Terrestrial and satellite radar interferometry applications for ground deformation investigations in urban subsidence detection, landslide velocity monitoring, and novel failure discovery
The projects present interferometric radar measurements at high temporal resolutions and fine spatial precisions that allow new insights about ground deformation dynamics. The work is organized into three studies: (1) A ground-based interferometric radar (GBIR) monitoring campaign conducted on a slow-moving, translational failure landslide in Granby, Grand County, Colorado, USA. (2) A terrestrial radar interferometry (TRI) monitoring campaign for detecting ground settlement analysis within an urban setting in Seattle, Washington, USA. (3) A case study of novel landslide activity recognition ...
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