Landslides, debris flows, and other destructive natural hazards induced by heavy rainfall in
mountainous regions are sometimes not independent but combined to form a disaster chain …

Every year about one third of the geohazards in China occur in the Loess Plateau causing
human loss, damaging gas and oil pipelines, destroying highways, railways and degrading …

Debris flow is a type of natural disaster characterized by sudden outbreaks, rapid movement,
short duration, and extreme destructive power, posing a serious threat to human lives and …

The phase after the determination of the landslide area in landslide susceptibility studies is
the selection of methods and parameters to be used. Approximately 1500 randomly selected …

Debris flow prediction based on rainfall monitoring is important for early warning and
disaster risk reduction. Taking a typical debris flow catchment (with debris flows occurring on …

Predicting the occurrence time, volume, distribution and run‐out length of shallow landslides
is critical for assessing the volume of debris flow in a catchment. Recent studies suggest that …

This study aims at providing an overview of the socioeconomic consequences that debris-
flow events have caused in Brazil, positioning the country in the international scenario and …

Heavy precipitation is the main trigger for debris-flow hazards. The antecedent moisture
condition, which is usually represented by antecedent precipitation, is another …

This research aims to improve the reliability of debris flow susceptibility (DFS) assessment,
which is crucial for disaster prevention and mitigation in mountainous regions. A progressive …

Aspect is one of the parameters used in the preparation of landslide susceptibility maps. The
procedure of this easily accessible and conclusive parameter is still a matter of debate in the …