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The characteristics of warm water inflowing and its temporal and spatial variation on the Prydz Bay continental shelf, Antarctic

机译:南极普里兹湾大陆架温水入流特征及其时空变化特征

摘要

Hydrographic observations collected by conductivity-temperature-depth (CTD) and instrumented elephant seals on the Prydz Bay continental shelf during 2012 and 2013 are used to characterize the intrusion of modified circumpolar deep water. As a regular occurrence, modified circumpolar deep water (MCDW) intrudes onto the shelf mainly between 150-300 m layer of 73 degrees-75 degrees E and then turns southeast affected by the cyclonic gyre of the Prydz Bay. The southernmost point of the warm water signal is captured on the east front of Amery Ice Shelf during March 2012. In terms of vertical distribution, MCDW occupies the central layer of 200 m with about 100 m thickness in the austral summer, but when to winter transition, the layer of MCDW deepens with time on the central shelf.
机译:在2012年和2013年期间,通过电导率-温度深度(CTD)和仪器化的海豹收集的水文观测资料用于表征改良的极地深水的侵入特征。通常,变质的极地深水(MCDW)主要侵入东经73-75度的150-300 m层之间的架子上,然后在普里兹湾气旋回旋的影响下向东南转。 2012年3月,在Amery冰架的东面捕获了最南端的暖水信号。就垂直分布而言,MCDW占据了南半球200 m的中央层,厚度约为100 m,但到了冬季过渡期,MCDW层随着时间的推移在中央架子上加深。

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