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Identification of potential beach-nesting bird habitat to be set aside in municipal beach management plans
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Brooke Maslo. Department of Ecology, Evolution, and Natural Resources, Rutgers, The State University of New Jersey.
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North Atlantic Hurricane Sandy Resiliency Science Projects
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Increasing Resiliency of Beach Habitats and Species
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Identifying Resilient Sites for Coastal Conservation
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Sea levels are expected to rise by one to six feet over the next century, and coastal sites vary markedly in their ability to accommodate such inundation. In response to this threat, scientists from The Nature Conservancy evaluated 10,736 sites in the Northeast and Mid-Atlantic for the size, configuration and adequacy of their migration space, and for the natural processes necessary to support the migration of coastal habitats in response to sea-level rise.
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North Atlantic Hurricane Sandy Resiliency Science Projects
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TNCCoastal_Resilient Sites
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Increasing Resiliency of Beach Habitats and Species
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This project is a coordinated effort by Landscape Conservation Cooperative (LCC) partners to integrate existing data, models and tools with foundational data and assessments of both the impacts of Hurricane Sandy and the immediate response. The project will integrate new and existing data and build decision support tools to guide beach restoration, management and conservation actions. Project objectives are to sustain ecological function, habitat suitability for wildlife, and ecosystem services including flood abatement in the face of storm impacts and sea level rise.
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North Atlantic Hurricane Sandy Resiliency Science Projects
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Increasing Resiliency of Tidal Marsh Habitats and Species
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This project is designed to guide decisions about where to conduct tidal marsh restoration, conservation, and management to sustain coastal ecosystems and services, including the fish and wildlife that depend upon tidal marshes, taking into account rising sea levels and other stressors.
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North Atlantic Marsh Resiliency Projects
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Increasing Resiliency of Tidal Marsh Habitats and Species
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iPlover: Piping plover habitat suitability in a changing climate
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Designed by scientists to simplify consistent data collection and management, the iPlover smartphone application gives trained resource managers an easy-to-use platform where they can collect and share data about coastal habitat utilization across a diverse community of field technicians, scientists, and managers. With the click of a button, users can contribute biological and geomorphological data to regional models designed to forecast the habitat outlook for piping plover, and other species that depend upon sandy beach habitat.
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North Atlantic Hurricane Sandy Resiliency Science Projects
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iPlover
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Living Shorelines Summit
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Multi-Ecosystem Projects
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North Atlantic Aquatic Connectivity Collaborative
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This project is developing a partner-driven, science-based approach for identifying and prioritizing culvert road stream crossings in the area impacted by Hurricane Sandy for increasing resilience to future floods while improving aquatic connectivity for fish passage. The resulting information and tools will be used to inform and improve decision making by towns, states and other key decision makers.
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North Atlantic Hurricane Sandy Resiliency Science Projects
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North Atlantic Aquatic Resiliency and Connectivity Projects
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North Atlantic Beach Resiliency Projects
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NEWS
