{
 "culture": "en-US",
 "name": "",
 "guid": "",
 "catalogPath": "",
 "snippet": "This project addresses multiple regional data gaps for several regional salmon recovery programs (including National Oceanic and Atmospheric Administration's (NOAA) Salmon Habitat Status and Trends Monitoring, Puget Sound Partnership's (PSP) Common Indicator and Vital Signs, Washington Department of Fish and Wildlife\u2019s (WDFW) Fish Passage Inventory, and Estuary and Salmon Restoration Program's (ESRP) Beach Strategies) and will support program goals and regional restoration planning at a regional scale for Puget Sound. Previous and existing protocols were leveraged along with datasets, and regional expertise to produce consistent regional-scale mapping products that will be readily accessible through online mapping applications to support regional restoration planning and evaluation of progress towards recovery. This project focuses on developing data to support regional monitoring and reporting of habitat status and trends for two key habitats that can influence salmon habitat with the mapping of tidally influenced extent habitats and features that influence tidal connectivity.",
 "description": "The Tidal Restriction layer represents the network and connectivity impacts of tidal restrictions throughout Puget Sound created using regional data, remotely sensed aerial imagery, and oblique shoreline imagery depicted as polylines. Polylines were digitized at a 1:1000 scale using regional data, aerial imagery, and oblique shoreline imagery (DOE). Features were classified in a two-tiered nested structure that included a primary structure type and water crossing structure type (where applicable). Where features were not present in the regional data, aerial imagery was used to determine the feature type for primary and water crossing structures, or the feature was called Unknown. This database also contains details on feature type (e.g., road, dike/levee, culvert, bridge), status (e.g., present, removed, abandoned, breached), feature existence certainty, tidal connectivity impacts and certainty, fish passage and fishways, physical feature attributes (e.g., lengths, widths, elevations), and review status, as well as whether the feature was copied from a regional data layer or identified using remotely sensed aerial imagery. These classifications were assigned using the regional data and aerial imagery and rely on CFS staff interpretation and pre-determined classification rules for connectivity and feature type assignments where regional data were lacking.",
 "summary": "This project addresses multiple regional data gaps for several regional salmon recovery programs (including National Oceanic and Atmospheric Administration's (NOAA) Salmon Habitat Status and Trends Monitoring, Puget Sound Partnership's (PSP) Common Indicator and Vital Signs, Washington Department of Fish and Wildlife\u2019s (WDFW) Fish Passage Inventory, and Estuary and Salmon Restoration Program's (ESRP) Beach Strategies) and will support program goals and regional restoration planning at a regional scale for Puget Sound. Previous and existing protocols were leveraged along with datasets, and regional expertise to produce consistent regional-scale mapping products that will be readily accessible through online mapping applications to support regional restoration planning and evaluation of progress towards recovery. This project focuses on developing data to support regional monitoring and reporting of habitat status and trends for two key habitats that can influence salmon habitat with the mapping of tidally influenced extent habitats and features that influence tidal connectivity.",
 "title": "Tidal Restrictions",
 "tags": [
  "Puget Sound",
  "ESRP",
  "Tidal Restrictions",
  "CFS"
 ],
 "type": "",
 "typeKeywords": [],
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 "licenseInfo": ""
}