAD83_2011_PRVINAD83(HARN) to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG�?������� �
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PROJPUERTO_RICO_TO_NAD83_NSRS2007_PRVIPuerto Rico to NAD83(NSRS2007) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG+EPSG�?�p��
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PROJPUERTO_RICO_TO_NAD83_HARN_PRVIPuerto Rico to NAD83(HARN) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG+EPSG8?��G�z�A
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PROJPUERTO_RICO_TO_NAD83_HARN_CORRECTED_PRVIPuerto Rico to NAD83(HARN Corrected) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG+EPSG!a?�(�\)�+
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PROJPUERTO_RICO_TO_NAD83_FBN_PRVIPuerto Rico to NAD83(FBN) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG+EPSG"�?�(�\)
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� � z ? ��xN&��vG���Z ��j.��r@��a=���k7��c. � � /�{'1projected_crsEPSGj{GD49 / UTM zone 59EPSG/�z'1projected_crsEPSGjzGD49 / UTM zone 58EPSG2�y'7projected_crsEPSGd�ETRF89 / UTM zone 38NEPSG3�x'9projected_crsEPSGX�Levant / Levant StereoEPSG3�w'9projected_crsEPSGX�Levant / Syria LambertEPSG1�v'5projected_crsEPSGX�Levant / Levant ZoneEPSG1�u'5projected_crsEPSGR�Genuk / UTM zone 50SEPSG1�t'5projected_crsEPSGR�Genuk / UTM zone 48SEPSG4�s';projected_crsEPSGRlGenuk (Jakarta) / NEIEZEPSG+�r%+geodetic_crsEPSG�Genuk (Jakarta)EPSG �q%geodetic_crsEPSG�GD49EPSG"�p%geodetic_crsEPSG�LevantEPSG"�o%geodetic_crsEPSGzBogotaEPSG!�n%geodetic_crsEPSGsGenukEPSG@�m%Ugeodetic_crsEPSGLNational Geodetic System [Argentina]EPSG'�l%#geodetic_crsEPSG,NAD83(CSRS)EPSG3�k%;geodetic_crsEPSG$Final Datum 1958 (Iran)EPSG9�j'Eprojected_crsEPSG �Final Datum 1958 / Iraq zoneEPSG/�i'1projected_crsEPSG�NAD83 / PEI StereoEPSG@�h'Sprojected_crsEPSGoSierra Leone 1924 / Peninsular GridEPSG:�g'Gprojected_crsEPSGcNAD83(CSRS98) / SCoPQ zone 10EPSG9�f'Eprojected_crsEPSGbNAD83(CSRS98) / SCoPQ zone 9EPSG9�e'Eprojected_crsEPSGaNAD83(CSRS98) / SCoPQ zone 8EPSG9�d'Eprojected_crsEPSG`NAD83(CSRS98) / SCoPQ zone 7EPSG9�c'Eprojected_crsEPSG_NAD83(CSRS98) / SCoPQ zone 6EPSG9�b'Eprojected_crsEPSG^NAD83(CSRS98) / SCoPQ zone 5EPSG9�a'Eprojected_crsEPSG]NAD83(CSRS98) / SCoPQ zone 4EPSG9�`'Eprojected_crsEPSG\NAD83(CSRS98) / SCoPQ zone 3EPSG*�_''projected_crsEPSGRlGenuk / NEIEZEPSG)�^)#vertical_datumEPSGZDVR90(2023)EPSG)�])#vertical_datumEPSGYDVR90(2013)EPSG)�\)#vertical_datumEPSGXDVR90(2002)EPSG,�[))vertical_datumEPSG[DVR90 ensembleEPSG;�Z)Gvertical_datumEPSGVDansk Vertikal Reference 1990EPSG;�Y)Ggeodetic_datumEPSGWGalleria di base del BrenneroEPSG1�X)3geodetic_datumEPSGWBrenner basistunnelEPSG%�W)geodetic_datumEPSGWBBT2000EPSG'�V) geodetic_datumEPSGVCOV23-IRFEPSG.�U)-geodetic_datumEPSGUNAD83(CSRS) 2010EPSG+�T)'geodetic_datumEPSGUNAD83(CSRS)v8EPSG9�S)Cvertical_datumEPSGQZero Hidrográfico PortugalEPSG)�R)#vertical_datumEPSGQZH PortugalEPSG8�Q)Avertical_datumEPSGNCais da Vila - Porto SantoEPSG8�P)Avertical_datumEPSGMCais da Pontinha - FunchalEPSG%�O)vertical_datumEPSGKVD1964EPSG%�N)vertical_datumEPSGIncheonEPSG%�M)geodetic_datumEPSGQKGD2002EPSG$�L)vertical_datumEPSGTREDNAPEPSG$�K)vertical_datumEPSGSREDNAPEPSG$�J)vertical_datumEPSGRREDNAPEPSG3�I)7geodetic_datumEPSGPNSIDC Authalic SphereEPSG&�H) geodetic_datumEPSG9S34S-IRFEPSG&�G) geodetic_datumEPSG4S34J-IRFEPSG+�F)'geodetic_datumEPSGFOstenfeld-IRFEPSG$�E)geodetic_datumEPSGEKK-IRFEPSG%�D)geodetic_datumEPSGDGSB-IRFEPSG$�C)geodetic_datumEPSGCGS-IRFEPSG&�B) geodetic_datumEPSGBS45B-IRFEPSG$�A)geodetic_datumEPSGMRGNC15EPSG&�@) geodetic_datumEPSGLLKS-2020EPSG)�?)#geodetic_datumEPSGLatvia 1992EPSG&�>) geodetic_datumEPSGKRGSH2020EPSG&�=) vertical_datumEPSGJNGA 2022EPSG0�<)1geodetic_datumEPSGIETRS89/DREF91/2016EPSG)�;)#geodetic_datumEPSGGSMITB20-IRFEPSG(�:)!geodetic_datumEPSG7ShAb07-IRFEPSG(�9)!geodetic_datumEPSG6DoPw22-IRFEPSG(�8)!geodetic_datumEPSG@OxWo08-IRFEPSG(�7)!geodetic_datumEPSG;DIBA15-IRFEPSG'�6) geodetic_datumEPSGASYC20-IRFEPSG(�5)!geodetic_datumEPSG?MALS09-IRFEPSG)�4)#geodetic_datumEPSG>GWWWA22-IRFEPSG)�3)#geodetic_datumEPSG=GWWAB22-IRFEPSG)�2)#geodetic_datumEPSG<GWPBS22-IRFEPSG'�1) geodetic_datumEPSG:CWS13-IRFEPSG'�0) geodetic_datumEPSG8CNH22-IRFEPSG8�/)Avertical_datumEPSG�Approximate Mean Sea LevelEPSGB�.)Uvertical_datumEPSG8Approximate Lowest Astronomical TideEPSGE�-)[vertical_datumEPSG?Approximate Mean Low Water Spring TidesEPSG8�,)Avertical_datumEPSGCApproximate Mean Low WaterEPSG
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�Old Hawaiian / SP zone 5EPSG5�A'=projected_crsEPSG
�Old Hawaiian / SP zone 4EPSG5�@'=projected_crsEPSG
�Old Hawaiian / SP zone 3EPSG5�?'=projected_crsEPSG
�Old Hawaiian / SP zone 2EPSG5�>'=projected_crsEPSG
�Old Hawaiian / SP zone 1EPSG"�='projected_crsEPSG
(LKS94EPSG1�<'5projected_crsEPSG YKKJ / Finland zone 3EPSG2�;'7projected_crsEPSG�ATS77 / MTM NS zone 5EPSG2�:'7projected_crsEPSG�ATS77 / MTM NS zone 4EPSG5�9'=projected_crsEPSG�NAD83(CSRS) / PEI StereoEPSG/�8'1projected_crsEPSG�ATS77 / PEI StereoEPSG5�7'=projected_crsEPSG�ATS77 / NB StereographicEPSG+�6')projected_crsEPSGmIRENET95 / ITMEPSG-�5'-projected_crsEPSGYAccra / Ghana TMEPSG4�4';projected_crsEPSGXAccra / Gold Coast GridEPSG+�3')projected_crsEPSG3Qatar Plane CSEPSG2�2'7projected_crsEPSG1Korean 1985 / CentralEPSG3�1'9projected_crsEPSG,S Yemen / Gauss zone 9EPSG3�0'9projected_crsEPSG+S Yemen / Gauss zone 8EPSG2�/'7projected_crsEPSG*Yemen NGN96 / UTM 39NEPSG2�.'7projected_crsEPSG)Yemen NGN96 / UTM 38NEPSG1�-'5projected_crsEPSG$Hito XVIII / UTM 19SEPSG?�,'Qprojected_crsEPSG#Hito XVIII 1963 / Argentina zone 2EPSG?�+'Qprojected_crsEPSG!Chos Malal 1914 / Argentina zone 2EPSG4�*';projected_crsEPSGNaparima 1955 / UTM 20NEPSG2�)'7projected_crsEPSGMount Dillon / TobagoEPSG!�('projected_crsEPSGLV95EPSG5�''=projected_crsEPSGNew S African CS zone 33EPSG5�&'=projected_crsEPSGNew S African CS zone 31EPSG5�%'=projected_crsEPSGNew S African CS zone 29EPSG5�$'=projected_crsEPSGNew S African CS zone 27EPSG5�#'=projected_crsEPSGNew S African CS zone 25EPSG5�"'=projected_crsEPSGNew S African CS zone 23EPSG5�!'=projected_crsEPSGNew S African CS zone 21EPSG5� '=projected_crsEPSG New S African CS zone 19EPSG5� '=projected_crsEPSG�New S African CS zone 17EPSG5� '=projected_crsEPSG�New S African CS zone 15EPSG5� '=projected_crsEPSG�Hanoi 72 / Gauss zone 19EPSG5� '=projected_crsEPSG�Hanoi 72 / Gauss zone 18EPSG1�'5projected_crsEPSG�Abidjan 87 / UTM 29NEPSG1�'5projected_crsEPSG�Locodjo 65 / UTM 29NEPSG1�'5projected_crsEPSG�Abidjan 87 / UTM 30NEPSG1�'5projected_crsEPSG�Locodjo 65 / UTM 30NEPSG2�'7projected_crsEPSG�NAD83(CSRS) / UTM 20NEPSG2�'7projected_crsEPSG�NAD83(CSRS) / UTM 19NEPSG4�';projected_crsEPSG�NAD83(CSRS) / NB StereoEPSG2�'7projected_crsEPSG�CGQ77 / SCoPQ zone 10EPSG1�'5projected_crsEPSG�CGQ77 / SCoPQ zone 9EPSG1�'5projected_crsEPSG�CGQ77 / SCoPQ zone 8EPSG1�'5projected_crsEPSG�CGQ77 / SCoPQ zone 7EPSG1�'5projected_crsEPSG�CGQ77 / SCoPQ zone 6EPSG1�'5projected_crsEPSG�CGQ77 / SCoPQ zone 5EPSG1�'5projected_crsEPSG�CGQ77 / SCoPQ zone 4EPSG1�
'5projected_crsEPSG�CGQ77 / SCoPQ zone 3EPSG1� '5projected_crsEPSG�CGQ77 / SCoPQ zone 2EPSG5� '=projected_crsEPSG�St Vincent 45 / BWI GridEPSG5�
'=projected_crsEPSG�St Lucia 1955 / BWI GridEPSG5� '=projected_crsEPSG�St Kitts 1955 / BWI GridEPSG5�'=projected_crsEPSG�Montserrat 58 / BWI GridEPSG4�';projected_crsEPSG�Grenada 1953 / BWI GridEPSG5�'=projected_crsEPSG�Dominica 1945 / BWI GridEPSG4�';projected_crsEPSG�Antigua 1943 / BWI GridEPSG5�'=projected_crsEPSG�Anguilla 1957 / BWI GridEPSG-�'-projected_crsEPSGzDBelge Lambert 72EPSG2�'7projected_crsEPSGy�Zanderij / Surinam TMEPSG3�'9projected_crsEPSGy�Zanderij / Surinam OldEPSGN� 'oprojected_crsEPSGxHNord Sahara 1959 / Lambert Sud Voirol Unifie 1960EPSGO�'qprojected_crsEPSGxGNord Sahara 1959 / Lambert Nord Voirol Unifie 1960EPSG5�~'=projected_crsEPSGj�GD49 / South Island GridEPSG5�}'=projected_crsEPSGj�GD49 / North Island GridEPSG/�|'1projected_crsEPSGj|GD49 / UTM zone 60EPSG
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'=projected_crsEPSGNuPulkovo 1995 / Gauss 25NEPSG5� '=projected_crsEPSGNtPulkovo 1995 / Gauss 24NEPSG5� '=projected_crsEPSGNsPulkovo 1995 / Gauss 23NEPSG5�
'=projected_crsEPSGNrPulkovo 1995 / Gauss 22NEPSG5� '=projected_crsEPSGNqPulkovo 1995 / Gauss 21NEPSG5�'=projected_crsEPSGNpPulkovo 1995 / Gauss 20NEPSG5�'=projected_crsEPSGNoPulkovo 1995 / Gauss 19NEPSG5�'=projected_crsEPSGNnPulkovo 1995 / Gauss 18NEPSG5�'=projected_crsEPSGNmPulkovo 1995 / Gauss 17NEPSG5�'=projected_crsEPSGNlPulkovo 1995 / Gauss 16NEPSG5�'=projected_crsEPSGNkPulkovo 1995 / Gauss 15NEPSG5�'=projected_crsEPSGNjPulkovo 1995 / Gauss 14NEPSG5�'=projected_crsEPSGNiPulkovo 1995 / Gauss 13NEPSG5� '=projected_crsEPSGNhPulkovo 1995 / Gauss 12NEPSG5�'=projected_crsEPSGNgPulkovo 1995 / Gauss 11NEPSG5�~'=projected_crsEPSGNfPulkovo 1995 / Gauss 10NEPSG4�}';projected_crsEPSGNePulkovo 1995 / Gauss 9NEPSG4�|';projected_crsEPSGNdPulkovo 1995 / Gauss 8NEPSG4�{';projected_crsEPSGNcPulkovo 1995 / Gauss 7NEPSG4�z';projected_crsEPSGNbPulkovo 1995 / Gauss 6NEPSG4�y';projected_crsEPSGNaPulkovo 1995 / Gauss 5NEPSG4�x';projected_crsEPSGN`Pulkovo 1995 / Gauss 4NEPSG)�w'%projected_crsEPSGN@S-95 zone 32EPSG)�v'%projected_crsEPSGN?S-95 zone 31EPSG)�u'%projected_crsEPSGN>S-95 zone 30EPSG)�t'%projected_crsEPSGN=S-95 zone 29EPSG)�s'%projected_crsEPSGN<S-95 zone 28EPSG)�r'%projected_crsEPSGN;S-95 zone 27EPSG)�q'%projected_crsEPSGN:S-95 zone 26EPSG)�p'%projected_crsEPSGN9S-95 zone 25EPSG)�o'%projected_crsEPSGN8S-95 zone 24EPSG)�n'%projected_crsEPSGN7S-95 zone 23EPSG)�m'%projected_crsEPSGN6S-95 zone 22EPSG)�l'%projected_crsEPSGN5S-95 zone 21EPSG)�k'%projected_crsEPSGN4S-95 zone 20EPSG)�j'%projected_crsEPSGN3S-95 zone 19EPSG)�i'%projected_crsEPSGN2S-95 zone 18EPSG)�h'%projected_crsEPSGN1S-95 zone 17EPSG)�g'%projected_crsEPSGN0S-95 zone 16EPSG)�f'%projected_crsEPSGN/S-95 zone 15EPSG)�e'%projected_crsEPSGN.S-95 zone 14EPSG)�d'%projected_crsEPSGN-S-95 zone 13EPSG)�c'%projected_crsEPSGN,S-95 zone 12EPSG)�b'%projected_crsEPSGN+S-95 zone 11EPSG)�a'%projected_crsEPSGN*S-95 zone 10EPSG(�`'#projected_crsEPSGN)S-95 zone 9EPSG(�_'#projected_crsEPSGN(S-95 zone 8EPSG(�^'#projected_crsEPSGN'S-95 zone 7EPSG(�]'#projected_crsEPSGN&S-95 zone 6EPSG(�\'#projected_crsEPSGN%S-95 zone 5EPSG(�['#projected_crsEPSGN$S-95 zone 4EPSG;�Z%Kcompound_crsEPSG �NAD27 / TX_N + NGVD29 ht (ftUS)EPSG0�Y%5compound_crsEPSG �GB Nat Grid + ODN htEPSG4�X%=compound_crsEPSG �NTF / France III + IGN69EPSG3�W%;compound_crsEPSG �NTF / France II + IGN69EPSG3�V%;compound_crsEPSG �NTF / France II + LalleEPSG7�U%Cvertical_crsEPSGaLandeshohennetz 1995 heightEPSG9�T%Gvertical_crsEPSG`Landesnivellement 1902 heightEPSG8�S%Evertical_crsEPSG\PDO Height Datum 1993 heightEPSG8�R%Evertical_crsEPSG[Japan Levelling Datum heightEPSG0�Q%5vertical_crsEPSGSMean Sea Level depthEPSG1�P%7vertical_crsEPSGRMean Sea Level heightEPSGK�O%kvertical_crsEPSGQCanadian Geodetic Vertical Datum of 1928 heightEPSGE�N%_vertical_crsEPSGPAustralian Height Datum (Tasmania) heightEPSG:�M%Ivertical_crsEPSGMNormaal Amsterdams Peil heightEPSGL�L%mvertical_crsEPSGGNorth American Vertical Datum of 1988 height (m)EPSGR�K%yvertical_crsEPSGFNational Geodetic Vertical Datum of 1929 height (ftUS)EPSG)�J%'vertical_crsEPSGENewlyn heightEPSG1�I%7geodetic_crsEPSG�Belge 1950 (Brussels)EPSG!�H%geodetic_crsEPSGCGQ77EPSG&�G%!geodetic_crsEPSG�Belge 1972EPSG(�F%%geodetic_crsEPSG�NAD MichiganEPSG&�E%!geodetic_crsEPSGwBelge 1950EPSG1�D%7geodetic_crsEPSG&PDO Survey Datum 1993EPSG
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� � q > ���^&���L��h/���O��o7���\$���P��zD � � 3�Y'9projected_crsEPSG^�Kalianpur 62 / UTM 43NEPSG3�X'9projected_crsEPSG^�Kalianpur 62 / UTM 42NEPSG3�W'9projected_crsEPSG^�Kalianpur 62 / UTM 41NEPSG3�V'9projected_crsEPSG^�Kalianpur 37 / UTM 46NEPSG3�U'9projected_crsEPSG^�Kalianpur 37 / UTM 45NEPSG1�T'5projected_crsEPSG^�JAD69 / Jamaica GridEPSG4�S';projected_crsEPSG^$Jamaica 1875 / Old GridEPSG2�R'7projected_crsEPSG]�Indian 1975 / UTM 48NEPSG2�Q'7projected_crsEPSG]�Indian 1975 / UTM 47NEPSG2�P'7projected_crsEPSG]�Indian 1954 / UTM 48NEPSG2�O'7projected_crsEPSG]�Indian 1954 / UTM 47NEPSG2�N'7projected_crsEPSG]�Indian 1954 / UTM 46NEPSG5�M'=projected_crsEPSGY�Egypt 1907 / Ext. PurpleEPSG5�L'=projected_crsEPSGW�Corrego Alegre / UTM 24SEPSG5�K'=projected_crsEPSGW�Corrego Alegre / UTM 23SEPSG0�J'3projected_crsEPSGW Tunisia Mining GridEPSG5�I'=projected_crsEPSGWSouth African CS zone 33EPSG5�H'=projected_crsEPSGWSouth African CS zone 31EPSG5�G'=projected_crsEPSGWSouth African CS zone 29EPSG5�F'=projected_crsEPSGWSouth African CS zone 27EPSG5�E'=projected_crsEPSGW
South African CS zone 25EPSG5�D'=projected_crsEPSGW South African CS zone 23EPSG5�C'=projected_crsEPSGW South African CS zone 21EPSG5�B'=projected_crsEPSGWSouth African CS zone 19EPSG5�A'=projected_crsEPSGWSouth African CS zone 17EPSG5�@'=projected_crsEPSGWSouth African CS zone 15EPSG6�?'?projected_crsEPSGV�C Inchauspe / Argentina 7EPSG6�>'?projected_crsEPSGV�C Inchauspe / Argentina 6EPSG6�='?projected_crsEPSGV�C Inchauspe / Argentina 5EPSG6�<'?projected_crsEPSGV�C Inchauspe / Argentina 4EPSG6�;'?projected_crsEPSGV�C Inchauspe / Argentina 3EPSG6�:'?projected_crsEPSGV�C Inchauspe / Argentina 2EPSG6�9'?projected_crsEPSGV�C Inchauspe / Argentina 1EPSG1�8'5projected_crsEPSGU�Bogota / Colombia 6EEPSG1�7'5projected_crsEPSGU�Bogota / Colombia 3EEPSG5�6'=projected_crsEPSGU�Bogota / Colombia BogotaEPSG1�5'5projected_crsEPSGU�Bogota / Colombia 3WEPSG!�4'projected_crsEPSGULV03EPSG"�3'projected_crsEPSGULV03CEPSG-�2'-projected_crsEPSGS�Belge Lambert 50EPSG0�1'3projected_crsEPSGS�Beijing / Gauss 23NEPSG0�0'3projected_crsEPSGS�Beijing / Gauss 22NEPSG0�/'3projected_crsEPSGS�Beijing / Gauss 21NEPSG0�.'3projected_crsEPSGS�Beijing / Gauss 20NEPSG0�-'3projected_crsEPSGS�Beijing / Gauss 19NEPSG0�,'3projected_crsEPSGS�Beijing / Gauss 18NEPSG0�+'3projected_crsEPSGS�Beijing / Gauss 17NEPSG0�*'3projected_crsEPSGS�Beijing / Gauss 16NEPSG0�)'3projected_crsEPSGS�Beijing / Gauss 15NEPSG0�('3projected_crsEPSGS�Beijing / Gauss 14NEPSG0�''3projected_crsEPSGS�Beijing / Gauss 13NEPSG1�&'5projected_crsEPSGS�Beijing / GK zone 23EPSG1�%'5projected_crsEPSGS�Beijing / GK zone 22EPSG1�$'5projected_crsEPSGS�Beijing / GK zone 21EPSG1�#'5projected_crsEPSGS�Beijing / GK zone 20EPSG1�"'5projected_crsEPSGS�Beijing / GK zone 19EPSG1�!'5projected_crsEPSGS�Beijing / GK zone 18EPSG1� '5projected_crsEPSGS�Beijing / GK zone 17EPSG1� '5projected_crsEPSGS�Beijing / GK zone 16EPSG1� '5projected_crsEPSGS�Beijing / GK zone 15EPSG1� '5projected_crsEPSGS�Beijing / GK zone 14EPSG1� '5projected_crsEPSGS�Beijing / GK zone 13EPSG3�'9projected_crsEPSGS,Barbados National GridEPSG5�'=projected_crsEPSGS+Barbados 1938 / BWI GridEPSG,�'+projected_crsEPSGRlBatavia / NEIEZEPSG4�';projected_crsEPSGQ6Lisbon / Portuguese NatEPSG1�'5projected_crsEPSGO�Ain el Abd / UTM 39NEPSG1�'5projected_crsEPSGO�Ain el Abd / UTM 38NEPSG1�'5projected_crsEPSGO�Ain el Abd / UTM 37NEPSG5�'=projected_crsEPSGN|Pulkovo 1995 / Gauss 32NEPSG5�'=projected_crsEPSGN{Pulkovo 1995 / Gauss 31NEPSG5�'=projected_crsEPSGNzPulkovo 1995 / Gauss 30NEPSG5�'=projected_crsEPSGNyPulkovo 1995 / Gauss 29NEPSG5�'=projected_crsEPSGNxPulkovo 1995 / Gauss 28NEPSG
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'5projected_crsEPSGi=NAD83 / California 1EPSG3� '9projected_crsEPSGh�NAD27 / Michigan SouthEPSG5� '=projected_crsEPSGh�NAD27 / Michigan CentralEPSG3�
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NAD27 / New Mexico Cent.EPSG&�*' projected_crsEPSG{�Stereo 70EPSG&�)' projected_crsEPSG{pStereo 33EPSG0�('3projected_crsEPSGz�DHDN / Gauss zone 5EPSG0�''3projected_crsEPSGz�DHDN / Gauss zone 4EPSG0�&'3projected_crsEPSGz�DHDN / Gauss zone 3EPSG0�%'3projected_crsEPSGz�DHDN / Gauss zone 2EPSG0�$'3projected_crsEPSGz�DHDN / Gauss zone 1EPSG.�#'/projected_crsEPSGz�BD72 / Lambert 72EPSG/�"'1projected_crsEPSGz=MGI / Austria EastEPSG2�!'7projected_crsEPSGz<MGI / Austria CentralEPSG/� '1projected_crsEPSGz;MGI / Austria WestEPSG/� '1projected_crsEPSGz$MGI / Gauss zone 8EPSG/� '1projected_crsEPSGz#MGI / Gauss zone 7EPSG/� '1projected_crsEPSGz"MGI / Gauss zone 6EPSG/� '1projected_crsEPSGz!MGI / Gauss zone 5EPSG4�';projected_crsEPSGxHNord Sahara / S AlgerieEPSG4�';projected_crsEPSGxGNord Sahara / N AlgerieEPSG2�'7projected_crsEPSGx Nord Sahara / UTM 32NEPSG2�'7projected_crsEPSGx Nord Sahara / UTM 31NEPSG2�'7projected_crsEPSGx
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'=projected_crsEPSG}�NAD83 / Rhode Island (m)EPSG;� 'Iprojected_crsEPSG}�NAD83 / Pennsylvania South (m)EPSG;� 'Iprojected_crsEPSG}�NAD83 / Pennsylvania North (m)EPSG5�
'=projected_crsEPSG}NAD83 / Oregon South (m)EPSG5� '=projected_crsEPSG}~NAD83 / Oregon North (m)EPSG7�'Aprojected_crsEPSG}}NAD83 / Oklahoma South (m)EPSG7�'Aprojected_crsEPSG}|NAD83 / Oklahoma North (m)EPSG3�'9projected_crsEPSG}{NAD83 / Ohio South (m)EPSG3�'9projected_crsEPSG}zNAD83 / Ohio North (m)EPSG;�'Iprojected_crsEPSG}yNAD83 / North Dakota South (m)EPSG;�'Iprojected_crsEPSG}xNAD83 / North Dakota North (m)EPSG7�'Aprojected_crsEPSG}wNAD83 / North Carolina (m)EPSG6�'?projected_crsEPSG}uNAD83 / New York West (m)EPSG=� 'Mprojected_crsEPSG}vNAD83 / New York Long Island (m)EPSG6�'?projected_crsEPSG}sNAD83 / New York East (m)EPSG9�~'Eprojected_crsEPSG}tNAD83 / New York Central (m)EPSG8�}'Cprojected_crsEPSG}rNAD83 / New Mexico West (m)EPSG8�|'Cprojected_crsEPSG}pNAD83 / New Mexico East (m)EPSG3�{'9projected_crsEPSG}oNAD83 / New Jersey (m)EPSG6�z'?projected_crsEPSG}nNAD83 / New Hampshire (m)EPSG4�y';projected_crsEPSG}mNAD83 / Nevada West (m)EPSG4�x';projected_crsEPSG}kNAD83 / Nevada East (m)EPSG7�w'Aprojected_crsEPSG}lNAD83 / Nevada Central (m)EPSG1�v'5projected_crsEPSG}hNAD83 / Nebraska (m)EPSG0�u'3projected_crsEPSG}dNAD83 / Montana (m)EPSG6�t'?projected_crsEPSGivNAD83 / Missouri West (m)EPSG6�s'?projected_crsEPSGitNAD83 / Missouri East (m)EPSG9�r'Eprojected_crsEPSGiuNAD83 / Missouri Central (m)EPSG9�q'Eprojected_crsEPSGisNAD83 / Mississippi West (m)EPSG9�p'Eprojected_crsEPSGirNAD83 / Mississippi East (m)EPSG8�o'Cprojected_crsEPSGiqNAD83 / Minnesota South (m)EPSG8�n'Cprojected_crsEPSGioNAD83 / Minnesota North (m)EPSG:�m'Gprojected_crsEPSGipNAD83 / Minnesota Central (m)EPSG7�l'Aprojected_crsEPSGinNAD83 / Michigan South (m)EPSG7�k'Aprojected_crsEPSGilNAD83 / Michigan North (m)EPSG9�j'Eprojected_crsEPSGimNAD83 / Michigan Central (m)EPSG?�i'Qprojected_crsEPSGijNAD83 / Massachusetts Mainland (m)EPSG=�h'Mprojected_crsEPSGikNAD83 / Massachusetts Island (m)EPSG1�g'5projected_crsEPSGiiNAD83 / Maryland (m)EPSG3�f'9projected_crsEPSGihNAD83 / Maine West (m)EPSG3�e'9projected_crsEPSGigNAD83 / Maine East (m)EPSG8�d'Cprojected_crsEPSGifNAD83 / Louisiana South (m)EPSG8�c'Cprojected_crsEPSGieNAD83 / Louisiana North (m)EPSG7�b'Aprojected_crsEPSGidNAD83 / Kentucky South (m)EPSG7�a'Aprojected_crsEPSG�NAD83 / Kentucky North (m)EPSG5�`'=projected_crsEPSGibNAD83 / Kansas South (m)EPSG5�_'=projected_crsEPSGiaNAD83 / Kansas North (m)EPSG3�^'9projected_crsEPSGi`NAD83 / Iowa South (m)EPSG3�]'9projected_crsEPSGi_NAD83 / Iowa North (m)EPSG5�\'=projected_crsEPSGi^NAD83 / Indiana West (m)EPSG5�['=projected_crsEPSGi]NAD83 / Indiana East (m)EPSG6�Z'?projected_crsEPSGi\NAD83 / Illinois West (m)EPSG6�Y'?projected_crsEPSGi[NAD83 / Illinois East (m)EPSG3�X'9projected_crsEPSGiZNAD83 / Idaho West (m)EPSG3�W'9projected_crsEPSGiXNAD83 / Idaho East (m)EPSG6�V'?projected_crsEPSGiYNAD83 / Idaho Central (m)EPSG6�U'?projected_crsEPSGiUNAD83 / Hawaii zone 5 (m)EPSG6�T'?projected_crsEPSGiTNAD83 / Hawaii zone 4 (m)EPSG6�S'?projected_crsEPSGiSNAD83 / Hawaii zone 3 (m)EPSG6�R'?projected_crsEPSGiRNAD83 / Hawaii zone 2 (m)EPSG6�Q'?projected_crsEPSGiQNAD83 / Hawaii zone 1 (m)EPSG5�P'=projected_crsEPSGiWNAD83 / Georgia West (m)EPSG5�O'=projected_crsEPSGiVNAD83 / Georgia East (m)EPSG5�N'=projected_crsEPSGiONAD83 / Florida West (m)EPSG6�M'?projected_crsEPSGiPNAD83 / Florida North (m)EPSG5�L'=projected_crsEPSGiNNAD83 / Florida East (m)EPSG
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� � V %���`%��t1��h%��e1��`��?��f ��mH � � F�O'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 14EPSGF�N'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 13EPSG"�M%geodetic_crsEPSGHK1980EPSG0�L'3projected_crsEPSG HK 1980 Grid SystemEPSG1�K%7vertical_crsEPSGiHuang Hai 1985 heightEPSGF�J'_projected_crsEPSG +Xian 1980 / 6-degree Gauss-Kruger CM 129EEPSGF�I'_projected_crsEPSG *Xian 1980 / 6-degree Gauss-Kruger CM 123EEPSGF�H'_projected_crsEPSG )Xian 1980 / 6-degree Gauss-Kruger CM 117EEPSGE�G']projected_crsEPSG %Xian 1980 / 6-degree Gauss-Kruger CM 93EEPSGE�F']projected_crsEPSG $Xian 1980 / 6-degree Gauss-Kruger CM 87EEPSGE�E']projected_crsEPSG #Xian 1980 / 6-degree Gauss-Kruger CM 81EEPSGF�D'_projected_crsEPSG ,Xian 1980 / 6-degree Gauss-Kruger CM 135EEPSGE�C']projected_crsEPSG &Xian 1980 / 6-degree Gauss-Kruger CM 99EEPSGE�B']projected_crsEPSG "Xian 1980 / 6-degree Gauss-Kruger CM 75EEPSGF�A'_projected_crsEPSG (Xian 1980 / 6-degree Gauss-Kruger CM 111EEPSGF�@'_projected_crsEPSG 'Xian 1980 / 6-degree Gauss-Kruger CM 105EEPSG<�?%Mvertical_crsEPSGjHong Kong Principal Datum heightEPSG1�>%7vertical_crsEPSGhHuang Hai 1956 heightEPSG7�='Aprojected_crsEPSG�NAD83(2011) / OCRS_GWS (m)EPSG@�<'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 45EEPSG@�;'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 42EEPSG@�:'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 39EEPSG@�9'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 36EEPSG@�8'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 33EEPSG@�7'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 30EEPSG@�6'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 27EEPSG8�5'Cprojected_crsEPSG�NAD83(2011) / OCRS_GWS (ft)EPSG8�4'Cprojected_crsEPSG}CNAD27 / UTM zone 17N (ftUS)EPSG8�3'Cprojected_crsEPSG}BNAD27 / UTM zone 16N (ftUS)EPSG8�2'Cprojected_crsEPSG}ANAD27 / UTM zone 15N (ftUS)EPSG8�1'Cprojected_crsEPSG}@NAD27 / UTM zone 14N (ftUS)EPSG(�0%%geodetic_crsEPSG�Old EgyptianEPSG(�/%%geodetic_crsEPSGgNew EgyptianEPSG1�.%7vertical_crsEPSGIKronstadt 1977 heightEPSG.�-'/projected_crsEPSG Genuk / TM 109 SEEPSG1�,'5projected_crsEPSGR�Genuk / UTM zone 49SEPSGC�+'Yprojected_crsEPSGnHCongo 1960 Pointe Noire / UTM zone 32SEPSG3�*%;geodetic_crsEPSG�Congo 1960 Pointe NoireEPSG7�)'Aprojected_crsEPSG�NAD83(2011) / OCRS_GPA (m)EPSGA�('Uprojected_crsEPSG}�NAD83 / Puerto Rico & Virgin Is. (m)EPSG=�''Mprojected_crsEPSG}�NAD83 / Wyoming West Central (m)EPSG5�&'=projected_crsEPSG}�NAD83 / Wyoming West (m)EPSG=�%'Mprojected_crsEPSG}�NAD83 / Wyoming East Central (m)EPSG5�$'=projected_crsEPSG}�NAD83 / Wyoming East (m)EPSG8�#'Cprojected_crsEPSG}�NAD83 / Wisconsin South (m)EPSG8�"'Cprojected_crsEPSG}�NAD83 / Wisconsin North (m)EPSG:�!'Gprojected_crsEPSG}�NAD83 / Wisconsin Central (m)EPSG<� 'Kprojected_crsEPSG}�NAD83 / West Virginia South (m)EPSG<� 'Kprojected_crsEPSG}�NAD83 / West Virginia North (m)EPSG9� 'Eprojected_crsEPSG}�NAD83 / Washington South (m)EPSG9� 'Eprojected_crsEPSG}�NAD83 / Washington North (m)EPSG7� 'Aprojected_crsEPSG}�NAD83 / Virginia South (m)EPSG7�'Aprojected_crsEPSG}�NAD83 / Virginia North (m)EPSG0�'3projected_crsEPSG}�NAD83 / Vermont (m)EPSG3�'9projected_crsEPSG}�NAD83 / Utah South (m)EPSG3�'9projected_crsEPSG}�NAD83 / Utah North (m)EPSG5�'=projected_crsEPSG}�NAD83 / Utah Central (m)EPSG<�'Kprojected_crsEPSG}�NAD83 / Texas South Central (m)EPSG4�';projected_crsEPSG}�NAD83 / Texas South (m)EPSG<�'Kprojected_crsEPSG}�NAD83 / Texas North Central (m)EPSG4�';projected_crsEPSG}�NAD83 / Texas North (m)EPSG6�'?projected_crsEPSG}�NAD83 / Texas Central (m)EPSG2�'7projected_crsEPSG}�NAD83 / Tennessee (m)EPSG;�'Iprojected_crsEPSG}�NAD83 / South Dakota South (m)EPSG
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+ � � J��h ��8��X ��:��>��o*��[��> � � H�'cprojected_crsEPSGN&Pulkovo 1995 / 6-degree Gauss-Kruger zone 6EPSGH�'cprojected_crsEPSGN%Pulkovo 1995 / 6-degree Gauss-Kruger zone 5EPSGH�'cprojected_crsEPSGN$Pulkovo 1995 / 6-degree Gauss-Kruger zone 4EPSGB�'Wprojected_crsEPSG#Hito XVIII 1963 / Gauss-Kruger zone 2EPSGE�']projected_crsEPSG"Pampa del Castillo / Gauss-Kruger zone 2EPSGB� 'Wprojected_crsEPSG!Chos Malal 1914 / Gauss-Kruger zone 2EPSGB�'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 7EPSGB�~'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 6EPSGB�}'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 5EPSGB�|'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 4EPSGB�{'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 3EPSGB�z'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 2EPSGB�y'Wprojected_crsEPSGV�Campo Inchauspe / Gauss-Kruger zone 1EPSGG�x'aprojected_crsEPSG [South Yemen / 6-degree Gauss-Kruger zone 8EPSGG�w'aprojected_crsEPSG \South Yemen / 6-degree Gauss-Kruger zone 9EPSG1�v'5projected_crsEPSG \S Yemen / G-K zone 9EPSG1�u'5projected_crsEPSG [S Yemen / G-K zone 8EPSGC�t'Yprojected_crsEPSG _Pulkovo 1942(83) / Gauss-Kruger zone 5EPSGC�s'Yprojected_crsEPSG ^Pulkovo 1942(83) / Gauss-Kruger zone 4EPSGC�r'Yprojected_crsEPSG ]Pulkovo 1942(83) / Gauss-Kruger zone 3EPSGI�q'eprojected_crsEPSG �Albanian 1987 / 6-degree Gauss-Kruger zone 4EPSGG�p'aprojected_crsEPSG�Hanoi 1972 / 6-degree Gauss-Kruger zone 19EPSGG�o'aprojected_crsEPSG�Hanoi 1972 / 6-degree Gauss-Kruger zone 18EPSGI�n'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 135EEPSGI�m'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 129EEPSGI�l'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 123EEPSGI�k'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 117EEPSGI�j'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 111EEPSGI�i'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 105EEPSGH�h'cprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 99EEPSGH�g'cprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 93EEPSGH�f'cprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 87EEPSGH�e'cprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 81EEPSGH�d'cprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger CM 75EEPSGI�c'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 23EPSGI�b'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 22EPSGI�a'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 21EPSGI�`'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 20EPSGI�_'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 19EPSGI�^'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 18EPSGI�]'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 17EPSGI�\'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 16EPSGI�['eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 15EPSGI�Z'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 14EPSGI�Y'eprojected_crsEPSGS�Beijing 1954 / 6-degree Gauss-Kruger zone 13EPSGF�X'_projected_crsEPSG !Xian 1980 / 6-degree Gauss-Kruger zone 23EPSGF�W'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 22EPSGF�V'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 21EPSGF�U'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 20EPSGF�T'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 19EPSGF�S'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 18EPSGF�R'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 17EPSGF�Q'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 16EPSGF�P'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 15EPSG
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Pulkovo 1942 / 6-degree Gauss-Kruger zone 26EPSGI�7'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 25EPSGI�6'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 24EPSGI�5'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 23EPSGI�4'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 22EPSGI�3'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 21EPSGI�2'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 20EPSGI�1'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 19EPSGI�0'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 18EPSGI�/'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 17EPSGI�.'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 16EPSGI�-'eprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 15EPSGI�,'eprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 14EPSGI�+'eprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 13EPSGI�*'eprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 12EPSGI�)'eprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 11EPSGI�('eprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 10EPSGH�''cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 9EPSGH�&'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 8EPSGH�%'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 7EPSGH�$'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 6EPSGH�#'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 5EPSGH�"'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 4EPSGH�!'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 3EPSGH� 'cprojected_crsEPSGn�Pulkovo 1942 / 6-degree Gauss-Kruger zone 2EPSGI� 'eprojected_crsEPSGN@Pulkovo 1995 / 6-degree Gauss-Kruger zone 32EPSGI� 'eprojected_crsEPSGN?Pulkovo 1995 / 6-degree Gauss-Kruger zone 31EPSGI� 'eprojected_crsEPSGN>Pulkovo 1995 / 6-degree Gauss-Kruger zone 30EPSGI� 'eprojected_crsEPSGN=Pulkovo 1995 / 6-degree Gauss-Kruger zone 29EPSGI�'eprojected_crsEPSGN<Pulkovo 1995 / 6-degree Gauss-Kruger zone 28EPSGI�'eprojected_crsEPSGN;Pulkovo 1995 / 6-degree Gauss-Kruger zone 27EPSGI�'eprojected_crsEPSGN:Pulkovo 1995 / 6-degree Gauss-Kruger zone 26EPSGI�'eprojected_crsEPSGN9Pulkovo 1995 / 6-degree Gauss-Kruger zone 25EPSGI�'eprojected_crsEPSGN8Pulkovo 1995 / 6-degree Gauss-Kruger zone 24EPSGI�'eprojected_crsEPSGN7Pulkovo 1995 / 6-degree Gauss-Kruger zone 23EPSGI�'eprojected_crsEPSGN6Pulkovo 1995 / 6-degree Gauss-Kruger zone 22EPSGI�'eprojected_crsEPSGN5Pulkovo 1995 / 6-degree Gauss-Kruger zone 21EPSGI�'eprojected_crsEPSGN4Pulkovo 1995 / 6-degree Gauss-Kruger zone 20EPSGI�'eprojected_crsEPSGN3Pulkovo 1995 / 6-degree Gauss-Kruger zone 19EPSGI�'eprojected_crsEPSGN2Pulkovo 1995 / 6-degree Gauss-Kruger zone 18EPSGI�'eprojected_crsEPSGN1Pulkovo 1995 / 6-degree Gauss-Kruger zone 17EPSGI�'eprojected_crsEPSGN0Pulkovo 1995 / 6-degree Gauss-Kruger zone 16EPSGI�'eprojected_crsEPSGN/Pulkovo 1995 / 6-degree Gauss-Kruger zone 15EPSGI�
'eprojected_crsEPSGN.Pulkovo 1995 / 6-degree Gauss-Kruger zone 14EPSGI� 'eprojected_crsEPSGN-Pulkovo 1995 / 6-degree Gauss-Kruger zone 13EPSGI� 'eprojected_crsEPSGN,Pulkovo 1995 / 6-degree Gauss-Kruger zone 12EPSGI�
'eprojected_crsEPSGN+Pulkovo 1995 / 6-degree Gauss-Kruger zone 11EPSGI� 'eprojected_crsEPSGN*Pulkovo 1995 / 6-degree Gauss-Kruger zone 10EPSGH�'cprojected_crsEPSGN)Pulkovo 1995 / 6-degree Gauss-Kruger zone 9EPSGH�'cprojected_crsEPSGN(Pulkovo 1995 / 6-degree Gauss-Kruger zone 8EPSGH�'cprojected_crsEPSGN'Pulkovo 1995 / 6-degree Gauss-Kruger zone 7EPSG
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Pulkovo 1942 / 6-degree Gauss-Kruger zone 29EPSGI�:'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 28EPSG
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� � m 7 ��b,���L��W2���T��l2���K��b/���b1 � � � 0�1'3projected_crsEPSGz:Bundesmeldenetz M34EPSG0�0'3projected_crsEPSGz9Bundesmeldenetz M31EPSG0�/'3projected_crsEPSGz8Bundesmeldenetz M28EPSG.�.'/projected_crsEPSGz3Gebrauchsnetz M34EPSG.�-'/projected_crsEPSGz2Gebrauchsnetz M31EPSG.�,'/projected_crsEPSGz1Gebrauchsnetz M28EPSG3�+'9projected_crsEPSG�CORS96 / OCRS_ORC (ft)EPSG2�*'7projected_crsEPSG�CORS96 / OCRS_ONT (m)EPSG0�)%5vertical_crsEPSGdBelfast Lough heightEPSG2�(%9geodetic_crsEPSG 12th Parallel traverseEPSG9�''Eprojected_crsEPSGfSMerchich / Zone 4 Sahara SudEPSG:�&'Gprojected_crsEPSGfRMerchich / Zone 3 Sahara NordEPSG8�%'Cprojected_crsEPSGfPMerchich / Zone 2 Sud MarocEPSG9�$'Eprojected_crsEPSGfOMerchich / Zone 1 Nord MarocEPSG4�#';projected_crsEPSGY�Egypt 1907 / Green BeltEPSG7�"'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 9EPSG7�!'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 8EPSG7� 'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 7EPSG7� 'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 6EPSG7� 'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 5EPSG7� 'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 4EPSG7� 'Aprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 3EPSG8�'Cprojected_crsEPSG �NAD83(CSRS) / SCoPQ zone 10EPSG5�'=projected_crsEPSG uP2 Exc-T9 / UTM zone 50SEPSG3�'9projected_crsEPSG uSamboja / UTM zone 50SEPSG2�'7projected_crsEPSG�CORS96 / OCRS_ORC (m)EPSG"�%geodetic_crsEPSGP2 ExcEPSG%�% geodetic_crsEPSGP2 Exc-T9EPSG#�%geodetic_crsEPSGSambojaEPSG8�'Cprojected_crsEPSG�NAD83(2011) / OCRS_ONT (ft)EPSG7�'Aprojected_crsEPSG�NAD83(2011) / OCRS_LDG (m)EPSG/�%3geodetic_crsEPSG�DGN-95 (geocentric)EPSG2�%9geodetic_crsEPSG�DGN-95 (geographic 3D)EPSG7�'Aprojected_crsEPSG�NAD83(2011) / OCRS_ONT (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_ONT (ft)EPSG8�'Cprojected_crsEPSG�NAD83(2011) / OCRS_LDG (ft)EPSG3�
'9projected_crsEPSG�CORS96 / OCRS_LDG (ft)EPSG2� '7projected_crsEPSG�CORS96 / OCRS_LDG (m)EPSG2� '7projected_crsEPSG�CORS96 / OCRS_GWS (m)EPSG3�
'9projected_crsEPSG�CORS96 / OCRS_GWS (ft)EPSG2� '7projected_crsEPSG�CORS96 / OCRS_GPA (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_GPA (ft)EPSG2�'7projected_crsEPSG�CORS96 / OCRS_EUG (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_EUG (ft)EPSG2�'7projected_crsEPSG�CORS96 / OCRS_DFM (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_DFM (ft)EPSG2�'7projected_crsEPSG�CORS96 / OCRS_CGC (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_CGC (ft)EPSG2�'7projected_crsEPSG�CORS96 / OCRS_CRW (m)EPSG2� '7projected_crsEPSG�CORS96 / OCRS_CRE (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_CRW (ft)EPSG3�~'9projected_crsEPSG�CORS96 / OCRS_CRE (ft)EPSG2�}'7projected_crsEPSG�CORS96 / OCRS_CGP (m)EPSG3�|'9projected_crsEPSG�CORS96 / OCRS_CGP (ft)EPSG2�{'7projected_crsEPSG�CORS96 / OCRS_BRP (m)EPSGI�z'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 171WEPSGI�y'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 177WEPSGI�x'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 177EEPSGI�w'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 171EEPSGI�v'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 165EEPSGI�u'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 159EEPSGI�t'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 153EEPSGI�s'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 147EEPSGI�r'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 141EEPSGI�q'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 135EEPSGI�p'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 129EEPSGI�o'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 123EEPSGI�n'eprojected_crsEPSG �Pulkovo 1942 / 6-degree Gauss-Kruger CM 117EEPSG
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National Geodetic System [Argentina] (3D)EPSG&�R%!geodetic_crsEPSGLKS94 (3D)EPSG!�Q%geodetic_crsEPSG LKS94EPSG.�P%1geodetic_crsEPSGLKS94 (geocentric)EPSG(�O%%geodetic_crsEPSG�EUREF89 (3D)EPSG'�N%#geodetic_crsEPSG�ETRF89 (3D)EPSG.�M%1geodetic_crsEPSG�AAD98 (geocentric)EPSG&�L%!geodetic_crsEPSG�AAD98 (3D)EPSG2�K'7projected_crsEPSG �MHNC72 / UTM zone 58SEPSG"�J%geodetic_crsEPSGMHNC72EPSG?�I'Qprojected_crsEPSG �Perroud 1950 / Terre Adelie StereoEPSG?�H'Qprojected_crsEPSG �Petrels 1972 / Terre Adelie StereoEPSG7�G'Aprojected_crsEPSG�NAD83(2011) / OCRS_SLE (m)EPSG3�F'9projected_crsEPSG �RGNC 1991 / Lambert NCEPSG3�E%;geodetic_crsEPSG St Pierre Miquelon 1950EPSG0�D%5geodetic_crsEPSG�EUREF89 (geocentric)EPSG/�C%3geodetic_crsEPSG�ETRF89 (geocentric)EPSG3�B'9projected_crsEPSG�CORS96 / OCRS_SLE (ft)EPSG2�A'7projected_crsEPSG�CORS96 / OCRS_SLE (m)EPSG8�@'Cprojected_crsEPSG�NAD83(2011) / OCRS_PDX (ft)EPSG4�?%=vertical_crsEPSG Newlyn (Offshore) heightEPSG7�>'Aprojected_crsEPSG�NAD83(2011) / OCRS_PDX (m)EPSG3�='9projected_crsEPSG�CORS96 / OCRS_PDX (ft)EPSG2�<'7projected_crsEPSG�CORS96 / OCRS_PDX (m)EPSG8�;'Cprojected_crsEPSG�NAD83(2011) / OCRS_PDT (ft)EPSG8�:'Cprojected_crsEPSG�NAD83(2011) / OCRS_PLG (ft)EPSG7�9'Aprojected_crsEPSG�NAD83(2011) / OCRS_PLG (m)EPSG3�8'9projected_crsEPSG�CORS96 / OCRS_PLG (ft)EPSG2�7'7projected_crsEPSG�CORS96 / OCRS_PLG (m)EPSG7�6'Aprojected_crsEPSG�NAD83(2011) / OCRS_PDT (m)EPSG3�5'9projected_crsEPSG�CORS96 / OCRS_PDT (ft)EPSG2�4'7projected_crsEPSG�CORS96 / OCRS_PDT (m)EPSG8�3'Cprojected_crsEPSG�NAD83(2011) / OCRS_ORC (ft)EPSG7�2'Aprojected_crsEPSG�NAD83(2011) / OCRS_ORC (m)EPSG
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Texas Centric Mapping System / Lambert ConformalEPSGM�;'mprojected_crsEPSG Texas Centric Mapping System / Albers Equal AreaEPSG.�:'/projected_crsEPSG NAD83 / TX AlbersEPSG)�9'%projected_crsEPSG NAD83 / TSMSEPSG,�8'+projected_crsEPSG Michigan GeoRefEPSGF�7'_projected_crsEPSGigMaine Coordinate System of 1983 East ZoneEPSGF�6'_projected_crsEPSGihMaine Coordinate System of 1983 West ZoneEPSGF�5'_projected_crsEPSGh�Maine Coordinate System of 1927 West ZoneEPSGF�4'_projected_crsEPSGh�Maine Coordinate System of 1927 East ZoneEPSGF�3'_projected_crsEPSG
�Maine Coordinate System of 1983 West ZoneEPSGF�2'_projected_crsEPSG
�Maine Coordinate System of 1983 East ZoneEPSGF�1'_projected_crsEPSG Maine Coordinate System of 2000 West ZoneEPSGI�0'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSGF�/'_projected_crsEPSG Maine Coordinate System of 2000 East ZoneEPSG)�.%'vertical_crsEPSG�REDNAP heightEPSG.�-%1vertical_crsEPSG�Baltic 1980 heightEPSG3�,'9projected_crsEPSG]Nahrwan 1934 / UTM 37NEPSGD�+%]vertical_crsEPSG[Japanese Standard Levelling Datum heightEPSG+�*')projected_crsEPSG �NAD27 / WTM 27EPSG3�)'9projected_crsEPSG�CORS96 / OCRS_SAN (ft)EPSG"�(%geodetic_crsEPSGoSIRGASEPSG2�''7projected_crsEPSG|�SIRGAS / UTM zone 17NEPSG2�&'7projected_crsEPSG|�SIRGAS / UTM zone 18NEPSG2�%'7projected_crsEPSG|�SIRGAS / UTM zone 19NEPSG2�$'7projected_crsEPSG|�SIRGAS / UTM zone 20NEPSG2�#'7projected_crsEPSG|�SIRGAS / UTM zone 21NEPSG2�"'7projected_crsEPSG|�SIRGAS / UTM zone 22NEPSG2�!'7projected_crsEPSG|�SIRGAS / UTM zone 17SEPSG2� '7projected_crsEPSG|�SIRGAS / UTM zone 18SEPSG2� '7projected_crsEPSG|�SIRGAS / UTM zone 19SEPSG2� '7projected_crsEPSG|�SIRGAS / UTM zone 20SEPSG2� '7projected_crsEPSG|�SIRGAS / UTM zone 21SEPSG2� '7projected_crsEPSG|�SIRGAS / UTM zone 22SEPSG2�'7projected_crsEPSG|�SIRGAS / UTM zone 23SEPSG2�'7projected_crsEPSG|�SIRGAS / UTM zone 24SEPSG2�'7projected_crsEPSG} SIRGAS / UTM zone 25SEPSG"�%geodetic_crsEPSGnSIRGASEPSG"�%geodetic_crsEPSGJSIRGASEPSG'�%#geodetic_crsEPSG�NAD83(1986)EPSG"�%geodetic_crsEPSGMETRS89EPSGO�'qprojected_crsEPSG�NAD83(CORS96) / Oregon Sweet Home-Sisters zone (m)EPSG)�'%projected_crsEPSGmETRS89 / ITMEPSG>�'Oprojected_crsEPSG �ED50 / Jordan Transverse MercatorEPSG5�'=projected_crsEPSG �Rome 1940 / Italy zone 1EPSG5�'=projected_crsEPSG �Rome 1940 / Italy zone 2EPSG,�%-geodetic_crsEPSG�Rome 1940 (Rome)EPSG%�% geodetic_crsEPSG�Rome 1940EPSG2�
'7projected_crsEPSG�CORS96 / OCRS_SAN (m)EPSGP� 'sprojected_crsEPSG�NAD83(CORS96) / Oregon Sweet Home-Sisters zone (ft)EPSG*� %)geodetic_crsEPSGWLKS94 (ETRS89)EPSG)�
%'geodetic_crsEPSG +NAD83(CSRS98)EPSG!� %geodetic_crsEPSGCAAD98EPSG*�%)geodetic_crsEPSGVLKS94 (ETRS89)EPSG2�'7projected_crsEPSG�CORS96 / OCRS_BBU (m)EPSGN�'oprojected_crsEPSG�NAD83(2011) / Oregon Sweet Home-Sisters zone (ft)EPSG!�%geodetic_crsEPSGBAAD98EPSG@�'Sprojected_crsEPSG MIndian (DMA Reduced) / UTM zone 49NEPSG@�'Sprojected_crsEPSG LIndian (DMA Reduced) / UTM zone 48NEPSG=�'Mprojected_crsEPSG hIndian (DMA Reduced) / TM 106 NEEPSG0�%5geodetic_crsEPSG#Indian (DMA Reduced)EPSG.� '/projected_crsEPSG �LKS92 / Latvia TMEPSG"�'projected_crsEPSG �EST97EPSG"�~'projected_crsEPSG �EST92EPSG0�}'3projected_crsEPSGe EST97 / TM Baltic93EPSG0�|'3projected_crsEPSGe LKS94 / TM Baltic93EPSG
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�NAD83(HPGN) / Minnesota CentralEPSG:�'Gprojected_crsEPSG
�NAD83(HPGN) / Minnesota NorthEPSG9�'Eprojected_crsEPSG
�NAD83(HPGN) / Michigan SouthEPSG;�'Iprojected_crsEPSG
�NAD83(HPGN) / Michigan CentralEPSG9� 'Eprojected_crsEPSG
�NAD83(HPGN) / Michigan NorthEPSG?�'Qprojected_crsEPSG
�NAD83(HPGN) / Massachusetts IslandEPSGA�~'Uprojected_crsEPSG
�NAD83(HPGN) / Massachusetts MainlandEPSG3�}'9projected_crsEPSG
�NAD83(HPGN) / MarylandEPSG5�|'=projected_crsEPSG
�NAD83(HPGN) / Maine WestEPSG5�{'=projected_crsEPSG
�NAD83(HPGN) / Maine EastEPSG:�z'Gprojected_crsEPSG
�NAD83(HPGN) / Louisiana SouthEPSG:�y'Gprojected_crsEPSG
�NAD83(HPGN) / Louisiana NorthEPSG9�x'Eprojected_crsEPSG
�NAD83(HPGN) / Kentucky SouthEPSG9�w'Eprojected_crsEPSG
�NAD83(HPGN) / Kentucky NorthEPSG7�v'Aprojected_crsEPSG
�NAD83(HPGN) / Kansas SouthEPSG7�u'Aprojected_crsEPSG
�NAD83(HPGN) / Kansas NorthEPSG5�t'=projected_crsEPSG
�NAD83(HPGN) / Iowa SouthEPSG5�s'=projected_crsEPSG
�NAD83(HPGN) / Iowa NorthEPSG7�r'Aprojected_crsEPSG
�NAD83(HPGN) / Indiana WestEPSG7�q'Aprojected_crsEPSG
�NAD83(HPGN) / Indiana EastEPSG8�p'Cprojected_crsEPSG
�NAD83(HPGN) / Illinois WestEPSG8�o'Cprojected_crsEPSG
�NAD83(HPGN) / Illinois EastEPSG5�n'=projected_crsEPSG
�NAD83(HPGN) / Idaho WestEPSG8�m'Cprojected_crsEPSG
�NAD83(HPGN) / Idaho CentralEPSG5�l'=projected_crsEPSG
�NAD83(HPGN) / Idaho EastEPSG8�k'Cprojected_crsEPSG
�NAD83(HPGN) / Hawaii zone 5EPSG8�j'Cprojected_crsEPSG
�NAD83(HPGN) / Hawaii zone 4EPSG8�i'Cprojected_crsEPSG
�NAD83(HPGN) / Hawaii zone 3EPSG8�h'Cprojected_crsEPSG
�NAD83(HPGN) / Hawaii zone 2EPSG8�g'Cprojected_crsEPSG
�NAD83(HPGN) / Hawaii zone 1EPSG7�f'Aprojected_crsEPSG
�NAD83(HPGN) / Georgia WestEPSG7�e'Aprojected_crsEPSG
�NAD83(HPGN) / Georgia EastEPSG8�d'Cprojected_crsEPSG
�NAD83(HPGN) / Florida NorthEPSG7�c'Aprojected_crsEPSG
�NAD83(HPGN) / Florida WestEPSG7�b'Aprojected_crsEPSG
�NAD83(HPGN) / Florida EastEPSG3�a'9projected_crsEPSG
�NAD83(HPGN) / DelawareEPSG6�`'?projected_crsEPSG
�NAD83(HPGN) / ConnecticutEPSG9�_'Eprojected_crsEPSG
�NAD83(HPGN) / Colorado SouthEPSG;�^'Iprojected_crsEPSG
�NAD83(HPGN) / Colorado CentralEPSG9�]'Eprojected_crsEPSG
�NAD83(HPGN) / Colorado NorthEPSG<�\'Kprojected_crsEPSG
�NAD83(HPGN) / California zone 6EPSG<�['Kprojected_crsEPSG
�NAD83(HPGN) / California zone 5EPSG<�Z'Kprojected_crsEPSG
�NAD83(HPGN) / California zone 4EPSG<�Y'Kprojected_crsEPSG
�NAD83(HPGN) / California zone 3EPSG<�X'Kprojected_crsEPSG
�NAD83(HPGN) / California zone 2EPSG<�W'Kprojected_crsEPSG
�NAD83(HPGN) / California zone 1EPSG9�V'Eprojected_crsEPSG
�NAD83(HPGN) / Arkansas SouthEPSG9�U'Eprojected_crsEPSG
�NAD83(HPGN) / Arkansas NorthEPSG7�T'Aprojected_crsEPSG
�NAD83(HPGN) / Arizona WestEPSG:�S'Gprojected_crsEPSG
�NAD83(HPGN) / Arizona CentralEPSG7�R'Aprojected_crsEPSG
�NAD83(HPGN) / Arizona EastEPSG7�Q'Aprojected_crsEPSG
�NAD83(HPGN) / Alabama WestEPSG7�P'Aprojected_crsEPSG
�NAD83(HPGN) / Alabama EastEPSG6�O'?projected_crsEPSG�NAD83(HPGN) / UTM zone 2SEPSG'�N%#geodetic_crsEPSG]NAD83(HPGN)EPSG'�M%#geodetic_crsEPSG\NAD83(HPGN)EPSG'�L%#geodetic_crsEPSG8NAD83(HPGN)EPSG?�K'Qprojected_crsEPSG NAD83(HPGN) / Kentucky Single ZoneEPSG!�J'projected_crsEPSG KY1ZEPSG!�I'projected_crsEPSG KY1ZEPSG+�H')projected_crsEPSG �NAD83 / WTM 83EPSGH�G'cprojected_crsEPSG �NAD83(HPGN) / Wisconsin Transverse MercatorEPSG<�F'Kprojected_crsEPSG NAD83(HPGN) / Maine CS2000 EastEPSG?�E'Qprojected_crsEPSG NAD83(HPGN) / Maine CS2000 CentralEPSG<�D'Kprojected_crsEPSG NAD83(HPGN) / Maine CS2000 WestEPSGD�C'[projected_crsEPSG NAD83(HPGN) / Michigan Oblique MercatorEPSGJ�B'gprojected_crsEPSG NAD83(HPGN) / Texas Centric Lambert ConformalEPSG
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NAD83(HPGN) / New York CentralEPSG8�'Cprojected_crsEPSG NAD83(HPGN) / New York EastEPSG:�'Gprojected_crsEPSG NAD83(HPGN) / New Mexico WestEPSG=�'Mprojected_crsEPSG
NAD83(HPGN) / New Mexico CentralEPSG:�'Gprojected_crsEPSG NAD83(HPGN) / New Mexico EastEPSG5�'=projected_crsEPSG NAD83(HPGN) / New JerseyEPSG8�'Cprojected_crsEPSG NAD83(HPGN) / New HampshireEPSG6�'?projected_crsEPSG NAD83(HPGN) / Nevada WestEPSG9�'Eprojected_crsEPSG NAD83(HPGN) / Nevada CentralEPSG6�
'?projected_crsEPSG NAD83(HPGN) / Nevada EastEPSG3� '9projected_crsEPSG NAD83(HPGN) / NebraskaEPSG2� '7projected_crsEPSG NAD83(HPGN) / MontanaEPSG8�
'Cprojected_crsEPSG NAD83(HPGN) / Missouri WestEPSG;� 'Iprojected_crsEPSG NAD83(HPGN) / Missouri CentralEPSG8�'Cprojected_crsEPSG
�NAD83(HPGN) / Missouri EastEPSG;�'Iprojected_crsEPSG
�NAD83(HPGN) / Mississippi WestEPSG;�'Iprojected_crsEPSG
�NAD83(HPGN) / Mississippi EastEPSG:�'Gprojected_crsEPSG
�NAD83(HPGN) / Minnesota SouthEPSG
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'/projected_crsEPSG�CORS96 / OR N (m)EPSGD� '[projected_crsEPSG�(PT_AZO_ORIE / UTM - see alias remarks)EPSG,� '+projected_crsEPSGkdPT_D73 / TM_D73EPSG?�
'Qprojected_crsEPSG ~(PT_MAD / UTM - see alias remarks)EPSG(� %%vertical_crsEPSG�PT_CASC / OHEPSG,�'+projected_crsEPSGPL_42/58 / 1965EPSG,�'+projected_crsEPSG~PL_42/58 / 1965EPSG,�'+projected_crsEPSG}PL_42/58 / 1965EPSG,�'+projected_crsEPSG|PL_42/58 / 1965EPSG,�'+projected_crsEPSG{PL_42/58 / 1965EPSG.�'/projected_crsEPSG�PL_EUREF89 / 2000EPSG.�'/projected_crsEPSG�PL_EUREF89 / 2000EPSG.�'/projected_crsEPSG�PL_EUREF89 / 2000EPSG.� '/projected_crsEPSG�PL_EUREF89 / 2000EPSG.�'/projected_crsEPSG�PL_EUREF89 / 1992EPSG)�~%'vertical_crsEPSG�NO_TREG / NOHEPSG/�}'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/�|'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/�{'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/�z'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/�y'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/�x'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/�w'1projected_crsEPSGk NO_NGO1948 / NO_TMEPSG/�v'1projected_crsEPSGj�NO_NGO1948 / NO_TMEPSG,�u'+projected_crsEPSG �NO_ETRS89 / UTMEPSG,�t'+projected_crsEPSG �NO_ETRS89 / UTMEPSG,�s'+projected_crsEPSG �NO_ETRS89 / UTMEPSG(�r%%vertical_crsEPSGMNL_AMST / OHEPSGC�q'Yprojected_crsEPSGq@(NL_RD / DUTCH_ST - see alias remarks)EPSG-�p'-projected_crsEPSGyLU_LUREF / LU_TMEPSG(�o%%vertical_crsEPSG�LU_AMST / OHEPSG-�n'-projected_crsEPSG
(LT_LKS94 / LT_TMEPSG.�m'/projected_crsEPSG �LV_LKS-92 / LV_TMEPSGH�l'cprojected_crsEPSG �(IT_ROMA40 / EAST_WEST - see alias remarks)EPSGH�k'cprojected_crsEPSG �(IT_ROMA40 / EAST_WEST - see alias remarks)EPSG@�j'Sprojected_crsEPSGY�(IT_ED50 / UTM - see alias remarks)EPSG@�i'Sprojected_crsEPSGY�(IT_ED50 / UTM - see alias remarks)EPSGU�h'}projected_crsEPSGt�(NI_IRELAND65 / IRELAND75_IRISHGRID - see alias remarks)EPSGU�g'}projected_crsEPSGt�(IE_IRELAND65 / IRELAND75_IRISHGRID - see alias remarks)EPSG(�f%%vertical_crsEPSGcIE_MALH / OHEPSG(�e%%vertical_crsEPSG�HU_KRON / NHEPSGK�d'iprojected_crsEPSGl4(GB_OSGB36 / NATIONALGRID - see alias remarks)EPSGD�c'[projected_crsEPSG4(GR_GGRS87 / GR_TM - see alias remarks)EPSG(�b%%vertical_crsEPSGEGB_NEWL / OHEPSG@�a'Sprojected_crsEPSGY�(GI_ED50 / UTM - see alias remarks)EPSG,�`'+projected_crsEPSG �DE_ETRS89 / UTMEPSG,�_'+projected_crsEPSG ]DE_42/83 / GK_3EPSG,�^'+projected_crsEPSG ^DE_42/83 / GK_3EPSG,�]'+projected_crsEPSG _DE_42/83 / GK_3EPSG)�\%'vertical_crsEPSG�DE_AMST / NOHEPSG(�[%%vertical_crsEPSG�DE_AMST / NHEPSG(�Z%%vertical_crsEPSG�DE_KRON / NHEPSG,�Y'+projected_crsEPSG
EDE_PD/83 / GK_3EPSG,�X'+projected_crsEPSG
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GDE_RD/83 / GK_3EPSG,�V'+projected_crsEPSG
FDE_RD/83 / GK_3EPSG+�U')projected_crsEPSGz�DE_DHDN / GK_3EPSG+�T')projected_crsEPSGz�DE_DHDN / GK_3EPSG+�S')projected_crsEPSGz�DE_DHDN / GK_3EPSG+�R')projected_crsEPSGz�DE_DHDN / GK_3EPSG(�Q%%vertical_crsEPSGXFR_MARS / NHEPSGD�P'[projected_crsEPSGj(FR_RGF93 / LAMB93 - see alias remarks)EPSGC�O'Yprojected_crsEPSGk�(FR_NTF / FR_LAMB - see alias remarks)EPSG
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Mhast / UTM zone 32SEPSG1�a'5projected_crsEPSG
Mhast / UTM zone 32SEPSG!�`%geodetic_crsEPSG`MhastEPSG!�_%geodetic_crsEPSGaMhastEPSG1�^'5projected_crsEPSGeLMhast / UTM zone 32SEPSG!�]%geodetic_crsEPSG�MhastEPSGE�\']projected_crsEPSG�NAD83(2011) / Oregon Bend-Vale zone (ft)EPSG@�['Sprojected_crsEPSG Selvagem Grande 1938 / UTM zone 28NEPSG0�Z%5geodetic_crsEPSGSelvagem Grande 1938EPSG'�Y%#geodetic_crsEPSGMarco AstroEPSG/�X'1projected_crsEPSG�CORS96 / OR S (ft)EPSG6�W'?projected_crsEPSG�NAD83(CORS96) / OR N (ft)EPSG0�V'3projected_crsEPSG
NAD83 / STC LambertEPSG2�U'7projected_crsEPSG
NAD83(CSRS) / STC LCCEPSG0�T'3projected_crsEPSG
NAD83 / STC LambertEPSG:�S'Gprojected_crsEPSG
Bas Congo 1955 / UTM zone 33SEPSG>�R'Oprojected_crsEPSG
Bas Congo 1955 / Congo TM zone 16EPSG>�Q'Oprojected_crsEPSG
Bas Congo 1955 / Congo TM zone 14EPSG>�P'Oprojected_crsEPSG
Bas Congo 1955 / Congo TM zone 12EPSG*�O%)geodetic_crsEPSG]Bas Congo 1955EPSG>�N'Oprojected_crsEPSG
Lietuvos Koordinaciu Sistema 1994EPSG-�M'-projected_crsEPSG
LT_LKS94 / LT_TMEPSG"�L'projected_crsEPSG
LKS94EPSG/�K'1projected_crsEPSG 0System 1965 zone IEPSG$�J'projected_crsEPSG�PL-1992EPSG'�I'!projected_crsEPSG�PL-2000/24EPSG'�H'!projected_crsEPSG�PL-2000/21EPSG'�G'!projected_crsEPSG�PL-2000/18EPSG'�F'!projected_crsEPSG�PL-2000/15EPSG/�E'1projected_crsEPSGSystem 1965 zone VEPSG0�D'3projected_crsEPSG~System 1965 zone IVEPSG1�C'5projected_crsEPSG}System 1965 zone IIIEPSG0�B'3projected_crsEPSG|System 1965 zone IIEPSG/�A'1projected_crsEPSG
System 1942/27 (6)EPSG/�@'1projected_crsEPSG
System 1942/21 (6)EPSG/�?'1projected_crsEPSG
System 1942/15 (6)EPSG/�>'1projected_crsEPSG
System 1942/24 (3)EPSG/�='1projected_crsEPSG
System 1942/21 (3)EPSG/�<'1projected_crsEPSG
System 1942/18 (3)EPSG/�;'1projected_crsEPSG
System 1942/15 (3)EPSG,�:'+projected_crsEPSG
System GUGiK-80EPSG,�9'+projected_crsEPSG 0PL_42/58 / 1965EPSG.�8'/projected_crsEPSG�CORS96 / OR S (m)EPSG=�7'Mprojected_crsEPSG�NAD83(CORS96) / Oregon South (m)EPSG$�6% geodetic_crsEPSGYIGC 1962EPSG"�5%geodetic_crsEPSGNETRS89EPSG"�4%geodetic_crsEPSGOETRS89EPSGD�3'[projected_crsEPSG �NAD83(HARN) / California (Teale) AlbersEPSG>�2'Oprojected_crsEPSG �NAD83 / California (Teale) AlbersEPSG>�1'Oprojected_crsEPSG �NAD27 / California (Teale) AlbersEPSG3�0'9projected_crsEPSG �MHEFO 55 / UTM zone 7SEPSG$�/% geodetic_crsEPSGPMHEFO 55EPSG1�.'5projected_crsEPSG �Tahiti / UTM zone 6SEPSG0�-'3projected_crsEPSG �Tahaa / UTM zone 5SEPSG3�,'9projected_crsEPSG �MOP 1983 / UTM zone 5SEPSG"�+%geodetic_crsEPSGTahitiEPSG!�*%geodetic_crsEPSGTahaaEPSG$�)% geodetic_crsEPSGTMOP 1983EPSG(�(%%vertical_crsEPSG�ES_ALIC / OHEPSG@�''Sprojected_crsEPSGY�(TR_ED50 / UTM - see alias remarks)EPSG@�&'Sprojected_crsEPSGY�(TR_ED50 / UTM - see alias remarks)EPSG@�%'Sprojected_crsEPSGY�(TR_ED50 / UTM - see alias remarks)EPSG@�$'Sprojected_crsEPSGY�(TR_ED50 / UTM - see alias remarks)EPSG,�#'+projected_crsEPSG TR_ED50 / TR_TMEPSG,�"'+projected_crsEPSG TR_ED50 / TR_TMEPSG,�!'+projected_crsEPSG TR_ED50 / TR_TMEPSG,� '+projected_crsEPSG TR_ED50 / TR_TMEPSG,� '+projected_crsEPSG TR_ED50 / TR_TMEPSG,� '+projected_crsEPSG TR_ED50 / TR_TMEPSG,� '+projected_crsEPSG TR_ED50 / TR_TMEPSG'� %#vertical_crsEPSG�TR_ANT / OHEPSGL�'kprojected_crsEPSGU(CH_CH1903 / CH_PROJECTION - see alias remarks)EPSGN�'oprojected_crsEPSG(CH_CH1903+ / CH_PROJECTION+ - see alias remarks)EPSG(�%%vertical_crsEPSGaCH_MARS / OHEPSG
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#NAD83(HPGN) / Pennsylvania North (ftUS)EPSG=�*'Mprojected_crsEPSG
"NAD83(HPGN) / Pennsylvania NorthEPSG>�)'Oprojected_crsEPSG
!NAD83(HPGN) / South Carolina (ft)EPSG9�('Eprojected_crsEPSG
NAD83(HPGN) / South CarolinaEPSG@�''Sprojected_crsEPSG
NAD83(HPGN) / North Carolina (ftUS)EPSG9�&'Eprojected_crsEPSG
NAD83(HPGN) / North CarolinaEPSGD�%'[projected_crsEPSG �NAD83(HPGN) / California (Teale) AlbersEPSG!�$%geodetic_crsEPSG�FD54aEPSG!�#'projected_crsEPSG efk89EPSG.�"'/projected_crsEPSG QNAD83 / BC AlbersEPSG,�!'+projected_crsEPSG GFiji 1986 / FMGEPSG'� %#geodetic_crsEPSGzSanto (DOS)EPSG*� %)geodetic_crsEPSGjBellevue (IGN)EPSG0� '3projected_crsEPSG cRGNC / UTM zone 59SEPSG0� '3projected_crsEPSG bRGNC / UTM zone 58SEPSG0� '3projected_crsEPSG aRGNC / UTM zone 57SEPSG1�'5projected_crsEPSG_�MRT68 / UTM zone 48NEPSG1�'5projected_crsEPSG_�MRT68 / UTM zone 47NEPSG3�'9projected_crsEPSG_�MRT68 / Singapore GridEPSG!�%geodetic_crsEPSG�MRT68EPSG9�'Eprojected_crsEPSGt�Timbalai 1968 / UTM zone 50NEPSG9�'Eprojected_crsEPSGt�Timbalai 1968 / UTM zone 49NEPSG0�'3projected_crsEPSGt�BT68 / UTM zone 50NEPSG0�'3projected_crsEPSGt�BT68 / UTM zone 49NEPSG �%geodetic_crsEPSG�BT68EPSG)�%'geodetic_crsEPSG�Timbalai 1968EPSG)�'%projected_crsEPSG [Lambert NC91EPSG-�'-projected_crsEPSGST74 0 gon 65:-1EPSG4�';projected_crsEPSG
JNAD83 / 10TM AEP ForestEPSG6�'?projected_crsEPSG
KNAD83 / 10TM AEP ResourceEPSG6�
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INAD83 / 10TM AEP ResourceEPSG4� ';projected_crsEPSG
HNAD83 / 10TM AEP ForestEPSG>� 'Oprojected_crsEPSG CVanua Levu 1917 / Vanua Levu GridEPSG+�
%+geodetic_crsEPSG�Vanua Levu 1917EPSG<� 'Kprojected_crsEPSG DViti Levu 1916 / Viti Levu GridEPSG*�%)geodetic_crsEPSG�Viti Levu 1916EPSG0�'3projected_crsEPSG eFaroe Cadastre 1989EPSG �'projected_crsEPSG IfkeEPSG0�'3projected_crsEPSG HFaroe Cadastre 1954EPSG!�'projected_crsEPSG Hfk54EPSG5�'=projected_crsEPSG GFGD 1986 / Fiji Map GridEPSG$�% geodetic_crsEPSGpFGD 1986EPSG9�'Eprojected_crsEPSG�WGS 84 / UTM zone 17N (ftUS)EPSG9� 'Eprojected_crsEPSG�WGS 84 / UTM zone 16N (ftUS)EPSG9�'Eprojected_crsEPSG�WGS 84 / UTM zone 15N (ftUS)EPSG9�~'Eprojected_crsEPSG�WGS 84 / UTM zone 14N (ftUS)EPSG8�}'Cprojected_crsEPSG}�NAD83 / UTM zone 17N (ftUS)EPSG8�|'Cprojected_crsEPSG}�NAD83 / UTM zone 16N (ftUS)EPSG8�{'Cprojected_crsEPSG}�NAD83 / UTM zone 15N (ftUS)EPSG8�z'Cprojected_crsEPSG}�NAD83 / UTM zone 14N (ftUS)EPSG*�y%)geodetic_crsEPSG=LKS94 (ETRS89)EPSGA�x'Uprojected_crsEPSG
;KKJ / Basic Coordinate System zone 5EPSGA�w'Uprojected_crsEPSG
:KKJ / Basic Coordinate System zone 0EPSG)�v%'geodetic_crsEPSG�Montserrat 58EPSGE�u']projected_crsEPSG�Montserrat 58 / British West Indies GridEPSG$�t% geodetic_crsEPSGbS-650 TLEPSG0�s'3projected_crsEPSG
S-650 TL / Red BeltEPSG*�r%)geodetic_crsEPSG Uvea SHOM 1978EPSG(�q%%geodetic_crsEPSGRIGN79 TahitiEPSG!�p%compound_crsEPSG �RDNAPEPSG$�o% geodetic_crsEPSG�HK63(67)EPSG �n%geodetic_crsEPSG�HK63EPSGG�m'aprojected_crsEPSG �St. Pierre et Miquelon 1950 / UTM zone 21NEPSG/�l%3geodetic_crsEPSGuJohnston Atoll 1961EPSGD�k'[projected_crsEPSG�NAD83(2011) / Oregon Bend-Vale zone (m)EPSGL�j'kprojected_crsEPSG
)Mauritanian Mining Cadastre 1999 / UTM zone 30NEPSGL�i'kprojected_crsEPSG
(Mauritanian Mining Cadastre 1999 / UTM zone 29NEPSGL�h'kprojected_crsEPSG
'Mauritanian Mining Cadastre 1999 / UTM zone 28NEPSG<�g%Mgeodetic_crsEPSG\Mauritanian Mining Cadastre 1999EPSGH�f'cprojected_crsEPSG
Le Pouce (Mauritius PN 94) / Mauritius GridEPSGE�e']projected_crsEPSG
Le Pouce (Mauritius 94) / Mauritius GridEPSG
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�NAD83(HARN) / California zone 1 (m)EPSG=�m'Mprojected_crsEPSG
�NAD83(HARN) / Arkansas South (m)EPSG=�l'Mprojected_crsEPSG
�NAD83(HARN) / Arkansas North (m)EPSG;�k'Iprojected_crsEPSG
�NAD83(HARN) / Arizona West (m)EPSG;�j'Iprojected_crsEPSG
�NAD83(HARN) / Arizona East (m)EPSG>�i'Oprojected_crsEPSG
�NAD83(HARN) / Arizona Central (m)EPSG;�h'Iprojected_crsEPSG
�NAD83(HARN) / Alabama West (m)EPSG;�g'Iprojected_crsEPSG
�NAD83(HARN) / Alabama East (m)EPSG:�f'Gprojected_crsEPSG NAD83 / Maine CS2000 West (m)EPSG:�e'Gprojected_crsEPSG NAD83 / Maine CS2000 East (m)EPSG;�d'Iprojected_crsEPSG}�NAD83 / Louisiana Offshore (m)EPSG>�c'Oprojected_crsEPSG
xWGS 84 / Jamaica Metric Grid 2001EPSG5�b'=projected_crsEPSGtTananarive / Laborde appEPSG8�a'Cprojected_crsEPSG
GRD/83 / Gauss-Kruger zone 5EPSG8�`'Cprojected_crsEPSG
FRD/83 / Gauss-Kruger zone 4EPSG �_%geodetic_crsEPSG�DHDNEPSG8�^'Cprojected_crsEPSG
EPD/83 / Gauss-Kruger zone 4EPSG �]%geodetic_crsEPSG�DHDNEPSG2�\'7projected_crsEPSG
wETRS89 / Lambert 2005EPSG>�['Oprojected_crsEPSG
vNAD83(HPGN) / Rhode Island (ftUS)EPSG?�Z'Qprojected_crsEPSG
uNAD83(HPGN) / New Hampshire (ftUS)EPSG?�Y'Qprojected_crsEPSG
tNAD83(HPGN) / Illinois West (ftUS)EPSG?�X'Qprojected_crsEPSG
sNAD83(HPGN) / Illinois East (ftUS)EPSG@�W'Sprojected_crsEPSG
rNAD83(HPGN) / Arkansas South (ftUS)EPSG@�V'Sprojected_crsEPSG
qNAD83(HPGN) / Arkansas North (ftUS)EPSG<�U'Kprojected_crsEPSG
hNAD83(HPGN) / New Jersey (ftUS)EPSG=�T'Mprojected_crsEPSG
gNAD83(HPGN) / Nevada West (ftUS)EPSG@�S'Sprojected_crsEPSG
fNAD83(HPGN) / Nevada Central (ftUS)EPSG=�R'Mprojected_crsEPSG
eNAD83(HPGN) / Nevada East (ftUS)EPSG>�Q'Oprojected_crsEPSG
dNAD83(HPGN) / Kansas South (ftUS)EPSG>�P'Oprojected_crsEPSG
cNAD83(HPGN) / Kansas North (ftUS)EPSG<�O'Kprojected_crsEPSG
bNAD83(HPGN) / Iowa South (ftUS)EPSG<�N'Kprojected_crsEPSG
aNAD83(HPGN) / Iowa North (ftUS)EPSG3�M'9projected_crsEPSG
WWGS 72BE / SCS LambertEPSG5�L'=projected_crsEPSG$�ETRS89 / MML07 SnakeGridEPSG=�K'Mprojected_crsEPSG gNAD83 / GLGIS Albers (basin+SLS)EPSG9�J'Eprojected_crsEPSG fNAD83 / GLGIS Albers (basin)EPSG:�I'Gprojected_crsEPSG
VSVY21 plane coordinate systemEPSG@�H'Sprojected_crsEPSG
LNAD83(HPGN) / North Carolina (ftUS)EPSG1�G'5projected_crsEPSG]LIGD95 / UTM zone 54SEPSG1�F'5projected_crsEPSG]KIGD95 / UTM zone 53SEPSG1�E'5projected_crsEPSG]JIGD95 / UTM zone 52SEPSG1�D'5projected_crsEPSG]IIGD95 / UTM zone 51SEPSG1�C'5projected_crsEPSG]HIGD95 / UTM zone 50SEPSG1�B'5projected_crsEPSG]GIGD95 / UTM zone 49SEPSG1�A'5projected_crsEPSG]FIGD95 / UTM zone 48SEPSG1�@'5projected_crsEPSG]EIGD95 / UTM zone 47SEPSG1�?'5projected_crsEPSG]@IGD95 / UTM zone 52NEPSG1�>'5projected_crsEPSG]?IGD95 / UTM zone 51NEPSG1�='5projected_crsEPSG]>IGD95 / UTM zone 50NEPSG1�<'5projected_crsEPSG]=IGD95 / UTM zone 49NEPSG1�;'5projected_crsEPSG]<IGD95 / UTM zone 48NEPSG1�:'5projected_crsEPSG];IGD95 / UTM zone 47NEPSG1�9'5projected_crsEPSG]:IGD95 / UTM zone 46NEPSG!�8%geodetic_crsEPSG!IGD95EPSG!�7%geodetic_crsEPSG"IGD95EPSG!�6%geodetic_crsEPSG�IGD95EPSG%�5' projected_crsEPSG TCMS/ LCEPSGM�4'mprojected_crsEPSG Texas Centric Mapping System / Lambert ConformalEPSGM�3'mprojected_crsEPSG
Texas Centric Mapping System / Albers Equal AreaEPSG%�2' projected_crsEPSG
TCMS/AEAEPSG,�1'+projected_crsEPSG Michigan GeoRefEPSGF�0'_projected_crsEPSG Maine Coordinate System of 2000 West ZoneEPSGI�/'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSGF�.'_projected_crsEPSG Maine Coordinate System of 2000 East ZoneEPSGD�-'[projected_crsEPSG
%NAD83(HPGN) / Pennsylvania South (ftUS)EPSG
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�NAD83(HARN) / Missouri East (m)EPSG?�-'Qprojected_crsEPSG NAD83(HARN) / Missouri Central (m)EPSG?�,'Qprojected_crsEPSG
�NAD83(HARN) / Mississippi West (m)EPSG?�+'Qprojected_crsEPSG
�NAD83(HARN) / Mississippi East (m)EPSG>�*'Oprojected_crsEPSG
�NAD83(HARN) / Minnesota South (m)EPSG>�)'Oprojected_crsEPSG
�NAD83(HARN) / Minnesota North (m)EPSG@�('Sprojected_crsEPSG
�NAD83(HARN) / Minnesota Central (m)EPSG=�''Mprojected_crsEPSG
�NAD83(HARN) / Michigan South (m)EPSG=�&'Mprojected_crsEPSG
�NAD83(HARN) / Michigan North (m)EPSG?�%'Qprojected_crsEPSG
�NAD83(HARN) / Michigan Central (m)EPSGE�$']projected_crsEPSG
�NAD83(HARN) / Massachusetts Mainland (m)EPSGC�#'Yprojected_crsEPSG
�NAD83(HARN) / Massachusetts Island (m)EPSG7�"'Aprojected_crsEPSG
�NAD83(HARN) / Maryland (m)EPSG9�!'Eprojected_crsEPSG
�NAD83(HARN) / Maine West (m)EPSG9� 'Eprojected_crsEPSG
�NAD83(HARN) / Maine East (m)EPSG5� '=projected_crsEPSGSE Island / UTM zone 40NEPSG3� '9projected_crsEPSG�CORS96 / OCRS_BRP (ft)EPSG2� '7projected_crsEPSG�CORS96 / OCRS_BKF (m)EPSG2� '7projected_crsEPSG�CORS96 / OCRS_BKE (m)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_BKF (ft)EPSG3�'9projected_crsEPSG�CORS96 / OCRS_BKE (ft)EPSG%�% vertical_crsEPSG �Bpv depthEPSG5�'=projected_crsEPSG�CORS96 / OR GIC Lam (ft)EPSG0�'3projected_crsEPSG�CORS96 / OR LCC (m)EPSG@�'Sprojected_crsEPSG NAD83(HARN) / Maine CS2000 West (m)EPSG@�'Sprojected_crsEPSG NAD83(HARN) / Maine CS2000 East (m)EPSGA�'Uprojected_crsEPSG
�NAD83(HPGN) / Louisiana South (ftUS)EPSG>�'Oprojected_crsEPSG
�NAD83(HARN) / Louisiana South (m)EPSGA�'Uprojected_crsEPSG
�NAD83(HPGN) / Louisiana North (ftUS)EPSG>�'Oprojected_crsEPSG
�NAD83(HARN) / Louisiana North (m)EPSGC�'Yprojected_crsEPSG NAD83(HARN) / Kentucky Single Zone (m)EPSG=�'Mprojected_crsEPSG
�NAD83(HARN) / Kentucky South (m)EPSG=�'Mprojected_crsEPSG
�NAD83(HARN) / Kentucky North (m)EPSG;�
'Iprojected_crsEPSG
�NAD83(HARN) / Kansas South (m)EPSG;� 'Iprojected_crsEPSG
�NAD83(HARN) / Kansas North (m)EPSG9� 'Eprojected_crsEPSG
�NAD83(HARN) / Iowa South (m)EPSG9�
'Eprojected_crsEPSG
�NAD83(HARN) / Iowa North (m)EPSG;� 'Iprojected_crsEPSG
�NAD83(HARN) / Indiana West (m)EPSG;�'Iprojected_crsEPSG
�NAD83(HARN) / Indiana East (m)EPSG<�'Kprojected_crsEPSG
�NAD83(HARN) / Illinois West (m)EPSG3�'9projected_crsEPSG
�NAD83(HARN) / IL E (m)EPSG9�'Eprojected_crsEPSG
�NAD83(HARN) / Idaho West (m)EPSG9�'Eprojected_crsEPSG
�NAD83(HARN) / Idaho East (m)EPSG<�'Kprojected_crsEPSG
�NAD83(HARN) / Idaho Central (m)EPSG<�'Kprojected_crsEPSG
�NAD83(HARN) / Hawaii zone 5 (m)EPSG<�'Kprojected_crsEPSG
�NAD83(HARN) / Hawaii zone 4 (m)EPSG<� 'Kprojected_crsEPSG
�NAD83(HARN) / Hawaii zone 3 (m)EPSG<�'Kprojected_crsEPSG
�NAD83(HARN) / Hawaii zone 2 (m)EPSG<�~'Kprojected_crsEPSG
�NAD83(HARN) / Hawaii zone 1 (m)EPSG;�}'Iprojected_crsEPSG
�NAD83(HARN) / Georgia West (m)EPSG;�|'Iprojected_crsEPSG
�NAD83(HARN) / Georgia East (m)EPSG;�{'Iprojected_crsEPSG
�NAD83(HARN) / Florida West (m)EPSG<�z'Kprojected_crsEPSG
�NAD83(HARN) / Florida North (m)EPSG;�y'Iprojected_crsEPSG
�NAD83(HARN) / Florida East (m)EPSG7�x'Aprojected_crsEPSG
�NAD83(HARN) / Delaware (m)EPSG:�w'Gprojected_crsEPSG
�NAD83(HARN) / Connecticut (m)EPSG=�v'Mprojected_crsEPSG
�NAD83(HARN) / Colorado South (m)EPSG=�u'Mprojected_crsEPSG
�NAD83(HARN) / Colorado North (m)EPSG?�t'Qprojected_crsEPSG
�NAD83(HARN) / Colorado Central (m)EPSG@�s'Sprojected_crsEPSG
�NAD83(HARN) / California zone 6 (m)EPSG@�r'Sprojected_crsEPSG
�NAD83(HARN) / California zone 5 (m)EPSG@�q'Sprojected_crsEPSG
�NAD83(HARN) / California zone 4 (m)EPSG@�p'Sprojected_crsEPSG
�NAD83(HARN) / California zone 3 (m)EPSG
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xJAD2001 / Jamaica Metric Grid 2001EPSG<�h'Kprojected_crsEPSG
�NAD83(HPGN) / Utah South (ftUS)EPSG>�g'Oprojected_crsEPSG
�NAD83(HPGN) / Utah Central (ftUS)EPSG<�f'Kprojected_crsEPSG
�NAD83(HPGN) / Utah North (ftUS)EPSGC�e'Yprojected_crsEPSG 0NAD83(HARN) / Wyoming West Central (m)EPSG;�d'Iprojected_crsEPSG 1NAD83(HARN) / Wyoming West (m)EPSGC�c'Yprojected_crsEPSG /NAD83(HARN) / Wyoming East Central (m)EPSG;�b'Iprojected_crsEPSG .NAD83(HARN) / Wyoming East (m)EPSG>�a'Oprojected_crsEPSG -NAD83(HARN) / Wisconsin South (m)EPSG>�`'Oprojected_crsEPSG +NAD83(HARN) / Wisconsin North (m)EPSG@�_'Sprojected_crsEPSG ,NAD83(HARN) / Wisconsin Central (m)EPSGB�^'Wprojected_crsEPSG *NAD83(HARN) / West Virginia South (m)EPSGB�]'Wprojected_crsEPSG )NAD83(HARN) / West Virginia North (m)EPSG?�\'Qprojected_crsEPSG (NAD83(HARN) / Washington South (m)EPSG?�['Qprojected_crsEPSG 'NAD83(HARN) / Washington North (m)EPSG=�Z'Mprojected_crsEPSG &NAD83(HARN) / Virginia South (m)EPSG=�Y'Mprojected_crsEPSG %NAD83(HARN) / Virginia North (m)EPSG6�X'?projected_crsEPSG $NAD83(HARN) / Vermont (m)EPSG9�W'Eprojected_crsEPSG #NAD83(HARN) / Utah South (m)EPSG9�V'Eprojected_crsEPSG !NAD83(HARN) / Utah North (m)EPSG;�U'Iprojected_crsEPSG "NAD83(HARN) / Utah Central (m)EPSGB�T'Wprojected_crsEPSG NAD83(HARN) / Texas South Central (m)EPSG:�S'Gprojected_crsEPSG NAD83(HARN) / Texas South (m)EPSGB�R'Wprojected_crsEPSG NAD83(HARN) / Texas North Central (m)EPSG:�Q'Gprojected_crsEPSG NAD83(HARN) / Texas North (m)EPSG<�P'Kprojected_crsEPSG NAD83(HARN) / Texas Central (m)EPSG8�O'Cprojected_crsEPSG NAD83(HARN) / Tennessee (m)EPSGD�N'[projected_crsEPSG
�NAD83(HPGN) / South Dakota South (ftUS)EPSGA�M'Uprojected_crsEPSG NAD83(HARN) / South Dakota South (m)EPSGD�L'[projected_crsEPSG
�NAD83(HPGN) / South Dakota North (ftUS)EPSGA�K'Uprojected_crsEPSG NAD83(HARN) / South Dakota North (m)EPSG=�J'Mprojected_crsEPSG
NAD83(HARN) / South Carolina (m)EPSG;�I'Iprojected_crsEPSG NAD83(HARN) / Rhode Island (m)EPSGA�H'Uprojected_crsEPSG
$NAD83(HARN) / Pennsylvania South (m)EPSGA�G'Uprojected_crsEPSG
"NAD83(HARN) / Pennsylvania North (m)EPSG;�F'Iprojected_crsEPSG NAD83(HARN) / Oregon South (m)EPSG;�E'Iprojected_crsEPSG NAD83(HARN) / Oregon North (m)EPSG=�D'Mprojected_crsEPSG NAD83(HARN) / Oklahoma South (m)EPSG=�C'Mprojected_crsEPSG NAD83(HARN) / Oklahoma North (m)EPSG9�B'Eprojected_crsEPSG NAD83(HARN) / Ohio South (m)EPSG9�A'Eprojected_crsEPSG NAD83(HARN) / Ohio North (m)EPSGA�@'Uprojected_crsEPSG NAD83(HARN) / North Dakota South (m)EPSGA�?'Uprojected_crsEPSG NAD83(HARN) / North Dakota North (m)EPSG=�>'Mprojected_crsEPSG
NAD83(HARN) / North Carolina (m)EPSG<�='Kprojected_crsEPSG NAD83(HARN) / New York West (m)EPSGC�<'Yprojected_crsEPSG NAD83(HARN) / New York Long Island (m)EPSG<�;'Kprojected_crsEPSG NAD83(HARN) / New York East (m)EPSG?�:'Qprojected_crsEPSG
NAD83(HARN) / New York Central (m)EPSG>�9'Oprojected_crsEPSG NAD83(HARN) / New Mexico West (m)EPSG>�8'Oprojected_crsEPSG NAD83(HARN) / New Mexico East (m)EPSGA�7'Uprojected_crsEPSG
NAD83(HARN) / New Mexico Central (m)EPSG9�6'Eprojected_crsEPSG NAD83(HARN) / New Jersey (m)EPSG<�5'Kprojected_crsEPSG NAD83(HARN) / New Hampshire (m)EPSG:�4'Gprojected_crsEPSG NAD83(HARN) / Nevada West (m)EPSG:�3'Gprojected_crsEPSG NAD83(HARN) / Nevada East (m)EPSG=�2'Mprojected_crsEPSG NAD83(HARN) / Nevada Central (m)EPSG7�1'Aprojected_crsEPSG NAD83(HARN) / Nebraska (m)EPSG6�0'?projected_crsEPSG NAD83(HARN) / Montana (m)EPSG<�/'Kprojected_crsEPSG NAD83(HARN) / Missouri West (m)EPSG
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�NAD83(NSRS2007) / Florida East (m)EPSG;�$'Iprojected_crsEPSG
�NAD83(NSRS2007) / Delaware (m)EPSG>�#'Oprojected_crsEPSG
�NAD83(NSRS2007) / Connecticut (m)EPSGA�"'Uprojected_crsEPSG
�NAD83(NSRS2007) / Colorado South (m)EPSGA�!'Uprojected_crsEPSG
�NAD83(NSRS2007) / Colorado North (m)EPSGC� 'Yprojected_crsEPSG
�NAD83(NSRS2007) / Colorado Central (m)EPSGD� '[projected_crsEPSG
�NAD83(NSRS2007) / California zone 6 (m)EPSGD� '[projected_crsEPSG
�NAD83(NSRS2007) / California zone 5 (m)EPSGD� '[projected_crsEPSG
�NAD83(NSRS2007) / California zone 4 (m)EPSGD� '[projected_crsEPSG
�NAD83(NSRS2007) / California zone 3 (m)EPSGD�'[projected_crsEPSG
�NAD83(NSRS2007) / California zone 2 (m)EPSGD�'[projected_crsEPSG
�NAD83(NSRS2007) / California zone 1 (m)EPSGA�'Uprojected_crsEPSG
�NAD83(NSRS2007) / Arkansas South (m)EPSGA�'Uprojected_crsEPSG
�NAD83(NSRS2007) / Arkansas North (m)EPSG?�'Qprojected_crsEPSG
�NAD83(NSRS2007) / Arizona West (m)EPSG?�'Qprojected_crsEPSG
�NAD83(NSRS2007) / Arizona East (m)EPSGB�'Wprojected_crsEPSG
�NAD83(NSRS2007) / Arizona Central (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 9 (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 8 (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 7 (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 6 (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 5 (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 4 (m)EPSG@�'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 3 (m)EPSG@�
'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 2 (m)EPSGA� 'Uprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 10 (m)EPSG@� 'Sprojected_crsEPSG
�NAD83(NSRS2007) / Alaska zone 1 (m)EPSG?�
'Qprojected_crsEPSG
�NAD83(NSRS2007) / Alabama West (m)EPSG?� 'Qprojected_crsEPSG
�NAD83(NSRS2007) / Alabama East (m)EPSGE�']projected_crsEPSGr�South West African Coord. System zone 25EPSGE�']projected_crsEPSGr�South West African Coord. System zone 23EPSGE�']projected_crsEPSGr�South West African Coord. System zone 21EPSGE�']projected_crsEPSGr�South West African Coord. System zone 19EPSGE�']projected_crsEPSGr�South West African Coord. System zone 17EPSGE�']projected_crsEPSGr�South West African Coord. System zone 15EPSGE�']projected_crsEPSGr�South West African Coord. System zone 13EPSGE�']projected_crsEPSGr�South West African Coord. System zone 11EPSGD� '[projected_crsEPSGWSouth African Coordinate System zone 33EPSGD�'[projected_crsEPSGWSouth African Coordinate System zone 31EPSGD�~'[projected_crsEPSGWSouth African Coordinate System zone 29EPSGD�}'[projected_crsEPSGWSouth African Coordinate System zone 27EPSGD�|'[projected_crsEPSGW
South African Coordinate System zone 25EPSGD�{'[projected_crsEPSGW South African Coordinate System zone 23EPSGD�z'[projected_crsEPSGW South African Coordinate System zone 21EPSGD�y'[projected_crsEPSGWSouth African Coordinate System zone 19EPSGD�x'[projected_crsEPSGWSouth African Coordinate System zone 17EPSGD�w'[projected_crsEPSGWSouth African Coordinate System zone 15EPSG?�v'Qprojected_crsEPSG
�NAD83(HPGN) / Maine CS2000 CentralEPSGC�u'Yprojected_crsEPSG
�NAD83(HARN) / Maine CS2000 Central (m)EPSGI�t'eprojected_crsEPSG
�Maine Coordinate System of 2000 Central ZoneEPSG=�s'Mprojected_crsEPSG
�NAD83 / Maine CS2000 Central (m)EPSGI�r'eprojected_crsEPSG
�Maine Coordinate System of 2000 Central ZoneEPSG8�q'Cprojected_crsEPSG
DPD/83 / Gauss-Kruger zone 3EPSG9�p'Eprojected_crsEPSG NAD83(2011) / Kansas LCC (m)EPSG3�o'9projected_crsEPSG
NAD83 / Kansas LCC (m)EPSG*�n''projected_crsEPSG �ETRF89 / TM39EPSG*�m''projected_crsEPSG �ETRF89 / TM38EPSG
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NAD83(NSRS2007) / Mississippi East (m)EPSGB�G'Wprojected_crsEPSG NAD83(NSRS2007) / Minnesota South (m)EPSGB�F'Wprojected_crsEPSG NAD83(NSRS2007) / Minnesota North (m)EPSGD�E'[projected_crsEPSG
NAD83(NSRS2007) / Minnesota Central (m)EPSGA�D'Uprojected_crsEPSGNAD83(NSRS2007) / Michigan South (m)EPSGA�C'Uprojected_crsEPSGNAD83(NSRS2007) / Michigan North (m)EPSGC�B'Yprojected_crsEPSGNAD83(NSRS2007) / Michigan Central (m)EPSGI�A'eprojected_crsEPSGNAD83(NSRS2007) / Massachusetts Mainland (m)EPSGG�@'aprojected_crsEPSG
�NAD83(NSRS2007) / Massachusetts Island (m)EPSG;�?'Iprojected_crsEPSG
�NAD83(NSRS2007) / Maryland (m)EPSG=�>'Mprojected_crsEPSG
�NAD83(NSRS2007) / Maine West (m)EPSGB�='Wprojected_crsEPSG
�NAD83(NSRS2007) / Maine CS83 East (m)EPSGD�<'[projected_crsEPSG
�NAD83(NSRS2007) / Maine CS2000 West (m)EPSGD�;'[projected_crsEPSG
�NAD83(NSRS2007) / Maine CS2000 East (m)EPSGG�:'aprojected_crsEPSG
�NAD83(NSRS2007) / Maine CS2000 Central (m)EPSGB�9'Wprojected_crsEPSG
�NAD83(NSRS2007) / Louisiana South (m)EPSGB�8'Wprojected_crsEPSG
�NAD83(NSRS2007) / Louisiana North (m)EPSGA�7'Uprojected_crsEPSG
�NAD83(NSRS2007) / Kentucky South (m)EPSGG�6'aprojected_crsEPSG
�NAD83(NSRS2007) / Kentucky Single Zone (m)EPSGA�5'Uprojected_crsEPSG
�NAD83(NSRS2007) / Kentucky North (m)EPSG?�4'Qprojected_crsEPSG
�NAD83(NSRS2007) / Kansas South (m)EPSG?�3'Qprojected_crsEPSG
�NAD83(NSRS2007) / Kansas North (m)EPSG=�2'Mprojected_crsEPSG
�NAD83(NSRS2007) / Iowa South (m)EPSG=�1'Mprojected_crsEPSG
�NAD83(NSRS2007) / Iowa North (m)EPSG?�0'Qprojected_crsEPSG
�NAD83(NSRS2007) / Indiana West (m)EPSG?�/'Qprojected_crsEPSG
�NAD83(NSRS2007) / Indiana East (m)EPSG@�.'Sprojected_crsEPSG
�NAD83(NSRS2007) / Illinois West (m)EPSG@�-'Sprojected_crsEPSG
�NAD83(NSRS2007) / Illinois East (m)EPSG=�,'Mprojected_crsEPSG
�NAD83(NSRS2007) / Idaho West (m)EPSG=�+'Mprojected_crsEPSG
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wBE_ETRS89 / LB05EPSG!�'projected_crsEPSG
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�KY1ZEPSG?�'Qprojected_crsEPSG�NAD83(HPGN) / Hawaii zone 3 (ftUS)EPSG6�'?projected_crsEPSG�NAD83(HPGN) / UTM zone 5NEPSG6�
'?projected_crsEPSG�NAD83(HPGN) / UTM zone 4NEPSG7� 'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 19NEPSG7� 'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 18NEPSG7�
'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 17NEPSG7� 'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 16NEPSG7�'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 15NEPSG7�'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 14NEPSG7�'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 13NEPSG7�'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 12NEPSG7�'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 11NEPSG7�'Aprojected_crsEPSG�NAD83(HPGN) / UTM zone 10NEPSG:�'Gprojected_crsEPSG�Piton des Neiges / TM ReunionEPSGF�'_projected_crsEPSGnNAD83(NSRS2007) / West Virginia South (m)EPSGF� '_projected_crsEPSGmNAD83(NSRS2007) / West Virginia North (m)EPSGG�'aprojected_crsEPSGxNAD83(NSRS2007) / Wyoming West Central (m)EPSG?�~'Qprojected_crsEPSGyNAD83(NSRS2007) / Wyoming West (m)EPSGG�}'aprojected_crsEPSGwNAD83(NSRS2007) / Wyoming East Central (m)EPSG?�|'Qprojected_crsEPSGvNAD83(NSRS2007) / Wyoming East (m)EPSGB�{'Wprojected_crsEPSGsNAD83(NSRS2007) / Wisconsin South (m)EPSGB�z'Wprojected_crsEPSGqNAD83(NSRS2007) / Wisconsin North (m)EPSGD�y'[projected_crsEPSGoNAD83(NSRS2007) / Wisconsin Central (m)EPSGC�x'Yprojected_crsEPSGkNAD83(NSRS2007) / Washington South (m)EPSGC�w'Yprojected_crsEPSGiNAD83(NSRS2007) / Washington North (m)EPSGA�v'Uprojected_crsEPSGgNAD83(NSRS2007) / Virginia South (m)EPSGA�u'Uprojected_crsEPSGeNAD83(NSRS2007) / Virginia North (m)EPSG:�t'Gprojected_crsEPSGdNAD83(NSRS2007) / Vermont (m)EPSG=�s'Mprojected_crsEPSGaNAD83(NSRS2007) / Utah South (m)EPSG=�r'Mprojected_crsEPSG^NAD83(NSRS2007) / Utah North (m)EPSG?�q'Qprojected_crsEPSG[NAD83(NSRS2007) / Utah Central (m)EPSGF�p'_projected_crsEPSGYNAD83(NSRS2007) / Texas South Central (m)EPSG>�o'Oprojected_crsEPSGWNAD83(NSRS2007) / Texas South (m)EPSGF�n'_projected_crsEPSGUNAD83(NSRS2007) / Texas North Central (m)EPSG>�m'Oprojected_crsEPSGSNAD83(NSRS2007) / Texas North (m)EPSG@�l'Sprojected_crsEPSGONAD83(NSRS2007) / Texas Central (m)EPSG<�k'Kprojected_crsEPSGMNAD83(NSRS2007) / Tennessee (m)EPSGE�j']projected_crsEPSGKNAD83(NSRS2007) / South Dakota South (m)EPSGE�i']projected_crsEPSGINAD83(NSRS2007) / South Dakota North (m)EPSGA�h'Uprojected_crsEPSGGNAD83(NSRS2007) / South Carolina (m)EPSG?�g'Qprojected_crsEPSGENAD83(NSRS2007) / Rhode Island (m)EPSGE�f']projected_crsEPSGCNAD83(NSRS2007) / Pennsylvania South (m)EPSGE�e']projected_crsEPSGANAD83(NSRS2007) / Pennsylvania North (m)EPSG?�d'Qprojected_crsEPSG?NAD83(NSRS2007) / Oregon South (m)EPSG?�c'Qprojected_crsEPSG=NAD83(NSRS2007) / Oregon North (m)EPSG9�b'Eprojected_crsEPSG;NAD83(2007) / Oregon LCC (m)EPSGA�a'Uprojected_crsEPSG9NAD83(NSRS2007) / Oklahoma South (m)EPSG
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%7vertical_crsEPSG�Chatham Island heightEPSG-� %/vertical_crsEPSG�Wellington heightEPSG+�%+vertical_crsEPSG�Taranaki heightEPSG)�%'vertical_crsEPSG�Tararu heightEPSG1�%7vertical_crsEPSG�One Tree Point heightEPSG)�%'vertical_crsEPSG�Nelson heightEPSG)�%'vertical_crsEPSG�Napier heightEPSG+�%+vertical_crsEPSG�Moturiki heightEPSG,�%-vertical_crsEPSG�Lyttelton heightEPSG+�%+vertical_crsEPSG�Gisborne heightEPSG*� %)vertical_crsEPSG�Dunedin heightEPSG(�%%vertical_crsEPSG�Bluff heightEPSG+�~%+vertical_crsEPSGAuckland heightEPSG0�}'3projected_crsEPSG�NZGD2000 / NZTM2000EPSG2�|'7projected_crsEPSGTNZGD2000 / BLUFTM2000EPSG2�{'7projected_crsEPSGSNZGD2000 / TAIETM2000EPSG2�z'7projected_crsEPSGRNZGD2000 / OBSETM2000EPSG2�y'7projected_crsEPSGQNZGD2000 / YORKTM2000EPSG2�x'7projected_crsEPSGPNZGD2000 / NICHTM2000EPSG2�w'7projected_crsEPSGONZGD2000 / LINDTM2000EPSG2�v'7projected_crsEPSGNNZGD2000 / TIMATM2000EPSG2�u'7projected_crsEPSGMNZGD2000 / GAWLTM2000EPSG2�t'7projected_crsEPSGLNZGD2000 / PLEATM2000EPSG2�s'7projected_crsEPSGKNZGD2000 / JACKTM2000EPSG2�r'7projected_crsEPSGJNZGD2000 / OKARTM2000EPSG2�q'7projected_crsEPSGINZGD2000 / HOKITM2000EPSG2�p'7projected_crsEPSGHNZGD2000 / MARLTM2000EPSG2�o'7projected_crsEPSGGNZGD2000 / AMURTM2000EPSG2�n'7projected_crsEPSGFNZGD2000 / GREYTM2000EPSG2�m'7projected_crsEPSGENZGD2000 / BULLTM2000EPSG2�l'7projected_crsEPSGDNZGD2000 / KARATM2000EPSG2�k'7projected_crsEPSGCNZGD2000 / NELSTM2000EPSG2�j'7projected_crsEPSGBNZGD2000 / COLLTM2000EPSG2�i'7projected_crsEPSGANZGD2000 / WELLTM2000EPSG2�h'7projected_crsEPSG@NZGD2000 / WAIRTM2000EPSG2�g'7projected_crsEPSG?NZGD2000 / WANGTM2000EPSG2�f'7projected_crsEPSG>NZGD2000 / TUHITM2000EPSG2�e'7projected_crsEPSG=NZGD2000 / TARATM2000EPSG2�d'7projected_crsEPSG<NZGD2000 / HAWKTM2000EPSG2�c'7projected_crsEPSG;NZGD2000 / POVETM2000EPSG2�b'7projected_crsEPSG:NZGD2000 / PLENTM2000EPSG2�a'7projected_crsEPSG9NZGD2000 / EDENTM2000EPSG:�`'Gprojected_crsEPSGTNZGD2000 / Bluff Circuit 2000EPSGA�_'Uprojected_crsEPSGSNZGD2000 / North Taieri Circuit 2000EPSGF�^'_projected_crsEPSGRNZGD2000 / Observation Point Circuit 2000EPSG
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ED50(ED77) / UTM 41NEPSG1�^'5projected_crsEPSG ED50(ED77) / UTM 40NEPSG1�]'5projected_crsEPSG ED50(ED77) / UTM 39NEPSG1�\'5projected_crsEPSG
ED50(ED77) / UTM 38NEPSG5�['=projected_crsEPSG Rassadiran /Nakhl e TaqiEPSG3�Z'9projected_crsEPSG�NAD27(CGQ77) / UTM 21NEPSG3�Y'9projected_crsEPSG�NAD27(CGQ77) / UTM 20NEPSG3�X'9projected_crsEPSG�NAD27(CGQ77) / UTM 19NEPSG3�W'9projected_crsEPSG�NAD27(CGQ77) / UTM 18NEPSG3�V'9projected_crsEPSG�NAD27(CGQ77) / UTM 17NEPSG"�U'projected_crsEPSGULV03MEPSG$�T'projected_crsEPSGULV03C-GEPSGF�S'_projected_crsEPSGSWEREF99 / RT90 7.5 gon V 0:-15 emulationEPSGD�R'[projected_crsEPSGSWEREF99 / RT90 5 gon V 0:-15 emulationEPSGD�Q'[projected_crsEPSG
SWEREF99 / RT90 5 gon O 0:-15 emulationEPSGF�P'_projected_crsEPSGSWEREF99 / RT90 2.5 gon V 0:-15 emulationEPSGF�O'_projected_crsEPSG SWEREF99 / RT90 2.5 gon O 0:-15 emulationEPSGB�N'Wprojected_crsEPSGSWEREF99 / RT90 0 gon 0:-15 emulationEPSG&�M' projected_crsEPSG{pStereo 30EPSG<�L'Kprojected_crsEPSG{pDealul Piscului 1933/ Stereo 33EPSG0�K%5geodetic_crsEPSG�Dealul Piscului 1933EPSG<�J'Kprojected_crsEPSGDealul Piscului 1970/ Stereo 70EPSG-�I'-projected_crsEPSGS-42 / Stereo 70EPSG&�H' projected_crsEPSGStereo 70EPSG(�G'#projected_crsEPSG�S-42 zone 4EPSGL�F'kprojected_crsEPSG�Pulkovo 1942(83) / 6-degree Gauss-Kruger zone 4EPSG(�E'#projected_crsEPSG�S-42 zone 3EPSGL�D'kprojected_crsEPSG�Pulkovo 1942(83) / 6-degree Gauss-Kruger zone 3EPSG(�C'#projected_crsEPSG�S-42 zone 2EPSGL�B'kprojected_crsEPSG�Pulkovo 1942(58) / 6-degree Gauss-Kruger zone 2EPSG(�A'#projected_crsEPSG�S-42 zone 2EPSGL�@'kprojected_crsEPSG�Pulkovo 1942(83) / 6-degree Gauss-Kruger zone 2EPSGL�?'kprojected_crsEPSG
Pulkovo 1942(58) / 6-degree Gauss-Kruger zone 3EPSGL�>'kprojected_crsEPSG
Pulkovo 1942(58) / 6-degree Gauss-Kruger zone 4EPSGL�='kprojected_crsEPSG
Pulkovo 1942(58) / 6-degree Gauss-Kruger zone 5EPSG)�<'%projected_crsEPSG
S-42 zone 35EPSG(�;'#projected_crsEPSG
S-42 zone 5EPSG)�:'%projected_crsEPSG
S-42 zone 34EPSG(�9'#projected_crsEPSG
S-42 zone 4EPSG(�8'#projected_crsEPSG
S-42 zone 3EPSG �7%geodetic_crsEPSGhS-95EPSG �6%geodetic_crsEPSG�S-42EPSG �5%geodetic_crsEPSGSS-42EPSG!�4%geodetic_crsEPSGS42/58EPSGF�3%ageodetic_crsEPSGSUniform Astro-Geodetic Network (UAGN) 1956EPSG �2%geodetic_crsEPSGRS-42EPSG,�1%-geodetic_crsEPSGSPulkovo 1942(57)EPSGF�0%ageodetic_crsEPSGRUniform Astro-Geodetic Network (UAGN) 1983EPSG,�/%-geodetic_crsEPSGSPulkovo 1942(56)EPSG'�.%#geodetic_crsEPSG�Hu Tzu ShanEPSG(�-'#projected_crsEPSGz�BD72 / LB72EPSG*�,''projected_crsEPSG
wETRS89 / LB05EPSG*�+''projected_crsEPSG�ETRS89 / LB08EPSG'�*%#geodetic_crsEPSG$�IGb14 - XYZEPSG3�)'9projected_crsEPSG�NAD83(NSRS2007) / MSTMEPSG9�('Eprojected_crsEPSG�NAD83(HPGN) / Mississippi TMEPSG/�''1projected_crsEPSG�NAD83(HARN) / MSTMEPSG)�&'%projected_crsEPSG�NAD83 / MSTMEPSG
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��i2���W ��x@ � �5�6'=projected_crsEPSG Qornoq 1927 / GRL 7 westEPSG5�5'=projected_crsEPSG Qornoq 1927 / GRL 6 westEPSG5�4'=projected_crsEPSG Qornoq 1927 / GRL 5 westEPSG5�3'=projected_crsEPSG�Qornoq 1927 / GRL 4 westEPSG5�2'=projected_crsEPSG�Qornoq 1927 / GRL 3 westEPSG5�1'=projected_crsEPSG�Qornoq 1927 / GRL 2 westEPSG5�0'=projected_crsEPSG�Qornoq 1927 / GRL 2 eastEPSG4�/';projected_crsEPSG�Ammassalik 58 / GRL 7 EEPSG4�.';projected_crsEPSG�NAD83 / WI South (ftUS)EPSG3�-'9projected_crsEPSG�NAD83 / WI Cen. (ftUS)EPSG4�,';projected_crsEPSG�NAD83 / WI North (ftUS)EPSG4�+';projected_crsEPSG�NAD83 / WA South (ftUS)EPSG4�*';projected_crsEPSG�NAD83 / WA North (ftUS)EPSG4�)';projected_crsEPSG�NAD83 / VA South (ftUS)EPSG4�(';projected_crsEPSG�NAD83 / VA North (ftUS)EPSG3�''9projected_crsEPSG�NAD83 / Utah Cen. (ft)EPSG3�&'9projected_crsEPSG�NAD83 / Texas S (ftUS)EPSG4�%';projected_crsEPSG�NAD83 / Texas SC (ftUS)EPSG3�$'9projected_crsEPSG�NAD83 / Texas C (ftUS)EPSG4�#';projected_crsEPSG�NAD83 / Texas NC (ftUS)EPSG3�"'9projected_crsEPSG�NAD83 / Texas N (ftUS)EPSG4�!';projected_crsEPSG�NAD83 / S Carolina (ft)EPSG4� ';projected_crsEPSG�NAD83 / PA South (ftUS)EPSG4� ';projected_crsEPSG�NAD83 / PA North (ftUS)EPSG2� '7projected_crsEPSG�NAD83 / Oregon S (ft)EPSG2� '7projected_crsEPSG�NAD83 / Oregon N (ft)EPSG4� ';projected_crsEPSG�NAD83 / OK South (ftUS)EPSG4�';projected_crsEPSG�NAD83 / OK North (ftUS)EPSG4�';projected_crsEPSG�NAD83 / N Dakota S (ft)EPSG4�';projected_crsEPSG�NAD83 / N Dakota N (ft)EPSG5�'=projected_crsEPSG�NAD83 / NCarolina (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / NY Island (ftUS)EPSG0�'3projected_crsEPSG�NAD83 / NY W (ftUS)EPSG0�'3projected_crsEPSG�NAD83 / NY C (ftUS)EPSG3�'9projected_crsEPSG�NAD83 / NY East (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / New Mex W (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / New Mex C (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / New Mex E (ftUS)EPSG3�'9projected_crsEPSG�NAD83 / MS West (ftUS)EPSG3�'9projected_crsEPSG�NAD83 / MS East (ftUS)EPSG4�';projected_crsEPSG�NAD83 / Michigan S (ft)EPSG4�
';projected_crsEPSG�NAD83 / Michigan C (ft)EPSG4� ';projected_crsEPSG�NAD83 / Michigan N (ft)EPSG5� '=projected_crsEPSG�NAD83 / MA Island (ftUS)EPSG5�
'=projected_crsEPSG�NAD83 / MA Mainld (ftUS)EPSG4� ';projected_crsEPSG�NAD83 / KY South (ftUS)EPSG4�';projected_crsEPSG�NAD83 / KY North (ftUS)EPSG3�'9projected_crsEPSG�NAD83 / Idaho W (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / Idaho Cen (ftUS)EPSG3�'9projected_crsEPSG�NAD83 / Idaho E (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / Georgia W (ftUS)EPSG5�'=projected_crsEPSG�NAD83 / Georgia E (ftUS)EPSG4�';projected_crsEPSG�NAD83 / FL North (ftUS)EPSG3�'9projected_crsEPSG�NAD83 / FL West (ftUS)EPSG3� '9projected_crsEPSG�NAD83 / FL East (ftUS)EPSG.�'/projected_crsEPSG�NAD83 / CT (ftUS)EPSG4�~';projected_crsEPSG�NAD83 / CO South (ftUS)EPSG2�}'7projected_crsEPSG�NAD83 / CO Cen (ftUS)EPSG4�|';projected_crsEPSG�NAD83 / CO North (ftUS)EPSG5�{'=projected_crsEPSG�NAD83 / CA zone 6 (ftUS)EPSG5�z'=projected_crsEPSG�NAD83 / CA zone 5 (ftUS)EPSG5�y'=projected_crsEPSG�NAD83 / CA zone 4 (ftUS)EPSG5�x'=projected_crsEPSG�NAD83 / CA zone 3 (ftUS)EPSG5�w'=projected_crsEPSG�NAD83 / CA zone 2 (ftUS)EPSG5�v'=projected_crsEPSG�NAD83 / CA zone 1 (ftUS)EPSG3�u'9projected_crsEPSG�NAD83 / Arizona W (ft)EPSG5�t'=projected_crsEPSG�NAD83 / Arizona Cen (ft)EPSG3�s'9projected_crsEPSG�NAD83 / Arizona E (ft)EPSG3�r'9projected_crsEPSG�Scoresbysund / GRL 6 EEPSG3�q'9projected_crsEPSG�Scoresbysund / GRL 5 EEPSG2�p'7projected_crsEPSG�Qornoq 1927 / UTM 23NEPSG2�o'7projected_crsEPSG�Qornoq 1927 / UTM 22NEPSG
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� � ] &���J��n7 ��[$���K��s=��b+���O��s; � 5�}'=projected_crsEPSG _Pulkovo 42(83) / 3GK zn5EPSG5�|'=projected_crsEPSG ^Pulkovo 42(83) / 3GK zn4EPSG5�{'=projected_crsEPSG ]Pulkovo 42(83) / 3GK zn3EPSG4�z';projected_crsEPSG VXian 1980 / 3GK CM 135EEPSG4�y';projected_crsEPSG UXian 1980 / 3GK CM 132EEPSG4�x';projected_crsEPSG TXian 1980 / 3GK CM 129EEPSG4�w';projected_crsEPSG SXian 1980 / 3GK CM 126EEPSG4�v';projected_crsEPSG RXian 1980 / 3GK CM 123EEPSG4�u';projected_crsEPSG QXian 1980 / 3GK CM 120EEPSG4�t';projected_crsEPSG PXian 1980 / 3GK CM 117EEPSG4�s';projected_crsEPSG OXian 1980 / 3GK CM 114EEPSG4�r';projected_crsEPSG NXian 1980 / 3GK CM 111EEPSG4�q';projected_crsEPSG MXian 1980 / 3GK CM 108EEPSG4�p';projected_crsEPSG LXian 1980 / 3GK CM 105EEPSG4�o';projected_crsEPSG KXian 1980 / 3GK CM 102EEPSG3�n'9projected_crsEPSG JXian 1980 / 3GK CM 99EEPSG3�m'9projected_crsEPSG IXian 1980 / 3GK CM 96EEPSG3�l'9projected_crsEPSG HXian 1980 / 3GK CM 93EEPSG3�k'9projected_crsEPSG GXian 1980 / 3GK CM 90EEPSG3�j'9projected_crsEPSG FXian 1980 / 3GK CM 87EEPSG3�i'9projected_crsEPSG EXian 1980 / 3GK CM 84EEPSG3�h'9projected_crsEPSG DXian 1980 / 3GK CM 81EEPSG3�g'9projected_crsEPSG CXian 1980 / 3GK CM 78EEPSG3�f'9projected_crsEPSG BXian 1980 / 3GK CM 75EEPSG4�e';projected_crsEPSG AXian 1980 / 3GK zone 45EPSG4�d';projected_crsEPSG @Xian 1980 / 3GK zone 44EPSG4�c';projected_crsEPSG ?Xian 1980 / 3GK zone 43EPSG4�b';projected_crsEPSG >Xian 1980 / 3GK zone 42EPSG4�a';projected_crsEPSG =Xian 1980 / 3GK zone 41EPSG4�`';projected_crsEPSG <Xian 1980 / 3GK zone 40EPSG4�_';projected_crsEPSG ;Xian 1980 / 3GK zone 39EPSG4�^';projected_crsEPSG :Xian 1980 / 3GK zone 38EPSG4�]';projected_crsEPSG 9Xian 1980 / 3GK zone 37EPSG4�\';projected_crsEPSG 8Xian 1980 / 3GK zone 36EPSG4�[';projected_crsEPSG 7Xian 1980 / 3GK zone 35EPSG4�Z';projected_crsEPSG 6Xian 1980 / 3GK zone 34EPSG4�Y';projected_crsEPSG 5Xian 1980 / 3GK zone 33EPSG4�X';projected_crsEPSG 4Xian 1980 / 3GK zone 32EPSG4�W';projected_crsEPSG 3Xian 1980 / 3GK zone 31EPSG4�V';projected_crsEPSG 2Xian 1980 / 3GK zone 30EPSG4�U';projected_crsEPSG 1Xian 1980 / 3GK zone 29EPSG4�T';projected_crsEPSG 0Xian 1980 / 3GK zone 28EPSG4�S';projected_crsEPSG /Xian 1980 / 3GK zone 27EPSG4�R';projected_crsEPSG .Xian 1980 / 3GK zone 26EPSG4�Q';projected_crsEPSG -Xian 1980 / 3GK zone 25EPSG4�P';projected_crsEPSG ,Xian 1980 / G-K CM 135EEPSG4�O';projected_crsEPSG +Xian 1980 / G-K CM 129EEPSG4�N';projected_crsEPSG *Xian 1980 / G-K CM 123EEPSG4�M';projected_crsEPSG )Xian 1980 / G-K CM 117EEPSG4�L';projected_crsEPSG (Xian 1980 / G-K CM 111EEPSG4�K';projected_crsEPSG 'Xian 1980 / G-K CM 105EEPSG3�J'9projected_crsEPSG &Xian 1980 / G-K CM 99EEPSG3�I'9projected_crsEPSG %Xian 1980 / G-K CM 93EEPSG3�H'9projected_crsEPSG $Xian 1980 / G-K CM 87EEPSG3�G'9projected_crsEPSG #Xian 1980 / G-K CM 81EEPSG3�F'9projected_crsEPSG "Xian 1980 / G-K CM 75EEPSG4�E';projected_crsEPSG !Xian 1980 / G-K zone 23EPSG4�D';projected_crsEPSG Xian 1980 / G-K zone 22EPSG4�C';projected_crsEPSG Xian 1980 / G-K zone 21EPSG4�B';projected_crsEPSG Xian 1980 / G-K zone 20EPSG4�A';projected_crsEPSG Xian 1980 / G-K zone 18EPSG4�@';projected_crsEPSG Xian 1980 / G-K zone 17EPSG4�?';projected_crsEPSG Xian 1980 / G-K zone 16EPSG4�>';projected_crsEPSG Xian 1980 / G-K zone 15EPSG4�=';projected_crsEPSG Xian 1980 / G-K zone 14EPSG4�<';projected_crsEPSG Xian 1980 / G-K zone 13EPSG5�;'=projected_crsEPSG Ain el Abd / Aramco LambEPSG2�:'7projected_crsEPSG C Inchauspe / UTM 20SEPSG2�9'7projected_crsEPSG C Inchauspe / UTM 19SEPSG5�8'=projected_crsEPSG
Trinidad 03 Grid (ftCla)EPSG5�7'=projected_crsEPSG Qornoq 1927 / GRL 8 eastEPSG
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$ � � � K ��o8��\%���L��t>��c,���P��u? ��g1 � � 3�D'9projected_crsEPSG �Pulkovo 1995 / 6GK 69EEPSG3�C'9projected_crsEPSG �Pulkovo 1995 / 6GK 63EEPSG3�B'9projected_crsEPSG �Pulkovo 1995 / 6GK 57EEPSG3�A'9projected_crsEPSG �Pulkovo 1995 / 6GK 51EEPSG3�@'9projected_crsEPSG �Pulkovo 1995 / 6GK 45EEPSG3�?'9projected_crsEPSG �Pulkovo 1995 / 6GK 39EEPSG3�>'9projected_crsEPSG �Pulkovo 1995 / 6GK 33EEPSG3�='9projected_crsEPSG �Pulkovo 1995 / 6GK 27EEPSG3�<'9projected_crsEPSG �Pulkovo 1995 / 6GK 21EEPSG4�;';projected_crsEPSG �Albanian 1987 / GK zn 4EPSG4�:';projected_crsEPSG �JGD2000 / Japan zone 19EPSG4�9';projected_crsEPSG �JGD2000 / Japan zone 18EPSG4�8';projected_crsEPSG �JGD2000 / Japan zone 17EPSG4�7';projected_crsEPSG �JGD2000 / Japan zone 16EPSG4�6';projected_crsEPSG �JGD2000 / Japan zone 15EPSG4�5';projected_crsEPSG �JGD2000 / Japan zone 14EPSG4�4';projected_crsEPSG �JGD2000 / Japan zone 13EPSG4�3';projected_crsEPSG �JGD2000 / Japan zone 12EPSG4�2';projected_crsEPSG �JGD2000 / Japan zone 11EPSG4�1';projected_crsEPSG �JGD2000 / Japan zone 10EPSG3�0'9projected_crsEPSG �JGD2000 / Japan zone 9EPSG3�/'9projected_crsEPSG �JGD2000 / Japan zone 8EPSG3�.'9projected_crsEPSG �JGD2000 / Japan zone 7EPSG3�-'9projected_crsEPSG �JGD2000 / Japan zone 6EPSG3�,'9projected_crsEPSG �JGD2000 / Japan zone 5EPSG3�+'9projected_crsEPSG �JGD2000 / Japan zone 4EPSG3�*'9projected_crsEPSG �JGD2000 / Japan zone 3EPSG3�)'9projected_crsEPSG �JGD2000 / Japan zone 2EPSG3�('9projected_crsEPSG �JGD2000 / Japan zone 1EPSG4�'';projected_crsEPSG �Beijing 1954 / 3GK 135EEPSG4�&';projected_crsEPSG �Beijing 1954 / 3GK 132EEPSG4�%';projected_crsEPSG �Beijing 1954 / 3GK 129EEPSG4�$';projected_crsEPSG �Beijing 1954 / 3GK 126EEPSG4�#';projected_crsEPSG �Beijing 1954 / 3GK 123EEPSG4�"';projected_crsEPSG �Beijing 1954 / 3GK 120EEPSG4�!';projected_crsEPSG �Beijing 1954 / 3GK 117EEPSG4� ';projected_crsEPSG �Beijing 1954 / 3GK 114EEPSG4� ';projected_crsEPSG �Beijing 1954 / 3GK 111EEPSG4� ';projected_crsEPSG �Beijing 1954 / 3GK 108EEPSG4� ';projected_crsEPSG �Beijing 1954 / 3GK 105EEPSG4� ';projected_crsEPSG Beijing 1954 / 3GK 102EEPSG3�'9projected_crsEPSG ~Beijing 1954 / 3GK 99EEPSG3�'9projected_crsEPSG }Beijing 1954 / 3GK 96EEPSG3�'9projected_crsEPSG |Beijing 1954 / 3GK 93EEPSG3�'9projected_crsEPSG {Beijing 1954 / 3GK 90EEPSG3�'9projected_crsEPSG zBeijing 1954 / 3GK 87EEPSG3�'9projected_crsEPSG yBeijing 1954 / 3GK 84EEPSG3�'9projected_crsEPSG xBeijing 1954 / 3GK 81EEPSG3�'9projected_crsEPSG wBeijing 1954 / 3GK 78EEPSG3�'9projected_crsEPSG vBeijing 1954 / 3GK 75EEPSG5�'=projected_crsEPSG uBeijing 1954 / 3GK zn 45EPSG5�'=projected_crsEPSG tBeijing 1954 / 3GK zn 44EPSG5�'=projected_crsEPSG sBeijing 1954 / 3GK zn 43EPSG5�'=projected_crsEPSG rBeijing 1954 / 3GK zn 42EPSG5�'=projected_crsEPSG qBeijing 1954 / 3GK zn 41EPSG5�
'=projected_crsEPSG pBeijing 1954 / 3GK zn 40EPSG5� '=projected_crsEPSG oBeijing 1954 / 3GK zn 39EPSG5� '=projected_crsEPSG nBeijing 1954 / 3GK zn 38EPSG5�
'=projected_crsEPSG mBeijing 1954 / 3GK zn 37EPSG5� '=projected_crsEPSG lBeijing 1954 / 3GK zn 36EPSG5�'=projected_crsEPSG kBeijing 1954 / 3GK zn 35EPSG5�'=projected_crsEPSG jBeijing 1954 / 3GK zn 34EPSG5�'=projected_crsEPSG iBeijing 1954 / 3GK zn 33EPSG5�'=projected_crsEPSG hBeijing 1954 / 3GK zn 32EPSG5�'=projected_crsEPSG gBeijing 1954 / 3GK zn 31EPSG5�'=projected_crsEPSG fBeijing 1954 / 3GK zn 30EPSG5�'=projected_crsEPSG eBeijing 1954 / 3GK zn 29EPSG5�'=projected_crsEPSG dBeijing 1954 / 3GK zn 28EPSG5� '=projected_crsEPSG cBeijing 1954 / 3GK zn 27EPSG5�'=projected_crsEPSG bBeijing 1954 / 3GK zn 26EPSG5�~'=projected_crsEPSG aBeijing 1954 / 3GK zn 25EPSG
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'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 27EPSG5� '=projected_crsEPSG �Pulkovo 1942 / 3GK zn 26EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 25EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 24EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 23EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 22EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 21EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 20EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 19EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 18EPSG5� '=projected_crsEPSG �Pulkovo 1942 / 3GK zn 17EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 16EPSG5�~'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 15EPSG5�}'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 14EPSG5�|'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 13EPSG5�{'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 12EPSG5�z'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 11EPSG5�y'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 10EPSG4�x';projected_crsEPSG �Pulkovo 1942 / 3GK zn 9EPSG4�w';projected_crsEPSG �Pulkovo 1942 / 3GK zn 8EPSG4�v';projected_crsEPSG �Pulkovo 1942 / 3GK zn 7EPSG4�u';projected_crsEPSG �Pulkovo 1942 / 6GK 171WEPSG4�t';projected_crsEPSG �Pulkovo 1942 / 6GK 177WEPSG4�s';projected_crsEPSG �Pulkovo 1942 / 6GK 177EEPSG4�r';projected_crsEPSG �Pulkovo 1942 / 6GK 171EEPSG4�q';projected_crsEPSG �Pulkovo 1942 / 6GK 165EEPSG4�p';projected_crsEPSG �Pulkovo 1942 / 6GK 159EEPSG4�o';projected_crsEPSG �Pulkovo 1942 / 6GK 153EEPSG4�n';projected_crsEPSG �Pulkovo 1942 / 6GK 147EEPSG4�m';projected_crsEPSG �Pulkovo 1942 / 6GK 141EEPSG4�l';projected_crsEPSG �Pulkovo 1942 / 6GK 135EEPSG4�k';projected_crsEPSG �Pulkovo 1942 / 6GK 129EEPSG4�j';projected_crsEPSG �Pulkovo 1942 / 6GK 123EEPSG4�i';projected_crsEPSG �Pulkovo 1942 / 6GK 117EEPSG4�h';projected_crsEPSG �Pulkovo 1942 / 6GK 111EEPSG4�g';projected_crsEPSG �Pulkovo 1942 / 6GK 105EEPSG3�f'9projected_crsEPSG �Pulkovo 1942 / 6GK 99EEPSG3�e'9projected_crsEPSG �Pulkovo 1942 / 6GK 93EEPSG3�d'9projected_crsEPSG �Pulkovo 1942 / 6GK 87EEPSG3�c'9projected_crsEPSG �Pulkovo 1942 / 6GK 81EEPSG3�b'9projected_crsEPSG �Pulkovo 1942 / 6GK 75EEPSG3�a'9projected_crsEPSG �Pulkovo 1942 / 6GK 69EEPSG3�`'9projected_crsEPSG �Pulkovo 1942 / 6GK 63EEPSG3�_'9projected_crsEPSG �Pulkovo 1942 / 6GK 57EEPSG3�^'9projected_crsEPSG �Pulkovo 1942 / 6GK 51EEPSG3�]'9projected_crsEPSG �Pulkovo 1942 / 6GK 45EEPSG3�\'9projected_crsEPSG �Pulkovo 1942 / 6GK 39EEPSG3�['9projected_crsEPSG �Pulkovo 1942 / 6GK 33EEPSG3�Z'9projected_crsEPSG �Pulkovo 1942 / 6GK 27EEPSG3�Y'9projected_crsEPSG �Pulkovo 1942 / 6GK 21EEPSG4�X';projected_crsEPSG �Pulkovo 1995 / 6GK 171WEPSG4�W';projected_crsEPSG �Pulkovo 1995 / 6GK 177WEPSG4�V';projected_crsEPSG �Pulkovo 1995 / 6GK 177EEPSG4�U';projected_crsEPSG �Pulkovo 1995 / 6GK 171EEPSG4�T';projected_crsEPSG �Pulkovo 1995 / 6GK 165EEPSG4�S';projected_crsEPSG �Pulkovo 1995 / 6GK 159EEPSG4�R';projected_crsEPSG �Pulkovo 1995 / 6GK 153EEPSG4�Q';projected_crsEPSG �Pulkovo 1995 / 6GK 147EEPSG4�P';projected_crsEPSG �Pulkovo 1995 / 6GK 141EEPSG4�O';projected_crsEPSG �Pulkovo 1995 / 6GK 135EEPSG4�N';projected_crsEPSG �Pulkovo 1995 / 6GK 129EEPSG4�M';projected_crsEPSG �Pulkovo 1995 / 6GK 123EEPSG4�L';projected_crsEPSG �Pulkovo 1995 / 6GK 117EEPSG4�K';projected_crsEPSG �Pulkovo 1995 / 6GK 111EEPSG4�J';projected_crsEPSG �Pulkovo 1995 / 6GK 105EEPSG3�I'9projected_crsEPSG �Pulkovo 1995 / 6GK 99EEPSG3�H'9projected_crsEPSG �Pulkovo 1995 / 6GK 93EEPSG3�G'9projected_crsEPSG �Pulkovo 1995 / 6GK 87EEPSG3�F'9projected_crsEPSG �Pulkovo 1995 / 6GK 81EEPSG3�E'9projected_crsEPSG �Pulkovo 1995 / 6GK 75EEPSG
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9Pulkovo 1942 / 3GK 123EEPSG4�Q';projected_crsEPSG
8Pulkovo 1942 / 3GK 120EEPSG4�P';projected_crsEPSG
7Pulkovo 1942 / 3GK 117EEPSG4�O';projected_crsEPSG
6Pulkovo 1942 / 3GK 114EEPSG4�N';projected_crsEPSG
5Pulkovo 1942 / 3GK 111EEPSG4�M';projected_crsEPSG
4Pulkovo 1942 / 3GK 108EEPSG4�L';projected_crsEPSG
3Pulkovo 1942 / 3GK 105EEPSG4�K';projected_crsEPSG
2Pulkovo 1942 / 3GK 102EEPSG3�J'9projected_crsEPSG
1Pulkovo 1942 / 3GK 99EEPSG3�I'9projected_crsEPSG
0Pulkovo 1942 / 3GK 96EEPSG3�H'9projected_crsEPSG
/Pulkovo 1942 / 3GK 93EEPSG3�G'9projected_crsEPSG
.Pulkovo 1942 / 3GK 90EEPSG3�F'9projected_crsEPSG
-Pulkovo 1942 / 3GK 87EEPSG3�E'9projected_crsEPSG
,Pulkovo 1942 / 3GK 84EEPSG3�D'9projected_crsEPSG
+Pulkovo 1942 / 3GK 81EEPSG3�C'9projected_crsEPSG
*Pulkovo 1942 / 3GK 78EEPSG3�B'9projected_crsEPSG
)Pulkovo 1942 / 3GK 75EEPSG3�A'9projected_crsEPSG
'Pulkovo 1942 / 3GK 72EEPSG3�@'9projected_crsEPSG
&Pulkovo 1942 / 3GK 69EEPSG3�?'9projected_crsEPSG
%Pulkovo 1942 / 3GK 66EEPSG3�>'9projected_crsEPSG
$Pulkovo 1942 / 3GK 63EEPSG3�='9projected_crsEPSG
#Pulkovo 1942 / 3GK 60EEPSG3�<'9projected_crsEPSG
"Pulkovo 1942 / 3GK 57EEPSG3�;'9projected_crsEPSG
!Pulkovo 1942 / 3GK 54EEPSG3�:'9projected_crsEPSG
Pulkovo 1942 / 3GK 51EEPSG3�9'9projected_crsEPSG
Pulkovo 1942 / 3GK 48EEPSG3�8'9projected_crsEPSG
Pulkovo 1942 / 3GK 45EEPSG3�7'9projected_crsEPSG
Pulkovo 1942 / 3GK 42EEPSG3�6'9projected_crsEPSG
Pulkovo 1942 / 3GK 39EEPSG3�5'9projected_crsEPSG
Pulkovo 1942 / 3GK 36EEPSG3�4'9projected_crsEPSG
Pulkovo 1942 / 3GK 33EEPSG3�3'9projected_crsEPSG
Pulkovo 1942 / 3GK 30EEPSG3�2'9projected_crsEPSG
Pulkovo 1942 / 3GK 27EEPSG3�1'9projected_crsEPSG
Pulkovo 1942 / 3GK 24EEPSG3�0'9projected_crsEPSG
Pulkovo 1942 / 3GK 21EEPSG5�/'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 64EPSG5�.'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 63EPSG5�-'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 62EPSG5�,'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 61EPSG5�+'=projected_crsEPSG
=Pulkovo 1942 / 3GK zn 60EPSG5�*'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 59EPSG5�)'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 58EPSG5�('=projected_crsEPSG
Pulkovo 1942 / 3GK zn 57EPSG5�''=projected_crsEPSG
Pulkovo 1942 / 3GK zn 56EPSG5�&'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 55EPSG5�%'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 54EPSG5�$'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 53EPSG5�#'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 52EPSG5�"'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 51EPSG5�!'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 50EPSG5� '=projected_crsEPSG
Pulkovo 1942 / 3GK zn 49EPSG5� '=projected_crsEPSG
Pulkovo 1942 / 3GK zn 48EPSG5� '=projected_crsEPSG
Pulkovo 1942 / 3GK zn 47EPSG5� '=projected_crsEPSG
Pulkovo 1942 / 3GK zn 46EPSG5� '=projected_crsEPSG
Pulkovo 1942 / 3GK zn 45EPSG5�'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 44EPSG5�'=projected_crsEPSG
Pulkovo 1942 / 3GK zn 43EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 42EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 41EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 40EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 39EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 38EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 37EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 36EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 35EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 34EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 33EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 32EPSG5�'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 31EPSG5�
'=projected_crsEPSG �Pulkovo 1942 / 3GK zn 30EPSG5� '=projected_crsEPSG �Pulkovo 1942 / 3GK zn 29EPSG
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Pulkovo 1995 / 3GK zn 53EPSG5�'=projected_crsEPSG
~Pulkovo 1995 / 3GK zn 52EPSG5�'=projected_crsEPSG
}Pulkovo 1995 / 3GK zn 51EPSG5�'=projected_crsEPSG
|Pulkovo 1995 / 3GK zn 50EPSG5�'=projected_crsEPSG
{Pulkovo 1995 / 3GK zn 49EPSG5�'=projected_crsEPSG
zPulkovo 1995 / 3GK zn 48EPSG5�'=projected_crsEPSG
yPulkovo 1995 / 3GK zn 47EPSG5�'=projected_crsEPSG
xPulkovo 1995 / 3GK zn 46EPSG5�'=projected_crsEPSG
wPulkovo 1995 / 3GK zn 45EPSG5�'=projected_crsEPSG
vPulkovo 1995 / 3GK zn 44EPSG5�'=projected_crsEPSG
uPulkovo 1995 / 3GK zn 43EPSG5�
'=projected_crsEPSG
tPulkovo 1995 / 3GK zn 42EPSG5� '=projected_crsEPSG
sPulkovo 1995 / 3GK zn 41EPSG5� '=projected_crsEPSG
rPulkovo 1995 / 3GK zn 40EPSG5�
'=projected_crsEPSG
qPulkovo 1995 / 3GK zn 39EPSG5� '=projected_crsEPSG
pPulkovo 1995 / 3GK zn 38EPSG5�'=projected_crsEPSG
oPulkovo 1995 / 3GK zn 37EPSG5�'=projected_crsEPSG
nPulkovo 1995 / 3GK zn 36EPSG5�'=projected_crsEPSG
mPulkovo 1995 / 3GK zn 35EPSG5�'=projected_crsEPSG
lPulkovo 1995 / 3GK zn 34EPSG5�'=projected_crsEPSG
kPulkovo 1995 / 3GK zn 33EPSG5�'=projected_crsEPSG
jPulkovo 1995 / 3GK zn 32EPSG5�'=projected_crsEPSG
iPulkovo 1995 / 3GK zn 31EPSG5�'=projected_crsEPSG
hPulkovo 1995 / 3GK zn 30EPSG5� '=projected_crsEPSG
gPulkovo 1995 / 3GK zn 29EPSG5�'=projected_crsEPSG
fPulkovo 1995 / 3GK zn 28EPSG5�~'=projected_crsEPSG
ePulkovo 1995 / 3GK zn 27EPSG5�}'=projected_crsEPSG
dPulkovo 1995 / 3GK zn 26EPSG5�|'=projected_crsEPSG
cPulkovo 1995 / 3GK zn 25EPSG5�{'=projected_crsEPSG
bPulkovo 1995 / 3GK zn 24EPSG5�z'=projected_crsEPSG
aPulkovo 1995 / 3GK zn 23EPSG5�y'=projected_crsEPSG
`Pulkovo 1995 / 3GK zn 22EPSG5�x'=projected_crsEPSG
_Pulkovo 1995 / 3GK zn 21EPSG5�w'=projected_crsEPSG
^Pulkovo 1995 / 3GK zn 20EPSG5�v'=projected_crsEPSG
]Pulkovo 1995 / 3GK zn 19EPSG5�u'=projected_crsEPSG
\Pulkovo 1995 / 3GK zn 18EPSG5�t'=projected_crsEPSG
[Pulkovo 1995 / 3GK zn 17EPSG5�s'=projected_crsEPSG
ZPulkovo 1995 / 3GK zn 16EPSG5�r'=projected_crsEPSG
YPulkovo 1995 / 3GK zn 15EPSG5�q'=projected_crsEPSG
XPulkovo 1995 / 3GK zn 14EPSG5�p'=projected_crsEPSG
WPulkovo 1995 / 3GK zn 13EPSG5�o'=projected_crsEPSG
VPulkovo 1995 / 3GK zn 12EPSG5�n'=projected_crsEPSG
UPulkovo 1995 / 3GK zn 11EPSG5�m'=projected_crsEPSG
TPulkovo 1995 / 3GK zn 10EPSG4�l';projected_crsEPSG
SPulkovo 1995 / 3GK zn 9EPSG4�k';projected_crsEPSG
RPulkovo 1995 / 3GK zn 8EPSG4�j';projected_crsEPSG
QPulkovo 1995 / 3GK zn 7EPSG4�i';projected_crsEPSG
PPulkovo 1942 / 3GK 168WEPSG4�h';projected_crsEPSG
OPulkovo 1942 / 3GK 171WEPSG4�g';projected_crsEPSG
NPulkovo 1942 / 3GK 174WEPSG4�f';projected_crsEPSG
MPulkovo 1942 / 3GK 177WEPSG4�e';projected_crsEPSG
LPulkovo 1942 / 3GK 180EEPSG4�d';projected_crsEPSG
KPulkovo 1942 / 3GK 177EEPSG4�c';projected_crsEPSG
JPulkovo 1942 / 3GK 174EEPSG4�b';projected_crsEPSG
IPulkovo 1942 / 3GK 171EEPSG4�a';projected_crsEPSG
HPulkovo 1942 / 3GK 168EEPSG4�`';projected_crsEPSG
GPulkovo 1942 / 3GK 165EEPSG4�_';projected_crsEPSG
FPulkovo 1942 / 3GK 162EEPSG4�^';projected_crsEPSG
EPulkovo 1942 / 3GK 159EEPSG4�]';projected_crsEPSG
DPulkovo 1942 / 3GK 156EEPSG4�\';projected_crsEPSG
CPulkovo 1942 / 3GK 153EEPSG4�[';projected_crsEPSG
BPulkovo 1942 / 3GK 150EEPSG4�Z';projected_crsEPSG
APulkovo 1942 / 3GK 147EEPSG4�Y';projected_crsEPSG
@Pulkovo 1942 / 3GK 144EEPSG4�X';projected_crsEPSG
?Pulkovo 1942 / 3GK 141EEPSG4�W';projected_crsEPSG
>Pulkovo 1942 / 3GK 138EEPSG4�V';projected_crsEPSG
=Pulkovo 1942 / 3GK 135EEPSG4�U';projected_crsEPSG
<Pulkovo 1942 / 3GK 132EEPSG4�T';projected_crsEPSG
;Pulkovo 1942 / 3GK 129EEPSG4�S';projected_crsEPSG
:Pulkovo 1942 / 3GK 126EEPSG
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�NAD83(HARN) / AZ E (m)EPSG3�_'9projected_crsEPSG
�NAD83(HARN) / AL W (m)EPSG3�^'9projected_crsEPSG
�NAD83(HARN) / AL E (m)EPSG4�]';projected_crsEPSG
�Pulkovo 1995 / 3GK 168WEPSG4�\';projected_crsEPSG
�Pulkovo 1995 / 3GK 171WEPSG4�[';projected_crsEPSG
�Pulkovo 1995 / 3GK 174WEPSG4�Z';projected_crsEPSG
�Pulkovo 1995 / 3GK 177WEPSG4�Y';projected_crsEPSG
�Pulkovo 1995 / 3GK 180EEPSG4�X';projected_crsEPSG
�Pulkovo 1995 / 3GK 177EEPSG4�W';projected_crsEPSG
�Pulkovo 1995 / 3GK 174EEPSG4�V';projected_crsEPSG
�Pulkovo 1995 / 3GK 171EEPSG4�U';projected_crsEPSG
�Pulkovo 1995 / 3GK 168EEPSG4�T';projected_crsEPSG
�Pulkovo 1995 / 3GK 165EEPSG4�S';projected_crsEPSG
�Pulkovo 1995 / 3GK 162EEPSG4�R';projected_crsEPSG
�Pulkovo 1995 / 3GK 159EEPSG4�Q';projected_crsEPSG
�Pulkovo 1995 / 3GK 156EEPSG4�P';projected_crsEPSG
�Pulkovo 1995 / 3GK 153EEPSG4�O';projected_crsEPSG
�Pulkovo 1995 / 3GK 150EEPSG4�N';projected_crsEPSG
�Pulkovo 1995 / 3GK 147EEPSG4�M';projected_crsEPSG
�Pulkovo 1995 / 3GK 144EEPSG4�L';projected_crsEPSG
�Pulkovo 1995 / 3GK 141EEPSG4�K';projected_crsEPSG
�Pulkovo 1995 / 3GK 138EEPSG4�J';projected_crsEPSG
�Pulkovo 1995 / 3GK 135EEPSG4�I';projected_crsEPSG
�Pulkovo 1995 / 3GK 132EEPSG4�H';projected_crsEPSG
�Pulkovo 1995 / 3GK 129EEPSG4�G';projected_crsEPSG
�Pulkovo 1995 / 3GK 126EEPSG4�F';projected_crsEPSG
�Pulkovo 1995 / 3GK 123EEPSG4�E';projected_crsEPSG
�Pulkovo 1995 / 3GK 120EEPSG4�D';projected_crsEPSG
�Pulkovo 1995 / 3GK 117EEPSG4�C';projected_crsEPSG
�Pulkovo 1995 / 3GK 114EEPSG4�B';projected_crsEPSG
�Pulkovo 1995 / 3GK 111EEPSG4�A';projected_crsEPSG
�Pulkovo 1995 / 3GK 108EEPSG4�@';projected_crsEPSG
�Pulkovo 1995 / 3GK 105EEPSG4�?';projected_crsEPSG
�Pulkovo 1995 / 3GK 102EEPSG3�>'9projected_crsEPSG
�Pulkovo 1995 / 3GK 99EEPSG3�='9projected_crsEPSG
�Pulkovo 1995 / 3GK 96EEPSG3�<'9projected_crsEPSG
�Pulkovo 1995 / 3GK 93EEPSG3�;'9projected_crsEPSG
�Pulkovo 1995 / 3GK 90EEPSG3�:'9projected_crsEPSG
�Pulkovo 1995 / 3GK 87EEPSG3�9'9projected_crsEPSG
�Pulkovo 1995 / 3GK 84EEPSG3�8'9projected_crsEPSG
�Pulkovo 1995 / 3GK 81EEPSG3�7'9projected_crsEPSG
�Pulkovo 1995 / 3GK 78EEPSG3�6'9projected_crsEPSG
�Pulkovo 1995 / 3GK 75EEPSG3�5'9projected_crsEPSG
�Pulkovo 1995 / 3GK 72EEPSG3�4'9projected_crsEPSG
�Pulkovo 1995 / 3GK 69EEPSG3�3'9projected_crsEPSG
�Pulkovo 1995 / 3GK 66EEPSG3�2'9projected_crsEPSG
�Pulkovo 1995 / 3GK 63EEPSG3�1'9projected_crsEPSG
�Pulkovo 1995 / 3GK 60EEPSG3�0'9projected_crsEPSG
�Pulkovo 1995 / 3GK 57EEPSG3�/'9projected_crsEPSG
�Pulkovo 1995 / 3GK 54EEPSG3�.'9projected_crsEPSG
�Pulkovo 1995 / 3GK 51EEPSG3�-'9projected_crsEPSG
�Pulkovo 1995 / 3GK 48EEPSG3�,'9projected_crsEPSG
�Pulkovo 1995 / 3GK 45EEPSG3�+'9projected_crsEPSG
�Pulkovo 1995 / 3GK 42EEPSG3�*'9projected_crsEPSG
�Pulkovo 1995 / 3GK 39EEPSG3�)'9projected_crsEPSG
�Pulkovo 1995 / 3GK 36EEPSG3�('9projected_crsEPSG
�Pulkovo 1995 / 3GK 33EEPSG3�''9projected_crsEPSG
�Pulkovo 1995 / 3GK 30EEPSG3�&'9projected_crsEPSG
�Pulkovo 1995 / 3GK 27EEPSG3�%'9projected_crsEPSG
�Pulkovo 1995 / 3GK 24EEPSG3�$'9projected_crsEPSG
�Pulkovo 1995 / 3GK 21EEPSG5�#'=projected_crsEPSG
�Pulkovo 1995 / 3GK zn 64EPSG5�"'=projected_crsEPSG
�Pulkovo 1995 / 3GK zn 63EPSG5�!'=projected_crsEPSG
�Pulkovo 1995 / 3GK zn 62EPSG5� '=projected_crsEPSG
�Pulkovo 1995 / 3GK zn 61EPSG5� '=projected_crsEPSG
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�Pulkovo 1995 / 3GK zn 56EPSG5�'=projected_crsEPSG
�Pulkovo 1995 / 3GK zn 55EPSG5�'=projected_crsEPSG
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�NAD83(HARN) / MN N (m)EPSG3�'9projected_crsEPSG
�NAD83(HARN) / MI S (m)EPSG3�'9projected_crsEPSG
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�NAD83(HARN) / MI N (m)EPSG4�';projected_crsEPSG
�NAD83(HARN) / MA Is (m)EPSG4�';projected_crsEPSG
�NAD83(HARN) / MA md (m)EPSG3�'9projected_crsEPSG
�NAD83(HARN) / LA S (m)EPSG3�'9projected_crsEPSG
�NAD83(HARN) / LA N (m)EPSG3� '9projected_crsEPSG
�NAD83(HARN) / KY S (m)EPSG3�'9projected_crsEPSG
�NAD83(HARN) / KY N (m)EPSG3�~'9projected_crsEPSG
�NAD83(HARN) / KS S (m)EPSG3�}'9projected_crsEPSG
�NAD83(HARN) / KS N (m)EPSG3�|'9projected_crsEPSG
�NAD83(HARN) / IN W (m)EPSG3�{'9projected_crsEPSG
�NAD83(HARN) / IN E (m)EPSG3�z'9projected_crsEPSG
�NAD83(HARN) / IL W (m)EPSG3�y'9projected_crsEPSG
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�NAD83(HARN) / HI 5 (m)EPSG3�w'9projected_crsEPSG
�NAD83(HARN) / HI 4 (m)EPSG3�v'9projected_crsEPSG
�NAD83(HARN) / HI 3 (m)EPSG3�u'9projected_crsEPSG
�NAD83(HARN) / HI 2 (m)EPSG3�t'9projected_crsEPSG
�NAD83(HARN) / HI 1 (m)EPSG3�s'9projected_crsEPSG
�NAD83(HARN) / GA W (m)EPSG3�r'9projected_crsEPSG
�NAD83(HARN) / GA E (m)EPSG3�q'9projected_crsEPSG
�NAD83(HARN) / FL N (m)EPSG3�p'9projected_crsEPSG
�NAD83(HARN) / FL W (m)EPSG3�o'9projected_crsEPSG
�NAD83(HARN) / FL E (m)EPSG1�n'5projected_crsEPSG
�NAD83(HARN) / CT (m)EPSG3�m'9projected_crsEPSG
�NAD83(HARN) / CO S (m)EPSG3�l'9projected_crsEPSG
�NAD83(HARN) / CO C (m)EPSG3�k'9projected_crsEPSG
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�NAD83(HARN) / CA 6 (m)EPSG3�i'9projected_crsEPSG
�NAD83(HARN) / CA 5 (m)EPSG3�h'9projected_crsEPSG
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�NAD83(HARN) / CA 3 (m)EPSG3�f'9projected_crsEPSG
�NAD83(HARN) / CA 2 (m)EPSG3�e'9projected_crsEPSG
�NAD83(HARN) / CA 1 (m)EPSG3�d'9projected_crsEPSG
�NAD83(HARN) / AR S (m)EPSG3�c'9projected_crsEPSG
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�NAD83(HARN) / ME 2000 CEPSG4�-';projected_crsEPSG NAD83(HARN) / ME 2000 EEPSG3�,'9projected_crsEPSG NAD83 / Maine CS2000 WEPSG3�+'9projected_crsEPSG
�NAD83 / Maine CS2000 CEPSG3�*'9projected_crsEPSG NAD83 / Maine CS2000 EEPSG1�)'5projected_crsEPSG �NAD83(HARN) / WTM 83EPSG5�('=projected_crsEPSG �IGN72 Gr Terre / UTM 58SEPSG3�''9projected_crsEPSG �Helle 1954 / Jan MayenEPSG3�&'9projected_crsEPSG �Hjorsey 1955 / UTM 28NEPSG3�%'9projected_crsEPSG �Hjorsey 1955 / UTM 27NEPSG3�$'9projected_crsEPSG �Hjorsey 1955 / UTM 26NEPSG3�#'9projected_crsEPSG �Hjorsey 1955 / LambertEPSG5�"'=projected_crsEPSG �Reykjavik 1900 / LambertEPSG4�!';projected_crsEPSG �WGS 84 / Aus Antarc LCCEPSG3� '9projected_crsEPSG �WGS 84 / Aus Antarc PSEPSG2� '7projected_crsEPSG �WGS 84 / Antarctic PSEPSG4� ';projected_crsEPSG �Grand Comoros / UTM 38SEPSG3� '9projected_crsEPSG �NEA74 Noumea / UTM 58SEPSG4� ';projected_crsEPSG �ST71 Belep / UTM zn 58SEPSG4�';projected_crsEPSG �ST84 des Pins / UTM 58SEPSG4�';projected_crsEPSG �IGN53 Mare / UTM zn 58SEPSG:�'Gprojected_crsEPSG �NAD83(HARN) / OR GIC Lam (ft)EPSG4�';projected_crsEPSG �NAD83 / OR GIC Lam (ft)EPSG5�'=projected_crsEPSG �St. Pierre Miq / UTM 21NEPSG5�'=projected_crsEPSG �Perroud 1950 / Adelie StEPSG5�'=projected_crsEPSG �Petrels 1972 / Adelie StEPSG5�'=projected_crsEPSG �IGN56 Lifou / UTM zn 58SEPSG3�'9projected_crsEPSG �Combani 1950 / UTM 38SEPSG5�'=projected_crsEPSG �IGN72 Nuku Hiva / UTM 7SEPSG3�'9projected_crsEPSG �Fort Marigot / UTM 20NEPSG5�'=projected_crsEPSG �NAD83 / Indiana W (ftUS)EPSG5�'=projected_crsEPSG �NAD83 / Indiana E (ftUS)EPSG0�'3projected_crsEPSG �Lisbon 1890 / BonneEPSG2�
'7projected_crsEPSG �NAD83(CSRS) / UTM 21NEPSG2� '7projected_crsEPSG �NAD83(CSRS) / UTM 20NEPSG2� '7projected_crsEPSG �NAD83(CSRS) / UTM 19NEPSG2�
'7projected_crsEPSG �NAD83(CSRS) / UTM 18NEPSG2� '7projected_crsEPSG �NAD83(CSRS) / UTM 17NEPSG2�'7projected_crsEPSG �NAD83(CSRS) / UTM 13NEPSG2�'7projected_crsEPSG �NAD83(CSRS) / UTM 12NEPSG2�'7projected_crsEPSG �NAD83(CSRS) / UTM 11NEPSG5�'=projected_crsEPSG �NAD83(CSRS) / PEI StereoEPSG4�';projected_crsEPSG �NAD83(CSRS) / NB StereoEPSG4�';projected_crsEPSG �NAD83(CSRS) / MTM zn 10EPSG2�'7projected_crsEPSG �NAD83(CSRS) / SCoPQ 2EPSG3�'9projected_crsEPSG Selvagem Gr. / UTM 28NEPSG2� '7projected_crsEPSG ~Porto Santo / UTM 28NEPSG3�'9projected_crsEPSG }Pulkovo 1942 / CS63 K4EPSG3�~'9projected_crsEPSG |Pulkovo 1942 / CS63 K3EPSG3�}'9projected_crsEPSG {Pulkovo 1942 / CS63 K2EPSG3�|'9projected_crsEPSG zPulkovo 1942 / CS63 A4EPSG3�{'9projected_crsEPSG yPulkovo 1942 / CS63 A3EPSG3�z'9projected_crsEPSG xPulkovo 1942 / CS63 A2EPSG3�y'9projected_crsEPSG wPulkovo 1942 / CS63 A1EPSG3�x'9projected_crsEPSG tQND95 / Qatar Nat GridEPSG6�w'?projected_crsEPSG rNAD83(HARN) / WI S (ftUS)EPSG6�v'?projected_crsEPSG qNAD83(HARN) / WI C (ftUS)EPSG6�u'?projected_crsEPSG pNAD83(HARN) / WI N (ftUS)EPSG6�t'?projected_crsEPSG oNAD83(HARN) / WA S (ftUS)EPSG6�s'?projected_crsEPSG nNAD83(HARN) / WA N (ftUS)EPSG6�r'?projected_crsEPSG mNAD83(HARN) / VA S (ftUS)EPSG6�q'?projected_crsEPSG lNAD83(HARN) / VA N (ftUS)EPSG4�p';projected_crsEPSG kNAD83(HARN) / UT S (ft)EPSG
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4 � � � ` +���W"���N��zE��q<��h3���_*���S ���N � � 5�K'=projected_crsEPSG �Kasai 1953 / Congo TM 22EPSG.�J'/projected_crsEPSG �Katanga 1955 / TMEPSG3�I'9projected_crsEPSG �Katanga 1955 / LambertEPSG4�H';projected_crsEPSG �NAD83(HARN) / CA AlbersEPSG.�G'/projected_crsEPSG �NAD83 / CA AlbersEPSG.�F'/projected_crsEPSG �NAD27 / CA AlbersEPSG5�E'=projected_crsEPSG �Nakhl-e Ghanem / UTM 39NEPSG1�D'5projected_crsEPSG �Fatu Iva 72 / UTM 7SEPSG3�C'9projected_crsEPSG �IGN63 Hiva Oa / UTM 7SEPSG4�B';projected_crsEPSG �WGS 84 / TransantarcticEPSG2�A'7projected_crsEPSG �WGS 84 / SCAR SW01-60EPSG2�@'7projected_crsEPSG �WGS 84 / SCAR SV51-60EPSG2�?'7projected_crsEPSG �WGS 84 / SCAR SV41-50EPSG2�>'7projected_crsEPSG �WGS 84 / SCAR SV31-40EPSG2�='7projected_crsEPSG �WGS 84 / SCAR SV21-30EPSG2�<'7projected_crsEPSG �WGS 84 / SCAR SV11-20EPSG2�;'7projected_crsEPSG �WGS 84 / SCAR SV01-10EPSG2�:'7projected_crsEPSG �WGS 84 / SCAR SU56-60EPSG2�9'7projected_crsEPSG �WGS 84 / SCAR SU51-55EPSG2�8'7projected_crsEPSG �WGS 84 / SCAR SU46-50EPSG2�7'7projected_crsEPSG �WGS 84 / SCAR SU41-45EPSG2�6'7projected_crsEPSG �WGS 84 / SCAR SU36-40EPSG2�5'7projected_crsEPSG �WGS 84 / SCAR SU31-35EPSG2�4'7projected_crsEPSG �WGS 84 / SCAR SU26-30EPSG2�3'7projected_crsEPSG �WGS 84 / SCAR SU21-25EPSG2�2'7projected_crsEPSG �WGS 84 / SCAR SU16-20EPSG2�1'7projected_crsEPSG �WGS 84 / SCAR SU11-15EPSG2�0'7projected_crsEPSG �WGS 84 / SCAR SU06-10EPSG2�/'7projected_crsEPSG �WGS 84 / SCAR SU01-05EPSG2�.'7projected_crsEPSG �WGS 84 / SCAR ST57-60EPSG2�-'7projected_crsEPSG �WGS 84 / SCAR ST53-56EPSG2�,'7projected_crsEPSG �WGS 84 / SCAR ST49-52EPSG2�+'7projected_crsEPSG �WGS 84 / SCAR ST45-48EPSG2�*'7projected_crsEPSG �WGS 84 / SCAR ST41-44EPSG2�)'7projected_crsEPSG �WGS 84 / SCAR ST37-40EPSG2�('7projected_crsEPSG �WGS 84 / SCAR ST33-36EPSG2�''7projected_crsEPSG �WGS 84 / SCAR ST29-32EPSG2�&'7projected_crsEPSG �WGS 84 / SCAR ST25-28EPSG2�%'7projected_crsEPSG �WGS 84 / SCAR ST21-24EPSG2�$'7projected_crsEPSG �WGS 84 / SCAR ST17-20EPSG2�#'7projected_crsEPSG �WGS 84 / SCAR ST13-16EPSG2�"'7projected_crsEPSG �WGS 84 / SCAR ST09-12EPSG2�!'7projected_crsEPSG �WGS 84 / SCAR ST05-08EPSG2� '7projected_crsEPSG �WGS 84 / SCAR ST01-04EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SS58-60EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SS55-57EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SS52-54EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SS49-51EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS46-48EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS43-45EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS40-42EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS37-39EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS34-36EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS31-33EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS28-30EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS25-27EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS19-21EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS16-18EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS13-15EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS10-12EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS07-09EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SS04-06EPSG2�
'7projected_crsEPSG �WGS 84 / SCAR SR59-60EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SR57-58EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SR55-56EPSG2�
'7projected_crsEPSG �WGS 84 / SCAR SR53-54EPSG2� '7projected_crsEPSG �WGS 84 / SCAR SR51-52EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR49-50EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR47-48EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR45-46EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR43-44EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR41-42EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR39-40EPSG2�'7projected_crsEPSG �WGS 84 / SCAR SR37-38EPSG
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LNAD83(HARN) / NC (ftUS)EPSG1�'5projected_crsEPSG
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hNAD83(HARN) / NJ (ftUS)EPSG4�
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uNAD83(HARN) / NH (ftUS)EPSG6� '?projected_crsEPSG
gNAD83(HARN) / NV W (ftUS)EPSG6� '?projected_crsEPSG
eNAD83(HARN) / NV E (ftUS)EPSG6�
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fNAD83(HARN) / NV C (ftUS)EPSG4� ';projected_crsEPSGh�NAD83(HARN) / NE (ftUS)EPSG6�'?projected_crsEPSGh�NAD83(HARN) / MN S (ftUS)EPSG6�'?projected_crsEPSGh�NAD83(HARN) / MN N (ftUS)EPSG6�'?projected_crsEPSGh�NAD83(HARN) / MN C (ftUS)EPSG4�';projected_crsEPSG NAD83(HARN) / MI GeorefEPSG6�'?projected_crsEPSGh�NAD83(HARN) / ME W (ftUS)EPSG6�'?projected_crsEPSGh�NAD83(HARN) / ME E (ftUS)EPSG6�'?projected_crsEPSG
�NAD83(HARN) / LA S (ftUS)EPSG6�'?projected_crsEPSG
�NAD83(HARN) / LA N (ftUS)EPSG6� '?projected_crsEPSG
dNAD83(HARN) / KS S (ftUS)EPSG6�'?projected_crsEPSG
cNAD83(HARN) / KS N (ftUS)EPSG6�~'?projected_crsEPSG
bNAD83(HARN) / IA S (ftUS)EPSG6�}'?projected_crsEPSG
aNAD83(HARN) / IA N (ftUS)EPSG6�|'?projected_crsEPSG
tNAD83(HARN) / IL W (ftUS)EPSG6�{'?projected_crsEPSG
sNAD83(HARN) / IL E (ftUS)EPSG6�z'?projected_crsEPSG�NAD83(HARN) / HI 3 (ftUS)EPSG6�y'?projected_crsEPSG
rNAD83(HARN) / AR S (ftUS)EPSG6�x'?projected_crsEPSG
qNAD83(HARN) / AR N (ftUS)EPSG4�w';projected_crsEPSG
�NAD83(CSRS) / YT AlbersEPSG2�v'7projected_crsEPSG�NAD83(CSRS) / UTM 22NEPSG2�u'7projected_crsEPSG
�NAD83(CSRS) / NWT LCCEPSG2�t'7projected_crsEPSG�NAD83(CSRS) / MTQ LCCEPSG4�s';projected_crsEPSGiNAD83(CSRS) / MTM zn 17EPSG4�r';projected_crsEPSGiNAD83(CSRS) / MTM zn 16EPSG4�q';projected_crsEPSGiNAD83(CSRS) / MTM zn 15EPSG4�p';projected_crsEPSGiNAD83(CSRS) / MTM zn 14EPSG4�o';projected_crsEPSGi
NAD83(CSRS) / MTM zn 13EPSG4�n';projected_crsEPSGi NAD83(CSRS) / MTM zn 12EPSG4�m';projected_crsEPSGi NAD83(CSRS) / MTM zn 11EPSG5�l'=projected_crsEPSG�NAD83(CSRS) / AB 3TM 120EPSG5�k'=projected_crsEPSG�NAD83(CSRS) / AB 3TM 117EPSG5�j'=projected_crsEPSG�NAD83(CSRS) / AB 3TM 114EPSG5�i'=projected_crsEPSG�NAD83(CSRS) / AB 3TM 111EPSG5�h'=projected_crsEPSG�Pulkovo 42(83) / GK zn 4EPSG5�g'=projected_crsEPSG�Pulkovo 42(83) / GK zn 3EPSG5�f'=projected_crsEPSG�Pulkovo 42(83) / GK zn 2EPSG5�e'=projected_crsEPSGPulkovo 42(83) / 3GK zn8EPSG5�d'=projected_crsEPSGPulkovo 42(83) / 3GK zn7EPSG5�c'=projected_crsEPSG
Pulkovo 42(58) / GK zn 5EPSG5�b'=projected_crsEPSG
Pulkovo 42(58) / GK zn 4EPSG5�a'=projected_crsEPSG
Pulkovo 42(58) / GK zn 3EPSG5�`'=projected_crsEPSG�Pulkovo 42(58) / GK zn 2EPSG5�_'=projected_crsEPSGPulkovo 42(83) / 3GK zn6EPSG5�^'=projected_crsEPSG�Pulkovo 42(58) / 3GK zn9EPSG5�]'=projected_crsEPSG
Pulkovo 42(58) / 3GK zn8EPSG5�\'=projected_crsEPSG
Pulkovo 42(58) / 3GK zn7EPSG5�['=projected_crsEPSG
Pulkovo 42(58) / 3GK zn6EPSG5�Z'=projected_crsEPSG�Pulkovo 42(58) / 3GK zn4EPSG5�Y'=projected_crsEPSG�Pulkovo 42(58) / 3GK zn3EPSG5�X'=projected_crsEPSG Pulkovo 42(58) / 3GKzn10EPSG5�W'=projected_crsEPSG
Pulkovo 42(58) / 3GK zn5EPSG3�V'9projected_crsEPSG �IGC 1962 / Congo TM 30EPSG3�U'9projected_crsEPSG �IGC 1962 / Congo TM 28EPSG3�T'9projected_crsEPSG �IGC 1962 / Congo TM 26EPSG3�S'9projected_crsEPSG �IGC 1962 / Congo TM 24EPSG3�R'9projected_crsEPSG �IGC 1962 / Congo TM 22EPSG3�Q'9projected_crsEPSG �IGC 1962 / Congo TM 20EPSG3�P'9projected_crsEPSG �IGC 1962 / Congo TM 18EPSG3�O'9projected_crsEPSG �IGC 1962 / Congo TM 16EPSG3�N'9projected_crsEPSG �IGC 1962 / Congo TM 14EPSG3�M'9projected_crsEPSG �IGC 1962 / Congo TM 12EPSG5�L'=projected_crsEPSG �Kasai 1953 / Congo TM 24EPSG
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SNSIDC Sea Ice PS NorthEPSG0�W'3projected_crsEPSG
OHong Kong 1963 GridEPSG3�V'9projected_crsEPSG
HNAD83 / AB 10TM ForestEPSG5�U'=projected_crsEPSG
INAD83 / AB 10TM ResourceEPSG4�T';projected_crsEPSG
JNAD83(CSRS) / AB 10TM FEPSG4�S';projected_crsEPSG
KNAD83(CSRS) / AB 10TM REPSG/�R'1projected_crsEPSG
GRD/83 / 3GK zone 5EPSG/�Q'1projected_crsEPSG
FRD/83 / 3GK zone 4EPSG/�P'1projected_crsEPSG
EPD/83 / 3GK zone 4EPSG/�O'1projected_crsEPSG
DPD/83 / 3GK zone 3EPSG �N%geodetic_crsEPSGn278EPSG3�M'9projected_crsEPSG
<Pulkovo 1942 / CaspianEPSG1�L'5projected_crsEPSG
7GDM2000 / Kedah GridEPSG1�K'5projected_crsEPSG
5GDM2000 / TerengganuEPSG2�J'7projected_crsEPSG
2GDM2000 / Melaka GridEPSG5�I'=projected_crsEPSG
0GDM2000 / E Malaysia RSOEPSG5�H'=projected_crsEPSG
)IGN Astro 1960 / UTM 30NEPSG5�G'=projected_crsEPSG
(IGN Astro 1960 / UTM 29NEPSG5�F'=projected_crsEPSG
'IGN Astro 1960 / UTM 28NEPSG4�E';projected_crsEPSG
L Cayman 1961 / UTM 17NEPSG4�D';projected_crsEPSG
G Cayman 1959 / UTM 17NEPSG4�C';projected_crsEPSG
Mhast onshore / UTM 32SEPSG5�B'=projected_crsEPSG
Mhast offshore / UTM 32SEPSG3�A'9projected_crsEPSG
Pulkovo 1942 / CS63 C2EPSG3�@'9projected_crsEPSG
Pulkovo 1942 / CS63 C1EPSG3�?'9projected_crsEPSG
Pulkovo 1942 / CS63 C0EPSG4�>';projected_crsEPSG
Mauritania 99 / UTM 30NEPSG4�=';projected_crsEPSG
Mauritania 99 / UTM 29NEPSG4�<';projected_crsEPSG
Mauritania 99 / UTM 28NEPSG4�;';projected_crsEPSG
IGCB 1955 / Congo TM 16EPSG4�:';projected_crsEPSG
IGCB 1955 / Congo TM 14EPSG4�9';projected_crsEPSG
IGCB 1955 / Congo TM 12EPSG4�8';projected_crsEPSG
Le Pouce 34 / MauritiusEPSG3�7'9projected_crsEPSG
Kerguelen 62 / UTM 42SEPSG<�6'Kprojected_crsEPSG�NAD83(HPGN) / Ohio North (ftUS)EPSG<�5'Kprojected_crsEPSG�NAD83(HPGN) / Ohio South (ftUS)EPSG>�4'Oprojected_crsEPSG�NAD83(HPGN) / Wyoming East (ftUS)EPSGF�3'_projected_crsEPSG�NAD83(HPGN) / Wyoming East Central (ftUS)EPSG>�2'Oprojected_crsEPSG�NAD83(HPGN) / Wyoming West (ftUS)EPSGF�1'_projected_crsEPSG�NAD83(HPGN) / Wyoming West Central (ftUS)EPSG7�0'Aprojected_crsEPSG�NAD83(HARN) / WY WC (ftUS)EPSG6�/'?projected_crsEPSG�NAD83(HARN) / WY W (ftUS)EPSG7�.'Aprojected_crsEPSG�NAD83(HARN) / WY EC (ftUS)EPSG6�-'?projected_crsEPSG�NAD83(HARN) / WY E (ftUS)EPSG6�,'?projected_crsEPSGh�NAD83(HARN) / WV S (ftUS)EPSG6�+'?projected_crsEPSGh�NAD83(HARN) / WV N (ftUS)EPSG1�*'5projected_crsEPSG�NAD83(HARN) / UTM 5NEPSG1�)'5projected_crsEPSG�NAD83(HARN) / UTM 4NEPSG2�('7projected_crsEPSG�NAD83(HARN) / UTM 19NEPSG2�''7projected_crsEPSG�NAD83(HARN) / UTM 18NEPSG2�&'7projected_crsEPSG�NAD83(HARN) / UTM 17NEPSG2�%'7projected_crsEPSG�NAD83(HARN) / UTM 16NEPSG2�$'7projected_crsEPSG�NAD83(HARN) / UTM 15NEPSG2�#'7projected_crsEPSG�NAD83(HARN) / UTM 14NEPSG2�"'7projected_crsEPSG�NAD83(HARN) / UTM 13NEPSG2�!'7projected_crsEPSG�NAD83(HARN) / UTM 12NEPSG2� '7projected_crsEPSG�NAD83(HARN) / UTM 11NEPSG2� '7projected_crsEPSG�NAD83(HARN) / UTM 10NEPSG6� '?projected_crsEPSG
�NAD83(HARN) / UT S (ftUS)EPSG6� '?projected_crsEPSG
�NAD83(HARN) / UT N (ftUS)EPSG6� '?projected_crsEPSG
�NAD83(HARN) / UT C (ftUS)EPSG6�'?projected_crsEPSG
�NAD83(HARN) / SD S (ftUS)EPSG6�'?projected_crsEPSG
�NAD83(HARN) / SD N (ftUS)EPSG4�';projected_crsEPSG
!NAD83(HARN) / SC (ftUS)EPSG1�'5projected_crsEPSG
NAD83(HARN) / SC (m)EPSG4�';projected_crsEPSG
vNAD83(HARN) / RI (ftUS)EPSG6�'?projected_crsEPSG
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'7projected_crsEPSG�NAD83(NSRS) / UTM 17NEPSG2� '7projected_crsEPSG�NAD83(NSRS) / UTM 16NEPSG2� '7projected_crsEPSG�NAD83(NSRS) / UTM 15NEPSG2�
'7projected_crsEPSG�NAD83(NSRS) / UTM 14NEPSG2� '7projected_crsEPSG�NAD83(NSRS) / UTM 13NEPSG2�'7projected_crsEPSG�NAD83(NSRS) / UTM 12NEPSG2�'7projected_crsEPSG�NAD83(NSRS) / UTM 11NEPSG2�'7projected_crsEPSG�NAD83(NSRS) / UTM 10NEPSG1�'5projected_crsEPSG�NAD83(NSRS) / UTM 9NEPSG1�'5projected_crsEPSG�NAD83(NSRS) / UTM 8NEPSG1�'5projected_crsEPSG�NAD83(NSRS) / UTM 7NEPSG1�'5projected_crsEPSG�NAD83(NSRS) / UTM 6NEPSG1�'5projected_crsEPSG�NAD83(NSRS) / UTM 5NEPSG1� '5projected_crsEPSGNAD83(NSRS) / UTM 4NEPSG1�'5projected_crsEPSG~NAD83(NSRS) / UTM 3NEPSG1�~'5projected_crsEPSG}NAD83(NSRS) / UTM 2NEPSG1�}'5projected_crsEPSG|NAD83(NSRS) / UTM 1NEPSG2�|'7projected_crsEPSG{NAD83(NSRS) / UTM 60NEPSG2�{'7projected_crsEPSGzNAD83(NSRS) / UTM 59NEPSG/�z'1projected_crsEPSG
�GDA94 / Aus AlbersEPSG1�y'5projected_crsEPSG
�WGS 84 / LAEA RussiaEPSG1�x'5projected_crsEPSG
�WGS 84 / LAEA EuropeEPSG3�w'9projected_crsEPSG
�WGS 84 / LAEA AtlanticEPSG1�v'5projected_crsEPSG
�WGS 84 / LAEA CanadaEPSG1�u'5projected_crsEPSG
�WGS 84 / LAEA AlaskaEPSG5�t'=projected_crsEPSG
�WGS 84 / LAEA Bering SeaEPSG6�s'?projected_crsEPSG
�NAD83 / Utah South (ftUS)EPSG4�r';projected_crsEPSG
�NAD83 / Utah Cen (ftUS)EPSG6�q'?projected_crsEPSG
�NAD83 / Utah North (ftUS)EPSG2�p'7projected_crsEPSG
�Dabola 1981 / UTM 29NEPSG2�o'7projected_crsEPSG
�Dabola 1981 / UTM 28NEPSG1�n'5projected_crsEPSG
�Fiji 1986 / Map GridEPSG6�m'?projected_crsEPSG
NAD83 / S Dakota S (ftUS)EPSG4�l';projected_crsEPSG
~NAD83 / S Dakota N ftUSEPSG7�k'Aprojected_crsEPSG
}NAD83 / LA Offshore (ftUS)EPSG7�j'Aprojected_crsEPSG
|NAD83 / Louisiana S (ftUS)EPSG7�i'Aprojected_crsEPSG
{NAD83 / Louisiana N (ftUS)EPSG5�h'=projected_crsEPSG
xJAD2001 / JA Metric GridEPSG.�g'/projected_crsEPSG
nNAD83 / RI (ftUS)EPSG.�f'/projected_crsEPSG
mNAD83 / NH (ftUS)EPSG6�e'?projected_crsEPSG
lNAD83 / Illinois W (ftUS)EPSG6�d'?projected_crsEPSG
kNAD83 / Illinois E (ftUS)EPSG6�c'?projected_crsEPSG
jNAD83 / Arkansas S (ftUS)EPSG6�b'?projected_crsEPSG
iNAD83 / Arkansas N (ftUS)EPSG4�a';projected_crsEPSG
_NAD83 / Nevada W (ftUS)EPSG4�`';projected_crsEPSG
^NAD83 / Nevada C (ftUS)EPSG4�_';projected_crsEPSG
]NAD83 / Nevada E (ftUS)EPSG4�^';projected_crsEPSG
\NAD83 / Kansas S (ftUS)EPSG4�]';projected_crsEPSG
[NAD83 / Kansas N (ftUS)EPSG2�\'7projected_crsEPSG
ZNAD83 / Iowa S (ftUS)EPSG2�['7projected_crsEPSG
YNAD83 / Iowa N (ftUS)EPSG4�Z';projected_crsEPSG
UWGS 84 / NSIDC PS NorthEPSG3�Y'9projected_crsEPSG
TNSIDC Sea Ice PS SouthEPSG
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SWEREF99 / RT90 5 gon OEPSG6�*'?projected_crsEPSG SWEREF99 / RT90 2.5 gon OEPSG2�)'7projected_crsEPSGSWEREF99 / RT90 0 gonEPSG6�('?projected_crsEPSGSWEREF99 / RT90 2.5 gon VEPSG4�'';projected_crsEPSGSWEREF99 / RT90 5 gon VEPSG6�&'?projected_crsEPSGSWEREF99 / RT90 7.5 gon VEPSG2�%'7projected_crsEPSG�Hu Tzu Shan / UTM 51NEPSG2�$'7projected_crsEPSG�World Equidistant CylEPSG3�#'9projected_crsEPSG�Popular Vis CRS / MercEPSG3�"'9projected_crsEPSG�Pitcairn 1967 / UTM 9SEPSG
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�NAD83(NSRS) / CA AlbersEPSG6�1'?projected_crsEPSG
�NAD83(NSRS) / CA 6 (ftUS)EPSG3�0'9projected_crsEPSG
�NAD83(NSRS) / CA 6 (m)EPSG6�/'?projected_crsEPSG
�NAD83(NSRS) / CA 5 (ftUS)EPSG3�.'9projected_crsEPSG
�NAD83(NSRS) / CA 5 (m)EPSG6�-'?projected_crsEPSG
�NAD83(NSRS) / CA 4 (ftUS)EPSG3�,'9projected_crsEPSG
�NAD83(NSRS) / CA 4 (m)EPSG6�+'?projected_crsEPSG
�NAD83(NSRS) / CA 3 (ftUS)EPSG3�*'9projected_crsEPSG
�NAD83(NSRS) / CA 3 (m)EPSG6�)'?projected_crsEPSG
�NAD83(NSRS) / CA 2 (ftUS)EPSG3�('9projected_crsEPSG
�NAD83(NSRS) / CA 2 (m)EPSG6�''?projected_crsEPSG
�NAD83(NSRS) / CA 1 (ftUS)EPSG3�&'9projected_crsEPSG
�NAD83(NSRS) / CA 1 (m)EPSG3�%'9projected_crsEPSG
�NAD83(NSRS) / AZ W (m)EPSG4�$';projected_crsEPSG
�NAD83(NSRS) / AZ W (ft)EPSG3�#'9projected_crsEPSG
�NAD83(NSRS) / AZ E (m)EPSG4�"';projected_crsEPSG
�NAD83(NSRS) / AZ E (ft)EPSG3�!'9projected_crsEPSG
�NAD83(NSRS) / AZ C (m)EPSG4� ';projected_crsEPSG
�NAD83(NSRS) / AZ C (ft)EPSG6� '?projected_crsEPSG
�NAD83(NSRS) / AR S (ftUS)EPSG3� '9projected_crsEPSG
�NAD83(NSRS) / AR S (m)EPSG6� '?projected_crsEPSG
�NAD83(NSRS) / AR N (ftUS)EPSG3� '9projected_crsEPSG
�NAD83(NSRS) / AR N (m)EPSG3�'9projected_crsEPSG
�NAD83(NSRS) / AL W (m)EPSG3�'9projected_crsEPSG
�NAD83(NSRS) / AL E (m)EPSG5�'=projected_crsEPSG�WGS 84 / Equidistant CylEPSG2�'7projected_crsEPSG�WGS 84 / UTM system SEPSG2�'7projected_crsEPSGXWGS 84 / UTM system NEPSG4�';projected_crsEPSG}�NAD83 / Louisiana Off mEPSG2�'7projected_crsEPSG}cNAD27 / Louisiana OffEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 25SEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 24SEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 23SEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 22SEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 21SEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 20SEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 19SEPSG2�
'7projected_crsEPSG|�SIRGAS 2000 / UTM 18SEPSG2� '7projected_crsEPSG|�SIRGAS 2000 / UTM 17SEPSG2� '7projected_crsEPSG|�SIRGAS 2000 / UTM 22NEPSG2�
'7projected_crsEPSG|�SIRGAS 2000 / UTM 21NEPSG2� '7projected_crsEPSG|�SIRGAS 2000 / UTM 20NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 19NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 18NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 17NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 16NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 15NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 14NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 13NEPSG2�'7projected_crsEPSG|�SIRGAS 2000 / UTM 12NEPSG2� '7projected_crsEPSG|�SIRGAS 2000 / UTM 11NEPSG3�'9projected_crsEPSG{)Conakry 1905 / UTM 29NEPSG3�~'9projected_crsEPSG{(Conakry 1905 / UTM 28NEPSG.�}'/projected_crsEPSGz�DHDN / 3GK zone 5EPSG.�|'/projected_crsEPSGz�DHDN / 3GK zone 4EPSG.�{'/projected_crsEPSGz�DHDN / 3GK zone 3EPSG.�z'/projected_crsEPSGz�DHDN / 3GK zone 2EPSG3�y'9projected_crsEPSGzMGI (Ferro) / Aut GK EEPSG3�x'9projected_crsEPSGzMGI (Ferro) / Aut GK CEPSG3�w'9projected_crsEPSGzMGI (Ferro) / Aut GK WEPSG5�v'=projected_crsEPSGw Voirol79 / S Algeria oldEPSG5�u'=projected_crsEPSGw Voirol79 / N Algeria oldEPSG3�t'9projected_crsEPSGu�Tokyo / Japan zone XIXEPSG5�s'=projected_crsEPSGt�OSNI 52 / Irish Nat GridEPSG5�r'=projected_crsEPSGn�Pulkovo 1942 / GK zone 5EPSG5�q'=projected_crsEPSGn�Pulkovo 1942 / GK zone 4EPSG5�p'=projected_crsEPSGkeDatum 73 / Modified GridEPSG2�o'7projected_crsEPSGj_NZGD49 / North TaieriEPSG4�n';projected_crsEPSGj^NZGD49 / Observation PtEPSG0�m'3projected_crsEPSGj]NZGD49 / Mount YorkEPSG4�l';projected_crsEPSGj\NZGD49 / Mount NicholasEPSG1�k'5projected_crsEPSGj[NZGD49 / Lindis PeakEPSG
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�NAD83(NSRS) / ME83 W (m)EPSG6�k'?projected_crsEPSGh�NAD83(NSRS) / ME E (ftUS)EPSG5�j'=projected_crsEPSG
�NAD83(NSRS) / ME83 E (m)EPSG4�i';projected_crsEPSG
�NAD83(NSRS) / ME 2000 WEPSG4�h';projected_crsEPSG
�NAD83(NSRS) / ME 2000 EEPSG4�g';projected_crsEPSG
�NAD83(NSRS) / ME 2000 CEPSG4�f';projected_crsEPSG
�NAD83(NSRS) / MD (ftUS)EPSG7�e'Aprojected_crsEPSGNAD83(NSRS) / MA md (ftUS)EPSG4�d';projected_crsEPSGNAD83(NSRS) / MA md (m)EPSG7�c'Aprojected_crsEPSG NAD83(NSRS) / MA Is (ftUS)EPSG4�b';projected_crsEPSG
�NAD83(NSRS) / MA Is (m)EPSG6�a'?projected_crsEPSG
�NAD83(NSRS) / LA S (ftUS)EPSG3�`'9projected_crsEPSG
�NAD83(NSRS) / LA S (m)EPSG6�_'?projected_crsEPSG
�NAD83(NSRS) / LA N (ftUS)EPSG3�^'9projected_crsEPSG
�NAD83(NSRS) / LA N (m)EPSG3�]'9projected_crsEPSG
�NAD83(NSRS) / KY1Z (m)EPSG6�\'?projected_crsEPSG
�NAD83(NSRS) / KY S (ftUS)EPSG3�['9projected_crsEPSG
�NAD83(NSRS) / KY S (m)EPSG6�Z'?projected_crsEPSG
�NAD83(NSRS) / KY N (ftUS)EPSG3�Y'9projected_crsEPSG
�NAD83(NSRS) / KY N (m)EPSG6�X'?projected_crsEPSG
�NAD83(NSRS) / KS S (ftUS)EPSG3�W'9projected_crsEPSG
�NAD83(NSRS) / KS S (m)EPSG6�V'?projected_crsEPSG
�NAD83(NSRS) / KS N (ftUS)EPSG3�U'9projected_crsEPSG
�NAD83(NSRS) / KS N (m)EPSG6�T'?projected_crsEPSG
�NAD83(NSRS) / IN W (ftUS)EPSG3�S'9projected_crsEPSG
�NAD83(NSRS) / IN W (m)EPSG6�R'?projected_crsEPSG
�NAD83(NSRS) / IN E (ftUS)EPSG3�Q'9projected_crsEPSG
�NAD83(NSRS) / IN E (m)EPSG6�P'?projected_crsEPSG
�NAD83(NSRS) / IL W (ftUS)EPSG3�O'9projected_crsEPSG
�NAD83(NSRS) / IL W (m)EPSG6�N'?projected_crsEPSG
�NAD83(NSRS) / IL E (ftUS)EPSG3�M'9projected_crsEPSG
�NAD83(NSRS) / IL E (m)EPSG6�L'?projected_crsEPSG
�NAD83(NSRS) / ID W (ftUS)EPSG6�K'?projected_crsEPSG
�NAD83(NSRS) / ID E (ftUS)EPSG6�J'?projected_crsEPSG
�NAD83(NSRS) / ID C (ftUS)EPSG3�I'9projected_crsEPSG
�NAD83(NSRS) / ID C (m)EPSG6�H'?projected_crsEPSG
�NAD83(NSRS) / IA S (ftUS)EPSG6�G'?projected_crsEPSG
�NAD83(NSRS) / IA N (ftUS)EPSG6�F'?projected_crsEPSG
�NAD83(NSRS) / GA W (ftUS)EPSG3�E'9projected_crsEPSG
�NAD83(NSRS) / GA W (m)EPSG6�D'?projected_crsEPSG
�NAD83(NSRS) / GA E (ftUS)EPSG3�C'9projected_crsEPSG
�NAD83(NSRS) / GA E (m)EPSG6�B'?projected_crsEPSG
�NAD83(NSRS) / FL W (ftUS)EPSG3�A'9projected_crsEPSG
�NAD83(NSRS) / FL W (m)EPSG6�@'?projected_crsEPSG
�NAD83(NSRS) / FL N (ftUS)EPSG3�?'9projected_crsEPSG
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'5projected_crsEPSG NAD83(NSRS) / NH (m)EPSG4� ';projected_crsEPSG NAD83(NSRS) / NH (ftUS)EPSG1� '5projected_crsEPSGNAD83(NSRS) / NE (m)EPSG4�
';projected_crsEPSGh�NAD83(NSRS) / NE (ftUS)EPSG3� '9projected_crsEPSG3NAD83(NSRS) / ND S (m)EPSG4�';projected_crsEPSG4NAD83(NSRS) / ND S (ft)EPSG3�'9projected_crsEPSG1NAD83(NSRS) / ND N (m)EPSG4�';projected_crsEPSG2NAD83(NSRS) / ND N (ft)EPSG1�'5projected_crsEPSG/NAD83(NSRS) / NC (m)EPSG4�';projected_crsEPSG0NAD83(NSRS) / NC (ftUS)EPSG2�'7projected_crsEPSGNAD83(NSRS) / MT (ft)EPSG/�'1projected_crsEPSG�NAD83(NSRS) / MSTMEPSG6�'?projected_crsEPSGNAD83(NSRS) / MS W (ftUS)EPSG3� '9projected_crsEPSGNAD83(NSRS) / MS W (m)EPSG6�'?projected_crsEPSGNAD83(NSRS) / MS E (ftUS)EPSG3�~'9projected_crsEPSG
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NAD83(HARN) / TX AlbersEPSG*�''projected_crsEPSG
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�NAD83(NSRS) / IA S (m)EPSG3�u'9projected_crsEPSG
�NAD83(NSRS) / IA N (m)EPSG3�t'9projected_crsEPSG
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�NAD83(NSRS) / ID E (m)EPSG1�r'5projected_crsEPSG
�NAD83(NSRS) / DE (m)EPSG4�q';projected_crsEPSG
�NAD83(NSRS) / AK 10 (m)EPSG3�p'9projected_crsEPSG
�NAD83(NSRS) / AK 9 (m)EPSG3�o'9projected_crsEPSG
�NAD83(NSRS) / AK 8 (m)EPSG3�n'9projected_crsEPSG
�NAD83(NSRS) / AK 7 (m)EPSG3�m'9projected_crsEPSG
�NAD83(NSRS) / AK 6 (m)EPSG3�l'9projected_crsEPSG
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�NAD83(NSRS) / AK 4 (m)EPSG3�j'9projected_crsEPSG
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�NAD83(NSRS) / AK AlbEPSG7�f'Aprojected_crsEPSG�NAD83(NSRS) / WY WC (ftUS)EPSG4�e';projected_crsEPSGxNAD83(NSRS) / WY WC (m)EPSG6�d'?projected_crsEPSG�NAD83(NSRS) / WY W (ftUS)EPSG3�c'9projected_crsEPSGyNAD83(NSRS) / WY W (m)EPSG7�b'Aprojected_crsEPSG�NAD83(NSRS) / WY EC (ftUS)EPSG4�a';projected_crsEPSGwNAD83(NSRS) / WY EC (m)EPSG6�`'?projected_crsEPSG�NAD83(NSRS) / WY E (ftUS)EPSG3�_'9projected_crsEPSGvNAD83(NSRS) / WY E (m)EPSG6�^'?projected_crsEPSGh�NAD83(NSRS) / WV S (ftUS)EPSG3�]'9projected_crsEPSGnNAD83(NSRS) / WV S (m)EPSG6�\'?projected_crsEPSGh�NAD83(NSRS) / WV N (ftUS)EPSG3�['9projected_crsEPSGmNAD83(NSRS) / WV N (m)EPSG1�Z'5projected_crsEPSGuNAD83(NSRS) / WTM 83EPSG6�Y'?projected_crsEPSGtNAD83(NSRS) / WI S (ftUS)EPSG3�X'9projected_crsEPSGsNAD83(NSRS) / WI S (m)EPSG6�W'?projected_crsEPSGrNAD83(NSRS) / WI N (ftUS)EPSG3�V'9projected_crsEPSGqNAD83(NSRS) / WI N (m)EPSG6�U'?projected_crsEPSGpNAD83(NSRS) / WI C (ftUS)EPSG3�T'9projected_crsEPSGoNAD83(NSRS) / WI C (m)EPSG6�S'?projected_crsEPSGlNAD83(NSRS) / WA S (ftUS)EPSG3�R'9projected_crsEPSGkNAD83(NSRS) / WA S (m)EPSG6�Q'?projected_crsEPSGjNAD83(NSRS) / WA N (ftUS)EPSG3�P'9projected_crsEPSGiNAD83(NSRS) / WA N (m)EPSG6�O'?projected_crsEPSGhNAD83(NSRS) / VA S (ftUS)EPSG3�N'9projected_crsEPSGgNAD83(NSRS) / VA S (m)EPSG6�M'?projected_crsEPSGfNAD83(NSRS) / VA N (ftUS)EPSG3�L'9projected_crsEPSGeNAD83(NSRS) / VA N (m)EPSG6�K'?projected_crsEPSGcNAD83(NSRS) / UT S (ftUS)EPSG4�J';projected_crsEPSGbNAD83(NSRS) / UT S (ft)EPSG6�I'?projected_crsEPSG`NAD83(NSRS) / UT N (ftUS)EPSG4�H';projected_crsEPSG_NAD83(NSRS) / UT N (ft)EPSG6�G'?projected_crsEPSG]NAD83(NSRS) / UT C (ftUS)EPSG3�F'9projected_crsEPSG[NAD83(NSRS) / UT C (m)EPSG4�E';projected_crsEPSG\NAD83(NSRS) / UT C (ft)EPSG5�D'=projected_crsEPSGZNAD83(NSRS) / TX SC ftUSEPSG4�C';projected_crsEPSGYNAD83(NSRS) / TX SC (m)EPSG4�B';projected_crsEPSGXNAD83(NSRS) / TX S ftUSEPSG
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'Cprojected_crsEPSG �NAD83(2011) / OCRS_MDI (ft)EPSG0� '3projected_crsEPSG WISCRS Brown (ftUS)EPSG
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%Kcompound_crsEPSG" NAD83 / ID_W + NAVD88 ht (ftUS)EPSG;� %Kcompound_crsEPSG"NAD83 / ID_C + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / ID_E + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / GA_W + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / GA_E + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / FL_W + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / FL_E + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / FL_N + NAVD88 ht (ftUS)EPSG9�%Gcompound_crsEPSG"NAD83 / DE + NAVD88 ht (ftUS)EPSG9�%Gcompound_crsEPSG"NAD83 / CT + NAVD88 ht (ftUS)EPSG;� %Kcompound_crsEPSG"NAD83 / CO_S + NAVD88 ht (ftUS)EPSG;�%Kcompound_crsEPSG"NAD83 / CO_C + NAVD88 ht (ftUS)EPSG;�~%Kcompound_crsEPSG"NAD83 / CO_N + NAVD88 ht (ftUS)EPSG;�}%Kcompound_crsEPSG"NAD83 / CA_6 + NAVD88 ht (ftUS)EPSG;�|%Kcompound_crsEPSG"NAD83 / CA_5 + NAVD88 ht (ftUS)EPSG;�{%Kcompound_crsEPSG"
NAD83 / CA_4 + NAVD88 ht (ftUS)EPSG;�z%Kcompound_crsEPSG" NAD83 / CA_3 + NAVD88 ht (ftUS)EPSG;�y%Kcompound_crsEPSG" NAD83 / CA_2 + NAVD88 ht (ftUS)EPSG;�x%Kcompound_crsEPSG"
NAD83 / CA_1 + NAVD88 ht (ftUS)EPSG;�w%Kcompound_crsEPSG" NAD83 / AR_S + NAVD88 ht (ftUS)EPSG;�v%Kcompound_crsEPSG"NAD83 / AR_N + NAVD88 ht (ftUS)EPSG7�u%Ccompound_crsEPSG"NAD83 / SC + NAVD88 ht (ft)EPSG9�t%Gcompound_crsEPSG"NAD83 / OR_S + NAVD88 ht (ft)EPSG9�s%Gcompound_crsEPSG"NAD83 / OR_N + NAVD88 ht (ft)EPSG,�r%-geodetic_crsEPSG!NAD83(2002 PRVI)EPSG9�q%Gcompound_crsEPSG"NAD83 / ND_S + NAVD88 ht (ft)EPSG9�p%Gcompound_crsEPSG"NAD83 / ND_N + NAVD88 ht (ft)EPSGA�o'Uprojected_crsEPSG!XNAD83(2011) / KS RCS zone 17 WichitaEPSG7�n%Ccompound_crsEPSG"NAD83 / MT + NAVD88 ht (ft)EPSG?�m'Qprojected_crsEPSG!WNAD83(2011) / KS RCS zone 16 PrattEPSG8�l%Ecompound_crsEPSG"NAD83 / MI_S+ NAVD88 ht (ft)EPSG@�k'Sprojected_crsEPSG!VNAD83(2011) / KS RCS zone 15 LarnedEPSG9�j%Gcompound_crsEPSG" NAD83 / MI_C + NAVD88 ht (ft)EPSGD�i'[projected_crsEPSG!UNAD83(2011) / KS RCS zone 14 Dodge CityEPSGE�h']projected_crsEPSG!SNAD83(2011) / KS RCS zone 13 Garden CityEPSGA�g'Uprojected_crsEPSG!QNAD83(2011) / KS RCS zone 12 UlyssesEPSG9�f%Gcompound_crsEPSG!�NAD83 / MI_N + NAVD88 ht (ft)EPSGE�e']projected_crsEPSG!PNAD83(2011) / KS RCS zone 11 Kansas CityEPSGB�d'Wprojected_crsEPSG!ONAD83(2011) / KS RCS zone 10 AtchisonEPSG8�c%Ecompound_crsEPSG!�NAD83 / AZ_W+ NAVD88 ht (ft)EPSG@�b'Sprojected_crsEPSG!NNAD83(2011) / KS RCS zone 9 EmporiaEPSG9�a%Gcompound_crsEPSG!�NAD83 / AZ_C + NAVD88 ht (ft)EPSGB�`'Wprojected_crsEPSG!MNAD83(2011) / KS RCS zone 8 ManhattanEPSG9�_%Gcompound_crsEPSG!�NAD83 / AZ_E + NAVD88 ht (ft)EPSG?�^'Qprojected_crsEPSG!LNAD83(2011) / KS RCS zone 7 SalinaEPSG?�]%Scompound_crsEPSG �NAD27 / Texas North + NGVD29 heightEPSG?�\'Qprojected_crsEPSG!KNAD83(2011) / KS RCS zone 6 BeloitEPSGC�['Yprojected_crsEPSG!\NAD83(2011) / KS RCS zone 20 PittsburgEPSGC�Z'Yprojected_crsEPSG!JNAD83(2011) / KS RCS zone 5 Great BendEPSGB�Y'Wprojected_crsEPSG �Tananarive / Laborde Grid (Greenwich)EPSG=�X'Mprojected_crsEPSG!INAD83(2011) / KS RCS zone 4 HaysEPSGE�W']projected_crsEPSG![NAD83(2011) / KS RCS zone 19 CoffeyvilleEPSG@�V'Sprojected_crsEPSG!HNAD83(2011) / KS RCS zone 3 OberlinEPSG>�U'Oprojected_crsEPSG!GNAD83(2011) / KS RCS zone 2 ColbyEPSGG�T'aprojected_crsEPSG!ZNAD83(2011) / KS RCS zone 18 Arkansas CityEPSG8�S'Cprojected_crsEPSG>NAD83(HPGN) / Guam Map GridEPSG2�R'7projected_crsEPSG>NAD83 / Guam Map GridEPSGG�Q'aprojected_crsEPSG>Guam Geodetic Network 1993 / Guam Map GridEPSG2�P'7projected_crsEPSG>GGN93 / Guam Map GridEPSG
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'Kprojected_crsEPSGX�NAD83(CSRS) 2010 / UTM zone 20NEPSG<� 'Kprojected_crsEPSGX\NAD83(CSRS) 2010 / UTM zone 20NEPSG<�'Kprojected_crsEPSGW�NAD83(CSRS) 2002 / UTM zone 20NEPSG<�'Kprojected_crsEPSGW0NAD83(CSRS) 1997 / UTM zone 20NEPSG<�'Kprojected_crsEPSGX�NAD83(CSRS) 2010 / UTM zone 19NEPSG<�'Kprojected_crsEPSGX[NAD83(CSRS) 2010 / UTM zone 19NEPSG<�'Kprojected_crsEPSGW�NAD83(CSRS) 2002 / UTM zone 19NEPSG<�'Kprojected_crsEPSGW/NAD83(CSRS) 1997 / UTM zone 19NEPSG<�'Kprojected_crsEPSGX�NAD83(CSRS) 2010 / UTM zone 10NEPSG<�'Kprojected_crsEPSGXRNAD83(CSRS) 2010 / UTM zone 10NEPSG<� 'Kprojected_crsEPSGW�NAD83(CSRS) 2002 / UTM zone 10NEPSG<�'Kprojected_crsEPSGW&NAD83(CSRS) 1997 / UTM zone 10NEPSG;�~'Iprojected_crsEPSGX�NAD83(CSRS) 2010 / UTM zone 8NEPSG;�}'Iprojected_crsEPSGXPNAD83(CSRS) 2010 / UTM zone 8NEPSG;�|'Iprojected_crsEPSGW�NAD83(CSRS) 2002 / UTM zone 8NEPSG;�{'Iprojected_crsEPSGW$NAD83(CSRS) 1997 / UTM zone 8NEPSG<�z'Kprojected_crsEPSGX�NAD83(CSRS) 2010 / UTM zone 16NEPSG<�y'Kprojected_crsEPSGXXNAD83(CSRS) 2010 / UTM zone 16NEPSG<�x'Kprojected_crsEPSGW�NAD83(CSRS) 2002 / UTM zone 16NEPSG<�w'Kprojected_crsEPSGW,NAD83(CSRS) 1997 / UTM zone 16NEPSG<�v'Kprojected_crsEPSGW�NAD83(CSRS) 2002 / UTM zone 15NEPSG<�u'Kprojected_crsEPSGX�NAD83(CSRS) 2010 / UTM zone 18NEPSG
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- � � w ;��}?��M��J��a?���k3��s7��b= ��sP � � � �v'projected_crsEPSG$�958EPSG5�u'=projected_crsEPSG$�KSA-GRF17 / UTM zone 38NEPSG �t'projected_crsEPSG$�957EPSG5�s'=projected_crsEPSG$�KSA-GRF17 / UTM zone 37NEPSG �r'projected_crsEPSG$�956EPSG5�q'=projected_crsEPSG$�KSA-GRF17 / UTM zone 36NEPSG �p'projected_crsEPSG$�955EPSG:�o%Icompound_crsEPSG%9SRGI2013 + INAGeoid2020 heightEPSG/�n%3vertical_crsEPSG$�INAGeoid2020 heightEPSG"�m%vertical_crsEPSGYIGN78CEPSGD�l%]compound_crsEPSGN#ETRS89 / MWC18 SnakeGrid + Newlyn heightEPSG5�k'=projected_crsEPSGN"ETRS89 / MWC18 SnakeGridEPSGS�j%{compound_crsEPSGNFNAD83(CSRS) 1997 + CGVD2013(CGG2013a) epoch 1997 heightEPSG9�i%Gvertical_crsEPSGNCCGVD2013(CGG2013a) epoch 1997EPSG9�h%Gvertical_crsEPSGNBCGVD2013(CGG2013a) epoch 2002EPSGE�g%_compound_crsEPSG%HNAD83(CSRS)v6 + CGVD2013(CGG2013a) heightEPSG9�f%Gvertical_crsEPSG$ CGVD2013(CGG2013a) epoch 2010EPSG5�e%?vertical_crsEPSG$ CGVD2013(CGG2013a) heightEPSG-�d%/geodetic_crsEPSG'ITRF2020 - LatLonEPSG �c%geodetic_crsEPSG'804EPSG0�b%5geodetic_crsEPSG'ITRF2020 - LatLonEHtEPSG �a%geodetic_crsEPSG'803EPSG*�`%)geodetic_crsEPSG'ITRF2020 - XYZEPSG �_%geodetic_crsEPSG'802EPSGS�^%{compound_crsEPSGNENAD83(CSRS) 2002 + CGVD2013(CGG2013a) epoch 2002 heightEPSG?�]%Svertical_crsEPSG$ CGVD2013(CGG2013a) Epoch 2010 - OHtEPSG �\%vertical_crsEPSG$ 335EPSG,�[%-vertical_crsEPSG$ CGVD2013a heightEPSG9�Z%Gcompound_crsEPSG�NAD83(CSRS) + CGVD2013 heightEPSGI�Y%gcompound_crsEPSG%�NAD83(CSRS) / UTM zone 15N + CGVD2013a heightEPSG:�X'Gprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 10EPSG;�W'Iprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 10EPSG9�V'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 9EPSG:�U'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 9EPSG9�T'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 8EPSG:�S'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 8EPSG;�R'Iprojected_crsEPSGWNNAD83(CSRS) 1997 / MTM zone 10EPSG:�Q'Gprojected_crsEPSGWMNAD83(CSRS) 1997 / MTM zone 9EPSG:�P'Gprojected_crsEPSGWLNAD83(CSRS) 1997 / MTM zone 8EPSGA�O'Uprojected_crsEPSGXoNAD83(CSRS) 2010 / PEI StereographicEPSG9�N'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 7EPSG:�M'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 7EPSG9�L'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 6EPSG:�K'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 6EPSG9�J'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 5EPSG:�I'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 5EPSG9�H'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 4EPSG:�G'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 4EPSG9�F'Eprojected_crsEPSGV�NAD83(CSRS98) / SCoPQ zone 3EPSG:�E'Gprojected_crsEPSGV�NAD83(CSRS) 1997 / MTM zone 3EPSG=�D'Mprojected_crsEPSGV�NAD83(CSRS98) / NB StereographicEPSG@�C'Sprojected_crsEPSGV�NAD83(CSRS) 1997 / NB StereographicEPSG>�B'Oprojected_crsEPSGV�NAD83(CSRS98) / PEI StereographicEPSGA�A'Uprojected_crsEPSGV�NAD83(CSRS) 1997 / PEI StereographicEPSG=�@'Mprojected_crsEPSGWBNAD83(CSRS) 1997 / MTM NS zone 4EPSGC�?'Yprojected_crsEPSGWBNAD83(CSRS)v3 / MTM Nova Scotia zone 4EPSG=�>'Mprojected_crsEPSGWANAD83(CSRS) 1997 / MTM NS zone 5EPSGC�='Yprojected_crsEPSGWANAD83(CSRS)v3 / MTM Nova Scotia zone 5EPSGF�<'_projected_crsEPSGV�NAD83(CSRS98) / Alberta 3TM ref merid 120EPSGI�;'eprojected_crsEPSGV�NAD83(CSRS) 1997 / Alberta 3TM ref merid 120EPSGF�:'_projected_crsEPSGV�NAD83(CSRS98) / Alberta 3TM ref merid 117EPSGI�9'eprojected_crsEPSGV�NAD83(CSRS) 1997 / Alberta 3TM ref merid 117EPSGF�8'_projected_crsEPSGV�NAD83(CSRS98) / Alberta 3TM ref merid 114EPSGI�7'eprojected_crsEPSGV�NAD83(CSRS) 1997 / Alberta 3TM ref merid 114EPSGF�6'_projected_crsEPSGV�NAD83(CSRS98) / Alberta 3TM ref merid 111EPSGI�5'eprojected_crsEPSGV�NAD83(CSRS) 1997 / Alberta 3TM ref merid 111EPSG
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iPulkovo_1995_3_Degree_GK_Zone_31ESRI=�\'Mprojected_crsEPSG
hPulkovo_1995_3_Degree_GK_Zone_30ESRI=�['Mprojected_crsEPSG
gPulkovo_1995_3_Degree_GK_Zone_29ESRI=�Z'Mprojected_crsEPSG
fPulkovo_1995_3_Degree_GK_Zone_28ESRI=�Y'Mprojected_crsEPSG
ePulkovo_1995_3_Degree_GK_Zone_27ESRI=�X'Mprojected_crsEPSG
dPulkovo_1995_3_Degree_GK_Zone_26ESRI=�W'Mprojected_crsEPSG
cPulkovo_1995_3_Degree_GK_Zone_25ESRI=�V'Mprojected_crsEPSG
bPulkovo_1995_3_Degree_GK_Zone_24ESRI=�U'Mprojected_crsEPSG
aPulkovo_1995_3_Degree_GK_Zone_23ESRI=�T'Mprojected_crsEPSG
`Pulkovo_1995_3_Degree_GK_Zone_22ESRI=�S'Mprojected_crsEPSG
_Pulkovo_1995_3_Degree_GK_Zone_21ESRI=�R'Mprojected_crsEPSG
^Pulkovo_1995_3_Degree_GK_Zone_20ESRI=�Q'Mprojected_crsEPSG
]Pulkovo_1995_3_Degree_GK_Zone_19ESRI=�P'Mprojected_crsEPSG
\Pulkovo_1995_3_Degree_GK_Zone_18ESRI=�O'Mprojected_crsEPSG
[Pulkovo_1995_3_Degree_GK_Zone_17ESRI=�N'Mprojected_crsEPSG
ZPulkovo_1995_3_Degree_GK_Zone_16ESRI=�M'Mprojected_crsEPSG
YPulkovo_1995_3_Degree_GK_Zone_15ESRI=�L'Mprojected_crsEPSG
XPulkovo_1995_3_Degree_GK_Zone_14ESRI=�K'Mprojected_crsEPSG
WPulkovo_1995_3_Degree_GK_Zone_13ESRI=�J'Mprojected_crsEPSG
VPulkovo_1995_3_Degree_GK_Zone_12ESRI=�I'Mprojected_crsEPSG
UPulkovo_1995_3_Degree_GK_Zone_11ESRI=�H'Mprojected_crsEPSG
TPulkovo_1995_3_Degree_GK_Zone_10ESRI<�G'Kprojected_crsEPSG
SPulkovo_1995_3_Degree_GK_Zone_9ESRI<�F'Kprojected_crsEPSG
RPulkovo_1995_3_Degree_GK_Zone_8ESRI<�E'Kprojected_crsEPSG
QPulkovo_1995_3_Degree_GK_Zone_7ESRI=�D'Mprojected_crsEPSG
PPulkovo_1942_3_Degree_GK_CM_168WESRI=�C'Mprojected_crsEPSG
OPulkovo_1942_3_Degree_GK_CM_171WESRI=�B'Mprojected_crsEPSG
NPulkovo_1942_3_Degree_GK_CM_174WESRI=�A'Mprojected_crsEPSG
MPulkovo_1942_3_Degree_GK_CM_177WESRI=�@'Mprojected_crsEPSG
LPulkovo_1942_3_Degree_GK_CM_180EESRI=�?'Mprojected_crsEPSG
KPulkovo_1942_3_Degree_GK_CM_177EESRI=�>'Mprojected_crsEPSG
JPulkovo_1942_3_Degree_GK_CM_174EESRI=�='Mprojected_crsEPSG
IPulkovo_1942_3_Degree_GK_CM_171EESRI=�<'Mprojected_crsEPSG
HPulkovo_1942_3_Degree_GK_CM_168EESRI=�;'Mprojected_crsEPSG
GPulkovo_1942_3_Degree_GK_CM_165EESRI=�:'Mprojected_crsEPSG
FPulkovo_1942_3_Degree_GK_CM_162EESRI=�9'Mprojected_crsEPSG
EPulkovo_1942_3_Degree_GK_CM_159EESRI=�8'Mprojected_crsEPSG
DPulkovo_1942_3_Degree_GK_CM_156EESRI=�7'Mprojected_crsEPSG
CPulkovo_1942_3_Degree_GK_CM_153EESRI=�6'Mprojected_crsEPSG
BPulkovo_1942_3_Degree_GK_CM_150EESRI=�5'Mprojected_crsEPSG
APulkovo_1942_3_Degree_GK_CM_147EESRI=�4'Mprojected_crsEPSG
@Pulkovo_1942_3_Degree_GK_CM_144EESRI=�3'Mprojected_crsEPSG
?Pulkovo_1942_3_Degree_GK_CM_141EESRI=�2'Mprojected_crsEPSG
>Pulkovo_1942_3_Degree_GK_CM_138EESRI=�1'Mprojected_crsEPSG
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;Pulkovo_1942_3_Degree_GK_CM_129EESRI=�.'Mprojected_crsEPSG
:Pulkovo_1942_3_Degree_GK_CM_126EESRI=�-'Mprojected_crsEPSG
9Pulkovo_1942_3_Degree_GK_CM_123EESRI=�,'Mprojected_crsEPSG
8Pulkovo_1942_3_Degree_GK_CM_120EESRI=�+'Mprojected_crsEPSG
7Pulkovo_1942_3_Degree_GK_CM_117EESRI=�*'Mprojected_crsEPSG
6Pulkovo_1942_3_Degree_GK_CM_114EESRI=�)'Mprojected_crsEPSG
5Pulkovo_1942_3_Degree_GK_CM_111EESRI=�('Mprojected_crsEPSG
4Pulkovo_1942_3_Degree_GK_CM_108EESRI=�''Mprojected_crsEPSG
3Pulkovo_1942_3_Degree_GK_CM_105EESRI=�&'Mprojected_crsEPSG
2Pulkovo_1942_3_Degree_GK_CM_102EESRI<�%'Kprojected_crsEPSG
1Pulkovo_1942_3_Degree_GK_CM_99EESRI<�$'Kprojected_crsEPSG
0Pulkovo_1942_3_Degree_GK_CM_96EESRI<�#'Kprojected_crsEPSG
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�Pulkovo_1995_3_Degree_GK_CM_24EESRI<�'Kprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_21EESRI=�~'Mprojected_crsEPSG
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�Pulkovo_1995_3_Degree_GK_Zone_60ESRI=�y'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_Zone_59ESRI=�x'Mprojected_crsEPSG
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�Pulkovo_1995_3_Degree_GK_Zone_57ESRI=�v'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_Zone_56ESRI=�u'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_Zone_55ESRI=�t'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_Zone_54ESRI=�s'Mprojected_crsEPSG
Pulkovo_1995_3_Degree_GK_Zone_53ESRI=�r'Mprojected_crsEPSG
~Pulkovo_1995_3_Degree_GK_Zone_52ESRI=�q'Mprojected_crsEPSG
}Pulkovo_1995_3_Degree_GK_Zone_51ESRI=�p'Mprojected_crsEPSG
|Pulkovo_1995_3_Degree_GK_Zone_50ESRI=�o'Mprojected_crsEPSG
{Pulkovo_1995_3_Degree_GK_Zone_49ESRI=�n'Mprojected_crsEPSG
zPulkovo_1995_3_Degree_GK_Zone_48ESRI=�m'Mprojected_crsEPSG
yPulkovo_1995_3_Degree_GK_Zone_47ESRI=�l'Mprojected_crsEPSG
xPulkovo_1995_3_Degree_GK_Zone_46ESRI=�k'Mprojected_crsEPSG
wPulkovo_1995_3_Degree_GK_Zone_45ESRI=�j'Mprojected_crsEPSG
vPulkovo_1995_3_Degree_GK_Zone_44ESRI=�i'Mprojected_crsEPSG
uPulkovo_1995_3_Degree_GK_Zone_43ESRI=�h'Mprojected_crsEPSG
tPulkovo_1995_3_Degree_GK_Zone_42ESRI=�g'Mprojected_crsEPSG
sPulkovo_1995_3_Degree_GK_Zone_41ESRI=�f'Mprojected_crsEPSG
rPulkovo_1995_3_Degree_GK_Zone_40ESRI=�e'Mprojected_crsEPSG
qPulkovo_1995_3_Degree_GK_Zone_39ESRI=�d'Mprojected_crsEPSG
pPulkovo_1995_3_Degree_GK_Zone_38ESRI=�c'Mprojected_crsEPSG
oPulkovo_1995_3_Degree_GK_Zone_37ESRI=�b'Mprojected_crsEPSG
nPulkovo_1995_3_Degree_GK_Zone_36ESRI=�a'Mprojected_crsEPSG
mPulkovo_1995_3_Degree_GK_Zone_35ESRI=�`'Mprojected_crsEPSG
lPulkovo_1995_3_Degree_GK_Zone_34ESRI=�_'Mprojected_crsEPSG
kPulkovo_1995_3_Degree_GK_Zone_33ESRI
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�NAD_1983_HARN_StatePlane_Florida_North_FIPS_0903ESRIL�N'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Florida_West_FIPS_0902ESRIL�M'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Florida_East_FIPS_0901ESRIH�L'cprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Delaware_FIPS_0700ESRIK�K'iprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Connecticut_FIPS_0600ESRIN�J'oprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Colorado_South_FIPS_0503ESRIP�I'sprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Colorado_Central_FIPS_0502ESRIN�H'oprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Colorado_North_FIPS_0501ESRIM�G'mprojected_crsEPSG
�NAD_1983_HARN_StatePlane_California_VI_FIPS_0406ESRIL�F'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_California_V_FIPS_0405ESRIM�E'mprojected_crsEPSG
�NAD_1983_HARN_StatePlane_California_IV_FIPS_0404ESRIN�D'oprojected_crsEPSG
�NAD_1983_HARN_StatePlane_California_III_FIPS_0403ESRIM�C'mprojected_crsEPSG
�NAD_1983_HARN_StatePlane_California_II_FIPS_0402ESRIL�B'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_California_I_FIPS_0401ESRIN�A'oprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Arkansas_South_FIPS_0302ESRIN�@'oprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Arkansas_North_FIPS_0301ESRIL�?'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Arizona_West_FIPS_0203ESRIO�>'qprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Arizona_Central_FIPS_0202ESRIL�='kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Arizona_East_FIPS_0201ESRIL�<'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Alabama_West_FIPS_0102ESRIL�;'kprojected_crsEPSG
�NAD_1983_HARN_StatePlane_Alabama_East_FIPS_0101ESRI=�:'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_168WESRI=�9'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_171WESRI=�8'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_174WESRI=�7'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_177WESRI=�6'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_180EESRI=�5'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_177EESRI=�4'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_174EESRI=�3'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_171EESRI=�2'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_168EESRI=�1'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_165EESRI=�0'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_162EESRI=�/'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_159EESRI=�.'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_156EESRI=�-'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_153EESRI=�,'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_150EESRI=�+'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_147EESRI=�*'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_144EESRI=�)'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_141EESRI=�('Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_138EESRI=�''Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_135EESRI=�&'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_132EESRI.�%'/projected_crsEPSG
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�Tete_UTM_Zone_36SESRI=�#'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_129EESRI=�"'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_126EESRI=�!'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_123EESRI=� 'Mprojected_crsEPSG
�Pulkovo_1995_3_Degree_GK_CM_120EESRI=� 'Mprojected_crsEPSG
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�NAD_1983_HARN_StatePlane_Maine_West_FIPS_1802ESRIJ�f'gprojected_crsEPSG
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�NAD_1983_HARN_StatePlane_Louisiana_South_FIPS_1702ESRIO�d'qprojected_crsEPSG
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'wprojected_crsEPSG NAD_1983_HARN_StatePlane_South_Dakota_North_FIPS_4001ESRIL� 'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Rhode_Island_FIPS_3800ESRIL� 'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Oregon_South_FIPS_3602ESRIL�
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'5projected_crsEPSG �Fort_Marigot_UTM_20NESRIQ� 'uprojected_crsEPSG �NAD_1983_HARN_StatePlane_Indiana_West_FIPS_1302_FeetESRIQ�'uprojected_crsEPSG �NAD_1983_HARN_StatePlane_Indiana_East_FIPS_1301_FeetESRIL�'kprojected_crsEPSG �NAD_1983_StatePlane_Indiana_West_FIPS_1302_FeetESRIL�'kprojected_crsEPSG �NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetESRI8�'Cprojected_crsEPSG �NAD_1927_Alaska_Albers_FeetESRI7�'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_21NESRI7�'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_20NESRI7�'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_19NESRI7�'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_18NESRI7� 'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_17NESRI7�'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_13NESRI7�~'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_12NESRI7�}'Aprojected_crsEPSG �NAD_1983_CSRS_UTM_Zone_11NESRI?�|'Qprojected_crsEPSG �NAD_1983_CSRS_Prince_Edward_IslandESRIF�{'_projected_crsEPSG �NAD_1983_CSRS_New_Brunswick_StereographicESRI1�z'5projected_crsEPSG �NAD_1983_CSRS_MTM_10ESRI0�y'3projected_crsEPSG �NAD_1983_CSRS_MTM_9ESRI0�x'3projected_crsEPSG �NAD_1983_CSRS_MTM_8ESRI0�w'3projected_crsEPSG �NAD_1983_CSRS_MTM_7ESRI0�v'3projected_crsEPSG �NAD_1983_CSRS_MTM_6ESRI0�u'3projected_crsEPSG �NAD_1983_CSRS_MTM_5ESRI0�t'3projected_crsEPSG �NAD_1983_CSRS_MTM_4ESRI0�s'3projected_crsEPSG �NAD_1983_CSRS_MTM_3ESRI6�r'?projected_crsEPSG �NAD_1983_CSRS_MTM_2_SCoPQESRI>�q'Oprojected_crsEPSG Selvagem_Grande_1938_UTM_Zone_28NESRI:�p'Gprojected_crsEPSG ~Porto_Santo_1936_UTM_Zone_28NESRI6�o'?projected_crsEPSG }Pulkovo_1942_CS63_Zone_K4ESRI6�n'?projected_crsEPSG |Pulkovo_1942_CS63_Zone_K3ESRI6�m'?projected_crsEPSG {Pulkovo_1942_CS63_Zone_K2ESRI6�l'?projected_crsEPSG zPulkovo_1942_CS63_Zone_A4ESRI6�k'?projected_crsEPSG yPulkovo_1942_CS63_Zone_A3ESRI6�j'?projected_crsEPSG xPulkovo_1942_CS63_Zone_A2ESRI6�i'?projected_crsEPSG wPulkovo_1942_CS63_Zone_A1ESRI8�h'Cprojected_crsEPSG vGunung_Segara_Jakarta_NEIEZESRI7�g'Aprojected_crsEPSG uGunung_Segara_UTM_Zone_50SESRI9�f'Eprojected_crsEPSG tQND_1995_Qatar_National_GridESRI.�e'/projected_crsEPSG sBeduaram_TM_13_NEESRIT�d'{projected_crsEPSG rNAD_1983_HARN_StatePlane_Wisconsin_South_FIPS_4803_FeetESRIV�c'projected_crsEPSG qNAD_1983_HARN_StatePlane_Wisconsin_Central_FIPS_4802_FeetESRI
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gNAD_1983_HARN_StatePlane_Nevada_West_FIPS_2703_FeetESRIS�k'yprojected_crsEPSG
fNAD_1983_HARN_StatePlane_Nevada_Central_FIPS_2702_FeetESRIP�j'sprojected_crsEPSG
eNAD_1983_HARN_StatePlane_Nevada_East_FIPS_2701_FeetESRIQ�i'uprojected_crsEPSG
dNAD_1983_HARN_StatePlane_Kansas_South_FIPS_1502_FeetESRIQ�h'uprojected_crsEPSG
cNAD_1983_HARN_StatePlane_Kansas_North_FIPS_1501_FeetESRIO�g'qprojected_crsEPSG
bNAD_1983_HARN_StatePlane_Iowa_South_FIPS_1402_FeetESRIO�f'qprojected_crsEPSG
aNAD_1983_HARN_StatePlane_Iowa_North_FIPS_1401_FeetESRIJ�e'gprojected_crsEPSG
`NAD_1983_StatePlane_New_Jersey_FIPS_2900_FeetESRIK�d'iprojected_crsEPSG
_NAD_1983_StatePlane_Nevada_West_FIPS_2703_FeetESRIN�c'oprojected_crsEPSG
^NAD_1983_StatePlane_Nevada_Central_FIPS_2702_FeetESRIK�b'iprojected_crsEPSG
]NAD_1983_StatePlane_Nevada_East_FIPS_2701_FeetESRIL�a'kprojected_crsEPSG
\NAD_1983_StatePlane_Kansas_South_FIPS_1502_FeetESRIL�`'kprojected_crsEPSG
[NAD_1983_StatePlane_Kansas_North_FIPS_1501_FeetESRIJ�_'gprojected_crsEPSG
ZNAD_1983_StatePlane_Iowa_South_FIPS_1402_FeetESRIJ�^'gprojected_crsEPSG
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XETRS_1989_Austria_LambertESRI@�\'Sprojected_crsEPSG
WWGS_1972_BE_South_China_Sea_LambertESRI/�['1projected_crsEPSG
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NVN_2000_UTM_Zone_49NESRI1�R'5projected_crsEPSG
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DPD/83_GK_Zone_3ESRI4�H';projected_crsEPSG
CWGS_1984_World_MercatorESRI3�G'9projected_crsEPSG
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AKarbala_1979_Polservice_UTM_Zone_39NESRIA�E'Uprojected_crsEPSG
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>Pulkovo_1995_3_Degree_GK_Zone_60ESRI=�B'Mprojected_crsEPSG
=Pulkovo_1942_3_Degree_GK_Zone_60ESRI>�A'Oprojected_crsEPSG
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9GDM_2000_State_Cassini_KelantanESRI9�='Eprojected_crsEPSG
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6GDM_2000_State_Cassini_Pulau_Pinang_and_Seberang_PeraiESRI>�:'Oprojected_crsEPSG
5GDM_2000_State_Cassini_TerengganuESRI<�9'Kprojected_crsEPSG
4GDM_2000_State_Cassini_SelangorESRI:�8'Gprojected_crsEPSG
3GDM_2000_State_Cassini_PahangESRIN�7'oprojected_crsEPSG
2GDM_2000_State_Cassini_Negeri_Sembilan_and_MelakaESRI9�6'Eprojected_crsEPSG
1GDM_2000_State_Cassini_JohorESRI8�5'Cprojected_crsEPSG
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�NAD_1983_NSRS2007_StatePlane_Arizona_West_FIPS_0203_Ft_IntlESRIP� 'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Arizona_West_FIPS_0203ESRIY� '�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Arizona_East_FIPS_0201_Ft_IntlESRIP� 'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Arizona_East_FIPS_0201ESRI\� '� projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Arizona_Central_FIPS_0202_Ft_IntlESRIS�'yprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Arizona_Central_FIPS_0202ESRIM�'mprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_10_FIPS_5010ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_9_FIPS_5009ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_8_FIPS_5008ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_7_FIPS_5007ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_6_FIPS_5006ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_5_FIPS_5005ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_4_FIPS_5004ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_3_FIPS_5003ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_2_FIPS_5002ESRIL�'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alaska_1_FIPS_5001ESRI<�'Kprojected_crsEPSG
�NAD_1983_NSRS2007_Alaska_AlbersESRIP�'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alabama_West_FIPS_0102ESRIP�'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Alabama_East_FIPS_0101ESRIB�
'Wprojected_crsEPSG
�NAD_1983_HARN_Maine_2000_Central_ZoneESRI=� 'Mprojected_crsEPSG
�NAD_1983_Maine_2000_Central_ZoneESRI5� '=projected_crsEPSG
�Dabola_1981_UTM_Zone_29NESRI5�
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�Dabola_1981_UTM_Zone_28NESRI4� ';projected_crsEPSG
�Fiji_1986_Fiji_Map_GridESRIX�'�projected_crsEPSG
�NAD_1983_HARN_StatePlane_South_Dakota_South_FIPS_4002_FeetESRIX�'�projected_crsEPSG
�NAD_1983_HARN_StatePlane_South_Dakota_North_FIPS_4001_FeetESRIT�'{projected_crsEPSG
�NAD_1983_HARN_StatePlane_Louisiana_South_FIPS_1702_FeetESRIT�'{projected_crsEPSG
�NAD_1983_HARN_StatePlane_Louisiana_North_FIPS_1701_FeetESRIR�'wprojected_crsEPSG
NAD_1983_StatePlane_South_Dakota_South_FIPS_4002_FeetESRIR�'wprojected_crsEPSG
~NAD_1983_StatePlane_South_Dakota_North_FIPS_4001_FeetESRIR�'wprojected_crsEPSG
}NAD_1983_StatePlane_Louisiana_Offshore_FIPS_1703_FeetESRIO�'qprojected_crsEPSG
|NAD_1983_StatePlane_Louisiana_South_FIPS_1702_FeetESRIO� 'qprojected_crsEPSG
{NAD_1983_StatePlane_Louisiana_North_FIPS_1701_FeetESRI2�'7projected_crsEPSG
zJAD_2001_UTM_Zone_18NESRI2�~'7projected_crsEPSG
yJAD_2001_UTM_Zone_17NESRI2�}'7projected_crsEPSG
xJAD_2001_Jamaica_GridESRI/�|'1projected_crsEPSG
wBelge_Lambert_2005ESRIQ�{'uprojected_crsEPSG
vNAD_1983_HARN_StatePlane_Rhode_Island_FIPS_3800_FeetESRIR�z'wprojected_crsEPSG
uNAD_1983_HARN_StatePlane_New_Hampshire_FIPS_2800_FeetESRIR�y'wprojected_crsEPSG
tNAD_1983_HARN_StatePlane_Illinois_West_FIPS_1202_FeetESRIR�x'wprojected_crsEPSG
sNAD_1983_HARN_StatePlane_Illinois_East_FIPS_1201_FeetESRIS�w'yprojected_crsEPSG
rNAD_1983_HARN_StatePlane_Arkansas_South_FIPS_0302_FeetESRIS�v'yprojected_crsEPSG
qNAD_1983_HARN_StatePlane_Arkansas_North_FIPS_0301_FeetESRI2�u'7projected_crsEPSG
pPDO_1993_UTM_Zone_40NESRI2�t'7projected_crsEPSG
oPDO_1993_UTM_Zone_39NESRIL�s'kprojected_crsEPSG
nNAD_1983_StatePlane_Rhode_Island_FIPS_3800_FeetESRIM�r'mprojected_crsEPSG
mNAD_1983_StatePlane_New_Hampshire_FIPS_2800_FeetESRIM�q'mprojected_crsEPSG
lNAD_1983_StatePlane_Illinois_West_FIPS_1202_FeetESRIM�p'mprojected_crsEPSG
kNAD_1983_StatePlane_Illinois_East_FIPS_1201_FeetESRIN�o'oprojected_crsEPSG
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�NAD_1983_NSRS2007_StatePlane_Illinois_East_FIPS_1201ESRIT�L'{projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Idaho_West_FIPS_1103_Ft_USESRIN�K'oprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Idaho_West_FIPS_1103ESRIT�J'{projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Idaho_East_FIPS_1101_Ft_USESRIN�I'oprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Idaho_East_FIPS_1101ESRIX�H'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Idaho_Central_FIPS_1102_Ft_USESRIQ�G'uprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Idaho_Central_FIPS_1102ESRIV�F'projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Georgia_West_FIPS_1002_Ft_USESRIP�E'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Georgia_West_FIPS_1002ESRIV�D'projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Georgia_East_FIPS_1001_Ft_USESRIP�C'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Georgia_East_FIPS_1001ESRIV�B'projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Florida_West_FIPS_0902_Ft_USESRIP�A'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Florida_West_FIPS_0902ESRIX�@'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Florida_North_FIPS_0903_Ft_USESRIQ�?'uprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Florida_North_FIPS_0903ESRIA�>'Uprojected_crsEPSG
�NAD_1983_NSRS2007_Florida_GDL_AlbersESRIV�='projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Florida_East_FIPS_0901_Ft_USESRIP�<'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Florida_East_FIPS_0901ESRIR�;'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Delaware_FIPS_0700_Ft_USESRIL�:'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Delaware_FIPS_0700ESRIU�9'}projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Connecticut_FIPS_0600_Ft_USESRIO�8'qprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Connecticut_FIPS_0600ESRIY�7'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Colorado_South_FIPS_0503_Ft_USESRIR�6'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Colorado_South_FIPS_0503ESRIY�5'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Colorado_North_FIPS_0501_Ft_USESRIR�4'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Colorado_North_FIPS_0501ESRI[�3'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Colorado_Central_FIPS_0502_Ft_USESRIT�2'{projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Colorado_Central_FIPS_0502ESRIX�1'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_VI_FIPS_0406_Ft_USESRIQ�0'uprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_VI_FIPS_0406ESRIV�/'projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_V_FIPS_0405_Ft_USESRIP�.'sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_V_FIPS_0405ESRIX�-'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_IV_FIPS_0404_Ft_USESRIQ�,'uprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_IV_FIPS_0404ESRIY�+'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_III_FIPS_0403_Ft_USESRIR�*'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_III_FIPS_0403ESRIX�)'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_California_II_FIPS_0402_Ft_USESRIQ�('uprojected_crsEPSG
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�Old_Hawaiian_StatePlane_Hawaii_3_FIPS_5103ESRIG�o'aprojected_crsEPSG
�Old_Hawaiian_StatePlane_Hawaii_2_FIPS_5102ESRIG�n'aprojected_crsEPSG
�Old_Hawaiian_StatePlane_Hawaii_1_FIPS_5101ESRIJ�m'gprojected_crsEPSG
�NAD_1983_StatePlane_Utah_North_FIPS_4301_FeetESRIL�l'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Maryland_FIPS_1900ESRIN�k'oprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Maine_West_FIPS_1802ESRIN�j'oprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Maine_East_FIPS_1801ESRIC�i'Yprojected_crsEPSG
�NAD_1983_NSRS2007_Maine_2000_West_ZoneESRIC�h'Yprojected_crsEPSG
�NAD_1983_NSRS2007_Maine_2000_East_ZoneESRIF�g'_projected_crsEPSG
�NAD_1983_NSRS2007_Maine_2000_Central_ZoneESRIZ�f'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Louisiana_South_FIPS_1702_Ft_USESRIS�e'yprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Louisiana_South_FIPS_1702ESRIZ�d'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Louisiana_North_FIPS_1701_Ft_USESRIS�c'yprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Louisiana_North_FIPS_1701ESRIY�b'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kentucky_South_FIPS_1602_Ft_USESRIR�a'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kentucky_South_FIPS_1602ESRIR�`'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kentucky_FIPS_1600_Ft_USESRIL�_'kprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kentucky_FIPS_1600ESRIY�^'�projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kentucky_North_FIPS_1601_Ft_USESRIR�]'wprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kentucky_North_FIPS_1601ESRIV�\'projected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kansas_South_FIPS_1502_Ft_USESRIP�['sprojected_crsEPSG
�NAD_1983_NSRS2007_StatePlane_Kansas_South_FIPS_1502ESRIV�Z'projected_crsEPSG
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Kyrg-06_TM_Zone_2ESRI.�P'/projected_crsEPSG Kyrg-06_TM_Zone_1ESRI;�O'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Wood_FeetESRI?�N'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Waushara_FeetESRI>�M'Oprojected_crsEPSG �NAD_1983_2011_WISCRS_Waupaca_FeetESRI?�L'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Waukesha_FeetESRIA�K'Uprojected_crsEPSG �NAD_1983_2011_WISCRS_Washington_FeetESRI?�J'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Washburn_FeetESRI?�I'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Walworth_FeetESRI<�H'Kprojected_crsEPSG �NAD_1983_2011_WISCRS_Vilas_FeetESRI=�G'Mprojected_crsEPSG �NAD_1983_2011_WISCRS_Vernon_FeetESRIB�F'Wprojected_crsEPSG �NAD_1983_2011_WISCRS_Trempealeau_FeetESRI=�E'Mprojected_crsEPSG �NAD_1983_2011_WISCRS_Taylor_FeetESRI?�D'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_St_Croix_FeetESRI>�C'Oprojected_crsEPSG �NAD_1983_2011_WISCRS_Shawano_FeetESRI=�B'Mprojected_crsEPSG �NAD_1983_2011_WISCRS_Sawyer_FeetESRI;�A'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Sauk_FeetESRI;�@'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Rusk_FeetESRI;�?'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Rock_FeetESRI?�>'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Richland_FeetESRI<�='Kprojected_crsEPSG �NAD_1983_2011_WISCRS_Price_FeetESRI>�<'Oprojected_crsEPSG �NAD_1983_2011_WISCRS_Portage_FeetESRI;�;'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Polk_FeetESRIG�:'aprojected_crsEPSG �NAD_1983_2011_WISCRS_Pepin_and_Pierce_FeetESRI=�9'Mprojected_crsEPSG �NAD_1983_2011_WISCRS_Oneida_FeetESRI=�8'Mprojected_crsEPSG �NAD_1983_2011_WISCRS_Oconto_FeetESRI=�7'Mprojected_crsEPSG �NAD_1983_2011_WISCRS_Monroe_FeetESRI@�6'Sprojected_crsEPSG �NAD_1983_2011_WISCRS_Menominee_FeetESRI@�5'Sprojected_crsEPSG �NAD_1983_2011_WISCRS_Marinette_FeetESRI?�4'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Marathon_FeetESRI>�3'Oprojected_crsEPSG �NAD_1983_2011_WISCRS_Lincoln_FeetESRI?�2'Qprojected_crsEPSG �NAD_1983_2011_WISCRS_Langlade_FeetESRI@�1'Sprojected_crsEPSG �NAD_1983_2011_WISCRS_La_Crosse_FeetESRIS�0'yprojected_crsEPSG �NAD_1983_2011_WISCRS_Kewaunee_Manitowoc_Sheboygan_FeetESRIX�/'�projected_crsEPSG �NAD_1983_2011_WISCRS_Kenosha_Milwaukee_Ozaukee_Racine_FeetESRI>�.'Oprojected_crsEPSG �NAD_1983_2011_WISCRS_Jackson_FeetESRI;�-'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Iron_FeetESRI;�,'Iprojected_crsEPSG �NAD_1983_2011_WISCRS_Iowa_FeetESRIO�+'qprojected_crsEPSG �NAD_1983_2011_WISCRS_Green_Lake_and_Marquette_FeetESRIJ�*'gprojected_crsEPSG �NAD_1983_2011_WISCRS_Green_and_Lafayette_FeetESRI<�)'Kprojected_crsEPSG �NAD_1983_2011_WISCRS_Grant_FeetESRI
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']projected_crsEPSG �NAD_1983_HARN_WISCRS_Grant_County_MetersESRIJ� 'gprojected_crsEPSG �NAD_1983_HARN_WISCRS_Green_and_Lafayette_FeetESRIL� 'kprojected_crsEPSG �NAD_1983_HARN_WISCRS_Green_and_Lafayette_MetersESRIO�
'qprojected_crsEPSG �NAD_1983_HARN_WISCRS_Green_Lake_and_Marquette_FeetESRIQ� 'uprojected_crsEPSG �NAD_1983_HARN_WISCRS_Green_Lake_and_Marquette_MetersESRIB�'Wprojected_crsEPSG �NAD_1983_HARN_WISCRS_Iowa_County_FeetESRID�'[projected_crsEPSG �NAD_1983_HARN_WISCRS_Iowa_County_MetersESRIB�'Wprojected_crsEPSG �NAD_1983_HARN_WISCRS_Iron_County_FeetESRID�'[projected_crsEPSG �NAD_1983_HARN_WISCRS_Iron_County_MetersESRIE�']projected_crsEPSG �NAD_1983_HARN_WISCRS_Jackson_County_FeetESRIG�'aprojected_crsEPSG �NAD_1983_HARN_WISCRS_Jackson_County_MetersESRI\�'� projected_crsEPSG �NAD_1983_HARN_WISCRS_Kenosha_Milwaukee_Ozaukee_and_Racine_FeetESRI^�'�
projected_crsEPSG �NAD_1983_HARN_WISCRS_Kenosha_Milwaukee_Ozaukee_and_Racine_MetersESRIX� '�projected_crsEPSG �NAD_1983_HARN_WISCRS_Kewaunee_Manitowoc_and_Sheboygan_FeetESRIZ�'�projected_crsEPSG �NAD_1983_HARN_WISCRS_Kewaunee_Manitowoc_and_Sheboygan_MetersESRIF�~'_projected_crsEPSG �NAD_1983_HARN_WISCRS_LaCrosse_County_FeetESRIH�}'cprojected_crsEPSG �NAD_1983_HARN_WISCRS_LaCrosse_County_MetersESRIF�|'_projected_crsEPSG �NAD_1983_HARN_WISCRS_Langlade_County_FeetESRIH�{'cprojected_crsEPSG �NAD_1983_HARN_WISCRS_Langlade_County_MetersESRIE�z']projected_crsEPSG �NAD_1983_HARN_WISCRS_Lincoln_County_FeetESRIG�y'aprojected_crsEPSG �NAD_1983_HARN_WISCRS_Lincoln_County_MetersESRIF�x'_projected_crsEPSG �NAD_1983_HARN_WISCRS_Marathon_County_FeetESRIH�w'cprojected_crsEPSG �NAD_1983_HARN_WISCRS_Marathon_County_MetersESRIG�v'aprojected_crsEPSG �NAD_1983_HARN_WISCRS_Marinette_County_FeetESRII�u'eprojected_crsEPSG �NAD_1983_HARN_WISCRS_Marinette_County_MetersESRIG�t'aprojected_crsEPSG �NAD_1983_HARN_WISCRS_Menominee_County_FeetESRII�s'eprojected_crsEPSG �NAD_1983_HARN_WISCRS_Menominee_County_MetersESRID�r'[projected_crsEPSG �NAD_1983_HARN_WISCRS_Monroe_County_FeetESRIF�q'_projected_crsEPSG �NAD_1983_HARN_WISCRS_Monroe_County_MetersESRID�p'[projected_crsEPSG �NAD_1983_HARN_WISCRS_Oconto_County_FeetESRIF�o'_projected_crsEPSG �NAD_1983_HARN_WISCRS_Oconto_County_MetersESRID�n'[projected_crsEPSG �NAD_1983_HARN_WISCRS_Oneida_County_FeetESRIF�m'_projected_crsEPSG �NAD_1983_HARN_WISCRS_Oneida_County_MetersESRI
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� � p 8 ��X ��x@��`(���J��n7 ��Y!��yA ��a) � � 5�.'=projected_crsEPSG WGS_1972_BE_UTM_Zone_23SESRI5�-'=projected_crsEPSG
WGS_1972_BE_UTM_Zone_22SESRI5�,'=projected_crsEPSG WGS_1972_BE_UTM_Zone_21SESRI5�+'=projected_crsEPSGWGS_1972_BE_UTM_Zone_20SESRI5�*'=projected_crsEPSGWGS_1972_BE_UTM_Zone_19SESRI5�)'=projected_crsEPSGWGS_1972_BE_UTM_Zone_18SESRI5�('=projected_crsEPSGWGS_1972_BE_UTM_Zone_17SESRI5�''=projected_crsEPSGWGS_1972_BE_UTM_Zone_16SESRI5�&'=projected_crsEPSGWGS_1972_BE_UTM_Zone_15SESRI5�%'=projected_crsEPSGWGS_1972_BE_UTM_Zone_14SESRI5�$'=projected_crsEPSGWGS_1972_BE_UTM_Zone_13SESRI5�#'=projected_crsEPSG WGS_1972_BE_UTM_Zone_12SESRI5�"'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_11SESRI5�!'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_10SESRI4� ';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_9SESRI4� ';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_8SESRI4� ';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_7SESRI4� ';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_6SESRI4� ';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_5SESRI4�';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_4SESRI4�';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_3SESRI4�';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_2SESRI4�';projected_crsEPSG~�WGS_1972_BE_UTM_Zone_1SESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_60NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_59NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_58NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_57NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_56NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_55NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_54NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_53NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_52NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_51NESRI5�
'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_50NESRI5� '=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_49NESRI5� '=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_48NESRI5�
'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_47NESRI5� '=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_46NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_45NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_44NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_43NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_42NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_41NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_40NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_39NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_38NESRI5� '=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_37NESRI5�'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_36NESRI5�~'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_35NESRI5�}'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_34NESRI5�|'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_33NESRI5�{'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_32NESRI5�z'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_31NESRI5�y'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_30NESRI5�x'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_29NESRI5�w'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_28NESRI5�v'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_27NESRI5�u'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_26NESRI5�t'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_25NESRI5�s'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_24NESRI5�r'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_23NESRI5�q'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_22NESRI5�p'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_21NESRI5�o'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_20NESRI5�n'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_19NESRI5�m'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_18NESRI5�l'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_17NESRI5�k'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_16NESRI5�j'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_15NESRI5�i'=projected_crsEPSG~�WGS_1972_BE_UTM_Zone_14NESRI
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dX � ?3�Utriggeraxis_insert_triggeraxisCREATE TRIGGER axis_insert_trigger
BEFORE INSERT ON axis
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on axis violates constraint: coordinate_system_order should be <= coordinate_system.dimension')
WHERE NEW.coordinate_system_order > (SELECT dimension FROM coordinate_system WHERE auth_name = NEW.coordinate_system_auth_name AND code = NEW.coordinate_system_code);
SELECT RAISE(ABORT, 'insert on axis violates constraint: uom should be defined unless the coordinate system is ordinal')
WHERE EXISTS(SELECT 1 FROM coordinate_system cs WHERE cs.type != 'ordinal' AND (NEW.uom_auth_name IS NULL OR NEW.uom_code IS NULL) AND cs.auth_name = NEW.coordinate_system_auth_name AND cs.code = NEW.coordinate_system_code);
END�>G)�Ktriggergeodetic_datum_insert_triggergeodetic_datumCREATE TRIGGER geodetic_datum_insert_trigger
BEFORE INSERT ON geodetic_datum
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on geodetic_datum violates constraint: ellipsoid must not be deprecated when geodetic_datum is not deprecated')
WHERE EXISTS(SELECT 1 FROM ellipsoid WHERE ellipsoid.auth_name = NEW.ellipsoid_auth_name AND ellipsoid.code = NEW.ellipsoid_code AND ellipsoid.deprecated != 0) AND NEW.deprecated = 0;
SELECT RAISE(ABORT, 'insert on geodetic_datum violates constraint: prime_meridian must not be deprecated when geodetic_datum is not deprecated')
WHERE EXISTS(SELECT 1 FROM prime_meridian WHERE prime_meridian.auth_name = NEW.prime_meridian_auth_name AND prime_meridian.code = NEW.prime_meridian_code AND prime_meridian.deprecated != 0) AND NEW.deprecated = 0;
SELECT RAISE(ABORT, 'frame_reference_epoch and ensemble_accuracy are mutually exclusive')
WHERE NEW.frame_reference_epoch IS NOT NULL AND NEW.ensemble_accuracy IS NOT NULL;
END�~=G)�triggerprime_meridian_insert_triggerprime_meridianCREATE TRIGGER prime_meridian_insert_trigger
BEFORE INSERT ON prime_meridian
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on prime_meridian violates constraint: uom should be of type ''angle''')
WHERE (SELECT type FROM unit_of_measure WHERE auth_name = NEW.uom_auth_name AND code = NEW.uom_code) != 'angle';
END
� � � � AC%�]triggervertical_crs_insert_triggervertical_crsCREATE TRIGGER vertical_crs_insert_trigger
BEFORE INSERT ON vertical_crs
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: (auth_name, code) must not already exist in crs_view')
WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code);
SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: datum must not be deprecated when vertical_crs is not deprecated')
WHERE EXISTS(SELECT 1 FROM vertical_crs datum WHERE datum.auth_name = NEW.datum_auth_name AND datum.code = NEW.datum_code AND datum.deprecated != 0) AND NEW.deprecated = 0;
SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: coordinate_system.type must be ''vertical''')
WHERE (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'vertical';
SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: coordinate_system.dimension must be 1')
WHERE (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 1;
END�0@C%�triggergeodetic_crs_insert_triggergeodetic_crsCREATE TRIGGER geodetic_crs_insert_trigger
BEFORE INSERT ON geodetic_crs
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: (auth_name, code) must not already exist in crs_view')
WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code);
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: datum must not be deprecated when geodetic_crs is not deprecated')
WHERE EXISTS(SELECT 1 FROM geodetic_datum datum WHERE datum.auth_name = NEW.datum_auth_name AND datum.code = NEW.datum_code AND datum.deprecated != 0) AND NEW.deprecated = 0 AND NEW.text_definition IS NOT NULL;
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.dimension must be 3 for type = ''geocentric''')
WHERE NEW.type = 'geocentric' AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 3;
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.type must be ''Cartesian'' for type = ''geocentric''')
WHERE NEW.type = 'geocentric' AND (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'Cartesian';
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.type must be ''ellipsoidal'' for type = ''geographic 2D'' or ''geographic 3D''')
WHERE NEW.type IN ('geographic 2D', 'geographic 3D') AND (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'ellipsoidal';
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.dimension must be 2 for type = ''geographic 2D''')
WHERE NEW.type = 'geographic 2D' AND NEW.deprecated != 1 AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 2;
SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.dimension must be 3 for type = ''geographic 3D''')
WHERE NEW.type = 'geographic 3D' AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 3;
END
� � �aB!!�viewconversionconversionCREATE VIEW conversion AS SELECT
c.auth_name,
c.code,
c.name,
c.description,
c.method_auth_name,
c.method_code,
m.name AS method_name,
c.param1_auth_name,
c.param1_code,
param1.name AS param1_name,
c.param1_value,
c.param1_uom_auth_name,
c.param1_uom_code,
c.param2_auth_name,
c.param2_code,
param2.name AS param2_name,
c.param2_value,
c.param2_uom_auth_name,
c.param2_uom_code,
c.param3_auth_name,
c.param3_code,
param3.name AS param3_name,
c.param3_value,
c.param3_uom_auth_name,
c.param3_uom_code,
c.param4_auth_name,
c.param4_code,
param4.name AS param4_name,
c.param4_value,
c.param4_uom_auth_name,
c.param4_uom_code,
c.param5_auth_name,
c.param5_code,
param5.name AS param5_name,
c.param5_value,
c.param5_uom_auth_name,
c.param5_uom_code,
c.param6_auth_name,
c.param6_code,
param6.name AS param6_name,
c.param6_value,
c.param6_uom_auth_name,
c.param6_uom_code,
c.param7_auth_name,
c.param7_code,
param7.name AS param7_name,
c.param7_value,
c.param7_uom_auth_name,
c.param7_uom_code,
c.deprecated
FROM conversion_table c
LEFT JOIN conversion_method m ON c.method_auth_name = m.auth_name AND c.method_code = m.code
LEFT JOIN conversion_param param1 ON c.param1_auth_name = param1.auth_name AND c.param1_code = param1.code
LEFT JOIN conversion_param param2 ON c.param2_auth_name = param2.auth_name AND c.param2_code = param2.code
LEFT JOIN conversion_param param3 ON c.param3_auth_name = param3.auth_name AND c.param3_code = param3.code
LEFT JOIN conversion_param param4 ON c.param4_auth_name = param4.auth_name AND c.param4_code = param4.code
LEFT JOIN conversion_param param5 ON c.param5_auth_name = param5.auth_name AND c.param5_code = param5.code
LEFT JOIN conversion_param param6 ON c.param6_auth_name = param6.auth_name AND c.param6_code = param6.code
LEFT JOIN conversion_param param7 ON c.param7_auth_name = param7.auth_name AND c.param7_code = param7.code
J J �NDK-�/triggerconversion_table_insert_triggerconversion_tableCREATE TRIGGER conversion_table_insert_trigger
BEFORE INSERT ON conversion_table
BEGIN
SELECT RAISE(ABORT, 'insert on conversion_table violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view')
WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code);
END�bCM/�Striggerconversion_method_insert_triggerconversion_methodCREATE TRIGGER conversion_method_insert_trigger
BEFORE INSERT ON conversion_method
BEGIN
SELECT RAISE(ABORT, 'insert on conversion violates constraint: method should be known')
WHERE (NEW.auth_name || '_' || NEW.code || '_' || NEW.name) NOT IN (
'EPSG_1024_Popular Visualisation Pseudo Mercator',
'EPSG_1026_Mercator (Spherical)',
'EPSG_1027_Lambert Azimuthal Equal Area (Spherical)',
'EPSG_1028_Equidistant Cylindrical',
'EPSG_1029_Equidistant Cylindrical (Spherical)',
'EPSG_1041_Krovak (North Orientated)',
'EPSG_1042_Krovak Modified',
'EPSG_1043_Krovak Modified (North Orientated)',
'EPSG_1051_Lambert Conic Conformal (2SP Michigan)',
'EPSG_1052_Colombia Urban',
'EPSG_1068_Height Depth Reversal',
'EPSG_1069_Change of Vertical Unit',
'EPSG_1104_Change of Vertical Unit',
'EPSG_1078_Equal Earth',
'EPSG_1102_Lambert Conic Conformal (1SP variant B)',
'EPSG_1111_Transverse Mercator 3D',
'EPSG_1119_Equidistant Conic',
'EPSG_1125_Azimuthal Equidistant',
'EPSG_9602_Geographic/geocentric conversions',
'EPSG_9659_Geographic3D to 2D conversion',
'EPSG_9801_Lambert Conic Conformal (1SP)',
'EPSG_9802_Lambert Conic Conformal (2SP)',
'EPSG_9803_Lambert Conic Conformal (2SP Belgium)',
'EPSG_9804_Mercator (variant A)',
'EPSG_9805_Mercator (variant B)',
'EPSG_9806_Cassini-Soldner',
'EPSG_9807_Transverse Mercator',
'EPSG_9808_Transverse Mercator (South Orientated)',
'EPSG_9809_Oblique Stereographic',
'EPSG_9810_Polar Stereographic (variant A)',
'EPSG_9811_New Zealand Map Grid',
'EPSG_9812_Hotine Oblique Mercator (variant A)',
'EPSG_9813_Laborde Oblique Mercator',
'EPSG_9815_Hotine Oblique Mercator (variant B)',
'EPSG_9816_Tunisia Mining Grid',
'EPSG_9817_Lambert Conic Near-Conformal',
'EPSG_9818_American Polyconic',
'EPSG_9819_Krovak',
'EPSG_9820_Lambert Azimuthal Equal Area',
'EPSG_9821_Lambert Azimuthal Equal Area (Spherical)',
'EPSG_9822_Albers Equal Area',
'EPSG_9823_Equidistant Cylindrical (Spherical)',
'EPSG_9824_Transverse Mercator Zoned Grid System',
'EPSG_9826_Lambert Conic Conformal (West Orientated)',
'EPSG_9828_Bonne (South Orientated)',
'EPSG_9829_Polar Stereographic (variant B)',
'EPSG_9830_Polar Stereographic (variant C)',
'EPSG_9831_Guam Projection',
'EPSG_9832_Modified Azimuthal Equidistant',
'EPSG_9833_Hyperbolic Cassini-Soldner',
'EPSG_9834_Lambert Cylindrical Equal Area (Spherical)',
'EPSG_9835_Lambert Cylindrical Equal Area',
'EPSG_9836_Geocentric/topocentric conversions',
'EPSG_9837_Geographic/topocentric conversions',
'EPSG_9838_Vertical Perspective',
'EPSG_9840_Orthographic',
'EPSG_9841_Mercator (1SP) (Spherical)',
'EPSG_9842_Equidistant Cylindrical',
'EPSG_9843_Axis Order Reversal (2D)',
'EPSG_9844_Axis Order Reversal (Geographic3D horizontal)',
'EPSG_9827_Bonne') AND NEW.auth_name != 'PROJ';
END
/ ' �
� ^��C' j �:LM!�triggerconversion_insert_trigger_param7conversionCREATE TRIGGER conversion_insert_trigger_param7
INSTEAD OF INSERT ON conversion
WHEN NEW.param7_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param7_auth_name AND p.code = NEW.param7_code AND p.name = NEW.param7_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param7_auth_name, NEW.param7_code, NEW.param7_name);
END�:JM!�triggerconversion_insert_trigger_param5conversionCREATE TRIGGER conversion_insert_trigger_param5
INSTEAD OF INSERT ON conversion
WHEN NEW.param5_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param5_auth_name AND p.code = NEW.param5_code AND p.name = NEW.param5_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param5_auth_name, NEW.param5_code, NEW.param5_name);
END�:IM!�triggerconversion_insert_trigger_param4conversionCREATE TRIGGER conversion_insert_trigger_param4
INSTEAD OF INSERT ON conversion
WHEN NEW.param4_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param4_auth_name AND p.code = NEW.param4_code AND p.name = NEW.param4_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param4_auth_name, NEW.param4_code, NEW.param4_name);
END�:HM!�triggerconversion_insert_trigger_param3conversionCREATE TRIGGER conversion_insert_trigger_param3
INSTEAD OF INSERT ON conversion
WHEN NEW.param3_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param3_auth_name AND p.code = NEW.param3_code AND p.name = NEW.param3_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param3_auth_name, NEW.param3_code, NEW.param3_name);
END�:GM!�triggerconversion_insert_trigger_param2conversionCREATE TRIGGER conversion_insert_trigger_param2
INSTEAD OF INSERT ON conversion
WHEN NEW.param2_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param2_auth_name AND p.code = NEW.param2_code AND p.name = NEW.param2_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param2_auth_name, NEW.param2_code, NEW.param2_name);
END�:FM!�triggerconversion_insert_trigger_param1conversionCREATE TRIGGER conversion_insert_trigger_param1
INSTEAD OF INSERT ON conversion
WHEN NEW.param1_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param1_auth_name AND p.code = NEW.param1_code AND p.name = NEW.param1_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param1_auth_name, NEW.param1_code, NEW.param1_name);
END�EM!�Ktriggerconversion_insert_trigger_methodconversionCREATE TRIGGER conversion_insert_trigger_method
INSTEAD OF INSERT ON conversion
WHEN NOT EXISTS (SELECT 1 FROM conversion_method m WHERE
m.auth_name = NEW.method_auth_name AND m.code = NEW.method_code AND m.name = NEW.method_name)
BEGIN
INSERT INTO conversion_method VALUES (NEW.method_auth_name, NEW.method_code, NEW.method_name);
END �:KM!�triggerconversion_insert_trigger_param6conversionCREATE TRIGGER conversion_insert_trigger_param6
INSTEAD OF INSERT ON conversion
WHEN NEW.param6_auth_name is NOT NULL AND NOT EXISTS
(SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param6_auth_name AND p.code = NEW.param6_code AND p.name = NEW.param6_name)
BEGIN
INSERT INTO conversion_param VALUES (NEW.param6_auth_name, NEW.param6_code, NEW.param6_name);
END
S
k S �NE'�Itriggerprojected_crs_insert_triggerprojected_crsCREATE TRIGGER projected_crs_insert_trigger
BEFORE INSERT ON projected_crs
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: (auth_name, code) must not already exist in crs_view')
WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code);
SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: geodetic_crs must not be deprecated when projected_crs is not deprecated')
WHERE EXISTS(SELECT 1 FROM geodetic_crs WHERE geodetic_crs.auth_name = NEW.geodetic_crs_auth_name AND geodetic_crs.code = NEW.geodetic_crs_code AND geodetic_crs.deprecated != 0 AND geodetic_crs.name NOT LIKE 'Unknown datum%' AND geodetic_crs.name NOT LIKE 'Unspecified datum%') AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI' AND NEW.geodetic_crs_auth_name != 'ESRI');
SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: conversion must exist when text_definition is NULL')
WHERE NOT EXISTS(SELECT 1 FROM conversion WHERE conversion.auth_name = NEW.conversion_auth_name AND conversion.code = NEW.conversion_code) AND NEW.text_definition IS NULL;
SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: conversion must not be deprecated when projected_crs is not deprecated')
WHERE EXISTS(SELECT 1 FROM conversion WHERE conversion.auth_name = NEW.conversion_auth_name AND conversion.code = NEW.conversion_code AND conversion.deprecated != 0) AND NEW.deprecated = 0;
--SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: geodetic_crs must NOT be defined when text_definition is NOT NULL')
-- WHERE (NOT(NEW.geodetic_crs_auth_name IS NULL OR NEW.geodetic_crs_code IS NULL)) AND NEW.text_definition IS NOT NULL;
SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: coordinate_system.type must be ''cartesian''')
WHERE (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'Cartesian';
SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: coordinate_system.dimension must be 2 or 3')
-- EPSG:4461 is topocentric
WHERE NOT(NEW.coordinate_system_auth_name = 'EPSG' AND NEW.coordinate_system_code = '4461') AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) NOT IN (2,3);
END�My!�triggerconversion_insert_trigger_insert_into_conversion_tableconversionCREATE TRIGGER conversion_insert_trigger_insert_into_conversion_table
INSTEAD OF INSERT ON conversion
BEGIN
INSERT INTO conversion_table VALUES
(
NEW.auth_name,
NEW.code,
NEW.name,
NEW.description,
NEW.method_auth_name,
NEW.method_code,
--NEW.method_name,
NEW.param1_auth_name,
NEW.param1_code,
--NEW.param1_name,
NEW.param1_value,
NEW.param1_uom_auth_name,
NEW.param1_uom_code,
NEW.param2_auth_name,
NEW.param2_code,
--NEW.param2_name,
NEW.param2_value,
NEW.param2_uom_auth_name,
NEW.param2_uom_code,
NEW.param3_auth_name,
NEW.param3_code,
--NEW.param3_name,
NEW.param3_value,
NEW.param3_uom_auth_name,
NEW.param3_uom_code,
NEW.param4_auth_name,
NEW.param4_code,
--NEW.param4_name,
NEW.param4_value,
NEW.param4_uom_auth_name,
NEW.param4_uom_code,
NEW.param5_auth_name,
NEW.param5_code,
--NEW.param5_name,
NEW.param5_value,
NEW.param5_uom_auth_name,
NEW.param5_uom_code,
NEW.param6_auth_name,
NEW.param6_code,
--NEW.param6_name,
NEW.param6_value,
NEW.param6_uom_auth_name,
NEW.param6_uom_code,
NEW.param7_auth_name,
NEW.param7_code,
--NEW.param7_name,
NEW.param7_value,
NEW.param7_uom_auth_name,
NEW.param7_uom_code,
NEW.deprecated
);
END
i �i �!PQ3�Itriggercoordinate_metadata_insert_triggercoordinate_metadataCREATE TRIGGER coordinate_metadata_insert_trigger
BEFORE INSERT ON coordinate_metadata
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on coordinate_metadata violates constraint: (crs_auth_name, crs_code) must already exist in crs_view')
WHERE NOT EXISTS (
SELECT 1 FROM crs_view WHERE
NEW.crs_auth_name IS NOT NULL AND
crs_view.auth_name = NEW.crs_auth_name AND
crs_view.code = NEW.crs_code
UNION ALL SELECT 1 WHERE NEW.crs_auth_name IS NULL);
SELECT RAISE(ABORT, 'insert on coordinate_metadata violates constraint: (crs_auth_name, crs_code) and crs_text_definition are mutually exclusive')
WHERE NEW.crs_auth_name IS NOT NULL AND NEW.crs_text_definition IS NOT NULL;
SELECT RAISE(ABORT, 'insert on coordinate_metadata violates constraint: one of (crs_auth_name, crs_code) or crs_text_definition must be set')
WHERE NEW.crs_auth_name IS NULL AND NEW.crs_text_definition IS NULL;
END�pOC%�triggercompound_crs_insert_triggercompound_crsCREATE TRIGGER compound_crs_insert_trigger
BEFORE INSERT ON compound_crs
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: (auth_name, code) must not already exist in crs_view')
WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code);
SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: horiz_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.horiz_crs_auth_name AND crs_view.code = NEW.horiz_crs_code);
SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: horiz_crs must be equal to ''geographic 2D'' or ''projected''')
WHERE (SELECT type FROM crs_view WHERE crs_view.auth_name = NEW.horiz_crs_auth_name AND crs_view.code = NEW.horiz_crs_code) NOT IN ('geographic 2D', 'projected');
SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: vertical_crs must be equal to ''vertical''')
WHERE (SELECT type FROM crs_view WHERE crs_view.auth_name = NEW.vertical_crs_auth_name AND crs_view.code = NEW.vertical_crs_code) NOT IN ('vertical');
SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: horiz_crs must not be deprecated when compound_crs is not deprecated')
WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.horiz_crs_auth_name AND crs_view.code = NEW.horiz_crs_code AND crs_view.deprecated != 0) AND NEW.deprecated = 0;
SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: vertical_crs must not be deprecated when compound_crs is not deprecated')
WHERE EXISTS (SELECT 1 FROM vertical_crs WHERE vertical_crs.auth_name = NEW.vertical_crs_auth_name AND vertical_crs.code = NEW.vertical_crs_code AND vertical_crs.deprecated != 0) AND NEW.deprecated = 0;
END
x
� x �S�9�etriggerhelmert_transformation_insert_trigger_into_helmert_transformation_tablehelmert_transformationCREATE TRIGGER helmert_transformation_insert_trigger_into_helmert_transformation_table
INSTEAD OF INSERT ON helmert_transformation
BEGIN
INSERT INTO helmert_transformation_table VALUES
(
NEW.auth_name,
NEW.code,
NEW.name,
NEW.description,
NEW.method_auth_name,
NEW.method_code,
-- method_name
NEW.source_crs_auth_name,
NEW.source_crs_code,
NEW.target_crs_auth_name,
NEW.target_crs_code,
NEW.accuracy,
NEW.tx,
NEW.ty,
NEW.tz,
NEW.translation_uom_auth_name,
NEW.translation_uom_code,
NEW.rx,
NEW.ry,
NEW.rz,
NEW.rotation_uom_auth_name,
NEW.rotation_uom_code,
NEW.scale_difference,
NEW.scale_difference_uom_auth_name,
NEW.scale_difference_uom_code,
NEW.rate_tx,
NEW.rate_ty,
NEW.rate_tz,
NEW.rate_translation_uom_auth_name,
NEW.rate_translation_uom_code,
NEW.rate_rx,
NEW.rate_ry,
NEW.rate_rz,
NEW.rate_rotation_uom_auth_name,
NEW.rate_rotation_uom_code,
NEW.rate_scale_difference,
NEW.rate_scale_difference_uom_auth_name,
NEW.rate_scale_difference_uom_code,
NEW.epoch,
NEW.epoch_uom_auth_name,
NEW.epoch_uom_code,
NEW.px,
NEW.py,
NEW.pz,
NEW.pivot_uom_auth_name,
NEW.pivot_uom_code,
NEW.operation_version,
NEW.deprecated
);
END�[Re9�#triggerhelmert_transformation_insert_trigger_methodhelmert_transformationCREATE TRIGGER helmert_transformation_insert_trigger_method
INSTEAD OF INSERT ON helmert_transformation
WHEN NOT EXISTS (SELECT 1 FROM coordinate_operation_method m WHERE
m.auth_name = NEW.method_auth_name AND m.code = NEW.method_code AND m.name = NEW.method_name)
BEGIN
INSERT INTO coordinate_operation_method VALUES (NEW.method_auth_name, NEW.method_code, NEW.method_name);
END� Q99�7viewhelmert_transformationhelmert_transformationCREATE VIEW helmert_transformation AS SELECT
h.auth_name,
h.code,
h.name,
h.description,
h.method_auth_name,
h.method_code,
m.name AS method_name,
h.source_crs_auth_name,
h.source_crs_code,
h.target_crs_auth_name,
h.target_crs_code,
h.accuracy,
h.tx,
h.ty,
h.tz,
h.translation_uom_auth_name,
h.translation_uom_code,
h.rx,
h.ry,
h.rz,
h.rotation_uom_auth_name,
h.rotation_uom_code,
h.scale_difference,
h.scale_difference_uom_auth_name,
h.scale_difference_uom_code,
h.rate_tx,
h.rate_ty,
h.rate_tz,
h.rate_translation_uom_auth_name,
h.rate_translation_uom_code,
h.rate_rx,
h.rate_ry,
h.rate_rz,
h.rate_rotation_uom_auth_name,
h.rate_rotation_uom_code,
h.rate_scale_difference,
h.rate_scale_difference_uom_auth_name,
h.rate_scale_difference_uom_code,
h.epoch,
h.epoch_uom_auth_name,
h.epoch_uom_code,
h.px,
h.py,
h.pz,
h.pivot_uom_auth_name,
h.pivot_uom_code,
h.operation_version,
h.deprecated
FROM helmert_transformation_table h
LEFT JOIN coordinate_operation_method m ON h.method_auth_name = m.auth_name AND h.method_code = m.code
8 8 �ETWE�ytriggerhelmert_transformation_insert_triggerhelmert_transformation_tableCREATE TRIGGER helmert_transformation_insert_trigger
BEFORE INSERT ON helmert_transformation_table
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view')
WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code);
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: translation_uom.type must be ''length''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.translation_uom_auth_name AND unit_of_measure.code = NEW.translation_uom_code) != 'length';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rotation_uom.type must be ''angle''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rotation_uom_auth_name AND unit_of_measure.code = NEW.rotation_uom_code) != 'angle';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: scale_difference_uom.type must be ''scale''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.scale_difference_uom_auth_name AND unit_of_measure.code = NEW.scale_difference_uom_code) != 'scale';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rate_translation_uom.type must be ''length''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rate_translation_uom_auth_name AND unit_of_measure.code = NEW.rate_translation_uom_code) != 'length';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rate_rotation_uom.type must be ''angle''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rate_rotation_uom_auth_name AND unit_of_measure.code = NEW.rate_rotation_uom_code) != 'angle';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rate_scale_difference_uom.type must be ''scale''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rate_scale_difference_uom_auth_name AND unit_of_measure.code = NEW.rate_scale_difference_uom_code) != 'scale';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: epoch_uom.type must be ''time''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.epoch_uom_auth_name AND unit_of_measure.code = NEW.epoch_uom_code) != 'time';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: pivot_uom.type must be ''length''')
WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.pivot_uom_auth_name AND unit_of_measure.code = NEW.pivot_uom_code) != 'length';
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: source_crs must not be deprecated when helmert_transformation is not deprecated')
WHERE EXISTS(SELECT 1 FROM geodetic_crs crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI') AND NOT (NEW.auth_name = 'EPSG' AND NEW.code = '5375'); -- Issue with EPSG:5375 "SIRGAS-Chile to WGS 84 (1)"
SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: target_crs must not be deprecated when helmert_transformation is not deprecated')
WHERE EXISTS(SELECT 1 FROM geodetic_crs crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
END
, �~WM/� triggergrid_alternatives_insert_triggergrid_alternativesCREATE TRIGGER grid_alternatives_insert_trigger
BEFORE INSERT ON grid_alternatives
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on grid_alternatives violates constraint: original_grid_name must be referenced in grid_transformation.grid_name or in other_transformation.method_name')
WHERE NEW.original_grid_name NOT LIKE 'NOT-YET-IN-GRID-TRANSFORMATION-%' AND
NOT EXISTS (
SELECT 1 FROM grid_transformation WHERE grid_name = NEW.original_grid_name
UNION ALL
SELECT 1 FROM other_transformation WHERE
method_auth_name = 'PROJ' AND
method_name LIKE '%' || NEW.original_grid_name || '%');
END�
VE'�3triggergrid_packages_insert_triggergrid_packagesCREATE TRIGGER grid_packages_insert_trigger
BEFORE INSERT ON grid_packages
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on grid_packages violates constraint: open_license must be set when url is not NULL')
WHERE NEW.open_license IS NULL AND NEW.url IS NOT NULL;
SELECT RAISE(ABORT, 'insert on grid_packages violates constraint: direct_download must be set when url is not NULL')
WHERE NEW.direct_download IS NULL AND NEW.url IS NOT NULL;
END�QUQ3�)triggergrid_transformation_insert_triggergrid_transformationCREATE TRIGGER grid_transformation_insert_trigger
BEFORE INSERT ON grid_transformation
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view')
WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code);
SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: source_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.source_crs_auth_name AND crs_view.code = NEW.source_crs_code);
SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: target_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code);
SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: source_crs must not be deprecated when grid_transformation is not deprecated')
WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: target_crs must not be deprecated when grid_transformation is not deprecated')
WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
END
+ !+ �sYW9�atriggerconcatenated_operation_insert_triggerconcatenated_operationCREATE TRIGGER concatenated_operation_insert_trigger
BEFORE INSERT ON concatenated_operation
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view')
WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code);
SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: source_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.source_crs_auth_name AND crs_view.code = NEW.source_crs_code);
SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: target_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code);
SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: source_crs must not be deprecated when concatenated_operation is not deprecated')
WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: target_crs must not be deprecated when concatenated_operation is not deprecated')
WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
END�\XS5�;triggerother_transformation_insert_triggerother_transformationCREATE TRIGGER other_transformation_insert_trigger
BEFORE INSERT ON other_transformation
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view')
WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code);
SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: source_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.source_crs_auth_name AND crs_view.code = NEW.source_crs_code);
SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: target_crs(auth_name, code) not found')
WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code);
SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: source_crs must not be deprecated when other_transformation is not deprecated')
WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: target_crs must not be deprecated when other_transformation is not deprecated')
WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI');
END
� �
� a{� �F^A#�3triggerdeprecation_insert_triggerdeprecationCREATE TRIGGER deprecation_insert_trigger
BEFORE INSERT ON deprecation
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on deprecation violates constraint: deprecated entry refers to unexisting code')
WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.table_name AND o.auth_name = NEW.deprecated_auth_name AND o.code = NEW.deprecated_code);
SELECT RAISE(ABORT, 'insert on deprecation violates constraint: replacement entry refers to unexisting code')
WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.table_name AND o.auth_name = NEW.replacement_auth_name AND o.code = NEW.replacement_code);
END�c]C%�itriggersupersession_insert_triggersupersessionCREATE TRIGGER supersession_insert_trigger
BEFORE INSERT ON supersession
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on supersession violates constraint: superseded entry refers to unexisting code')
WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.superseded_table_name AND o.auth_name = NEW.superseded_auth_name AND o.code = NEW.superseded_code);
SELECT RAISE(ABORT, 'insert on supersession violates constraint: replacement entry refers to unexisting code')
WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.replacement_table_name AND o.auth_name = NEW.replacement_auth_name AND o.code = NEW.replacement_code);
END�\?!�9triggeralias_name_insert_triggeralias_nameCREATE TRIGGER alias_name_insert_trigger
BEFORE INSERT ON alias_name
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on alias_name violates constraint: new entry refers to unexisting code')
WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.table_name AND o.auth_name = NEW.auth_name AND o.code = NEW.code);
END�j[A#�{triggergeoid_model_insert_triggergeoid_modelCREATE TRIGGER geoid_model_insert_trigger
BEFORE INSERT ON geoid_model
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on geoid_model violates constraint: (operation_auth_name, operation_code) must already exist in coordinate_operation_with_conversion_view')
WHERE NOT EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.operation_auth_name AND covwv.code = NEW.operation_code);
END�%ZaC�1triggerconcatenated_operation_step_insert_triggerconcatenated_operation_stepCREATE TRIGGER concatenated_operation_step_insert_trigger
BEFORE INSERT ON concatenated_operation_step
FOR EACH ROW BEGIN
SELECT RAISE(ABORT, 'insert on concatenated_operation_step violates constraint: (step_auth_name, step_code) must already exist in coordinate_operation_with_conversion_view')
WHERE NOT EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.step_auth_name AND covwv.code = NEW.step_code);
SELECT RAISE(ABORT, 'insert on concatenated_operation_step violates constraint: step should not be a concatenated_operation')
WHERE EXISTS(SELECT 1 FROM concatenated_operation WHERE auth_name = NEW.step_auth_name AND code = NEW.step_code);
END
7 G r5G �ka �-viewcrs_viewcrs_viewCREATE VIEW crs_view AS
SELECT CAST('geodetic_crs' AS TEXT) AS table_name, auth_name, code, name, type,
description,
deprecated FROM geodetic_crs
UNION ALL
SELECT CAST('projected_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('projected' AS TEXT),
description,
deprecated FROM projected_crs
UNION ALL
SELECT CAST('vertical_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('vertical' AS TEXT),
description,
deprecated FROM vertical_crs
UNION ALL
SELECT CAST('compound_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('compound' AS TEXT),
description,
deprecated FROM compound_crs�:`__�Gviewcoordinate_operation_with_conversion_viewcoordinate_operation_with_conversion_viewCREATE VIEW coordinate_operation_with_conversion_view AS
SELECT auth_name, code, table_name AS type FROM coordinate_operation_view UNION ALL
SELECT auth_name, code, CAST('conversion' AS TEXT) FROM conversion_table�B_??�viewcoordinate_operation_viewcoordinate_operation_viewCREATE VIEW coordinate_operation_view AS
SELECT CAST('grid_transformation' AS TEXT) AS table_name, auth_name, code, name,
description,
method_auth_name, method_code, method_name, source_crs_auth_name,
source_crs_code, target_crs_auth_name, target_crs_code,
accuracy, deprecated FROM grid_transformation
UNION ALL
SELECT CAST('helmert_transformation' AS TEXT) AS table_name, auth_name, code, name,
description,
method_auth_name, method_code, method_name, source_crs_auth_name,
source_crs_code, target_crs_auth_name, target_crs_code,
accuracy, deprecated FROM helmert_transformation
UNION ALL
SELECT CAST('other_transformation' AS TEXT) AS table_name, auth_name, code, name,
description,
method_auth_name, method_code, method_name, source_crs_auth_name,
source_crs_code, target_crs_auth_name, target_crs_code,
accuracy, deprecated FROM other_transformation
UNION ALL
SELECT CAST('concatenated_operation' AS TEXT) AS table_name, auth_name, code, name,
description,
CAST(NULL AS TEXT) as method_auth_name, CAST(NULL AS INTEGER_OR_TEXT) as method_code, CAST(NULL AS TEXT) as method_name, source_crs_auth_name,
source_crs_code, target_crs_auth_name, target_crs_code,
accuracy, deprecated FROM concatenated_operation �
� �� �c))�Eviewauthority_listauthority_listCREATE VIEW authority_list AS
SELECT DISTINCT auth_name FROM unit_of_measure
UNION
SELECT DISTINCT auth_name FROM celestial_body
UNION
SELECT DISTINCT auth_name FROM ellipsoid
UNION
SELECT DISTINCT auth_name FROM extent
UNION
SELECT DISTINCT auth_name FROM scope
UNION
SELECT DISTINCT auth_name FROM usage WHERE auth_name IS NOT NULL
UNION
SELECT DISTINCT auth_name FROM prime_meridian
UNION
SELECT DISTINCT auth_name FROM geodetic_datum
UNION
SELECT DISTINCT auth_name FROM vertical_datum
UNION
SELECT DISTINCT auth_name FROM axis
UNION
SELECT DISTINCT auth_name FROM crs_view
UNION
SELECT DISTINCT auth_name FROM coordinate_operation_view�qb##�-viewobject_viewobject_viewCREATE VIEW object_view AS
SELECT CAST('unit_of_measure' AS TEXT) AS table_name, auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM unit_of_measure
UNION ALL
SELECT CAST('celestial_body' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, CAST(0 AS BOOLEAN) AS deprecated FROM celestial_body
UNION ALL
SELECT CAST('ellipsoid' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM ellipsoid
UNION ALL
SELECT CAST('extent' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM extent
UNION ALL
SELECT CAST('prime_meridian' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM prime_meridian
UNION ALL
SELECT CAST('geodetic_datum' AS TEXT), auth_name, code, name, CAST(CASE WHEN ensemble_accuracy IS NOT NULL THEN 'ensemble' ELSE 'datum' END AS TEXT), deprecated FROM geodetic_datum
UNION ALL
SELECT CAST('vertical_datum' AS TEXT), auth_name, code, name, CAST(CASE WHEN ensemble_accuracy IS NOT NULL THEN 'ensemble' ELSE 'datum' END AS TEXT), deprecated FROM vertical_datum
UNION ALL
SELECT CAST('axis' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, CAST(0 AS BOOLEAN) AS deprecated FROM axis
UNION ALL
SELECT table_name, auth_name, code, name, type, deprecated FROM crs_view
UNION ALL
SELECT CAST('conversion' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM conversion_table
UNION ALL
SELECT table_name, auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM coordinate_operation_view �' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Mercator (variant A)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9804' AND (NEW.method_name != 'Mercator (variant A)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR N �EW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Popular Visualisation Pseudo Mercator')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1024' AND (NEW.method_name != 'Popular Visualisation Pseudo Mercator' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Azimuthal Equal Area (Spherical)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1027' AND (NEW.method_name != 'Lambert Azimuthal Equal Area (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW. �param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1028' AND (NEW.method_name != 'Equidistant Cylindrical' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical (Spherical)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1029' AND (NEW.method_name != 'Equidistant Cylindrical (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code � != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Cassini-Soldner')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9806' AND (NEW.method_name != 'Cassini-Soldner' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Bonne (South Orientated)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9828' AND (NEW.method_name != 'Bonne (South Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.para �m3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Albers Equal Area')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9822' AND (NEW.method_name != 'Albers Equal Area' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak (North Orientated)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1041' AND (NEW.method_name != 'Krovak (North Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type � FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak Modified')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1042' AND (NEW.method_name != 'Krovak Modified' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6 �_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak Modified (North Orientated)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1043' AND (NEW.method_name != 'Krovak Modified (North Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (1SP)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9801' AND (NEW.method_name != 'Lambert Conic Conformal (1SP)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_co �de) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for American Polyconic')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9818' AND (NEW.method_name != 'American Polyconic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Polar Stereographic (variant A)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9810' AND (NEW.method_name != 'Polar Stereographic (variant A)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_m �easure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9819' AND (NEW.method_name != 'Krovak' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code �!= '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Oblique Stereographic')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9809' AND (NEW.method_name != 'Oblique Stereographic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Mercator (variant B)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9805' AND (NEW.method_name != 'Mercator (variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom �_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Polar Stereographic (variant B)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9829' AND (NEW.method_name != 'Polar Stereographic (variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8832' OR NEW.param1_name != 'Latitude of standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (2SP Michigan)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1051' AND (NEW.method_name != 'Lambert Conic Conformal (2SP Michigan)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW. �param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '1038' OR NEW.param7_name != 'Ellipsoid scaling factor' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'scale');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Colombia Urban')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1052' AND (NEW.method_name != 'Colombia Urban' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '1039' OR NEW.param5_name != 'Projection plane origin height' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Hotine Oblique Mercator (variant A)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9812' AND (NEW.method_name != 'Hotine Oblique Mercator (variant A)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre �' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW.param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth of initial line' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8814' OR NEW.param4_name != 'Angle from Rectified to Skew Grid' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8815' OR NEW.param5_name != 'Scale factor on initial line' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Cylindrical Equal Area')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9835' AND (NEW.method_name != 'Lambert Cylindrical Equal Area' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL O �R NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Azimuthal Equal Area')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9820' AND (NEW.method_name != 'Lambert Azimuthal Equal Area' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Height Depth Reversal')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1068' AND (NEW.method_name != 'Height Depth Reversal' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR � NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Change of Vertical Unit')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1104' AND (NEW.method_name != 'Change of Vertical Unit' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Hotine Oblique Mercator (variant B)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9815' AND (NEW.method_name != 'Hotine Oblique Mercator (variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW.param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth of initial line' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8814' OR NEW.param4_name != 'Angle from Rectified to Skew Grid' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8815' OR NEW.param5_name != 'Scale factor on initial line' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8816' OR NEW.param6_name != 'Easting at projection centre' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'leng �th' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8817' OR NEW.param7_name != 'Northing at projection centre' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length');
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Laborde Oblique Mercator')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9813' AND (NEW.method_name != 'Laborde Oblique Mercator' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW.param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth of initial line' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8815' OR NEW.param4_name != 'Scale factor on initial line' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'scale' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8806' OR NEW.param5_name != 'False easting' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8807' OR NEW.param6_name != 'False northing' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equal Earth')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1078' AND (NEW.method_name != 'Equal Earth' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8802' OR NEW.param1_name != 'Longitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8806' OR NEW.param2_name != 'False easting' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'length' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8807' OR NEW.param3_name != 'False northing' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NUL �L OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (1SP variant B)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1102' AND (NEW.method_name != 'Lambert Conic Conformal (1SP variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8805' OR NEW.param2_name != 'Scale factor at natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'scale' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8821' OR NEW.param3_name != 'Latitude of false origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8822' OR NEW.param4_name != 'Longitude of false origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator 3D')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1111' AND (NEW.method_name != 'Transverse Mercator 3D' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_na �me AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Modified Azimuthal Equidistant')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9832' AND (NEW.method_name != 'Modified Azimuthal Equidistant' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Guam Projection')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9831' AND (NEW.method_name != 'Guam Projection' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SEL �ECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Axis Order Reversal (2D)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9843' AND (NEW.method_name != 'Axis Order Reversal (2D)' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Axis Order Reversal (Geographic3D horizontal)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9844' AND (NEW.method_name != 'Axis Order Reversal (Geographic3D horizontal)' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW. �param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geographic/geocentric conversions')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9602' AND (NEW.method_name != 'Geographic/geocentric conversions' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geographic3D to 2D conversion')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9659' AND (NEW.method_name != 'Geographic3D to 2D conversion' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name � IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geographic/topocentric conversions')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9837' AND (NEW.method_name != 'Geographic/topocentric conversions' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8834' OR NEW.param1_name != 'Latitude of topocentric origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8835' OR NEW.param2_name != 'Longitude of topocentric origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8836' OR NEW.param3_name != 'Ellipsoidal height of topocentric origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geocentric/topocentric conversions')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9836' AND (NEW.method_name != 'Geocentric/topocentric conversions' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8837' OR NEW.param1_name != 'Geocentric X of topocentric origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'length' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8838' OR NEW.param2_name != 'Geocentric Y of topocentric origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'length' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8839' OR NEW.param3_name != 'Geocentric Z of topocentric origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR � NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator Zoned Grid System')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9824' AND (NEW.method_name != 'Transverse Mercator Zoned Grid System' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8830' OR NEW.param2_name != 'Initial longitude' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8831' OR NEW.param3_name != 'Zone width' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8805' OR NEW.param4_name != 'Scale factor at natural origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'scale' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8806' OR NEW.param5_name != 'False easting' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8807' OR NEW.param6_name != 'False northing' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator (South Orientated)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9808' AND (NEW.method_name != 'Transverse Mercator (South Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL �OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Azimuthal Equidistant')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1125' AND (NEW.method_name != 'Azimuthal Equidistant' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (West Orientated)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9826' AND (NEW.method_name != 'Lambert Conic Conformal (West Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.p �aram2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9842' AND (NEW.method_name != 'Equidistant Cylindrical' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Mercator (1SP) (Spherical)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9841' AND (NEW.method_na �me != 'Mercator (1SP) (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Vertical Perspective')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9838' AND (NEW.method_name != 'Vertical Perspective' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8834' OR NEW.param1_name != 'Latitude of topocentric origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8835' OR NEW.param2_name != 'Longitude of topocentric origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8836' OR NEW.param3_name != 'Ellipsoidal height of topocentric origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8840' OR NEW.param4_name != 'Viewpoint height' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT N �ULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Azimuthal Equal Area (Spherical)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9821' AND (NEW.method_name != 'Lambert Azimuthal Equal Area (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8828' OR NEW.param1_name != 'Spherical latitude of origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8829' OR NEW.param2_name != 'Spherical longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Cylindrical Equal Area (Spherical)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9834' AND (NEW.method_name != 'Lambert Cylindrical Equal Area (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5 �_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Hyperbolic Cassini-Soldner')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9833' AND (NEW.method_name != 'Hyperbolic Cassini-Soldner' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (2SP Belgium)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9803' AND (NEW.method_name != 'Lambert Conic Conformal (2SP Belgium)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4 �_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for New Zealand Map Grid')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9811' AND (NEW.method_name != 'New Zealand Map Grid' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Tunisia Mining Grid')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9816' AND (NEW.method_name != 'Tunisia Mining Grid' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS N �ULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8826' OR NEW.param3_name != 'Easting at false origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8827' OR NEW.param4_name != 'Northing at false origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Near-Conformal')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9817' AND (NEW.method_name != 'Lambert Conic Near-Conformal' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical (Spherical)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9823' AND (NEW.method_name != 'Equidistant Cylindrical (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_ code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Polar Stereographic (variant C)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9830' AND (NEW.method_name != 'Polar Stereographic (variant C)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8832' OR NEW.param1_name != 'Latitude of standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8826' OR NEW.param3_name != 'Easting at false origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8827' OR NEW.param4_name != 'Northing at false origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
END
� � ��ndY!��ktriggerconversion_method_check_insert_triggerconversionCREATE TRIGGER conversion_method_check_insert_trigger
INSTEAD OF INSERT ON conversion
BEGIN
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (2SP)')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9802' AND (NEW.method_name != 'Lambert Conic Conformal (2SP)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9807' AND (NEW.method_name != 'Transverse Mercator' OR NEW.param1_auth_name != 'EPSG �
� � �)es!�Itriggerconversion_method_check_insert_trigger_orthographicconversionCREATE TRIGGER conversion_method_check_insert_trigger_orthographic
INSTEAD OF INSERT ON conversion
BEGIN
SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Orthographic')
WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9840' AND (NEW.method_name != 'Orthographic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL);
END