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首页> 外文期刊>Geoscience and Remote Sensing Letters, IEEE >Kuroshio Front in the East China Sea from Satellite SST and Remote Sensing Data
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Kuroshio Front in the East China Sea from Satellite SST and Remote Sensing Data

机译:卫星SST和遥感资料在东海黑潮锋上的应用。

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摘要

Based on the Moderate-Resolution Imaging Spectroradiometer (MODIS) sea surface temperature (SST) of ten years (2000–2009) and Sea-viewing Wide Field-of-view Sensor (SeaWiFS) ocean color data of 13 years (1998–2010), the Kuroshio oceanic front exists between two entirely different water masses in the East China Sea, namely, the Kuroshio and continental shelf waters. The Kuroshio thermal front (derived from the SST data) disappears in summer due to the spatially uniform surface heating, whereas the Kuroshio ocean color front in summer is distinct and exhibits the same spatial pattern along the shelf break of the deep Okinawa Trough as in winter. The Kuroshio thermal front has one bifurcation at about (126$^{circ} hbox{E}$ , 28$^{circ} hbox{N}$) and extends northward toward the Cheju Island lasting from December to March, but this kind of branch is absent in the ocean color data.
机译:基于十年(2000–2009)的中分辨率成像光谱仪(MODIS)的海面温度(SST)和13年(1998–2010)的13年海景宽视场传感器(SeaWiFS)海洋颜色数据黑潮海洋锋存在于东海两个完全不同的水团之间,即黑潮和大陆架水域。由于空间均匀地加热,夏季的黑潮热锋(源自SST数据)在夏季消失,而夏季的黑潮海洋热锋则很明显,并且在冲绳海槽的架子断裂处表现出与冬季相同的空间格局。黑潮热锋的分叉约为(126 $ ^ {circ} hbox {E} $,28 $ ^ {circ} hbox {N} $),并向北延伸至济州岛,持续时间为12月至3月。海洋颜色数据中没有分支。

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