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Sea Level Rise Inundation Model - San Francisco Bay - UC Berkeley [ds2695]...
- map.dfg.ca.gov
Updated Feb 13, 2018
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EmailClick to copy linkLink copiedCiteSea Level Rise Inundation Model - San Francisco Bay - UC Berkeley [ds2695] GIS Dataset [Dataset]. https://map.dfg.ca.gov/metadata/ds2695.htmlDataset updatedFeb 13, 2018Area coveredSan Francisco Bay, BerkeleyDescriptionCDFW BIOS GIS Dataset, Contact: John Radke, Description: This modeled data represents inundation location and depth (meters) for the San Francisco Bay resulting from 1.41 m sea level rise coupled with extreme storm events. This research is unique and innovative in its dynamic spatial detail and the fact that it incorporates real, time series water level data from past (near 100 year) storm events to capture the dynamic effect of storm surges in modeling inundation using 3Di.
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Sea Level Rise Inundation Model - California Coast - UC Berkeley [ds2696]...
- map.dfg.ca.gov
Updated Feb 13, 2018ShareFacebookTwitterEmailClick to copy linkLink copiedCite(2018). Sea Level Rise Inundation Model - California Coast - UC Berkeley [ds2696] GIS Dataset [Dataset]. https://map.dfg.ca.gov/metadata/ds2696.htmlDataset updatedFeb 13, 2018Area coveredBerkeley, CaliforniaDescriptionCDFW BIOS GIS Dataset, Contact: John Radke, Description: This modeled data represents inundation location and depth (meters) for the California Coast resulting from 1.41 m sea level rise coupled with extreme storm events. This research is unique and innovative in its dynamic spatial detail and the fact that it incorporates real, time series water level data from past (near 100 year) storm events to capture the dynamic effect of storm surges in modeling inundation using 3Di.
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FacebookTwitterEmailCDFW BIOS GIS Dataset, Contact: John Radke, Description: This modeled data represents inundation location and depth (meters) for the San Francisco Bay resulting from 1.41 m sea level rise coupled with extreme storm events. This research is unique and innovative in its dynamic spatial detail and the fact that it incorporates real, time series water level data from past (near 100 year) storm events to capture the dynamic effect of storm surges in modeling inundation using 3Di.