Did you know that salt marshes have suffered losses of over 75% between 1900 and 1970 and continue to decline at rates of 0.5 to 3% per year*? These staggering statistics are having a grave impact on the Saltmarsh Sparrow population, and putting local communities and homes at risk as well.
Audubon New York and partners are focusing on new projects to improve coastal resiliency at the following salt marsh sites:
IDLEWILD PARK, QUEENS, NY
Idlewild is one of only three sites in NYC to provide significant Saltmarsh Sparrow nesting habitat. Unfortunately, historic ditching and filling, high nutrient loads, debris, and increased inundation have significantly degraded this marsh.
In collaboration with NYC Parks, the lead organization on this project, Audubon's work will enhance existing marsh habitat by applying a thin layer of clean sediment and new plantings of Spartina alterniflora and Spartina patens to increase surface elevations, addressing multiple causes of marsh degradation.
Located northeast of John F. Kennedy International Airport in the Brookville/Rosedale neighborhoods of southeastern Queens, NYC, the park includes 160 acres of freshwater and tidal wetlands, woodland, meadow, and grassland dune-scrub habitat, and the largest remaining saltwater marsh in Queens. It is also an important recreational and green space resource for local urban residents: approximately 2.3 million people live in Queens, the fourth most densely populated county in the U.S. and the most ethnically diverse urban area in the world.
This effort will bring the skills and expertise of Audubon and SUNY College of Environmental Science and Forestry to expand a shovel-ready project, then share results and best practices to facilitate more restoration projects across the region.
This grant award was made by the Wildlife Conservation Society (WCS) through its Climate Adaptation Fund. Support to establish the Climate Adaptation Fund was provided by a grant to the WCS from the Doris Duke Charitable Foundation.
MASTIC BEACH, LONG ISLAND, NY
During monthly higher-than-average tides, bay water overtops Riviera Drive on the Mastic Beach/Shirley peninsula, flooding an approximately 4.8 square mile area containing a complex of residential homes/neighborhoods, tidal and freshwater wetlands, and coastal maritime forests.
The area is home to almost 13,000 residents, 4,000 households, and 150 commercial properties, located on the South Shore of Long Island in Suffolk County, New York in the southern portion of the Town of Brookhaven.
Its current state, the Mastic Beach/Shirley peninsula is degraded due to residential development, roadways, septic systems, and stormwater runoff. The entire waterfront edge of the peninsula is surrounded by Riviera Drive, itself an unpaved road that requires constant maintenance due to its low elevation and proximity to the water’s edge.
Due to the road being slightly higher than the surrounding landscape, Riviera Drive prevents tide waters from flowing back to the Bay in a natural manner, causing extensive pockets of standing water to form in the interior portions of the Mastic Beach peninsula. Riviera Drive causes similar issues during rainfall events as stormwater that flows from the northern, upland areas of Mastic Beach is not able to efficiently drain into the Bay.
In addition to ongoing impacts from development, the area was severely impacted by flooding during Superstorm Sandy in 2012 and has continued to experience tidal, storm surge, and rainfall flooding related to rising sea levels and increases in extreme weather due to climate change.
The current project will remove three segments (3,790 linear feet) of existing roadway in Mastic Beach, NY and restore the area to native coastal marsh habitat by planting and stewarding area-appropriate marsh grasses and shrubs and monitoring the impact of restoration efforts on birds and vegetation.
This project is a small portion of the larger restoration of the 147-acre area and a continued partnership with the Town of Brookhaven and the Ramboll Group. It is supported by a 2018 NFWF National Coastal Resilience Fund grant. Efforts to design and fund the full restoration are currently underway.