Dynamic landslide risk assessment (DLRA) using SBAS-InSAR method, integrated with geo-environmental data as temporal triggers in the Northwestern Himalayas, Pakistan

Severity-Based Mapping of Land-Subsidence Hazard Zones and Critical Hotspots Using SBAS-InSAR and Spatial Statistics: The Konya Metropolitan Area, Turkey

Land subsidence induced by excessive groundwater withdrawal has become one of the most significant geohazards affecting the Konya Closed Basin, Turkey. Although previous studies have successfully monitored ground deformation using geodetic and remote sensing techniques, limited attention has been devoted to transformin...

Spatiotemporal Characteristics and Hydrogeological–Urban Controls of Surface Deformation in Haikou, China, Revealed by PS/DS-InSAR and Spatial Attribution Analysis

Surface deformation in rapidly urbanizing coastal cities is often shaped by the interplay between hydrogeological setting and development disturbance, yet these controls remain insufficiently constrained in tropical coastal environments. Using 119 ascending Sentinel-1A scenes acquired between September 2020 and August...

A probabilistic framework for regional landslide hazard assessment by coupling time-varying landslide susceptibility and probabilistic seismic hazard

Deformation mechanism and early warning of an accumulation-layer landslide: integrated analysis of multi-source monitoring and numerical simulation

Researching the deformation mechanisms and early warning of landslides holds significant engineering importance. A typical accumulation-structured landslide in southern China was selected as the case study to investigate the intrinsic failure mechanisms of slopes, with adjacent tunnel construction and rainfall consider...

Dynamic Earth Observation for Landslide Susceptibility Mapping Using Machine Learning and InSAR-Derived Deformation

Landslide susceptibility assessment is essential for hazard mitigation and sustainable urban planning, yet many existing approaches rely primarily on static environmental predictors and often neglect active slope deformation. This limitation is particularly relevant in rapidly urbanizing areas, where human activity may...

Long-Term Geospatial Monitoring of Quarry Expansion Using Landsat Time Series and LandTrendr: A Case Study of Dargov Hill, Slovakia

Surface mining significantly alters land cover and vegetation, making long-term monitoring essential for assessing its environmental impacts. The objective of this study was to analyze the long-term development of the active Dargov quarry (Slovakia) during the period 2009–2025 using Landsat image time series. Changes i...