Puget Sound Large River Delta Tidal Restriction and Wetland Mapping

From Salish Sea Wiki
Revision as of 19:49, 29 October 2019 by CFS Issaquah (talk | contribs) (Created page with "{{effort}} category:river delta category:Salmon Category:Research Category:ESRPDeltaStrategy Category:delta flood and drainage category:delta hydrodynami...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)


Wiki Rules


Link to List of Workgroups Link to List of Topics Link to List of Places

Link to List of Efforts Link to List of Products Link to List of Documents Link to List of Graphics Link to List of Websites

Link to Delta Sites Link to Embayment Sites Link to Beach Sites Link to Rocky Headland Sites

Link to Headwater Sites Link to Lowland Watershed Sites Link to Floodplain Sites

Fisher slough tidegate.jpg

Cramer Fish Sciences propose to develop a consistent and comprehensive spatial database of tidal barrier features (e.g., culverts, tide gates, levees, and dikes), and current and potential tidal wetland habitat extents for Puget Sound’s major large river deltas. Although numerous spatial datasets for tidal barrier and wetland habitat currently exist, these have not been synthesized into a consistent regional dataset. In addition, many datasets are incomplete or have become outdated. We will compile regional datasets into a consistent spatial database and use remote sensing to update and correct regional data, digitize missing features, and classify feature types and potential connectivity impacts. The resulting spatial database will be used to delineate current and potential tidal wetland habitat extents that integrate tidal barrier information developed in this proposal. The products of this project will directly support and leverage salmon recovery planning and evaluation in the Puget Sound region (e.g., ESRP’s River Deltas Learning Objectives, PSP’s Estuaries Vital Sign and Common Chinook Indicators, NOAA’s Salmon Habitat Status and Trends Monitoring Program, and WDFW’s intertidal fish passage assessments) by providing spatial data that can be used to identify and evaluate restoration opportunities, inform development and evaluation of recovery targets at regional and system scales, and identify data gaps to guide future research needs..

Notes