基于Sentinel-1A影像的2014-2018年青藏高原盐湖周边InSAR变形监测

Zhengjia Zhang, Xiuguo Liu, Mengmeng Wang, Zhijie Wu, Qihao Chen, Xin Zhou
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引用次数: 1

摘要

2011年以来,受宗湖溃决影响,盐湖面积不断扩大。湖泊的扩张将加速永久冻土的融化,导致湖泊周围更严重的地表变形。本文利用2014年以来Sentinel-1A数据,利用InSAR时间序列反演了盐湖周边多年冻土区的变形。12至2018.12。初步结果表明,盐湖周边存在明显的变形,最大变形速率大于−20 mm/年。今后的工作重点是分析盐湖变形模式与盐湖面积扩展的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deformation Monitoring Around Salt Lake in Qinghai-Tibet Plateau Using Time-Series InSAR with Sentinel-1A Images from 2014–2018
Since 2011, The area of the Salt Lake was increasing due to the bursting of the Zonag Lake burst. The expansion of the lake would accelerate the melting of permafrost, leading to more severe surface deformation around the lake. In this paper, the deformation of permafrost area around the Salt Lake have been retrieved applying time-series InSAR method with Sentinel-1A data from 2014. 12 to 2018.12. The preliminary result shows that obvious deformation has been observed around the Salt Lake, with the maximum deformation rate larger than −20 mm/year. Future work will focus on analyzing the relationship between the deformation pattern and the area extend of the Salt Lake.
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