摘要
伴随InSAR技术持续发展,其在矿区地质灾害调查领域应用范围与应用效果均有着显著提升。基于此技术,针对大区域连续变形展开跟进监测,有助于对于区域矿区地质灾害进行甄别与勘测。再者搭配高分辨率光学遥感数据,展开孕灾地质环境和矿区地质灾害体初步解译工作,圈定重点变形区和矿区地质灾害隐患类型、范围、变形趋势。为矿区地质灾害风险调查评价提供基础依据。
With the continuous development of InSAR technology,its application scope and application effect in the field of geological disaster investigation in mining areas have been significantly improved.Based on this technology,follow-up monitoring for continuous deformation in large areas is helpful to identify and survey geological disasters in regional mining areas.Moreover,with high-resolution optical remote sensing data,we will carry out the preliminary interpretation of the disaster pregnant geological environment and the geological disaster body in the mining area,and delineate the key deformation areas and the types,scope and deformation trend of geological disaster hidden dangers in the mining area.It provides a basic basis for the risk investigation and evaluation of geological disasters in the mining area.
作者
霍瑞
HUO Rui(Anhui Institute of Geological Surveying and Mapping Technology,Hefei 230022,China)
出处
《世界有色金属》
2023年第4期181-183,共3页
World Nonferrous Metals
关键词
矿区地质灾害
InSAR变形监测
调查防治
Geological disasters in mining area
InSAR deformation monitoring
Investigation and Prevention
