This review describes the mechanisms of lahars and debris flows, and their impacts on
buildings, infrastructure and other valuables. Lahars are a type of debris flow restricted to …

The wide range of both spatial and temporal scales distinguishes landslide processes
significantly from other natural processes such as floods, earthquake shaking or tsunamis …

Flow-like mass movements in granular materials are among the most serious natural
hazards, systematically producing huge amounts of damage and numerous victims …

Cellular Automata (CA) represent a formal frame for dynamical systems, which evolve on the
base of local interactions. Some types of landslide, such as debris flows, match well this …

A GIS-based cell model, based on a kinematic approach is proposed to simulate debris flow
routing on a fan. The sediment–water mixture is modeled as a monophasic continuum, and …

Credible models of landslide runout are a critical component of hazard and risk analysis in
the mountainous regions worldwide. Hazard analysis benefits enormously from the number …

滑坡运动路径具有普遍的复杂性, 体现为侧散, 转向, 分叉, 交织, 聚合与并联等复杂行为.
滑坡运动路径复杂性增大了滑坡危险性. 因而, 滑坡危险性评估对滑坡运动路径复杂度的量化和 …

Perceptions of risk are a key issue when seeking to develop systems, practices and policies
to protect local populations. This is particularly evident when risk mitigation strategies …

The linkages between ecology and geomorphology can be difficult to identify because of
physical complexity and the limitations of the current theoretical representations in these two …

This paper explores the effect of hillslope hydrological behavior on slope stability in the
context of transient subsurface saturation development and landslide triggering. We perform …