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Beach and Tidal Habitat Inventories
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This series of reports, databases, and data layers generated using Google Earth imagery provides an inventory of sandy beach and tidal inlet habitats from Maine to North Carolina, as well as modifications to sandy beaches and tidal inlets prior to, immediately after, and three years after Hurricane Sandy.
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Projects
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Beach and Tidal Inlet Habitat Inventories
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Beach response models
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Rob Thieler (USGS)
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Presentation files
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Physical and Geological Processes
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Coast Guard beach, Eastham, MA
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Back barrier beach and dune
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Beach Resiliency
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Photos and Images
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Coastal and adjacent data layers from Designing Sustainable Landscapes
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Joanna Grand (UMass Amherst)
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Presentation files
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Mapping and Spatial Data (also Intro. slides)
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Coastal Resilience.org
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Whelchel (TNC)
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Presentation files
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Delivering Coastal Resiliency Information
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Coastal wetland dynamics and wildlife populations
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Allan O'Connell (USGS)
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Presentation files
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Tidal Marsh Obligate Species
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Coupled Marsh Equilibrium Model and hydrodynamic model (ADCIRC)
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Jim Morris (University of South Carolina)
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Presentation files
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Tidal Marsh Biological Response to Sea Level Rise and Storms
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Customizable ArcGIS tool for prioritizing field survey locations
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This link allows users to select the metrics that are most important to their objectives in choosing where to conduct field surveys of road-stream crossings to assess aquatic organism passage for particular groups of species, average slope at crossings, or for other considerations.
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Aquatic Resiliency and Connectivity
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Maps
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Customizable map tool for aquatic barrier prioritization
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This tool allows users to view aquatic barriers (dams, road-stream crossings) by the relative gain in ecological value if they were removed. Users start with a consensus map of anadromous fish priorities, which was developed based on stakeholder input as part of the North Atlantic Aquatic Connectivity Collaborative (NAACC). Beyond the consensus results, interested users can create their own scenarios by filtering input barriers to limit the analysis to a given state or watershed, changing the weights of metrics according to their importance to the analysis objectives (e.g. length of upstream network connected, number of diadromous fish present, etc.) and by modeling the removal of up to 10 barriers.
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Topics
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Aquatic Resiliency and Connectivity
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Maps
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Department of the Interior Hurricane Sandy Resilience Projects
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Project titles, locations, agencies and descriptions
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Workshop December 8-9 2014
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Related documents
NEWS
