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Object-oriented monitoring of coal mine land use change

机译:面向对象的煤矿土地利用变化监测

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摘要

Taking Dongsheng district of Erdos City in Inner Mongolia as the research area, we used the object-oriented classification method to monitor the land use change in recent years. The images of the three periods were classified into vegetation, residential area, water body, the mining area as well as the bare land, of which the accuracy rate has reached 86%. The results were produced by statistically analyzing. From 2006 to 2011, the vegetation was badly damaged, including the expanding residential areas and mining areas. The residential area was constantly expanding between 2011 and 2018, but the total area of the mining area and vegetation cover has not changed much. The area after the mining has been re-greened, which is conducive to the coordinated development of that area.
机译:以内蒙古鄂尔多斯市东升区为研究区,我们采用了面向对象的分类方法来监测近年来的土地利用变化。三个时期的图像被分为植被,住宅区,水体,矿区以及裸地,其中精度率已达到86%。结果是通过统计分析产生的。从2006年到2011年,植被受到严重损坏,包括扩大住宅区和采矿区。 2011年至2018年,住宅区不断扩大,但矿区和植被覆盖的总面积并没有太大变化。采矿后的地区重新形成,这有利于该地区的协调发展。

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