魏矿灵, 王启春, 郭广礼, 贾鹏举. 利用遥感数据监测矿区开采沉陷积水变化[J]. 煤矿安全, 2014, 45(1): 13-16.
    引用本文: 魏矿灵, 王启春, 郭广礼, 贾鹏举. 利用遥感数据监测矿区开采沉陷积水变化[J]. 煤矿安全, 2014, 45(1): 13-16.
    WEI Kuangling, WANG Qichun, GUO Guangli, JIA Pengju. Using Remote Sensing Data to Monitor the Change of Mining Subsidence Water Accumulation[J]. Safety in Coal Mines, 2014, 45(1): 13-16.
    Citation: WEI Kuangling, WANG Qichun, GUO Guangli, JIA Pengju. Using Remote Sensing Data to Monitor the Change of Mining Subsidence Water Accumulation[J]. Safety in Coal Mines, 2014, 45(1): 13-16.

    利用遥感数据监测矿区开采沉陷积水变化

    Using Remote Sensing Data to Monitor the Change of Mining Subsidence Water Accumulation

    • 摘要: 先对2幅影像数据进行几何纠正、影像匹配等预处理工作;然后利用Two-color Multiview方法对影像进行特征提取,并根据整幅影像的水体面积变化率、无沉陷区水体面积变化率和沉陷区水体面积变化率的统计比较分析,成功的解译出了沉陷区的存在;最后结合3个水体面积变化率参数和最优水体面积信息得出:在沉陷区丰水期时下沉大于2 m左右可能存在积水。

       

      Abstract: Firstly, processing geometric rectification and image matching of two images, then using Two-color Multiview method to extract the characteristics of the images, and comparatively analyzing the change rate of water size on the images, water size change rate of non-subsidence area, and water size change rate of sinking area, the existence of sinking area can be interpreted. After analyzing the former three change rates and the most optimized water size, the conclusion can be made, there is possible of water accumulation in sinking area when it goes down by two meters during flood season.

       

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