Landslides and related hazards

Landslides kill thousands of people each year and cause billions of dollars in infrastructure damage, yet predicting where and when they will occur remains an unsolved problem that sits at the intersection of earth science, engineering, and public policy. Researchers combine field observations, satellite imagery, and GIS-based statistical models to map terrain susceptibility and identify the conditions — heavy rainfall, seismic shaking, slope geometry — that push unstable ground into motion. A central challenge is translating those spatial predictions into actionable risk assessments that governments can actually use to guide land-use decisions, early-warning systems, and disaster response plans. Active work is pushing toward higher-resolution real-time monitoring, better integration of earthquake-induced and rainfall-triggered failure mechanisms, and legal frameworks that assign clear responsibility for hazard disclosure and mitigation in vulnerable communities.

Works

149,489

Total citations

1,761,519

Keywords

LandslideHazardSusceptibility MappingRainfall TriggeringGIS-based ModelingRisk Assessment