Found 8 datasets matching "California SF Bay Conservation and Development Commission".
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The San Francisco Bay Conservation and Development Commission Adapting to Rising Tides Program developed a dataset to better understand community vulnerability to current and future flooding due...
Search relevance: 104.12 | Views last month: 0 -
A shapefile depiction of BCDC's Primary and Secondary Management Areas of the Suisun Marsh. Data was developed to assist with cartographic depiction of the Marsh and therefore should not be used...
Search relevance: 103.94 | Views last month: 0 -
The Adapting to Rising Tides program has developed this website to help Bay Area communities prepare for the impacts of current and future flooding due to sea level rise and storm surges by...
Search relevance: 102.85 | Views last month: 0 -
This eelgrass layer includes the maximum extent of eelgrass beds that have been surveyed in the San Francisco Bay shown in green. It was created by merging the Bay-wide eelgrass surveys conducted...
Search relevance: 101.46 | Views last month: 0 -
This layer is a 45-meter growth buffer surrounding the maximum extent of eelgrass (green layer called "SF Bay Eelgrass") surveyed in San Francisco Bay. Eelgrass beds are highly dynamic and the...
Search relevance: 101.41 | Views last month: 0 -
This web-based application was created by BCDC to support the Long Term Management Strategy for the Placement of Dredged Material in the San Francisco Bay Region (LTMS) program and the National...
Search relevance: 101.29 | Views last month: 0 -
This orange layer shows a 250-meter turbidity buffer of the blue 45-meter growth buffer (blue layer called "SF Bay Eelgrass 45m Buffer") adjacent to the maximum extent eelgrass survey in the San...
Search relevance: 101.28 | Views last month: 0 -
This study is the first comprehensive publication of tidal datums and extreme tides for San Francisco Bay (Bay) since the United States Army Corps of Engineers (USACE) published itsSan Francisco...
Search relevance: 89.29 | Views last month: 0
