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Layer: Salmon (0)

Sub Layers:
• Salmon, chum (Hood Canal summer-run ESU)
• Salmon, chum (Columbia River ESU)
• Salmon, coho (Lower Columbia River ESU)
• Salmon, coho (Oregon Coast ESU)
• Salmon, sockeye (Ozette Lake ESU)
• Salmon, sockeye (Snake River ESU)
• Salmon, Chinook (Puget Sound ESU)
• Salmon, Chinook (Upper Columbia River spring-run ESU)
• Salmon, Chinook (Upper Columbia River spring-run ESU-XN)
• Salmon, Chinook (Lower Columbia River ESU)
• Salmon, Chinook (Upper Willamette River ESU)
• Salmon, Chinook (Snake River spring/summer-run ESU)
• Salmon, Chinook (Snake River fall-run ESU)
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Layer: Salmon, chum (Hood Canal summer-run ESU) (1)

Sub Layers:
• Salmon, chum (Hood Canal summer-run ESU) - access overlay
• Salmon, chum (Hood Canal summer-run ESU)
• Salmon, chum (Hood Canal summer-run ESU) - populations
Name: Salmon, chum (Hood Canal summer-run ESU)

Display Field:

Type: Group Layer

Geometry Type: null

Description:

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Copyright Text:

Default Visibility: true

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Supported Query Formats: JSON, AMF, geoJSON

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, chum (Hood Canal summer-run ESU) - access overlay (2)

Parent Layer: Salmon, chum (Hood Canal summer-run ESU)

Name: Salmon, chum (Hood Canal summer-run ESU) - access overlay

Display Field: link_FEATURE_ACCESS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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• MIDLEVEL_GROUP ( type: esriFieldTypeString , alias: GROUP , length: 100 , Coded Values: [700: Strait of Georgia] , [701: Strait of Juan de Fuca] , [702: Hood Canal] , ...49 more... )
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Layer: Salmon, chum (Hood Canal summer-run ESU) (3)

Parent Layer: Salmon, chum (Hood Canal summer-run ESU)

Name: Salmon, chum (Hood Canal summer-run ESU)

Display Field: DPS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, chum (Hood Canal summer-run ESU) - populations (4)

Parent Layer: Salmon, chum (Hood Canal summer-run ESU)

Name: Salmon, chum (Hood Canal summer-run ESU) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Supports Statistics: true

Has Labels: false

Can Modify Layer: true

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Use Standardized Queries: true

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, chum (Columbia River ESU) (5)

Sub Layers:
• Salmon, chum (Columbia River ESU) - access overlay
• Salmon, chum (Columbia River ESU)
• Salmon, chum (Columbia River ESU) - populations
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Supported Query Formats: JSON, AMF, geoJSON

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Use Standardized Queries: true

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, chum (Columbia River ESU) - access overlay (6)

Parent Layer: Salmon, chum (Columbia River ESU)

Name: Salmon, chum (Columbia River ESU) - access overlay

Display Field: link_FEATURE_ACCESS

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, chum (Columbia River ESU) (7)

Parent Layer: Salmon, chum (Columbia River ESU)

Name: Salmon, chum (Columbia River ESU)

Display Field: DPS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Salmon, chum (Columbia River ESU) - populations (8)

Parent Layer: Salmon, chum (Columbia River ESU)

Name: Salmon, chum (Columbia River ESU) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, coho (Lower Columbia River ESU) (9)

Sub Layers:
• Salmon, coho (Lower Columbia River ESU) - access overlay
• Salmon, coho (Lower Columbia River ESU)
• Salmon, coho (Lower Columbia River ESU) - populations
Name: Salmon, coho (Lower Columbia River ESU)

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Type: Group Layer

Geometry Type: null

Description:

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Copyright Text:

Default Visibility: true

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Supported Query Formats: JSON, AMF, geoJSON

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Supports Advanced Queries: false

Supports Statistics: false

Has Labels: false

Can Modify Layer: false

Can Scale Symbols: false

Use Standardized Queries: true

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Salmon, coho (Lower Columbia River ESU) - access overlay (10)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, coho (Lower Columbia River ESU) (11)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, coho (Lower Columbia River ESU) - populations (12)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, coho (Oregon Coast ESU) (13)

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Layer: Salmon, coho (Oregon Coast ESU) - access overlay (14)

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Name: Salmon, coho (Oregon Coast ESU) - access overlay

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, coho (Oregon Coast ESU) (15)

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Name: Salmon, coho (Oregon Coast ESU)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Salmon, coho (Oregon Coast ESU) - populations (16)

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Name: Salmon, coho (Oregon Coast ESU) - populations

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, sockeye (Ozette Lake ESU) - access overlay (18)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, sockeye (Ozette Lake ESU) (19)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, sockeye (Ozette Lake ESU) - population (20)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, sockeye (Snake River ESU) (21)

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Layer: Salmon, sockeye (Snake River ESU) - access overlay (22)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, sockeye (Snake River ESU) (23)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, sockeye (Snake River ESU) - populations (24)

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Name: Salmon, sockeye (Snake River ESU) - populations

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Puget Sound ESU) (25)

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Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Puget Sound ESU) - access overlay (26)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Puget Sound ESU) (27)

Parent Layer: Salmon, Chinook (Puget Sound ESU)

Name: Salmon, Chinook (Puget Sound ESU)

Display Field: DPS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Puget Sound ESU) - populations (28)

Parent Layer: Salmon, Chinook (Puget Sound ESU)

Name: Salmon, Chinook (Puget Sound ESU) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Has Labels: false

Can Modify Layer: true

Can Scale Symbols: false

Use Standardized Queries: true

Supports Datum Transformation: true

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU) (29)

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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU) - access overlay (30)

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Name: Salmon, Chinook (Upper Columbia River spring-run ESU) - access overlay

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU) (31)

Parent Layer: Salmon, Chinook (Upper Columbia River spring-run ESU)

Name: Salmon, Chinook (Upper Columbia River spring-run ESU)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU) - populations (32)

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Name: Salmon, Chinook (Upper Columbia River spring-run ESU) - populations

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU-XN) (33)

Sub Layers:
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• Salmon, Chinook (Upper Columbia River spring-run ESU-XN)
• Salmon, Chinook (Upper Columbia River spring-run ESU-XN) - reintroduced population
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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU-XN) - access overlay (34)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU-XN) (35)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Upper Columbia River spring-run ESU-XN) - reintroduced population (36)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Lower Columbia River ESU) (37)

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Layer: Salmon, Chinook (Lower Columbia River ESU) - access overlay (38)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Lower Columbia River ESU) (39)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Lower Columbia River ESU) - populations (40)

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Name: Salmon, Chinook (Lower Columbia River ESU) - populations

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Upper Willamette River ESU) (41)

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Layer: Salmon, Chinook (Upper Willamette River ESU) - access overlay (42)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Upper Willamette River ESU) (43)

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Name: Salmon, Chinook (Upper Willamette River ESU)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Upper Willamette River ESU) - populations (44)

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Name: Salmon, Chinook (Upper Willamette River ESU) - populations

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Snake River spring/summer-run ESU) (45)

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• Salmon, Chinook (Snake River spring/summer-run ESU)
• Salmon, Chinook (Snake River spring/summer-run ESU) - populations
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Layer: Salmon, Chinook (Snake River spring/summer-run ESU) - access overlay (46)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Snake River spring/summer-run ESU) (47)

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Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Snake River spring/summer-run ESU) - populations (48)

Parent Layer: Salmon, Chinook (Snake River spring/summer-run ESU)

Name: Salmon, Chinook (Snake River spring/summer-run ESU) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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  Label: Middle Fork Salmon River Lower Mainstem (spring/summer)
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  Label: Middle Fork Salmon River Upper Mainstem (spring)
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  Label: Bear Valley Creek (spring)
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  Label: Marsh Creek (spring)
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  Label: Loon Creek (spring/summer)
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  Label: Camas Creek (spring/summer)
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  Label: ** Panther Creek (unknown)
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  Label: North Fork Salmon River (spring)
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  Label: Salmon River Lower Mainstem (spring/summer)
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  Label: East Fork Salmon River (spring/summer)
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  Label: Yankee Fork (spring)
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  Label: Valley Creek (spring/summer)
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  Label: Salmon River Upper Mainstem (spring)
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  Label: * Eagle Creek (unknown)
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  Label: * Powder River (unknown)
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  Label: * North Fork Payette River (unknown)
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  Label: * Boise River (unknown)
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  Label: * Willow Creek/Lower Malheur River (unknown)
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  Label: * North Fork Malheur River (unknown)
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  Label: * Lower Owyhee River (unknown)
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  Label: * Little Owyhee River (unknown)
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  Label: * Upper Owyhee River (unknown)
  Description:
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  Label: * South Fork Owyhee River (unknown)
  Description:
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• Value: CKSRSxxCYN
  Label: * Canyon Creek (unknown)
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• Value: CKSRSxxBRL
  Label: * Lower Bruneau River (unknown)
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  Label: * Upper Bruneau River (unknown)
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  Label: * Salmon Falls Creek (unknown)
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• Value: CKSRSxxROK
  Label: * Rock Creek (unknown)
  Description:
  Symbol:
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• WCR_POP_ID ( type: esriFieldTypeString , alias: WCR_POP_ID , length: 255 )
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Layer: Salmon, Chinook (Snake River fall-run ESU) (49)

Sub Layers:
• Salmon, Chinook (Snake River fall-run ESU) - access overlay
• Salmon, Chinook (Snake River fall-run ESU)
• Salmon, Chinook (Snake River fall-run ESU) - populations
Name: Salmon, Chinook (Snake River fall-run ESU)

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Copyright Text:

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Supported Query Formats: JSON, AMF, geoJSON

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XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Snake River fall-run ESU) - access overlay (50)

Parent Layer: Salmon, Chinook (Snake River fall-run ESU)

Name: Salmon, Chinook (Snake River fall-run ESU) - access overlay

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Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Salmon, Chinook (Snake River fall-run ESU) (51)

Parent Layer: Salmon, Chinook (Snake River fall-run ESU)

Name: Salmon, Chinook (Snake River fall-run ESU)

Display Field: DPS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Salmon, Chinook (Snake River fall-run ESU) - populations (52)

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Name: Salmon, Chinook (Snake River fall-run ESU) - populations

Display Field: POPULATION

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (53)

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Layer: Steelhead (Puget Sound DPS) (54)

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• Steelhead (Puget Sound DPS) - populations
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Layer: Steelhead (Puget Sound DPS) - access overlay (55)

Parent Layer: Steelhead (Puget Sound DPS)

Name: Steelhead (Puget Sound DPS) - access overlay

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Type: Feature Layer

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (Puget Sound DPS) (56)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

Default Visibility: true

MaxRecordCount: 1000

Supported Query Formats: JSON, AMF, geoJSON

Min Scale: 0

Max Scale: 0

Supports Advanced Queries: true

Supports Statistics: true

Has Labels: false

Can Modify Layer: true

Can Scale Symbols: false

Use Standardized Queries: true

Supports Datum Transformation: true

Extent:
XMin: -1.3883610217799999E7
YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



Drawing Info:
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• hydrologic_Shape ( type: esriFieldTypeGeometry , alias: hydrologic_Shape )
• link_FEATURE_ID ( type: esriFieldTypeInteger , alias: FEATURE_ID )
• link_FEATURE_ACCESS ( type: esriFieldTypeString , alias: FEATURE_ACCESS , length: 255 , Coded Values: [AC: Accessible] , [TH: Trap and Haul] , [AR: Artificial] , ...2 more... )
• hydrologic_FEATURE_NOTES ( type: esriFieldTypeString , alias: FEATURE_NOTES , length: 500 )
• hydrologic_HUC_12 ( type: esriFieldTypeString , alias: HUC_12 , length: 12 )
• hydrologic_HU_12_Name ( type: esriFieldTypeString , alias: HU_12_Name , length: 120 )
• hydrologic_HU_SPLIT ( type: esriFieldTypeString , alias: HU_SPLIT , length: 5 )
• DPS_ID ( type: esriFieldTypeString , alias: DPS_ID , length: 10 )
• DPS ( type: esriFieldTypeString , alias: DPS , length: 100 )
• link_DPS_NOTES ( type: esriFieldTypeString , alias: DPS_NOTES , length: 255 )
• MIDLEVEL_GROUP ( type: esriFieldTypeString , alias: GROUP , length: 100 , Coded Values: [700: Strait of Georgia] , [701: Strait of Juan de Fuca] , [702: Hood Canal] , ...49 more... )
• WCR_POP_ID ( type: esriFieldTypeString , alias: WCR_POP_ID , length: 255 )
• POPULATION ( type: esriFieldTypeString , alias: POPULATION , length: 255 )
• RUN_TIMING ( type: esriFieldTypeString , alias: RUN_TIMING , length: 255 , Coded Values: [wi: winter] , [sp: spring] , [ss: spring/summer] , ...8 more... )
• TYPE ( type: esriFieldTypeString , alias: TYPE , length: 255 , Coded Values: [IN: Independent] , [FI: Functionally Independent] , [PI: Potentially Independent] , ...2 more... )
• STATUS ( type: esriFieldTypeString , alias: STATUS , length: 255 , Coded Values: [EX: Extant] , [ET: Extirpated] , [FE: Functionally Extirpated] , ...3 more... )
• link_POP_NOTES ( type: esriFieldTypeString , alias: POP_NOTES , length: 255 )
• NWFSC_POP_ID ( type: esriFieldTypeInteger , alias: NWFSC_POP_ID )
• TRT ( type: esriFieldTypeString , alias: TRT , length: 100 , Coded Values: [WLC TRT: Willamette-Lower Columbia Technical Recovery Team] , [PS TRT: Puget Sound Technical Recovery Team] , [PSS TRT: Puget Sound Steelhead Technical Recovery Team] , ...5 more... )
• TRT_POP_ID ( type: esriFieldTypeString , alias: TRT_POP_ID , length: 255 )
• LISTING_STATUS ( type: esriFieldTypeString , alias: LISTING_STATUS , length: 50 , Coded Values: [E: Endangered] , [T: Threatened] , [S: Species of Concern] , ...1 more... )
• SPECIES ( type: esriFieldTypeString , alias: SPECIES , length: 50 , Coded Values: [CK: Oncorhynchus tshawytscha] , [SO: Oncorhynchus nerka] , [CO: Oncorhynchus kisutch] , ...2 more... )
• FRN ( type: esriFieldTypeString , alias: FRN , length: 40 )

Layer: Steelhead (Puget Sound DPS) - populations (57)

Parent Layer: Steelhead (Puget Sound DPS)

Name: Steelhead (Puget Sound DPS) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

Default Visibility: true

MaxRecordCount: 1000

Supported Query Formats: JSON, AMF, geoJSON

Min Scale: 0

Max Scale: 0

Supports Advanced Queries: true

Supports Statistics: true

Has Labels: false

Can Modify Layer: true

Can Scale Symbols: false

Use Standardized Queries: true

Supports Datum Transformation: true

Extent:
XMin: -1.3883610217799999E7
YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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  Label: Drayton Harbor Tributaries (winter)
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  Label: Nooksack River (winter)
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  Label: Samish River and Bellingham Bay Tributaries (winter)
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  Label: Baker River (summer and winter)
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  Label: Skagit River (summer and winter)
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  Label: Nookachamps Creek (winter)
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  Label: Deer Creek (summer)
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  Label: Stillaguamish River (winter)
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  Label: Canyon Creek (summer)
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  Label: Sauk River (summer and winter)
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  Label: Pilchuck River (winter)
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  Label: Snohomish/Skykomish Rivers (winter)
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  Label: North Fork Skykomish River (summer)
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  Label: Tolt River (summer)
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  Label: Snoqualmie River (winter)
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  Label: North Lake Washington and Lake Sammamish (winter)
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  Label: Cedar River (winter)
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  Label: Nisqually River (winter)
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  Label: South Puget Sound Tributaries (winter)
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  Label: East Kitsap Peninsula Tributaries (winter)
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  Label: South Hood Canal Tributaries (winter)
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  Label: East Hood Canal Tributaries (winter)
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  Label: Skokomish River (winter)
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  Label: West Hood Canal Tributaries (winter)
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  Label: Sequim/Discovery Bays Tributaries (winter)
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  Label: Dungeness River (summer and winter)
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  Label: Strait of Juan de Fuca Tributaries (winter)
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  Label: Elwha River (winter)
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• link_FEATURE_ID ( type: esriFieldTypeInteger , alias: FEATURE_ID )
• link_FEATURE_ACCESS ( type: esriFieldTypeString , alias: FEATURE_ACCESS , length: 255 , Coded Values: [AC: Accessible] , [TH: Trap and Haul] , [AR: Artificial] , ...2 more... )
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Layer: Steelhead (Upper Columbia River DPS) (58)

Parent Layer: Steelhead

Sub Layers:
• Steelhead (Upper Columbia River DPS) - access overlay
• Steelhead (Upper Columbia River DPS)
• Steelhead (Upper Columbia River DPS) - populations
Name: Steelhead (Upper Columbia River DPS)

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Supported Query Formats: JSON, AMF, geoJSON

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Can Scale Symbols: false

Use Standardized Queries: true

Extent:
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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



Drawing Info:
N/A
Advanced Query Capabilities:
Supports Statistics: false
Supports OrderBy: false
Supports Distinct: false
Supports Pagination: false
Supports TrueCurve: false
Supports Returning Query Extent: true
Supports Query With Distance: true
Supports Sql Expression: false
Supports Query With ResultType: false


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HTML Popup Type: esriServerHTMLPopupTypeNone

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Layer: Steelhead (Upper Columbia River DPS) - access overlay (59)

Parent Layer: Steelhead (Upper Columbia River DPS)

Name: Steelhead (Upper Columbia River DPS) - access overlay

Display Field: link_FEATURE_ACCESS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Spatial Reference: 102100  (3857)



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Layer: Steelhead (Upper Columbia River DPS) (60)

Parent Layer: Steelhead (Upper Columbia River DPS)

Name: Steelhead (Upper Columbia River DPS)

Display Field: DPS

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Steelhead (Upper Columbia River DPS) - populations (61)

Parent Layer: Steelhead (Upper Columbia River DPS)

Name: Steelhead (Upper Columbia River DPS) - populations

Display Field: POPULATION

Type: Feature Layer

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Steelhead (Middle Columbia River DPS) (62)

Parent Layer: Steelhead

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• Steelhead (Middle Columbia River DPS) - populations
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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Steelhead (Middle Columbia River DPS) - access overlay (63)

Parent Layer: Steelhead (Middle Columbia River DPS)

Name: Steelhead (Middle Columbia River DPS) - access overlay

Display Field: link_FEATURE_ACCESS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Steelhead (Middle Columbia River DPS) (64)

Parent Layer: Steelhead (Middle Columbia River DPS)

Name: Steelhead (Middle Columbia River DPS)

Display Field: DPS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Steelhead (Middle Columbia River DPS) - populations (65)

Parent Layer: Steelhead (Middle Columbia River DPS)

Name: Steelhead (Middle Columbia River DPS) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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  Label: ** White Salmon River (summer)
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  Label: Klickitat River (summer and winter)
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  Label: * Crooked River (summer)
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  Label: John Day River Lower Mainstem Tributaries (summer)
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  Label: Middle Fork John Day River (summer)
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  Label: John Day River Upper Mainstem (summer)
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  Label: South Fork John Day River (summer)
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  Label: ** Willow Creek (summer)
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  Label: Umatilla River (summer)
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  Label: Walla Walla River (summer)
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  Label: Touchet River (summer)
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  Label: Satus Creek (summer)
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  Label: Toppenish Creek (summer)
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  Label: Naches River (summer)
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  Label: Yakima River Upper Mainstem (summer)
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Layer: Steelhead (Middle Columbia River DPS-XN) (66)

Parent Layer: Steelhead

Sub Layers:
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Layer: Steelhead (Middle Columbia River DPS-XN) - access overlay (67)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (Middle Columbia River DPS-XN) - reintroduced population (69)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (Lower Columbia River DPS) (70)

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Layer: Steelhead (Lower Columbia River DPS) - access overlay (71)

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Name: Steelhead (Lower Columbia River DPS) - access overlay

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (Lower Columbia River DPS) (72)

Parent Layer: Steelhead (Lower Columbia River DPS)

Name: Steelhead (Lower Columbia River DPS)

Display Field: DPS

Type: Feature Layer

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Spatial Reference: 102100  (3857)



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Layer: Steelhead (Lower Columbia River DPS) - populations (73)

Parent Layer: Steelhead (Lower Columbia River DPS)

Name: Steelhead (Lower Columbia River DPS) - populations

Display Field: POPULATION

Type: Feature Layer

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
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Spatial Reference: 102100  (3857)



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Layer: Steelhead (Snake River Basin DPS) (74)

Parent Layer: Steelhead

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• Steelhead (Snake River Basin DPS)
• Steelhead (Snake River Basin DPS) - populations
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Layer: Steelhead (Snake River Basin DPS) - access overlay (75)

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Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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XMin: -1.3883610217799999E7
YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Steelhead (Snake River Basin DPS) (76)

Parent Layer: Steelhead (Snake River Basin DPS)

Name: Steelhead (Snake River Basin DPS)

Display Field: DPS

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Supports Statistics: true

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Can Scale Symbols: false

Use Standardized Queries: true

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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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Layer: Steelhead (Snake River Basin DPS) - populations (77)

Parent Layer: Steelhead (Snake River Basin DPS)

Name: Steelhead (Snake River Basin DPS) - populations

Display Field: POPULATION

Type: Feature Layer

Geometry Type: esriGeometryPolygon

Description: The base geospatial information is the Watershed Boundary Dataset (WBD), which was queried by two 2-digit "regions" HU 17 (Pacific Northwest) and HU 18 (California), and downloaded in June 2012. The WBD HU 17 "region" included transboundary hydrologic data, or HUs that cross the U.S.-Canadian border. The WBD data were merged with "Assessment Watersheds" for the Slocan River drainage in British Columbia, north of the transboundary HUs, to represent areas historically occupied by fish.There are 5 objects stored in this geodatabase:hydrologic (feature class)link (table)DPS (table)population (table)fish (feature class)The hydrologic feature class is the base geospatial data from the Watershed Boundary Dataset and British Columbia Assessment Watersheds. Some of the hydrologic polygon features have been split to better represent fish populations. No overlapping polygons.The link table contains the relationships between spatial and tabular data.The DPS table contains information on Distinct Population Segments, which are the listed entities under the Endangered Species Act. A DPS can be further refined to an entity called an Evolutionarily Significant Unit (ESU) for salmon. An ESU can also be a listed entity under the Endangered Species Act. For purposes of this database, DPSs and ESUs are included in this single table.The population table contains fish units smaller than the steelhead DPSs and salmon ESUs. The fish feature class is the end product to be used for visualisation of fish data. It was generated in 4 steps. Step 1: used the Make Query Table tool (ArcToolbox 10.2.2 -> Data Management Tools -> Layers and Table Views -> Make Query Table) to combine the hydrologic feature class with the link table (query is based on unique FEATURE_ID). Step 2: joined the DPS table (join is based on unique DPS_ID). Step 3: joined the population table (join is based on unique WCR_POP_ID). Step 4: exported the result to make a permanent fish feature class in the geodatabase because joins are temporary. The fish feature class has overlapping polygons for species located in the same geographic areas and for species with multiple run timings.Coded value domains are utilized in this geodataase for numerous fields. In order to export any geodatabase tables with the values (not the codes), use the Table to Excel tool (ArcToolbox 10.2.2 -> Conversion Tools -> Excel -> Table to Excel). In the tool options, check the box for "Use domain and subtype description".

Definition Expression: N/A

Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Supports Statistics: true

Has Labels: false

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Can Scale Symbols: false

Use Standardized Queries: true

Supports Datum Transformation: true

Extent:
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YMin: 5031215.1635000035
XMax: -1.25789336898E7
YMax: 6556933.022200003
Spatial Reference: 102100  (3857)



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  Label: Tucannon River (summer)
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  Label: Grande Ronde River Upper Mainstem (summer)
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  Label: Little Salmon River (summer)
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  Label: Middle Fork Salmon River Upper Mainstem (summer)
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  Label: Middle Fork Salmon River Lower Mainstem (summer)
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  Label: North Fork Salmon River (summer)
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  Label: East Fork Salmon River (summer)
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  Label: Salmon River Upper Mainstem (summer)
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  Label: Imnaha River (summer)
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  Label: Powder River (summer)
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  Label: * Burnt River (summer)
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  Label: * Weiser River (summer)
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  Label: * Lower Payette River (summer)
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  Label: * North Fork Payette River (summer)
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Layer: Steelhead (Upper Willamette River DPS) - access overlay (79)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (Upper Willamette River DPS) (80)

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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Layer: Steelhead (Upper Willamette River DPS) - populations (81)

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Name: Steelhead (Upper Willamette River DPS) - populations

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Copyright Text: Geodatabase version 1.0 was designed and populated by Shanna Dunn, completed December 2015. The information reviewed during the data assessment and used to compile this geodatabase came from a variety of sources. Credits go to the participants of Biological Review Teams and Technical Recovery Teams, recovery planning teams, staff from the West Coast Region, Northwest Fisheries Science Center, and Southwest Fisheries Science Center, external partners, and especially the states and tribes for collecting groundtruthed fish distribution data. The StreamNet 2012 data was used extensively during processing. Credit also goes to the United States Geological Survey and the Natural Resources Conservation Service for producing and maintaining the Watershed Boundary Dataset and National Hydrography Dataset, which together make it possible to consistently map fish geography.

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HasM: false

Has Attachments: false

HTML Popup Type: esriServerHTMLPopupTypeAsHTMLText

Type ID Field: null

Fields:
• OBJECTID_12 ( type: esriFieldTypeOID , alias: OBJECTID_12 )
• hydrologic_Shape ( type: esriFieldTypeGeometry , alias: hydrologic_Shape )
• link_FEATURE_ID ( type: esriFieldTypeInteger , alias: FEATURE_ID )
• link_FEATURE_ACCESS ( type: esriFieldTypeString , alias: FEATURE_ACCESS , length: 255 , Coded Values: [AC: Accessible] , [TH: Trap and Haul] , [AR: Artificial] , ...2 more... )
• hydrologic_FEATURE_NOTES ( type: esriFieldTypeString , alias: FEATURE_NOTES , length: 500 )
• hydrologic_HUC_12 ( type: esriFieldTypeString , alias: HUC_12 , length: 12 )
• hydrologic_HU_12_Name ( type: esriFieldTypeString , alias: HU_12_Name , length: 120 )
• hydrologic_HU_SPLIT ( type: esriFieldTypeString , alias: HU_SPLIT , length: 5 )
• DPS_ID ( type: esriFieldTypeString , alias: DPS_ID , length: 10 )
• DPS ( type: esriFieldTypeString , alias: DPS , length: 100 )
• link_DPS_NOTES ( type: esriFieldTypeString , alias: DPS_NOTES , length: 255 )
• MIDLEVEL_GROUP ( type: esriFieldTypeString , alias: GROUP , length: 100 , Coded Values: [700: Strait of Georgia] , [701: Strait of Juan de Fuca] , [702: Hood Canal] , ...49 more... )
• WCR_POP_ID ( type: esriFieldTypeString , alias: WCR_POP_ID , length: 255 )
• POPULATION ( type: esriFieldTypeString , alias: POPULATION , length: 255 )
• RUN_TIMING ( type: esriFieldTypeString , alias: RUN_TIMING , length: 255 , Coded Values: [wi: winter] , [sp: spring] , [ss: spring/summer] , ...8 more... )
• TYPE ( type: esriFieldTypeString , alias: TYPE , length: 255 , Coded Values: [IN: Independent] , [FI: Functionally Independent] , [PI: Potentially Independent] , ...2 more... )
• STATUS ( type: esriFieldTypeString , alias: STATUS , length: 255 , Coded Values: [EX: Extant] , [ET: Extirpated] , [FE: Functionally Extirpated] , ...3 more... )
• link_POP_NOTES ( type: esriFieldTypeString , alias: POP_NOTES , length: 255 )
• NWFSC_POP_ID ( type: esriFieldTypeInteger , alias: NWFSC_POP_ID )
• TRT ( type: esriFieldTypeString , alias: TRT , length: 100 , Coded Values: [WLC TRT: Willamette-Lower Columbia Technical Recovery Team] , [PS TRT: Puget Sound Technical Recovery Team] , [PSS TRT: Puget Sound Steelhead Technical Recovery Team] , ...5 more... )
• TRT_POP_ID ( type: esriFieldTypeString , alias: TRT_POP_ID , length: 255 )