CAJ | 학술논문

首次应用具有我国自主知识产权的中巴资源卫星影像数据对煤矿矿区采煤地面塌陷进行遥感调查研究。煤矿采空区地面塌陷随着时间日趋严重，面积不断扩大，兼有渐变和突变的特点，用常规方法定点观测难以适应其发展，确定其边界分布非常困难。文章应用中巴资源卫星HR高分辨率影像数据，以六道湾一铁厂沟煤矿矿区为例，通过已知塌陷区的基本特点，建立塌陷区的遥感影像地物解译标志体系，通过人机交互遥感影像解译，圈定地面塌陷的边界并获得塌陷区的有关数据，为该地区环境地质灾害治理提供依据。
수차응용구유아국자주지식산권적중파자원위성영상수거대매광광구채매지면탑함진행요감조사연구。매광채공구지면탑함수착시간일추엄중，면적불단확대，겸유점변화돌변적특점，용상규방법정점관측난이괄응기발전，학정기변계분포비상곤난。문장응용중파자원위성HR고분변솔영상수거，이륙도만일철엄구매광광구위례，통과이지탑함구적기본특점，건립탑함구적요감영상지물해역표지체계，통과인궤교호요감영상해역，권정지면탑함적변계병획득탑함구적유관수거，위해지구배경지질재해치리제공의거。
We apply, for the first time, the CBERS HR image data whose independent intellectual property rights are owned by China to investigate the surface collapse of coal mine zone through remote sensing technique. A problem which grows serious over time is coal mine zone＇ s surface collapse which features itself by its growing area and both its gradual and sudden change. It is difficult to deter- mine the boundary of the collapse zone and adapt to the development of the problem via conventional station observation. In this paper, we construct a remote sensing image lettering and interpreting system to interpret and delineate the boundary of collapse zones, collect relevant data and support the environmental protection of the region via human computer interaction using Liudaowan - Tieehanggou coal mine zone＇ s CBERS satellite HR image based on known fundamental features of the collapse zone as a case study.