30851 Data Set Published / External 17697 FE (Fish Ecology) Division Project Completed The goals of this project are to examine 1) the relative importance of multiple aquatic habitats (streams, estuaries, and nearshore areas, for example) used by salmon during their migration, 2) evaluate how different forms of density dependence influence the relative importance of these habitats, and 3) determine the influence of life history variation on extinction risk. Analyses of Skagit Chinook, OR coho, and Winter run Chinook are currently being examined. Results of GIS models of habitat capacity for Sacramento Winter run Chinook salmon. Northwest Fisheries Science Center Seattle WA USA Data Set Table (digital) Instrument Not Applicable Platform Not Applicable Not Applicable 36824 Sacramento Winter run life cycle model, estuary habitat capacity mordel run results (No Action Alternative). Published / External Planned Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). Spreadsheet Yes PARR Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). 1 Yr_Mo NUMBER No No Active Concatenation of year and month. Units for values are NA. NUMBER NA 192110 to 200309 2 Year NUMBER Yes No Active Year. Units for values are NA. NUMBER NA 1921 to 2003 3 Month NUMBER Yes No Active Month number (January = 1). Units for values are NA. NUMBER NA 1 to 12 4 X2 (km) NUMBER No No Active Distance from Golden Gate Bridge to the 2 ppt salinity isoline in San Francisco Bay. Units for values are kilometers. NUMBER kilometers 0 to 100 5 X10 (km) NUMBER No No Active Distance from Golden Gate Bridge to the 10 ppt salinity isoline in San Francisco Bay. Units for values are kilometers. NUMBER kilometers 0 to 100 6 Delta area -- ppp (preferred on all axes) NUMBER Yes No Active Delta high quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 7 Delta area - aaa (avoided for all axes) NUMBER Yes No Active Delta low quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 8 Delta area --- paa (preferred habitat type only) NUMBER Yes No Active Delta habitat capacity, high quality channel type. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 9 Delta area -- ppa (preferred type and depth) NUMBER Yes No Active Delta habitat capacity, high quality channel type and depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 10 Delta area -- apa (preferred depth) NUMBER Yes No Active Delta habitat capacity, high quality depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 11 Delta area -- app (preferred depth and cover) NUMBER Yes No Active Delta habitat capacity, high quality depth and riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 12 delta area -- aap (preferred cover) NUMBER Yes No Active Delta habitat capacity, high quality riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 13 Delta area --- pap (preferred type and cover) NUMBER Yes No Active Delta habitat capacity, high quality channel type and riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 14 Delta Capacity Total NUMBER No No Active Total delta habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 15 NBay area -- ppp (preferred on all axes) NUMBER Yes No Active Bay high quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 16 NBay area - aaa (avoided for all axes) NUMBER Yes No Active Bay low quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 17 NBay area --- paa (preferred substrate type only) NUMBER Yes No Active Bay habitat capacity, high quality substrate type. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 18 NBay area -- ppa (preferred type and depth) NUMBER Yes No Active Bay habitat capacity, high quality substrate type and depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 19 NBay area -- apa (preferred depth) NUMBER Yes No Active Bay habitat capacity, high quality depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 20 NBay area -- app (preferred depth and salinity) NUMBER Yes No Active Bay habitat capacity, high quality depth and salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 21 NBay area -- aap (preferred salinity) NUMBER Yes No Active Bay habitat capacity, high quality salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 22 NBay area --- pap (preferred type and salinity) NUMBER Yes No Active Bay habitat capacity, high quality substrate type and salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 23 Bay Capacity Total NUMBER No No Active Total Bay habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 24 Habitat Total (m2) NUMBER No No Active Total habitat capacity across delta and bay. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 36825 Sacramento Winter run life cycle model, estuary habitat capacity model run results (Preferred alternative). Published / External Planned Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). Spreadsheet Yes PARR Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). 1 Yr_Mo NUMBER No No Active Concatenation of year and month. Units for values are NA. NUMBER NA 192110 to 200309 2 Year NUMBER Yes No Active Year. Units for values are NA. NUMBER NA 1921 to 2003 3 Month NUMBER Yes No Active Month number (January = 1). Units for values are NA. NUMBER NA 1 to 12 4 X2 (km) NUMBER No No Active Distance from Golden Gate Bridge to the 2 ppt salinity isoline in San Francisco Bay. Units for values are kilometers. NUMBER kilometers 0 to 100 5 X10 (km) NUMBER No No Active Distance from Golden Gate Bridge to the 10 ppt salinity isoline in San Francisco Bay. Units for values are kilometers. NUMBER kilometers 0 to 100 6 Delta area -- ppp (preferred on all axes) NUMBER Yes No Active Delta high quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 7 Delta area - aaa (avoided for all axes) NUMBER Yes No Active Delta low quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 8 Delta area --- paa (preferred habitat type only) NUMBER Yes No Active Delta habitat capacity, high quality channel type. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 9 Delta area -- ppa (preferred type and depth) NUMBER Yes No Active Delta habitat capacity, high quality channel type and depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 10 Delta area -- apa (preferred depth) NUMBER Yes No Active Delta habitat capacity, high quality depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 11 Delta area -- app (preferred depth and cover) NUMBER Yes No Active Delta habitat capacity, high quality depth and riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 12 delta area -- aap (preferred cover) NUMBER Yes No Active Delta habitat capacity, high quality riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 13 Delta area --- pap (preferred type and cover) NUMBER Yes No Active Delta habitat capacity, high quality channel type and riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 14 Delta Capacity Total NUMBER No No Active Total delta habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 15 NBay area -- ppp (preferred on all axes) NUMBER Yes No Active Bay high quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 16 NBay area - aaa (avoided for all axes) NUMBER Yes No Active Bay low quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 17 NBay area --- paa (preferred substrate type only) NUMBER Yes No Active Bay habitat capacity, high quality substrate type. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 18 NBay area -- ppa (preferred type and depth) NUMBER Yes No Active Bay habitat capacity, high quality substrate type and depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 19 NBay area -- apa (preferred depth) NUMBER Yes No Active Bay habitat capacity, high quality depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 20 NBay area -- app (preferred depth and salinity) NUMBER Yes No Active Bay habitat capacity, high quality depth and salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 21 NBay area -- aap (preferred salinity) NUMBER Yes No Active Bay habitat capacity, high quality salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 22 NBay area --- pap (preferred type and salinity) NUMBER Yes No Active Bay habitat capacity, high quality substrate type and salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 23 Bay Capacity Total NUMBER No No Active Total Bay habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 24 Habitat Total (m2) NUMBER No No Active Total habitat capacity across delta and bay. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 36826 Sacramento Winter run life cycle model, estuary habitat capacity model run results (Level one scenario). Published / External Planned Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). Spreadsheet Yes PARR Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). 1 Yr_Mo NUMBER No No Active Concatenation of year and month. Units for values are NA. NUMBER NA 192110 to 200309 2 Year NUMBER Yes No Active Year. Units for values are NA. NUMBER NA 1921 to 2003 3 Month NUMBER Yes No Active Month number (January = 1). Units for values are NA. NUMBER NA 1 to 12 4 X2 (km) NUMBER No No Active Distance from Golden Gate Bridge to the 2 ppt salinity isoline in San Francisco Bay. Units for values are kilometers. NUMBER kilometers 0 to 100 5 X10 (km) NUMBER No No Active Distance from Golden Gate Bridge to the 10 ppt salinity isoline in San Francisco Bay. Units for values are kilometers. NUMBER kilometers 0 to 100 6 Delta area -- ppp (preferred on all axes) NUMBER Yes No Active Delta high quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 7 Delta area - aaa (avoided for all axes) NUMBER Yes No Active Delta low quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 8 Delta area --- paa (preferred habitat type only) NUMBER Yes No Active Delta habitat capacity, high quality channel type. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 9 Delta area -- ppa (preferred type and depth) NUMBER Yes No Active Delta habitat capacity, high quality channel type and depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 10 Delta area -- apa (preferred depth) NUMBER Yes No Active Delta habitat capacity, high quality depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 11 Delta area -- app (preferred depth and cover) NUMBER Yes No Active Delta habitat capacity, high quality depth and riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 12 delta area -- aap (preferred cover) NUMBER Yes No Active Delta habitat capacity, high quality riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 13 Delta area --- pap (preferred type and cover) NUMBER Yes No Active Delta habitat capacity, high quality channel type and riparian cover. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 14 Delta Capacity Total NUMBER No No Active Total delta habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 15 NBay area -- ppp (preferred on all axes) NUMBER Yes No Active Bay high quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 16 NBay area - aaa (avoided for all axes) NUMBER Yes No Active Bay low quality habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 17 NBay area --- paa (preferred substrate type only) NUMBER Yes No Active Bay habitat capacity, high quality substrate type. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 18 NBay area -- ppa (preferred type and depth) NUMBER Yes No Active Bay habitat capacity, high quality substrate type and depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 19 NBay area -- apa (preferred depth) NUMBER Yes No Active Bay habitat capacity, high quality depth. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 20 NBay area -- app (preferred depth and salinity) NUMBER Yes No Active Bay habitat capacity, high quality depth and salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 21 NBay area -- aap (preferred salinity) NUMBER Yes No Active Bay habitat capacity, high quality salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 22 NBay area --- pap (preferred type and salinity) NUMBER Yes No Active Bay habitat capacity, high quality substrate type and salinity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 23 Bay Capacity Total NUMBER No No Active Total Bay habitat capacity. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 24 Habitat Total (m2) NUMBER No No Active Total habitat capacity across delta and bay. Units for values are number of juvenile Chinook. NUMBER number of juvenile Chinook = 0 Data Steward 2025 Person Munsch, Stuart stuart.munsch@noaa.gov 3305 E Commerce Street Pasco WA 99301 Distributor 2015-10-01 Organization Northwest Fisheries Science Center NWFSC nmfs.nwfsc.metadata@noaa.gov https://ror.org/05r7z1k40 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov NWFSC Home Online Resource Originator 2015-10-01 Person Greene, Correigh Correigh.Greene@noaa.gov https://orcid.org/0000-0001-8568-1092 2725 Montlake Boulevard East Seattle WA 98112 206-860-5611 Point of Contact 2015-10-01 Person Imaki, Hiroo Hiroo.Imaki@noaa.gov 2725 Montlake Boulevard East Seattle WA 98112 206-302-2409 -122.3062 -122.3062 47.6449 47.6449 NWFSC Montlake: Montlake campus Continuing 2005-01-01 Unclassified At this time, contact the Data Manager for information on obtaining access to this data set. In the near future, the NWFSC will strive to provide all data resources as a web service in order to meet the NOAA Data Access Policy Directive (https://nosc.noaa.gov/EDMC/PD.DA.php). NA https://www.webapps.nwfsc.noaa.gov/apex/parr/sacramento_winter_run_life_cycle_model_estuary_habitat_capacity_model_run_results_level_one_scenario/data/page/ Sacramento Winter run life cycle model, estuary ha RESTful web service for: Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). https://www.webapps.nwfsc.noaa.gov/apex/parr/sacramento_winter_run_life_cycle_model_estuary_habitat_capacity_model_run_results_preferred_alternative/data/page/ Sacramento Winter run life cycle model, estuary ha RESTful web service for: Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). https://www.webapps.nwfsc.noaa.gov/apex/parr/sacramento_winter_run_life_cycle_model_estuary_habitat_capacity_mordel_run_results_no_action_alternative/data/page/ Sacramento Winter run life cycle model, estuary ha RESTful web service for: Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/datasets/dataset/109971 Habitat capacity for Sacramento delta Results of GIS models of habitat capacity for Sacramento Winter run Chinook salmon https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/sacramento_winter_run_life_cycle_model_estuary_habitat_capacity_model_run_results_level_one_scenario Sacramento Winter run life cycle model, estuary ha Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/sacramento_winter_run_life_cycle_model_estuary_habitat_capacity_model_run_results_preferred_alternative Sacramento Winter run life cycle model, estuary ha Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/sacramento_winter_run_life_cycle_model_estuary_habitat_capacity_mordel_run_results_no_action_alternative Sacramento Winter run life cycle model, estuary ha Estimation of habitat capacity for Chinook salmon in the Sacramento delta and San Francisco Bay, using hydrologic outputs for three scenarios run for the California Waterfix. Details on methods of capacity estimation can be found in Hendrix et al. 2012 (NOAA Tech memo NMFS-SWFSC-530). Data are checked by comparing with other model outputs. These data were collected and processed in accordance with established protocols and best practices under the direction of the projects Principal Investigator. Contact the dataset Data Manager for full QA/QC methodology. Yes 20 Yes No No 364 Data are being subjected to QA/ QC NCEI-MD 365 The Northwest Fisheries Science Center facilitates backup and recovery of all data and IT components which are managed by IT Operations through the capture of static (point-in-time) backup data to physical media. Once data is captured to physical media (every 1-3 days), a duplicate is made and routinely (weekly) transported to an offsite archive facility where it is maintained throughout the data's applicable life-cycle. Summaries by month and year . 36826 Entity 36825 Entity 36824 Entity gov.noaa.nmfs.inport:30851 Jeffrey Cowen 2016-02-23T16:21:59 SysAdmin InPortAdmin 2026-03-04T19:17:22 2017-04-05 Northwest Fisheries Science Center NWFSC 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov 1001 Public No No 2017-04-05 1 Year 2018-04-05