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首页> 外文期刊>Geophysical Research Letters >Variability of core layer temperature (CLT) of the North Pacific subtropical mode water
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Variability of core layer temperature (CLT) of the North Pacific subtropical mode water

机译:北太平洋亚热带模式水核心层温度(CLT)的变化

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摘要

A time series of the core layer temperature (CLT) of the North Pacific subtropical mode water for the 40-year period from 1957 to 1996 is constructed using all available temperature profiles archived in World Ocean Database 1998. CLT is defined as the temperature of the layer having the minimum vertical temperature gradient at a single profile, with temperature ranging from 15 to 19 degreesC. Annual mean CLT is calculated using all CLT data taken from May to December for four 5 degrees x 10 degrees (lat. x lon.) regions from 30 degrees to 35 degreesN and from 140 degreesE to 180 degrees. The CLT time series shows decadal to interdecadal variation, as well as interannual variation. This time series correlates very well with that of wintertime (February and March) sea surface temperature in the same region. Relationships are investigated among several atmospheric circulation indices, the Kuroshio transport, and CLT. As a result, it is suggested that CLT might be crucially influenced by the Kuroshio transport in a time frame longer than ten years, and by the wintertime East Asian Monsoon in shorter time frames. [References: 15]
机译:使用世界海洋数据库1998中存档的所有可用温度曲线,构建了1957年至1996年40年间北太平洋副热带水的核心层温度(CLT)的时间序列。单层具有最小垂直温度梯度的层,温度范围为15到19摄氏度。使用从五月到十二月获取的所有CLT数据,计算从30度到35度N和从140度E到180度的四个5度x 10度(纬度x lon。)区域的年均CLT数据。 CLT时间序列显示年代际到年代际变化以及年际变化。该时间序列与同一地区冬季(2月和3月)海表温度的相关性很好。研究了几种大气环流指数,黑潮传输和CLT之间的关系。因此,建议在超过十年的时间范围内,黑潮的运输可能会对CLT产生重大影响,而在更短的时间范围内,冬季的东亚季风可能会对CLT产生重大影响。 [参考:15]

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