Abstract Synthetic Aperture Radar (SAR) interferometry is one of the most powerful remote
sensing tools for ground deformation detection. However, tropospheric delay greatly limits …

Due to the unique geographical characteristics of cold alpine and high-altitude regions,
glaciers, permafrost, ground ice, rock glaciers, and other periglacial geomorphology have …

现有地质灾害点/隐患点记录作为地质灾害评价的数据基础, 存在时效性差, 不全面的问题,
而时序合成孔径雷达干涉测量(interferometric synthetic aperture radar, InSAR) …

The excessive extraction and recharge of groundwater lead to long-time seasonal land
subsidence in Los Angeles, USA, and especially in the Santa Ana basin. The rate of land …

Permanent Scatterers (PS) point velocities obtained by the interferometric synthetic aperture
radar (InSAR) method are generally determined using the linear regression model, which …

How to effectively mitigate atmospheric delay signals in InSAR observations has long been
a pressing problem in the InSAR community. Here we propose a new method …

Abstract The Interferometric Synthetic Aperture Radar (InSAR) technique has been greatly
improved in both scientific studies and engineering applications as more and more InSAR …

Objectives: Geological hazard points and hidden danger points are the data basis for
geological hazard evaluation, while the existing records of geological hazard points have …

The InSAR method is an effective method of presenting the temporal change and behavior
characteristics of surface deformations to users and monitoring deformations. In general, it is …

Abstract The Qilian Mountains, located on the northeastern edge of the Qinghai–Tibet
Plateau, are characterized by unique high-altitude and cold-climate terrain, where …