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Experimental data on the air-sea energy fluxes at the tropical coastal ocean in the southern South China Sea

机译:南海南部热带沿海海洋海气能量通量的实验数据

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摘要

Air-sea flux exchanges influence the climate condition and the global carbon-moisture cycle. It is imperative to understand the fundamentals of the natural systems at the tropical coastal ocean and how the transformation takes place over the time. Hence, latent and sensible heat fluxes, microclimate variables, and surface water temperature data were collected using eddy covariance instruments mounted on a platform at a tropical coastal ocean station from November 2015 to October 2017. The research data is to gain the needful knowledge of the energy exchanges in the tropical climatic environment to further improve predictive algorithms or models. Therefore, it is intended that this data report will offer appropriate information for the Monsoonal, and diurnal patterns of latent (LE) and sensible (H) heats and hence, establish the relationship between microclimate variables on the energy fluxes at the peninsular Malaysian tropical coastal ocean.
机译:海气通量交换影响气候条件和全球碳水分循环。必须了解热带沿海海洋自然系统的基本原理以及随着时间的推移如何发生这种转变。因此,从2015年11月至2017年10月,使用安装在热带沿海海洋站台平台上的涡流协方差仪器收集了潜热通量和显热通量,微气候变量和地表水温度数据。研究数据是为了获得必要的知识。在热带气候环境中进行能量交换,以进一步改善预测算法或模型。因此,该数据报告旨在为潜热(LE)和感热(H)的季风和昼夜模式提供适当的信息,从而在马来西亚半岛热带沿海建立小气候变量与能量通量之间的关系。海洋。

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