Digital Geologic Map Compilation of the Western Half of the Nez Perce Pass 30 x 60 Minute Quadrangle, Idaho

Metadata:

Identification_Information
Data_Quality_Information
Spatial_Data_Organization_Information
Spatial_Reference_Information
Entity_and_Attribute_Information
Distribution_Information
Metadata_Reference_Information

Identification Information:

Section Index

Citation:

Citation Information

Originator

Publication Date

Title

Digital Geologic Map Compilation of the Western Half of the Nez Perce Pass 30 x 60 Minute Quadrangle, Idaho

Edition

2.2002.06

Geospatial Data Presentation Form

Series Information

Series Name

Issue Identification

Publication Information

Publication Place

Publisher

Online Linkage

http://inside.uidaho.edu/

Description:

Abstract:

Geologic map Dikes:

Geologic map dikes (lines) that comprise the Nez Perce Pass quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping. Dikes too small to digitized as polygons or only available as lines.

Geologic map faults:

Geologic map faults (lines) that comprise the Nez Perce Pass quad. This data was created from original field work and complied from existing geologic map data.

Geologic map symbols:

Geologic map symbols (points) that comprise the Nez Perce Pass quad. This data was created from original field work and complied from existing geologic map data.

Geologic map units:

Geologic map unit polygons and contacts (map unit boundaries) that comprise the Nez Perce Pass quad. This data was created from original field work and complied from existing geologic map data.

Geologic map symbols:

Geologic map symbols (points) that comprise the Elk City quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map units:

Geologic map unit polygons and contacts (map unit boundaries) that comprise the Elk City quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map folds:

Geologic map fold axes (lines) that comprise the Elk City quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map faults:

Geologic map faults (lines) that comprise the Elk City quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map dikes:

Geologic map dikes (lines) that comprise the Elk City quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping. Dikes too small to digitized as polygons or only available as lines.

Geologic map dikes:

Geologic map dikes (lines) that comprise the Hamilton quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping. Dikes too small to digitized as polygons or only available as lines.

Geologic map symbols:

Geologic map symbols (points) that comprise the Hamilton quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map units:

Geologic map unit polygons and contacts (lines) that comprise the Hamilton quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping data.

Geologic map folds:

Geologic map fold axes (lines) that comprise the Hamilton quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map faults:

Geologic map faults (lines) that comprise the Hamilton quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping.

Geologic map symbols:

Geologic map symbols (points) that comprise the Kooskia quad. This data was created from original field work and complied from existing geologic map data.

Geologic map units:

Geologic map unit polygons and contacts (lines) that comprise the Kooskia quad. This data was created from original field work and complied from existing geologic map data.

Geologic map Dikes:

Geologic map dikes (lines) that comprise the Kooskia quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping. Dikes too small to digitized as polygons or only available as lines.

Geologic map folds:

Geologic map fold axes (lines) that comprise the Kooskia quad. This data was created from original field work and complied from existing geologic map data.

Geologic map faults:

Geologic map faults (lines) that comprise the Kooskia quad. This data was created from original field work and complied from existing geologic map data.

Geologic map veins:

Geologic map veins (lines) that comprise the Kooskia quad. This data was created from original field work and complied from existing geologic map data.

Geologic map Dikes:

Geologic map dikes (lines) that comprise the Missoula West quad. This data was complied from existing geologic map data. See sources table for sources to geologic mapping. Dikes too small to digitized as polygons or only available as lines.

Geologic map folds:

Geologic map fold axes (lines) that comprise the Missoula West quad. This data was created from original field work and complied from existing geologic map data.

Geologic map faults:

Geologic map faults (lines) that comprise the Missoula West quad. This data was created from original field work and complied from existing geologic map data.

Geologic map symbols:

Geologic map symbols (points) that comprise the Missoula West quad. This data was created from original field work and complied from existing geologic map data.

Geologic map units:

Geologic map unit polygons and contacts (lines) that comprise the Missoula West quad. This data was created from original field work and complied from existing geologic map data.

Geologic map units:

Geologic map unit polygons and contacts (lines) that comprise the St. Maries quad. This data was created from original field work and complied from existing geologic map data.

Geologic map symbols:

Geologic map symbols (points) that comprise the St. Maries quad. This data was created from original field work and complied from existing geologic map data.

Geologic map folds:

Geologic map fold axes (lines) that comprise the St. Maries quad. This data was created from original field work and complied from existing geologic map data.

Geologic map faults:

Geologic map faults (lines) that comprise the St. Maries quad. This data was created from original field work and complied from existing geologic map data.

Geologic map veins:

Geologic map veins (lines) that comprise the St. Maries quad. This data was created from original field work and complied from existing geologic map data.

Geologic map loess unit:

Geologic loess unit polygons and contacts (lines) that comprise the St. Maries quad. This data was created from original field work and complied from existing geologic map data.

Geologic map garnet isograd unit:

Garnet isograd (metamorphic grade) unit for St. Maries quad.

Geochemistry sample data:

Geochemistry data for St. Maries quad.

Purpose

Digital geologic map and compilation data intended for non site-specific investigations

Time Period of Content:

Time Period Information:

Single Date/Time:

Calendar Date:

Currentness Reference:

Status:

Progress:

Maintenance and Update Frequency:

Spatial Domain:

Bounding Coordinates:

West Bounding Coordinate:

East Bounding Coordinate:

North Bounding Coordinate:

South Bounding Coordinate:

Keywords:

Theme:

Theme Keyword Thesaurus:

Theme Keyword:

Place:

Place Keyword Thesaurus:

Place Keyword:

Geology:

Geology Keyword Thesaurus:

Geology Keyword :

Access Constraints:

Use Constraints:

Point of Contact:

Contact Information:

Contact Person Primary:

Contact Person:

Loudon R. Stanford

Contact Organization:

Contact Position:

Contact Address:

Address Type:

Address:

City:

State or Province:

Postal Code:

Country:

Contact Voice Telephone:

Contact Facsimile Telephone:

Contact E-mail:

stanford@uidaho.edu

Browse Graphic:

Browse Graphic File Name:

Browse Graphic File Description:

Browse Graphic File Type:

Data Set Credit:

Data Quality Information:

Section Index

Attribute Accuracy:

Attribute Accuracy Report:

Geologic map Dikes:

Geologic dikes are visually checked against original maps for completeness.

Geologic map faults:

Faults are visually checked against original maps for completeness. Testing routine in ACAD for fault type and symbols side accuracy. Approximately 99% accurate

Geologic map symbols:

Symbols are visually checked against original maps for completeness.

Geologic map units:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map symbols:

Symbols are visually checked against original maps for completeness.

Geologic map units:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map folds:

Fold axes are visually checked against original maps for completeness.

Geologic map faults:

Faults are visually checked against original maps for completeness. Testing routine in ACAD for fault type and symbols side accuracy. Approximately 99% accurate

Geologic map dikes:

Geologic dikes are visually checked against original maps for completeness.

Geologic map dikes:

Geologic dikes are visually checked against original maps for completeness.

Geologic map symbols:

Symbols are visually checked against original maps for completeness.

Geologic map units:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map folds:

Fold axes are visually checked against original maps for completeness.

Geologic map faults:

Faults are visually checked against original maps for completeness. Testing routine in ACAD for fault type and symbols side accuracy. Approximately 99% accurate

Geologic map symbols:

Symbols are visually checked against original maps for completeness.

Geologic map units:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map Dikes:

Geologic dikes are visually checked against original maps for completeness.

Geologic map folds:

Fold axes are visually checked against original maps for completeness.

Geologic map faults:

Faults are visually checked against original maps for completeness. Testing routine in ACAD for fault type and symbols side accuracy. Approximately 99% accurate

Geologic map veins:

Geologic veins are visually checked against original maps for completeness.

Geologic map Dikes:

Geologic dikes are visually checked against original maps for completeness.

Geologic map folds:

Fold axes are visually checked against original maps for completeness.

Geologic map faults:

Faults are visually checked against original maps for completeness. Testing routine in ACAD for fault type and symbols side accuracy. Approximately 99% accurate

Geologic map symbols:

Symbols are visually checked against original maps for completeness.

Geologic map units:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map units:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map symbols:

Symbols are visually checked against original maps for completeness.

Geologic map folds:

Fold axes are visually checked against original maps for completeness.

Geologic map faults:

Faults are visually checked against original maps for completeness. Testing routine in ACAD for fault type and symbols side accuracy. Approximately 99% accurate

Geologic map veins:

Geologic veins are visually checked against original maps for completeness.

Geologic map loess unit:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geologic map garnet isograd unit:

All polygons have label attributes, tested via visual inspection and identification of "empty" polygons in GIS tables. Label pts are checked against arc values for consistency. 99%+ accuracy.

Geochemistry sample data:

Geochemistry sample locations are visually checked against original maps for completeness.

Logical Consistency Report:

Geologic map Dikes:

Geologic dike map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map faults:

Geologic fault map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map symbols:

Symbols map data used in compilation was visually compared to original for omissions, line quality or other errors.

Geologic map units:

Unit polygon map data used in compilation was visually compared to original for omissions, line quality or other errors. Polygon were checked in Arc for missing label attributes. No duplicates lines. No overshoots or undershoots. No small polygons.

Geologic map symbols:

Symbols map data used in compilation was visually compared to original for omissions, line quality or other errors.

Geologic map units:

Geologic map folds:

Geologic fold map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map faults:

Geologic fault map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map dikes:

Geologic dike map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map dikes:

Geologic dike map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map symbols:

Symbols map data used in compilation was visually compared to original for omissions, line quality or other errors.

Geologic map units:

Geologic map folds:

Geologic fold map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map faults:

Geologic fault map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map symbols:

Symbols map data used in compilation was visually compared to original for omissions, line quality or other errors.

Geologic map units:

Geologic map Dikes:

Geologic dike map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map folds:

Geologic fold map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map faults:

Geologic fault map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map veins:

Geologic vein map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map Dikes:

Geologic dike map data used in compilation was visually compared to original for omissions, line quality or other errors.No duplicates lines.

Geologic map folds:

Geologic fold map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map faults:

Geologic fault map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map symbols:

Symbols map data used in compilation was visually compared to original for omissions, line quality or other errors.

Geologic map units:

Geologic map symbols:

Symbols map data used in compilation was visually compared to original for omissions, line quality or other errors.

Geologic map folds:

Geologic fold map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map faults:

Geologic fault map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map veins:

Geologic vein map data used in compilation was visually compared to original for omissions, line quality or other errors. No duplicates lines.

Geologic map loess unit:

Loess polygon map data used in compilation was visually compared to original for omissions, line quality or other errors. Polygon were checked in Arc for missing label attributes. No duplicates lines. No overshoots or undershoots. No small polygons.

Geologic map garnet isograd unit:

Garnet isograd map data used in compilation was visually compared to original for omissions, line quality or other errors. Polygon were checked in Arc for missing label attributes. No duplicates lines. No overshoots or undershoots. No small polygons.

Geochemistry sample data:

Geochem sample map data used in compilation was visually compared to original for omissions, line quality or other errors.

Completeness Report:

Geologic map Dikes:

Dikes and their attributes for this data set come from the map authors. Dikes have no topology

Geologic map faults:

Geologic fault features are assign by mapping geologists.

Geologic map symbols:

Symbols and their attributes for this data set come from the map authors. Symbols are in three major groups: linears, attitudes, non-rotated. Detailed descriptions of attributes are found in the data dictionary table. Point data.

Geologic map units:

Unit names (taxonomy) for this geologic map data set comes from the map authors. Units represent surficial or bedrock geology types. Detailed descriptions are found in the data model table included with this data set. Data set is topologically consist.

Geologic map symbols:

Geologic map units:

Geologic map folds:

Fold axes and their attributes for this data set come from the map authors. Fold axes have no topology.

Geologic map faults:

Geologic fault features are assign by mapping geologists.

Geologic map dikes:

Dikes and their attributes for this data set come from the map authors. Dikes have no topology

Geologic map dikes:

Dikes and their attributes for this data set come from the map authors. Dikes have no topology

Geologic map symbols:

Geologic map units:

Geologic map folds:

Fold axes and their attributes for this data set come from the map authors. Fold axes have no topology.

Geologic map faults:

Geologic fault features are assign by mapping geologists.

Geologic map symbols:

Geologic map units:

Geologic map Dikes:

Dikes and their attributes for this data set come from the map authors. Dikes have no topology

Geologic map folds:

Fold axes and their attributes for this data set come from the map authors. Fold axes have no topology.

Geologic map faults:

Geologic fault features are assign by mapping geologists.

Geologic map veins:

Veins and their attributes for this data set come from the map authors. Veins have no topology

Geologic map Dikes:

Dikes and their attributes for this data set come from the map authors. Dikes have no topology

Geologic map folds:

Fold axes and their attributes for this data set come from the map authors. Fold axes have no topology.

Geologic map faults:

Geologic fault features are assign by mapping geologists.

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map folds:

Fold axes and their attributes for this data set come from the map authors. Fold axes have no topology.

Geologic map faults:

Geologic fault features are assign by mapping geologists.

Geologic map veins:

Veins and their attributes for this data set come from the map authors. Veins have no topology

Geologic map loess unit:

Units represent loess or no loess (Qp or noQP) polygons. Detailed descriptions are found in the data model table included with this data set. Data set is topologically consist.

Geologic map garnet isograd unit:

Units represent garnet grade present on not present (garnet or no_garnet) polygons. Data set is topologically consist.

Geochemistry sample data:

Geochem samples and their attributes for this data set come from the map authors. Symbols are non-rotated. Detailed descriptions of attributes are found in the data dictionary table. Point data.

Positional Accuracy:

Horizontal Positional Accuracy:

Horizontal Positional Accuracy Report:

Geologic map Dikes:

Horizontal accuracy is difficult to quantify in geologic mapping of this type. Use scale items in source table to determine relative accuracy of groups of map objects in the data set. ---EXAMPLE OF DETERMINING H ACCURACY: 1:24k map objects in the data set have a placement h-accuracy less than 80(+/-) feet (.04 inch x 2000 ft/inch @1:24,000) for a CONTINUOUS line type. Accuracy is proportionally less for smaller scales and even less for other line types (see linetype table for comparison).

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map units:

Geologic map folds:

Geologic map faults:

Geologic map dikes:

Geologic map symbols:

Geologic map units:

Geologic map folds:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map Dikes:

Geologic map folds:

Geologic map faults:

Geologic map veins:

Geologic map Dikes:

Geologic map folds:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map folds:

Geologic map faults:

Geologic map veins:

Geologic map loess unit:

Geologic map garnet isograd unit:

Geochemistry sample data:

Lineage:

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Spatial Data Organization Information:

Section Index

Direct Spatial Reference Method:

Geologic map Dikes:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map units:

Geologic map folds:

Geologic map faults:

Geologic map dikes:

Geologic map symbols:

Geologic map units:

Geologic map folds:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map Dikes:

Geologic map folds:

Geologic map faults:

Geologic map veins:

Geologic map Dikes:

Geologic map folds:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map folds:

Geologic map faults:

Geologic map veins:

Geologic map loess unit:

Geologic map garnet isograd unit:

Geochemistry sample data:

Point and Vector Object Information:

SDTS Terms Description:

SDTS Point and Vector Object Type:

Geologic map Dikes:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map units:

Geologic map folds:

Geologic map faults:

Geologic map dikes:

Geologic map symbols:

Geologic map units:

Geologic map folds:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map Dikes:

Geologic map folds:

Geologic map faults:

Geologic map veins:

Geologic map Dikes:

Geologic map folds:

Geologic map faults:

Geologic map symbols:

Geologic map units:

Geologic map symbols:

Geologic map folds:

Geologic map faults:

Geologic map veins:

Geologic map loess unit:

Geologic map garnet isograd unit:

Geochemistry sample data:

Spatial Reference Information:

Section Index

Horizontal Coordinate System Definition:

Planar:

Grid Coordinate System:

Grid Coordinate System Name:

State Plane Coordinate System:

SPCS Zone Identifier:

Transverse Mercator:

Scale Factor at Central Meridian:

Longitude of Central Meridian:

Latitude of Projection Origin:

False Easting:

False Northing:

Planar Coordinate Information:

Planar Coordinate Encoding Method:

Coordinate Representation:

Abscissa Resolution:

Ordinate Resolution:

Planar distance units:

Geodetic Model:

Horizontal Datum Name:

Ellipsoid Name:

Semi-Major Axis:

Denominator of Flattening Ratio:

Spatial Reference Information:

Section Index

Horizontal Coordinate System Definition:

Planar:

Grid Coordinate System:

Grid Coordinate System Name:

State Plane Coordinate System:

SPCS Zone Identifier:

Transverse Mercator:

Scale Factor at Central Meridian:

Longitude of Central Meridian:

Latitude of Projection Origin:

False Easting:

False Northing:

Planar Coordinate Information:

Planar Coordinate Encoding Method:

Coordinate Representation:

Abscissa Resolution:

Ordinate Resolution:

Planar distance units:

Geodetic Model:

Horizontal Datum Name:

Ellipsoid Name:

Semi-Major Axis:

Denominator of Flattening Ratio:

Spatial Reference Information:

Section Index

Horizontal Coordinate System Definition:

Planar:

Grid Coordinate System:

Grid Coordinate System Name:

State Plane Coordinate System:

SPCS Zone Identifier:

Transverse Mercator:

Scale Factor at Central Meridian:

Longitude of Central Meridian:

Latitude of Projection Origin:

False Easting:

False Northing:

Planar Coordinate Information:

Planar Coordinate Encoding Method:

Coordinate Representation:

Abscissa Resolution:

Ordinate Resolution:

Planar distance units:

Geodetic Model:

Horizontal Datum Name:

Ellipsoid Name:

Semi-Major Axis:

Denominator of Flattening Ratio:

Spatial Reference Information:

Section Index

Horizontal Coordinate System Definition:

Planar:

Grid Coordinate System:

Grid Coordinate System Name:

State Plane Coordinate System:

SPCS Zone Identifier:

Transverse Mercator:

Scale Factor at Central Meridian:

Longitude of Central Meridian:

Latitude of Projection Origin:

False Easting:

False Northing:

Planar Coordinate Information:

Planar Coordinate Encoding Method:

Coordinate Representation:

Abscissa Resolution:

Ordinate Resolution:

Planar distance units:

Geodetic Model:

Horizontal Datum Name:

Ellipsoid Name:

Semi-Major Axis:

Denominator of Flattening Ratio:

Spatial Reference Information:

Section Index

Horizontal Coordinate System Definition:

Planar:

Grid Coordinate System:

Grid Coordinate System Name:

State Plane Coordinate System:

SPCS Zone Identifier:

Transverse Mercator:

Scale Factor at Central Meridian:

Longitude of Central Meridian:

Latitude of Projection Origin:

False Easting:

False Northing:

Planar Coordinate Information:

Planar Coordinate Encoding Method:

Coordinate Representation:

Abscissa Resolution:

Ordinate Resolution:

Planar distance units:

Geodetic Model:

Horizontal Datum Name:

Ellipsoid Name:

Semi-Major Axis:

Denominator of Flattening Ratio:

Spatial Reference Information:

Section Index

Horizontal Coordinate System Definition:

Planar:

Grid Coordinate System:

Grid Coordinate System Name:

State Plane Coordinate System:

SPCS Zone Identifier:

Transverse Mercator:

Scale Factor at Central Meridian:

Longitude of Central Meridian:

Latitude of Projection Origin:

False Easting:

False Northing:

Planar Coordinate Information:

Planar Coordinate Encoding Method:

Coordinate Representation:

Abscissa Resolution:

Ordinate Resolution:

Planar distance units:

Geodetic Model:

Horizontal Datum Name:

Ellipsoid Name:

Semi-Major Axis:

Denominator of Flattening Ratio:

Entity and Attribute Information:

Section Index

Detailed Description:

Entity Type:

Entity Type Label:

Entity Type Definition:

Entity Type Definition Source:

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Attribute Label:

Attribute Definition:

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Attribute Domain Values:

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Overview Description: (Geologic map Dikes)

Entity and Attribute Overview Description:

Geologic dike lines shows linear (not polygonal) trace of the dike as it intersects the surface of the earth. The "linetype" item contains (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Western Half of the Nez Perce Pass 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-4; Data dictionary with this data set

Overview Description: (Geologic map faults)

Entity and Attribute Overview Description:

Faults are the intersection of a fault surface with the earth's surface as mapped by the author(s). AGE OF FAULTING IS NOT CURRENTLY ATTRIBUTED. However, the age of faulting can be determined in many cases by observing cross-cutting relationships. Key items attributed include: "L and R poly", "linetype" (accuracy attribute), "Ftype" (fault type), "Fside" (Side of movement--differs for different fault types), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm . Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Overview Description: (Geologic map symbols)

Entity and Attribute Overview Description:

Geologic map symbols (attitudes and linears) represent field measurements taken at a point on the ground. The key fields for a symbol is location (found in the spatial data), "angle" (rotation in CAD and ArcInfo reverse units), "azimuth" (rotation in azimuth compass degrees), "tag1" (usually dip angle), "att1" (angle of dip), "refid1" and "refid3" (entity level source ids), and "blockname" (symbol name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Overview Description: (Geologic map units)

Entity and Attribute Overview Description:

Unit delineations are derived from geologic contacts which form closed polygons. Contact data (lines) contain accuracy, topology, source, fault, and other information. Data set comes with data model including metadata, legend, and spatial data files. Units may be based on lithology, formal lithostratigraphic unit, origin, or other feature determined by mapper. Units may include many lithologies; may be mixtures of rock types. The "value" item is the key link to the data model legend tables. There may also be entries under the "map_object" item for individual polygons. Geologic contacts (polygon lines) items include: "L and R poly", "linetype" (accuracy attribute), "Ftype" (fault type), "Fside" (Side of movement--differs for different fault types), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name). Data dictionaries for both the spatial and legend tables describe each entity and attribute. An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Overview Description: (Geologic map symbols)

Entity and Attribute Overview Description:

Geologic map symbols (attitudes and linears) represent field measurements taken at a point on the ground. The key fields for a symbol is location (found in the spatial data), "angle" (rotation in CAD and ArcInfo reverse units), "azimuth"(rotation in azimuth compass degrees), "tag1" (usually dip angle), "att1" (angle of dip), "refid1" and "refid3" (entity level source ids), and "blockname" (symbol name). Each data set comes with a data model: including metadata, legend, andspatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Elk City 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-5; Data dictionary with this data set

Overview Description: (Geologic map units)

Entity and Attribute Overview Description:

Unit delineations are derived from geologic contacts which form closed polygons. Contact data (lines) contain accuracy, topology, source, fault, and other information. Data set comes with data model including metadata, legend, and spatial data files.Units may be based on lithology, formal lithostratigraphic unit, origin, or other feature determined by mapper. Units may include many lithologies; may be mixtures of rock types.The "value" item is the key link to the data model legend tables. There may also be entries under the "map_object" item for individual polygons. Geologic contacts (polygon lines) items include: "L and R poly", "linetype" (accuracy attribute), "Ftype" (fault type), "Fside" (Side of movement--differs for different fault types), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name).Data dictionaries for both the spatial and legend tables describe each entity and attribute. An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Elk City 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-5; Data dictionary with this data set

Overview Description: (Geologic map folds)

Entity and Attribute Overview Description:

Geologic folds lines indicate the trace of the axis of the fold. The "layer" item contains the fold type, "linetype" (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name).Each data set comes with a data model: including metadata, legend, and spatial data files.Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Elk City 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-5; Data dictionary with this data set

Overview Description: (Geologic map faults)

Entity and Attribute Overview Description:

Faults are the intersection of a fault surface with the earth's surface as mapped by the author(s). AGE OF FAULTING IS NOT CURRENTLY ATTRIBUTED. However, the age of faulting can be determined in many cases by observing cross-cutting relationships. Keyitems attributed include: "L and R poly", "linetype" (accuracy attribute), "Ftype" (fault type), "Fside" (Side of movement--differs for different fault types), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name).Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table.An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm . Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Elk City 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-5; Data dictionary with this data set

Overview Description: (Geologic map dikes)

Entity and Attribute Overview Description:

Geologic dike lines shows linear (not polygonal) trace of the dike as it intersects the surface of the earth. The "linetype" item contains (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name).Each data set comes with a data model: including metadata, legend, and spatial data files.Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Elk City 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-5; Data dictionary with this data set

Overview Description: (Geologic map dikes)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Geologic Map Compilation of the Hamilton 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey GM-32; Data dictionary with this data set

Overview Description: (Geologic map symbols)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Geologic Map Compilation of the Hamilton 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey GM-32; Data dictionary with this data set

Overview Description: (Geologic map units)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Geologic Map Compilation of the Hamilton 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Gelogical Suvey GM-32; Data dictionary with this data set

Overview Description: (Geologic map folds)

Entity and Attribute Overview Description:

Geologic folds lines indicate the trace of the axis of the fold. The "layer" item contains the fold type, "linetype" (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Geologic Map Compilation of the Hamilton 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey GM-32; Data dictionary with this data set

Overview Description: (Geologic map faults)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Geologic Map Compilation of the Hamilton 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey GM-32; Data dictionary with this data set

Overview Description: (Geologic map symbols)

Entity and Attribute Overview Description:

Geologic map symbols (attitudes and linears) represent field measurements taken at a point on the ground. The key fields for a symbol is location (found in the spatial data), "angle" (rotation in CAD and ArcInfo reverse units), "azimuth" (rotation in azimuth compass degrees), "tag1" (usually dip angle), "att1" (angle of dip), "refid1" and "refid3" (entity level source ids), and "blockname" (symbol name). Each data set comes with a data model: including metadata, legend, andspatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Kooskia 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-6; Data dictionary with this data set

Overview Description: (Geologic map units)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Kooskia 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-6; Data dictionary with this data set

Overview Description: (Geologic map Dikes)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Kooskia 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-6; Data dictionary with this data set

Overview Description: (Geologic map folds)

Entity and Attribute Overview Description:

Geologic folds lines indicate the trace of the axis of the fold. The "layer" item contains the fold type, "linetype" (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Kooskia 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-6; Data dictionary with this data set

Overview Description: (Geologic map faults)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Kooskia 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-6; Data dictionary with this data set

Overview Description: (Geologic map veins)

Entity and Attribute Overview Description:

Geologic vein lines indicate the trace of the vein as it intersects the surface. The "linetype" item contains (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Kooskia 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-6; Data dictionary with this data set

Overview Description: (Geologic map Dikes)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Missoula West 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-2 Data dictionary with this data set

Overview Description: (Geologic map folds)

Entity and Attribute Overview Description:

Geologic folds lines indicate the trace of the axis of the fold. The "layer" item contains the fold type, "linetype" (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name). Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Missoula West 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-2; Data dictionary with this data set

Overview Description: (Geologic map faults)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Missoula West 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-2; Data dictionary with this data set

Overview Description: (Geologic map symbols)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Missoula West 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-2; Data dictionary with this data set

Overview Description: (Geologic map units)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Digital Geologic Map Compilation of the Missoula West 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis and Loudon R. Stanford, 2002: Idaho Geological Survey DGM-2; Data dictionary with this data set

Overview Description: (Geologic map units)

Entity and Attribute Overview Description:

Unit delineations are derived from geologic contacts which form closed polygons. Contact data (lines) contain accuracy, topology, source, fault, and other information. Data set comes with data model including metadata, legend, and spatial data files.Units may be based on lithology, formal lithostratigraphic unit, origin, or other feature determined by mapper. Units may include many lithologies; may be mixtures of rock types.The "value" item is the key link to the data model legend tables. There may also be entries under the "map_object" item for individual polygons. Geologic contacts (polygon lines) items include: "L and R poly", "linetype" (accuracy attribute), "Ftype" (fault type), "Fside" (Side of movement--differs for different fault types), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name).Data dictionaries for both the spatial and legend tables describe each entity and attribute. An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Geologic Map of the St. Maries 30 x 60 Minute Quadrangle, Idaho, Reed S. Lewis, Russell F. Burmester, John D. Kauffman, and Thomas P. Frost, 2000: Idaho Geological Survey GM-28; Data dictionary with this data set

Overview Description: (Geologic map symbols)

Entity and Attribute Overview Description:

Geologic map symbols (attitudes and linears) represent field measurements taken at a point on the ground. The key fields for a symbol is location (found in the spatial data), "angle" (rotation in CAD and ArcInfo reverse units), "azimuth"(rotation in azimuth compass degrees), "tag1" (usually dip angle), "att1" (angle of dip), "refid1" and "refid3" (entity level source ids), and "blockname" (symbol name). Each data set comes with a data model: including metadata, legend, andspatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Overview Description: (Geologic map folds)

Entity and Attribute Overview Description:

Entity and Attribute Detail Citation:

Overview Description: (Geologic map faults)

Entity and Attribute Overview Description:

Faults are the intersection of a fault surface with the earth's surface as mapped by the author(s). AGE OF FAULTING IS NOT CURRENTLY ATTRIBUTED. However, the age of faulting can be determined in many cases by observing cross-cutting relationships. Keyitems attributed include: "L and R poly", "linetype" (accuracy attribute), "Ftype" (fault type), "Fside" (Side of movement--differs for different fault types), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name).Each data set comes with a data model: including metadata, legend, and spatial data files. Data dictionaries for both the spatial and legend tables describe each field in each table.An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm . Documentation is also included with each data set.

Entity and Attribute Detail Citation:

Overview Description: (Geologic map veins)

Entity and Attribute Overview Description:

Geologic vein lines indicate the trace of the vein as it intersects the surface. The "linetype" item contains (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (object name).Each data set comes with a data model: including metadata, legend, and spatial data files.Data dictionaries for both the spatial and legend tables describe each field in each table. An overview of the IGS digital geologic maps data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Overview Description: (Geologic map loess unit)

Entity and Attribute Overview Description:

Loess unit delineations are derived from geologic contacts which form closed polygons. Contact data (lines) contain accuracy, topology, source, and other information.Data set comes with data model including metadata, legend, and spatial data files.Loess unit based on lithology determined by mapper.The "value" item is the key link to the data model legend tables. There may also be entries under the "map_object" item for individual polygons. Geologic loess contacts (polygon lines) items include: "L and R poly", "linetype" (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name).Data dictionaries for both the spatial and legend tables describe each entity and attribute. An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Overview Description: (Geologic map garnet isograd unit)

Entity and Attribute Overview Description:

Garnet isograd unit delineations are derived from geologic contacts which form closed polygons. Contact data (lines) contain accuracy, topology, source, and other info.Data set comes with data model including metadata, legend, and spatial data files.Garnet isograd unit based on lithology determined by mapper.The "value" item is the key link to the data model legend tables. There may also be entries under the "map_object" item for individual polygons. Geologic garnet contacts (polygon lines) items include: "L and R poly", "linetype" (accuracy attribute), "refid1" and "refid3" (entity level source ids), and "map-object" (fault name).Data dictionary for the spatial and legend tables describe each entity and attribute. An overview of the IGS digital geologic map data model can be found at: http://www.idahogeology.org/Lab/datamodel.htm

Entity and Attribute Detail Citation:

Overview Description: (Geochemistry sample data)

Entity and Attribute Overview Description:

Geochemistry sample collected by field geologists. Major elements and selected trace elements analyzed by X-ray fluorescence methods. Additional trace elements analyzed using inductively coupled plasma mass spectroscopy. Analyzed at Washington State University for the St. Maries 30 x 60 minute quadrangle.

Entity and Attribute Detail Citation:

GeoAnalytical Laboratory, Washington State University, Pullman, WA 99164

Distribution Information:

Section Index

Distributor:

Contact Information:

Contact Person Primary:

Contact Person:

Contact Organization:

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Contact Address:

Address Type:

Address:

City:

State or Province:

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Country:

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Contact E-mail:

stanford@uidaho.edu

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File Decompression Technique:

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Online Option:

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Offline Media:

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Ordering Instructions:

Technical Prerequisites:

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stanford@uidaho.edu

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