Restoring Coastal Marshes in National Wildlife Refuges
Location: New Jersey
Project type: Resilience
Funding awarded: $15,000,000
Pole Removal Project Begins at Forsythe National Wildlife Refuge
January 30, 2017 -- Work will begin to remove nearly 500 radio transmission poles from a 232-acre stretch of coastal marsh at Forsythe National Wildlife Refuge (NWR). The poles – some with dangling wires, antennae or cross-beams that create grid-like formations – are scattered across the marsh at Good Luck Point and pose a hazard to boaters and birds. The project is intended to reduce these hazards and improve the marsh habitat.
Edwin B. Forsythe Refuge Announces Environmental Assessment and Public Meeting for Marsh Enhancement Project
September 22, 2016 - The Edwin B. Forsythe NWR has announced the availability of a draft Environmental Assessment for public review for an upcoming marsh habitat restoration project in Ocean County, NJ. The proposed project will improve approximately 500 acres of estuarine salt marsh habitat by enhancing and restoring currently degraded areas that have been negatively impacted by activities such as grid-ditching, salt hay farming, erosion, and sea level rise. The Refuge is proposing sediment enrichment at three project areas in Brick and Good Luck Point, NJ. The work will include replacing or the addition of a culvert at one project area (Good Luck Point), and the decommissioning (i.e., breaching of dikes) of three non-functioning impoundments at three project areas (Stouts Creek, Forked River, and Barnegat). The public review period closes on October 21, 2016.
Westecunk Creek Barrier removal project completed fall 2015
The Westecunk Creek Barrier Removal project was completed at Edwin B. Forsythe National Wildlife Refuge in the Township of Eagleswood, Ocean County, New Jersey. The $245,000 project, supported by federal funding from the Hurricane Sandy Disaster Relief Act, will improve fish passage for both resident and anadromous (migratory) fish and restore 13 km of upstream spawning and rearing habitat.
Increase protection of communities along 60 miles of coastal New Jersey by supporting and strengthening natural buffers. Restore and enhance salt marshes as critical natural defenses which support the communities, and protect the associated social, economic and recreational values of the New Jersey shore.
- Mitigate the impacts of Hurricane Sandy and improve the strength of impacted salt marshes and other coastal habitats at the Edwin B. Forsythe and the Cape May National Wildlife Refuges
- Improve natural defenses by enhancing or restoring marshes and implement living shoreline engineering techniques
- Restores and increases the strength of over 36,000 acres of tidal marsh on the Atlantic coast and the Delaware Bay in New Jersey
- Restores 700 acres of salt marsh habitat on two abandoned communication sites by removing hundreds of unused telephone poles and wires
- Restores approximately 13 km of fish passage by removing the Westecunk Creek barrier in Eagleswood, opening upstream spawning and rearing habitat for federal trust species such as alewife (Alosa pseudoharengus) and blueback herring (Alosa aestivalis) as well as nursery and maturation habitat for American eel (Anguilla rostrata)
- Improves water quality and benefits ecotourism, recreation, ecological education and commercial fishing interests
- New Jersey Department of Transportation (NJDOT)
- Ocean County Highway Department
- U.S. Army Corps of Engineers (ACOE)
- New Jersey Department of Environmental Protection
- Atlantic, Burlington and Ocean County Mosquito Commissions
- Barnegat Bay Partnership
- Partnership for the Delaware Estuary
- American Littoral Society
- Trust for Public Land
- The Nature Conservancy
- Office of Migratory Bird Management
- University of Delaware
- Rutgers University
- Stockton College
- Drexel University
- University of Rhode Island
- U.S. Geological Survey (USGS)
Hurricane Sandy left many of New Jersey's coastal marshes starved of crucial sediment, and the project will deposit new, beneficial sediment dredged from nearby channels. Furthermore, it will restore a 1.3-mile dike to protect freshwater impoundments and transform it into a living shoreline, providing food resources and roost sites for thousands of waterbirds. Marsh restoration/enhancement will increase its protective value to coastal communities in future storms and improve water quality. As a working model, the project will continually inform integrated waterbird management and monitoring and strategic habitat conservation, and will offer multiple opportunities to students and veterans to engage in monitoring activities and planting of marsh grasses.
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