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首页> 外文期刊>Journal of Geophysical Research, C. Oceans: JGR >Effects of parameterized eddy stress on volume, heat, and freshwater transports through Fram Strait
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Effects of parameterized eddy stress on volume, heat, and freshwater transports through Fram Strait

机译:参数化涡流应力对通过Fram海峡的水量,热量和淡水输送的影响

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[1] Coarse - resolution models, such as those used in climate studies, often do not properly represent transports through narrow channels. We consider the climatically important transports of volume, heat, and freshwater through Fram Strait. A coarse grid (nominally Io) global ocean model is seen to underrepresent exchanges. We test effects of eddy stress (Neptune) parameterization, finding strengthened volume exchanges both to and from the Arctic and increased mean northward heat transport while limiting southward freshwater export. Results are closer to observed transports and to results from fine-resolution models. This study finds that the effects of the eddy stress on temporal variations of transports are small.
机译:[1]粗分辨率模型,例如气候研究中使用的模型,通常不能正确地表示通过狭窄通道的传输。我们考虑通过Fram海峡对气候,水量,热量和淡水的重要运输。粗略的网格(名义上为Io)全球海洋模型被认为不足以代表交流。我们测试了涡流应力(海王星)参数化的影响,发现往返北极的体积交换加强,平均北向热量传输增加,同时限制了南向淡水的出口。结果更接近于观测到的传输,也更接近于高分辨率模型的结果。这项研究发现,涡流应力对运输时间变化的影响很小。

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