Dynamic fusion of displacement parallelism and mass conservation for landslide slip-surface depth inversion from SBAS-InSAR observations: a case study in the Wudongde reservoir area
This study proposes a novel dynamic fusion framework that integrates displacement parallelism and mass conservation laws with multi-orbit SBAS-InSAR observations to accurately invert time-varying landslide slip-surface depths and volumes, successfully validated in the Wudongde reservoir area with high precision and reduced methodological limitations.
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