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An experiment using the high resolution eta and WRF models to forecast heavy precipitation over india

机译:使用高分辨率eta和WRF模型进行的实验预测印度的强降水

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In the present study using the Weather Research and Forecasting (WRF) and Eta models, recent heavy rainfall events that occurred (i) over parts of Maharastra during 26 to 27 July, 2005, (ii) over coastal Tamilnadu and south coastal Andhra Pradesh during 24 to 28 October, 2005, and (iii) the tropical cyclone of 30 September to 3 October, 2004/Monsoon Depression of 2 to 5 October 2004, that developed during the withdrawal phase of the southwest monsoon season of 2004 have been investigated. Also sensitivity experiments have been conducted with the WRF model to test the impact of microphysical and cumulus parameterization schemes in capturing the extreme weather events. The results show that the WRF model with the microphysical process and cumulus parameterization schemes of Ferrier et al. and Betts-Miller-Janjic was able to capture the heavy rainfall events better than the other schemes. It is also observed that the WRF model was able to predict mesoscale rainfall more realistically in comparison to the Eta model of the same resolution.
机译:在本研究中,使用天气研究和预报(WRF)和Eta模型,最近的强降雨事件是(i)2005年7月26日至27日在Maharastra的部分地区发生的(ii)泰米尔纳德邦沿海和安得拉邦南部沿海地区对2005年10月24日至28日的热带气旋和2004年9月30日至10月3日的热带气旋/ 2004年西南季风季节的撤除阶段所形成的2004年10月2日至5日的季风低压进行了调查。还使用WRF模型进行了敏感性实验,以测试微物理和积云参数化方案对捕获极端天气事件的影响。结果表明,WRF模型具有Ferrier等人的微物理过程和累积参数化方案。 Betts-Miller-Janjic能够比其他方案更好地捕获暴雨事件。还观察到,与相同分辨率的Eta模型相比,WRF模型能够更实际地预测中尺度降雨。

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