智利阿森湾春季剩余环流

Pub Date : 2017-08-01 DOI:10.4067/S0718-19572017000200014
Julio Salcedo-Castro, Raúl Cruz-Gómez, A. W. Ratsimandresy, N. Silva
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引用次数: 1

摘要

分析了1996年10月至11月期间停泊在艾森峡湾河口的3个海流计的流速时间序列,以估计剩余环流,并将地表流量与盐度、风和艾森河径流的变化联系起来。6米处的剩余环流和盐度是由强烈的河流流量和局部风的减弱事件决定的。在峡湾河口出现强烈外流和盐度明显下降的时期之前,风力减弱,在某些情况下,艾森河流量增加。此外,研究结果证实了为艾森峡湾提出的3层结构,因为在6米和110米深度处观察到了向海的平均洋流,而在50米深度处观测到了弱过渡平均洋流,这代表了中间向陆流和向海底层之间的过渡。
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Circulación residual en el fiordo Aysén, Chile, en condiciones de primavera
Time series of currents speed from 3 current meters moored at the mouth of Aysen Fjord, between October and November 1996, were analyze to estimate residual circulation and to relate surface flow to variations in salinity, wind and Aysen River runoff. Residual circulation and salinity at 6 m were determined by events of strong river discharge and relaxing of local wind. Periods of strong outflow and evident drop of salinity at the mouth of the fjord were preceded by a weakening of wind and in some cases were accompanied by an increase of Aysen river discharge. Moreover, the results confirm the 3-layer structure proposed for Aysen fjord, since seaward average currents were observed at 6 and 110 m depth, whereas weak transition average currents were observed at 50 m depth, representing a transition between an intermediate landward flow and the seaward bottom layer.
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