气象强迫和新泽西北部海岸底水运动

D.C. Hicks, J.R. Miller
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引用次数: 15

摘要

在夏季的几个月里,从大陆架断裂延伸到纽约湾的近岸区,发现了冷底水。这种低温的底部水,其中一些处于冷池的温度范围(8°C或更低),被观察到向岸上移动,以响应由来自南方的强风压力引发的上升流事件。冲浪温度、新泽西州蒙特利海滩近岸温度剖面、风速和近海温度剖面相结合,记录了1974年冷单元的形成,并证明了冷底层水的海岸边界和可能的冷单元水可以移动到冲浪区,导致冲浪温度迅速下降。此外,在上升流条件下,这种陆上运动可能产生重大的生物影响,例如1976年夏季该地区大部分地区普遍缺氧时所观察到的情况。
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Meteorological forcing and bottom water movement off the northern New Jersey coast

Cold bottom water is found during the summer months in a region extending from the shelf break to the nearshore zone in the area of the New York Bight. This cold bottom water, some of which is in the temperature range of the cold cell (8 °C or less), is observed to move onshore in response to upwelling events initiated by a strong wind stress from the south. Surf temperatures, nearshore temperature sections off Monterey Beach, N.J., wind velocities and offshore temperature sections are combined to document the cold cell's formation during 1974 and to demonstrate that the shoreward boundary of the cold bottom water and possibly cold cell water can move into the surf zone causing rapid decreases in surf temperature. In addition, under upwelling conditions, such onshore movements may have significant biological impacts, such as were observed during the summer of 1976 when anoxic conditions prevailed in much of this region.

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