The literature on landslide susceptibility is rich with examples that span a wide range of
topics. However, the component that pertains to the extension of the susceptibility framework …

At first glance, assessing future landslide‐exposed population appears to be a
straightforward task if landslide hazard estimates, climate change, and population …

In landslide-prone regions, railway networks are vulnerable to rapid flow-like landslides,
which can cause extensive damage, even at significant distances from the landslide's point …

The increasing intensity of human activity is exposing more people and property in hill
regions to geohazards (including rockfall, landslide, debris flow, et al.). In tectonically weak …

Urbanization has significantly increased the risk of debris flows to houses located at
mountain boundaries, particularly in South Korea, where urban centers are surrounded by …

Landslides cause significant economic losses and casualties worldwide. However, robust
prediction remains challenging due to the complexity of geological factors contributing to …

The concrete piers in steep mountain areas are highly susceptible to damage disasters due
to the impact of debris avalanches, which pose a serious threat to the safe operation of …

Reliable forecasts of building damage due to debris flows may provide situational
awareness and guide land and emergency management decisions. Application of debris …

Natural disasters are becoming increasingly regional, frequent, and complex. Semi-
quantitative risk assessments based on risk indices or relative risk levels lack quantitative …

Coarse particle shape in slip zone soil influences the mesoscopic structure of the soil, which
in turn affects soil shear strength and failure behavior. In order to investigate the effect of …