This study investigated the characteristics of rainfall-triggered landslides during the Typhoon
Bilis in the Dongjiang Reservoir Watershed, China. The comparative shallow landslide …

Due to the difference of the spatial and temporal distribution of rainfall and the complex
diversity of the disaster-prone environment (topography, geological, fault, and lithology), it is …

China is one of the countries where landslides caused the most fatalities in the last decades.
The threat that landslide disasters pose to people might even be greater in the future, due to …

Groups of landslides induced by heavy rainfall are widely distributed on a global basis and
they usually result in major losses of human life and economic damage. However, compared …

Geohazards induced by extreme-rainfall events have considerably affected Taiwan
throughout the last decade. Because of differences in rainfall behavior, the hazards of …

Conventional landslide susceptibility analysis adopted rainfall depth or maximum rainfall
intensity as the hydrological factor. However, using these factors cannot delineate temporal …

Landslide susceptibility mapping is an indispensable prerequisite for landslide prevention
and reduction. At present, research into landslide susceptibility mapping has begun to …

Landslides are occurring more frequently in China under the conditions of extreme rainfall
and changing climate, according to News reports. Landslide hazard assessment remains an …

The rainfall can contribute significantly to landslide events, especially in hilly areas. The
landslide susceptibility map (LSM) usually helps to mitigate disasters. However, how to …

Precipitation is the main factor that triggers landslides. Rainfall-induced landslide
susceptibility mapping (LSM) is crucial for disaster prevention and disaster losses mitigation …