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 …

Accurately assessing future land use/cover change (LUCC) and habitat quality (HQ) is vital
for ensuring sustainable use of coastal ecosystem services, but most studies ignore the …

Coastal subsidence exacerbates relative sea level rise (SLR) and increases the risk of
coastal flooding. However, the contribution of local land subsidence (LLS) in the Yellow river …

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 …

Characterizing and understanding the changes in the flow regimes of rivers have been
challenging. Existing global river network data sets are not updated and can only identify …

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 …

Ecological degradation and the decrease in ecological functions have long been central
challenges in the coordination of global environmental protection and sustainable …

Dump sites with broken overburden layers in surface mines have the risk of instability due to
their loose bulk structures. In this study, deformations at a dump site of the …

Subsidence, the downward vertical land motion (VLM), plays a pivotal role in contributing to
the risk of coastal flooding. Accurately estimating VLM and identifying its potential features …