基于遥感技术的矿山环境监测
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摘要
遥感技术的不断成熟与发展,为矿山环境监测治理提供了科学的方法和手段。本文以高空间分辨率遥感数据(Quick Bird影像)为主要信息源,通过计算机图像处理,采用人机交互解译方式,提取矿山开发占地状况、矿山地质灾害及矿山环境恢复治理等遥感信息,制作工作区矿山环境遥感监测图,配合适当的野外验证,最终达到对矿山环境进行监测的目的。
The maturity and development of remote sensing technology provides a scientific method and means for mine environmental monitoring and management. This paper, by taking the high spatial resolution remote sensing data(Quick Bird) as the main information source, and through the computer image processing, uses the man-machine interactive interpretation method to extract the mine development area condition, mine geological hazard and mine environment restoration management, among other remote sensing information. The paper makes the work area mine environment remote sensing monitoring chart, and with the appropriate field verification, finally achieves the goal of mine environment monitoring.
The maturity and development of remote sensing technology provides a scientific method and means for mine environmental monitoring and management. This paper, by taking the high spatial resolution remote sensing data(Quick Bird) as the main information source, and through the computer image processing, uses the man-machine interactive interpretation method to extract the mine development area condition, mine geological hazard and mine environment restoration management, among other remote sensing information. The paper makes the work area mine environment remote sensing monitoring chart, and with the appropriate field verification, finally achieves the goal of mine environment monitoring.
引文
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[2]PCI Geotics Enterprises Inc.PCI User Guide[M].Canda,2003.
[3]张伟.高空间分辨率遥感数据的预处理方法——以泉州快鸟数据为例[A].福建省土地学会年会征文集[C].2007.
[4]童立强,郭兆成.典型滑坡遥感影像特征研究[J].国土资源遥感,2013,25(01):86-92.