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THE DETERMINATION METHOD OF EXTREME EARTHQUAKE DISASTER AREA BASED ON THE DUST DETECTION RESULT FROM GF-4 DATA

机译:基于GF-4数据的尘埃检测结果确定极端地震灾害面积的方法。

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The remote sensing has played an important role in many earthquake emergencies by rapidly providing the building damage, road damage, landslide and other disaster information. The earthquake in the mountains often caused to the loosening of the mountains and the blowing of the dust in the epicentre area. The dust particles are more serious in the epicentre area than the other disaster area. Basis on the analysis of abnormal spectrum characteristics, the dust detection methods from medium and high resolutions satellite imagery are studied in order to determinate the extreme earthquake disaster area. The results indicate the distribution of extreme disaster can be acquired using the dust detection information from imagery, which can provide great help for disaster intensity assessment.
机译:遥感通过迅速提供建筑物破坏,道路破坏,山体滑坡和其他灾害信息,在许多地震紧急情况中发挥了重要作用。山区地震常常导致山区松动和震中区域扬尘。震中地区的尘埃颗粒比其他灾区更严重。在分析异常频谱特征的基础上,研究了中高分辨率卫星影像的粉尘检测方法,以确定极端地震灾区。结果表明,利用影像中的粉尘检测信息可以获取极端灾害的分布情况,为灾害强度评估提供了很大的帮助。

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