Spatiotemporal patterns of earth surface deformation are influenced by a combination of the
geologic, topographic, seismic, anthropogenic, meteorological and climatic conditions …

This paper discusses a full interferometry processing chain based on dual-orbit Sentinel-1A
and Sentinel-1B (S1) synthetic aperture radar data and a combination of open-source …

Mountainous landscapes affected by strong earthquakes typically exhibit higher landslide
susceptibility in post‐seismic periods compared to pre‐seismic conditions. This concept is …

Slow-moving reactivated landslides can accelerate suddenly and fail catastrophically,
posing a great threat to life and economy. Emerging synthetic aperture radar (SAR) …

Deltas are highly valuable environmental systems, ensuring various livelihoods through
their ecosystem services. However, human impact and climate change stressors are …

In case necessary precautions are not taken in surface mines, serious accidents and loss of
life may occur, particularly due to large mass displacements. It is extremely important to …

The investigation of reactivated landslides in the alpine-canyon areas suffers the difficult
accessibility of precipitous terrain. In particular, when reactivated landslides occur along the …

The damage to pipeline infrastructures caused by reactive soils has been a critical
challenge for asset owners. Sustainable backfilling materials have recently gained interest …

Abstract The Persistent Scatterer Interferometry (PSI) and Global Navigation Satellite System
(GNSS) techniques were used to identify the deformation rates in the Saurashtra region …

A dependable transportation infrastructure is an essential local resource, linking
communities and facilitating economic expansion. The Nile Delta, renowned for its high …