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Wave Climate Hindcasts for the Bohai Sea, Yellow Sea, and East China Sea

机译:渤海,黄海和东海的海浪气候隐性预报

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摘要

To investigate wave climate of the Bohai Sea, Yellow Sea, and East China Seas, the third-generation wave model Simulated Waves Nearshore (SWAN) is used to simulate waves for the period 1990 to 2011. The spatial resolution of BYECS wave modelling is 1' in both longitude and latitude. The wind parameters used to simulate the waves are obtained from the Weather Research and Forecasting Model. The results are validated using observational data from seven measurement stations. The spatial distributions of the largest and mean significant wave height within the 22 year period are given, and the spatial distribution of the largest significant wave height of the four seasons is specified. Furthermore, significant wave height is analyzed under mean annual averaged wave conditions for all four seasons. As an example of the application of the hindcast wave data, further details of the wave parameters in Zhangjiapu are presented.
机译:为了调查渤海,黄海和东海的海浪气候,使用第三代海浪模型近海模拟海浪(SWAN)来模拟1990年至2011年期间的海浪。BYECS海浪模型的空间分辨率为1经度和纬度。用于模拟海浪的风参数可从“天气研究和预报模型”中获得。使用来自七个测量站的观测数据验证了结果。给出了22年内最大和平均有效波高的空间分布,并指定了四个季节的最大有效波高的空间分布。此外,在所有四个季节的年平均海浪条件下分析了重要的海浪高度。以应用后播波数据为例,进一步介绍了张家堡的波参数。

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