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The evolution of Mesoscale Convective System (MCS) around the Greater Jakarta area on 9 February 2015 using MTSAT Satellite

机译:2015年2月9日使用MTSAT卫星在大雅加达地区围绕大雅加达地区的Mescle对流系统(MCS)的演变

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The Greater Jakarta (GJ) area received serious attention from the government in the last 10 years due to the frequent occurrence of flood problems during the rainy season. Extreme rain events which leads to flooding often associated with highly convective cloud systems. One of the phenomena describes the presence of a broad convective cloud system known as a mesoscale convective system (MCS). The objective of this study is to describe the MCS evolution during heavy rainfall event on February' 9, 2015. The Multi-functional Transport Satellite (MTSAT) imagery data was used for identified the MCS. The system developed from morning of February 9. 2015 until the daytime. The results showed that there was a concentration of convective clouds around GJ area. Although the convective cloud area tends to be small (<50,000 km2), heavy rainfall was observed in the study area. This shows that the rain that occurred was quite heavy and may be the cause of the flooding in the study area.
机译:由于在雨季期间洪水问题经常发生,雅加达大雅加达(GJ)地区在过去10年中受到严重关注。极端的雨水事件,导致洪水通常与高度对流的云系统相关。其中一个现象描述了称为Messcale对流系统(MCS)的广泛对流云系统的存在。本研究的目的是在2015年2月9日的大雨事件中描述MCS演变。多功能运输卫星(MTSAT)图像图像用于确定MCS。从2月9日早上开发的系统直到白天。结果表明,GJ地区周围存在对流云的浓度。虽然对流云面积往往很小(<50,000平方公里),但在研究区观察到大量降雨。这表明发生的雨量非常沉重,可能是研究区洪水的原因。

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