2012年北京特大暴雨事件遥感监测

Ping Huang, Jingxuan Lu, Delong Li, W. Song, W. Qu
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引用次数: 1

摘要

卫星遥感具有较大的空间覆盖和高时间分辨率,可以监测极端降雨事件下的降水分布。本文利用TRMM和风云降水资料对2012年7月21日发生在北京的暴雨进行了监测。结果表明:(1)两种卫星降水资料与地面观测降水资料吻合较好,相关系数分别为0.9390和0.9846,低估率分别为14.42%和19.86%;(2)可以很好地探测到这次极端暴雨的移动轨迹,发现风暴中心和强雨带由西南向东北移动;(3)两颗卫星数据间隔15分钟,相互补充,使监测数据的时间频率进一步增加,从而提高了暴雨过程的构建。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Remote sensing monitoring of the 2012 Beijing extreme rainstorm event
Satellite remote sensing with a larger spatial coverage and high temporal resolution makes it possible to monitor precipitation distribution under extreme rainfall events. In this paper, the heavy rainstorm that occurred in Beijing on 21, July in 2012 was monitored using the TRMM and Fengyun precipitation data. Results indicate that: (1) these two kinds of satellite precipitation data are in good agreement with ground observed precipitation data, having a correlation coefficient of 0.9390 and 0.9846 and an underestimation of 14.42% and 19.86% respectively; (2) The moving track of this extreme rainstorm can be well detected, with the storm center and a heavy rain belt moving from southwest to northeast found; (3) 15 minutes interval between the two satellite data makes them complement each other, which enables the temporal frequency of the monitoring data further increased so as to get construction of the rainstorm processes improved.
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