Coastal subsidence is a geological disaster that has devastating consequences. However,
an accurate understanding of its risks involves more than simply assessing the amount or …

Interferometric Synthetic Aperture (InSAR) time series measurements are widely used to
monitor a variety of processes including subsidence, landslides, and volcanic activity …

As China undergoes rapid socio-economic transformation, changes in food consumption
have happened, necessitating understanding the links between dietary transition, nutritional …

As a city undergoes large-scale construction and expansion, there is an urgent need to
monitor the stability of the ground and infrastructure. The time-series InSAR technique is an …

Over the past two decades, Interferometric synthetic aperture radar (InSAR) has been
invaluable for studying earth surface deformation and related effects. Deformation maps …

This study focuses on the Badui region in eastern Tibet, an area with complex topography
featuring numerous valleys, ravines, and frequent geological hazards. Given the economic …

Advanced statistics can enable the detailed characterization of ground deformation time
series, which is a fundamental step for thoroughly understanding the phenomena of land …

Multi-temporal Interferometric Synthetic Aperture Radar technique (MTInSAR) has emerged
as a valuable tool for measuring ground motion in a wide area. However, interpreting …

Forecasting of saltwater intrusion in estuaries is challenging due to its nonlinear and
nonstationary features. The efficiency of most existing regressive prediction models …

The increasing availability of SAR images and processing results over wide areas
determines the need for systematic procedures to extract the information from this dataset …