Environmental Sensitivity Index, Outer Coast of Washington, 1985

  • blank blank
Description:

This service shows the Environmental Sensitivity Index (ESI) developed for the the outer coast of Washington in 1985. Both linear and polygonal shoreline features are included here. Associated GIS datasets can be downloaded  here. ESI maps use shoreline rankings to rate how sensitive an area of shoreline would be to an oil spill. The ranking scale goes from 1 to 10. A rank of 1 represents shorelines with the least susceptibility to damage by oiling. Examples include steep, exposed rocky cliffs and banks. The oil cannot penetrate into the rock and will be washed off quickly by the waves and tides. A rank of 10 represents shorelines most likely to be damaged by oiling. Examples include protected, vegetated wetlands, such as mangrove swamps and saltwater marshes. Oil in these areas will remain for a long period of time, penetrate deeply into the substrate, and inflict damage to many kinds of plants and animals.  You can visit NOAA's photo collection,  ESI Shoreline Types, to see photos of many of the shoreline types. Classifying Shorelines for ESI MapsTo assign each shoreline a rank from 1 to 10, ESI map developers use information and observations from a combination of sources: Overflights Aerial photography Remotely sensed data Ground truthing (visits to individual shorelines to assess aerial observations) Existing maps and data Establishing Shoreline Rankings ESI shoreline rankings are defined using factors that influence sensitivity to oiling, including: Relative exposure to waves and tidal energy Biological productivity and sensitivity Substrate type (grain size, permeability, trafficability, and mobility) Shoreline slope Ease of cleanup Ease of restoration More Information about ESI Maps Anatomy of ESI Maps: Learn about the basic elements of ESI maps. Biological Resources: Learn how ESI maps categorize and display oil-sensitive animals and their habitats, and habitats that are themselves sensitive to spilled oil (such as coral reefs). Human-Use Resources: Learn how ESI maps categorize and display the location of human-use resources (such as public beaches) that are vulnerable to oil spills, or that could be used as access points for oil spill cleanup. http://datadiscoverystudio.org/geoportal/rest/metadata/item/9529594534404137a7540620448b22cf/html

Metadata

Name Value Last Modified
@context
  • @context:
  • @id: https://www.sciencebase.gov/catalog/item/537f6a80e4b021317a86e602
  • @type: Dataset
  • additionalType:
    • geolink:Dataset
    • vivo:Dataset
  • citation: (2014-01-24-Original Data Basin Creation Date), Environmental Sensitivity Index, Outer Coast of Washington, 1985, https://www.sciencebase.gov/catalog/item/537f6a80e4b021317a86e602.
  • creator:
  • datePublished: 2014-01-24-Original Data Basin Creation Date
  • description: This service shows the Environmental Sensitivity Index (ESI) developed for the the outer coast of Washington in 1985. Both linear and polygonal shoreline features are included here. Associated GIS datasets can be downloaded&Acirc;&nbsp; <a href= 'http://response.restoration.noaa.gov/esi_downloading#Washington '>here</a>. <br /> <br />ESI maps use shoreline rankings to rate how sensitive an area of shoreline would be to an oil spill. The ranking scale goes from 1 to 10. <br /> <br />A rank of 1 represents shorelines with the&Acirc;&nbsp;least susceptibility to damage&Acirc;&nbsp;by oiling. Examples include steep, exposed rocky cliffs and banks. The oil cannot penetrate into the rock and will be washed off quickly by the waves and tides. <br /> <br />A rank of 10 represents shorelines&Acirc;&nbsp;most likely to be damaged&Acirc;&nbsp;by oiling. Examples include protected, vegetated wetlands, such as mangrove swamps and saltwater marshes. Oil in these areas will remain for a long period of time, penetrate deeply into the substrate, and inflict damage to many kinds of plants and animals.&Acirc;&nbsp; <br /> <br />You can visit NOAA's photo collection,&Acirc;&nbsp; <a href='http://response.restoration.noaa.gov/esi-shoreline-types '>ESI Shoreline Types</a>, to see photos of many of the&Acirc;&nbsp;shoreline types. <br /> <br /> <br /> <b>Classifying Shorelines for ESI Maps<br /></b>To assign each shoreline a rank from 1 to 10, ESI map developers use information and observations from a combination of sources: <br /> <ul> <li>Overflights<br /></li> <li>Aerial photography<br /></li> <li>Remotely sensed data<br /></li> <li>Ground truthing (visits to individual shorelines to assess aerial observations)<br /></li> <li>Existing maps and data<br /></li> </ul> <br /> <b>Establishing Shoreline Rankings</b> <br />ESI shoreline rankings are defined using factors that influence sensitivity to oiling, including: <br /> <ul> <li>Relative exposure to waves and tidal energy<br /></li> <li>Biological productivity and sensitivity<br /></li> <li>Substrate type (grain size, permeability, trafficability, and mobility)<br /></li> <li>Shoreline slope<br /></li> <li>Ease of cleanup<br /></li> <li>Ease of restoration<br /></li> </ul> <br /> <b>More Information about ESI Maps<br /></b> <a href='http://response.restoration.noaa.gov/maps-and-spatial-data/anatomy-esi-maps.html '>Anatomy of ESI Maps</a>:&Acirc;&nbsp;Learn about the basic elements of ESI maps. <br /> <a href= 'http://response.restoration.noaa.gov/maps-and-spatial-data/biological-resources-shown-esi-maps.html '>Biological Resources</a>:&Acirc;&nbsp;Learn how ESI maps categorize and display oil-sensitive animals and their habitats, and habitats that are themselves sensitive to spilled oil (such as coral reefs). <br /> <a href= 'http://response.restoration.noaa.gov/maps-and-spatial-data/human-use-resources.html '>Human-Use Resources</a>:&Acirc;&nbsp;Learn how ESI maps categorize and display the location of human-use resources (such as public beaches) that are vulnerable to oil spills, or that could be used as access points for oil spill cleanup. <br />
  • distribution:
  • identifier:
  • includedInDataCatalog:
    • @type: DataCatalog
    • name: Name of catalog source for record being transformed
    • url: not defined
  • keywords:
    • wildlife
    • sensitivity maps
    • NPLCC
    • oil spill planning
    • washington
    • coastal wildlife
    • coastal sensitivity
    • cook inlet
    • coastal zone management
    • coastal resources
    • environmental sensitivity
    • esi
    • coastal habitats
    • Observation
    • Habitat
    • NOAA
    • Indexing
    • Scale
    • Permeability
    • Environmental Sensitivity Index
    • ATP-protein Transphosphorylase Inhibitor
    • Factor A
    • Element
    • Oil Spill
    • Animal
    • Coast
    • Shoreline
    • Coral Reef
    • Inlet
    • Habitat
    • Wetland
    • Mangrove Swamp
    • Dataset
    • Tidal
    • Permeability
    • Cliff
    • Beach
  • name: Environmental Sensitivity Index, Outer Coast of Washington, 1985
  • publisher: publisher not specified
  • spatialCoverage:
    • @type: Place
    • geo:
      • @type: GeoShape
      • box: -124.7647, 46.3248 -123.7513, 48.2499
Extracted by http://clowder.ncsa.illinois.edu/extractors/deprecatedapi on Oct 11, 2020
  • @context:
  • @id: https://www.sciencebase.gov/catalog/item/537f6a80e4b021317a86e602
  • @type: Dataset
  • additionalType:
    • geolink:Dataset
    • vivo:Dataset
  • citation: (2014-01-24-Original Data Basin Creation Date), Environmental Sensitivity Index, Outer Coast of Washington, 1985, https://www.sciencebase.gov/catalog/item/537f6a80e4b021317a86e602.
  • creator:
  • datePublished: 2014-01-24-Original Data Basin Creation Date
  • description: This service shows the Environmental Sensitivity Index (ESI) developed for the the outer coast of Washington in 1985. Both linear and polygonal shoreline features are included here. Associated GIS datasets can be downloaded&Acirc;&nbsp; <a href= 'http://response.restoration.noaa.gov/esi_downloading#Washington '>here</a>. <br /> <br />ESI maps use shoreline rankings to rate how sensitive an area of shoreline would be to an oil spill. The ranking scale goes from 1 to 10. <br /> <br />A rank of 1 represents shorelines with the&Acirc;&nbsp;least susceptibility to damage&Acirc;&nbsp;by oiling. Examples include steep, exposed rocky cliffs and banks. The oil cannot penetrate into the rock and will be washed off quickly by the waves and tides. <br /> <br />A rank of 10 represents shorelines&Acirc;&nbsp;most likely to be damaged&Acirc;&nbsp;by oiling. Examples include protected, vegetated wetlands, such as mangrove swamps and saltwater marshes. Oil in these areas will remain for a long period of time, penetrate deeply into the substrate, and inflict damage to many kinds of plants and animals.&Acirc;&nbsp; <br /> <br />You can visit NOAA's photo collection,&Acirc;&nbsp; <a href='http://response.restoration.noaa.gov/esi-shoreline-types '>ESI Shoreline Types</a>, to see photos of many of the&Acirc;&nbsp;shoreline types. <br /> <br /> <br /> <b>Classifying Shorelines for ESI Maps<br /></b>To assign each shoreline a rank from 1 to 10, ESI map developers use information and observations from a combination of sources: <br /> <ul> <li>Overflights<br /></li> <li>Aerial photography<br /></li> <li>Remotely sensed data<br /></li> <li>Ground truthing (visits to individual shorelines to assess aerial observations)<br /></li> <li>Existing maps and data<br /></li> </ul> <br /> <b>Establishing Shoreline Rankings</b> <br />ESI shoreline rankings are defined using factors that influence sensitivity to oiling, including: <br /> <ul> <li>Relative exposure to waves and tidal energy<br /></li> <li>Biological productivity and sensitivity<br /></li> <li>Substrate type (grain size, permeability, trafficability, and mobility)<br /></li> <li>Shoreline slope<br /></li> <li>Ease of cleanup<br /></li> <li>Ease of restoration<br /></li> </ul> <br /> <b>More Information about ESI Maps<br /></b> <a href='http://response.restoration.noaa.gov/maps-and-spatial-data/anatomy-esi-maps.html '>Anatomy of ESI Maps</a>:&Acirc;&nbsp;Learn about the basic elements of ESI maps. <br /> <a href= 'http://response.restoration.noaa.gov/maps-and-spatial-data/biological-resources-shown-esi-maps.html '>Biological Resources</a>:&Acirc;&nbsp;Learn how ESI maps categorize and display oil-sensitive animals and their habitats, and habitats that are themselves sensitive to spilled oil (such as coral reefs). <br /> <a href= 'http://response.restoration.noaa.gov/maps-and-spatial-data/human-use-resources.html '>Human-Use Resources</a>:&Acirc;&nbsp;Learn how ESI maps categorize and display the location of human-use resources (such as public beaches) that are vulnerable to oil spills, or that could be used as access points for oil spill cleanup. <br />
  • distribution:
  • identifier:
  • includedInDataCatalog:
    • @type: DataCatalog
    • name: Name of catalog source for record being transformed
    • url: not defined
  • keywords:
    • wildlife
    • sensitivity maps
    • NPLCC
    • oil spill planning
    • washington
    • coastal wildlife
    • coastal sensitivity
    • cook inlet
    • coastal zone management
    • coastal resources
    • environmental sensitivity
    • esi
    • coastal habitats
    • Observation
    • Habitat
    • NOAA
    • Indexing
    • Scale
    • Permeability
    • Environmental Sensitivity Index
    • ATP-protein Transphosphorylase Inhibitor
    • Factor A
    • Element
    • Oil Spill
    • Animal
    • Coast
    • Shoreline
    • Coral Reef
    • Inlet
    • Habitat
    • Wetland
    • Mangrove Swamp
    • Dataset
    • Tidal
    • Permeability
    • Cliff
    • Beach
  • name: Environmental Sensitivity Index, Outer Coast of Washington, 1985
  • publisher: publisher not specified
  • spatialCoverage:
    • @type: Place
    • geo:
      • @type: GeoShape
      • box: -124.7647, 46.3248 -123.7513, 48.2499

No extraction events recorded.

Statistics

Views: 5
Last viewed: May 01, 2025 03:37:08
Downloads: 0
Last downloaded: Never
Last Modified: Oct 11, 2020 03:01:41

Spaces containing the Dataset

177138 datasets |

Collections containing the Dataset

Tags