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|Title:||An assessment of the effects of bathymetric changes associated with sand and gravel mining on tidal circulation in the lower bay of New York harbor|
|Authors:||Bubolo, Nicole Justine|
Torre, F. Jason
Marine Sciences Research Center
Wilson, R. E. (Robert E.)
Preservation Department, Stony Brook University Libraries
Sand and gravel mines and mining, Submarine -- Environmental aspects -- New York Bight (N.J. and N.Y.).
Tidal currents -- New York Bight (N.J. and N.Y.).
Hydrodynamics -- Mathematical models.
National Sea Grant Program -- New York Sea Grant Institute.
New York State Office of General Services.
Chapel Hill North Channel.
|Publisher:||Marine Sciences Research Center, Stony Brook University|
|Citation:||Wong, Kuo-Chuin. An assessment of the effects of bathymetric changes associated with sand and gravel mining on tidal circulation in the lower bay of New York harbor / by Kuo-Chuin Wong. 1978.|
|Series/Report no.:||Special report (State University of New York at Stony Brook. Marine Sciences Research Center);18|
|Abstract:||from the abstract, "Present sand and gravel mining operations within the Lower Bay of New York Harbor are restricted to the east bank of Ambrose Channel and to the vicinity of Chapel Hill North Channel because of the concern than mining in other areas might adversely affect water quality and shore erosion. As part of an evaluation of environmental affects associated with expanded sand and gravel mining we have simulated numerically tidal circulation patterns and tidal elevations in Lower Bay for a number of altered bathyrnetries corresponding to hypothetical mining operations. Results suggest that tidal currents will decelerate over the mined region and accelerate outside of them, and that the tidal stream will be deflected towards the region. It is also clear that the mining near the mouth of the Bay could increase tidal range along Staten Island substantially ."|
|Description:||viii, 25 leaves : ill., map ; 28 cm. Bibliography.|
|Appears in Collections:||Special Reports|
Files in This Item:
|Special Report 18.pdf||scanned to .pdf with OCR and imbedded index||8.72 MB||Adobe PDF|
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