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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Detection of sea-surface temperature anomaly in the equatorial region of Bay of Bengal using indigenous Lagrangian drifter
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Detection of sea-surface temperature anomaly in the equatorial region of Bay of Bengal using indigenous Lagrangian drifter

机译:使用本地拉格朗日漂流仪检测孟加拉湾赤道区海表温度异常

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摘要

Sea-surface temperature (SST) is one of the important parameters related to the global ocean–atmosphere system, which plays a major role in studies of air–sea heat exchange, upper ocean processes, weather forecast, circulation pattern, etc. SST is also used as an ancillary parameter to quantify the productivity of the world ocean. The distribution of SST provides significant information for monitoring the relevant key ocean structures, e.g. fronts, eddies and upwellings 1–6 . SST data are measured from ships, buoys and offshore platforms. But, the measurement of SST together with water movement will provide useful information on ocean currents.
机译:海面温度(SST)是与全球海洋-大气系统有关的重要参数之一,在研究海-海热交换,上层海洋过程,天气预报,环流模式等方面起着重要作用。也用作量化世界海洋生产力的辅助参数。 SST的分布为监测相关的关键海洋结构提供了重要信息,例如:前沿,涡流和上升流1–6。 SST数据是从船舶,浮标和海上平台测量的。但是,海表温度和水流的测量将提供有关洋流的有用信息。

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