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Coastal Ecosystem Impacts

The U.S. Department of the Interior (DOI) manages public lands affected by Hurricane Sandy, including approximately 30 National Wildlife Refuges and 6 National Parks and National Seashores along the coast of the northeastern United States that provide critical habitat for migratory waterfowl and threatened or endangered species. These coastal barriers protect wetlands and coastal communities and provide recreational opportunities for millions of visitors, including those from nearby metropolitan areas from Boston to Washington, D.C.

The USGS provides decision makers with the science needed to support the assessment, recovery, and resilience of the Nation’s natural resources. Managers of DOI lands have trust responsibilities under the Federal Endangered Species Act and the Migratory Bird Treaty Act, as well as additional cooperative responsibilities with State and local authorities for the protection of native, commercial, and recreationally harvested fish and wildlife species. Studies conducted by the USGS and its partners provide essential baseline data and long-term support for coastal-zone planning, conservation planning, resource management, hazard reduction, and risk mitigation in the wake of past and future natural disasters.

Filter Total Items: 17
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Predicting the Long-Term Impact of Hurricane Sandy on Spatial Patterns of Wetland Morphology in Salt Marshes of Jamaica Bay, New York

USGS scientists are working with collaborators to understand how Hurricane Sandy impacted wetlands in Jamaica Bay, New York.
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Salinity Intrusion Impacts from Hurricane Sandy in Tidal Freshwater Swamps, Delmarva Peninsula, Mid-Atlantic Coast, USA

When it comes to hurricanes, wind and storm surge effect vegetation differently. USGS anlyzes these differences following Hurricane Sandy to help inform management on storm mitigation and long-term planning.
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Salinity Intrusion Impacts from Hurricane Sandy in Tidal Freshwater Swamps, Delmarva Peninsula, Mid-Atlantic Coast, USA

When it comes to hurricanes, wind and storm surge effect vegetation differently. USGS anlyzes these differences following Hurricane Sandy to help inform management on storm mitigation and long-term planning.
Learn More

Forecasting Biological Vulnerabilities: Modeling Jamaica Bay Wetland Morphology under Future Hurricanes

In light of the increase in hurricane frequency and intensity, there is concern about the resilience and sustainability of coastal wetlands. Models can be used to investigatethe impacts of future hurricanes on wetland morphology along the northeast coasts in areas like Jamaica Bay, New York, an area impacted by Hurricane Sandy.
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Forecasting Biological Vulnerabilities: Modeling Jamaica Bay Wetland Morphology under Future Hurricanes

In light of the increase in hurricane frequency and intensity, there is concern about the resilience and sustainability of coastal wetlands. Models can be used to investigatethe impacts of future hurricanes on wetland morphology along the northeast coasts in areas like Jamaica Bay, New York, an area impacted by Hurricane Sandy.
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Response of a Threatened Shorebird to Severe Storms

The federally protected Atlantic Coast Piping Plover relies on habitats that were affected by Hurricane Sandy. USGS works to understand how these changes have affected nesting habitat and the reproductive success of the shorebird.
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Response of a Threatened Shorebird to Severe Storms

The federally protected Atlantic Coast Piping Plover relies on habitats that were affected by Hurricane Sandy. USGS works to understand how these changes have affected nesting habitat and the reproductive success of the shorebird.
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Optical and Radar Fusion: Mapping Coastal Marsh Dieback

With the help of remote sensing, USGS maps the progression of marsh dieback along the Louisiana coast.
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Optical and Radar Fusion: Mapping Coastal Marsh Dieback

With the help of remote sensing, USGS maps the progression of marsh dieback along the Louisiana coast.
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