The Health of Maritime Forests in Three Mid-Atlantic National Seashores
The National Resources Protection Program (NRPP) project on Fire Island, Sandy Hook, and Assateague included a description of the issues and implications; description of the methods; and summary of the tasks, including site selection, well and instrumentation installation, and monitoring groundwater levels, temperature, and specific conductance, needed to understand the impact of global climate change on these ecosystems.
The health of maritime forests in three Mid-Atlantic National Seashores
The old-growth maritime forests host unique ecosystems of local species, provide stop-over sites for migrating shore birds, and are important parts of the larger barrier-island natural habitats preserved in National Seashores that occur few other places on the East Coast.
NPS Studies Links
The old-growth maritime forests host unique ecosystems of local species, provide stop-over sites for migrating shore birds, and are important parts of the larger barrier-island natural habitats preserved in National Seashores that occur few other places on the East Coast.
The Old-Growth Forests of NPS National Seashores, including the Sunken Forest (American Holly) of Fire Island, Bayshore Holly Maritime Forest of Sandy Hook, and Pine Forest of Assateague are threatened by global climate change, especially sea-level rise (SLR) and potential increased storm frequency and intensity.
The recent unusual and substantial mortality in the old-growth holly maritime forests on Fires Island and Sandy Hook and the near-complete devastation of the old-growth pine maritime forest on Assateague indicate that global change threatens the near-term (10- to 50-year) viability of these ecosystems.
The purpose of this study is to collect, compile and analyze data on groundwater and surface-water levels, land-surface elevation, near-surface salinity, and ecosystem responses to aid in defining the physical mechanisms thought to be associated with the viability of the old-growth ecosystems at Assateague, Fire Island and Sandy Hook.
Below are other science projects associated with this project.
Sandy Hook Gateway National Recreation Area Study
The National Resources Protection Program (NRPP) project on Fire Island, Sandy Hook, and Assateague included a description of the issues and implications; description of the methods; and summary of the tasks, including site selection, well and instrumentation installation, and monitoring groundwater levels, temperature, and specific conductance, needed to understand the impact of global climate change on these ecosystems.
The health of maritime forests in three Mid-Atlantic National Seashores
The old-growth maritime forests host unique ecosystems of local species, provide stop-over sites for migrating shore birds, and are important parts of the larger barrier-island natural habitats preserved in National Seashores that occur few other places on the East Coast.
NPS Studies Links
The old-growth maritime forests host unique ecosystems of local species, provide stop-over sites for migrating shore birds, and are important parts of the larger barrier-island natural habitats preserved in National Seashores that occur few other places on the East Coast.
The Old-Growth Forests of NPS National Seashores, including the Sunken Forest (American Holly) of Fire Island, Bayshore Holly Maritime Forest of Sandy Hook, and Pine Forest of Assateague are threatened by global climate change, especially sea-level rise (SLR) and potential increased storm frequency and intensity.
The recent unusual and substantial mortality in the old-growth holly maritime forests on Fires Island and Sandy Hook and the near-complete devastation of the old-growth pine maritime forest on Assateague indicate that global change threatens the near-term (10- to 50-year) viability of these ecosystems.
The purpose of this study is to collect, compile and analyze data on groundwater and surface-water levels, land-surface elevation, near-surface salinity, and ecosystem responses to aid in defining the physical mechanisms thought to be associated with the viability of the old-growth ecosystems at Assateague, Fire Island and Sandy Hook.
Below are other science projects associated with this project.