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| Maritime grassland at Shadmoor State Park |
Aissa L. Feldmann |
System: Terrestrial
SubSystem: Open Uplands
State Protection:
Not Listed
Federal Protection:
Not Listed
State Rarity Rank:
S1
Global Rarity Rank:
G2G3
Did you know?
From Stack (1989): "Early 19th century maps and photos show that nearly the entire eastern end of Long Island was once covered with tallgrass prairie-like vegetation. The grasslands supported large herds of grazing animals driven there from as far away as East Hampton to summer on the rich pasture. Annual burning in addition to cattle and sheep grazing kept woody species like bayberry, sumac, cherry, and locust from establising in the community. There are records that suggest that this (burning) was a practice learned from the previous inhabitants of the area, the Montauk Indians."
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| State Ranking Justification |
[-] |
Some of the documented occurrences of this community have good viability and several are protected on public or private conservation land. The community is restricted to the Coastal Lowlands ecozone of eastern Long Island in Suffolk County and is found primarily on the South Fork. The trend for the community is declining due to significant threats from development, fire suppression, and trampling.
The number, extent, and viability of maritime grasslands is suspected to have decreased in the recent past, primarily due to fire suppression, woody species proliferation, and exotic species invasion. Some patches do still undergo prescribed burning and an effort has been made to add fire to managment regimes, but the efforts may not be sufficient to maintain stable acreage. Continued development pressures have contributed to additional declines.
The number, extent, and viability of maritime grassland in New York are suspected to have declined substantially over the long-term. These declines are likely correlated with fire suppression and decreased grazing, which historically kept woody species at bay. Declines are also due to coastal development and associated changes in landscape connectivity and natural processes.
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