首页> 外文期刊>International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences >MONITORING THE SURFACE SUBSIDENCE OF HANDAN CITY USING SENTINEL-1A IMAGES AND SBAS-INSAR TECHNOLOGY
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MONITORING THE SURFACE SUBSIDENCE OF HANDAN CITY USING SENTINEL-1A IMAGES AND SBAS-INSAR TECHNOLOGY

机译:利用SENTINEL-1A图像和SBAS-InSAR技术监测邯郸市的地面沉降

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The Sentinel-1 data is currently the latest free SAR data and is well suited for land subsidence monitoring based on InSAR technology due to its 6-day revisit cycle. In this paper, the urban area and surrounding areas of Handan City are used as research areas, and 29 scences of S1A data (December 2017 – December 2018) was used for time series SBAS processing. The results shows that the surface cumulative deformation ranged from -42 to 30?mm in most regions of Handan City. The maximum settlement is 69?mm, which is near the Hankuang Group Julong Company. The areas where the settlement is obvious include Wu'an City, Daishan Village, Dashe Town, Zhangxibao Town, Baijia Street, Dongxingtai Village, Gaonan Village and Hankuang Group Julong Company. Slightly elevated in the southeast of Handan City.
机译:Sentinel-1数据是当前最新的免费SAR数据,由于其6天的重新访问周期,非常适合基于InSAR技术的地面沉降监测。本文以邯郸市市区及周边地区为研究区域,并采用29场景的S1A数据(2017年12月至2018年12月)进行时间序列SBAS处理。结果表明,邯郸市大部分地区地表累积变形范围为-42〜30?mm。最大沉降为69?mm,接近汉光集团聚龙公司。定居点明显的地区包括武安市,岱山村,大社镇,张西堡镇,白家街,东兴台村,高南村和汉光集团聚龙公司。在邯郸市东南部略微升高。

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