In this paper, we do a critical review of statistical methods for landslide susceptibility
modelling and associated terrain zonations. Landslide susceptibility is the likelihood of a …

Flow-like landslides, such as debris flows and rock avalanches, travel at extremely rapid
velocities and can impact large areas far from their source. When hazards like these are …

r. avaflow represents an innovative open-source computational tool for routing rapid mass
flows, avalanches, or process chains from a defined release area down an arbitrary …

In response to climatic change, the size and number of moraine-dammed supraglacial and
proglacial lake systems have increased dramatically in recent decades. Given an …

Rock avalanche is one of the most spectacular and catastrophic type of natural hazard
phenomena. Those events typically start with a giant rock block or multiple blocks becoming …

Rock‐ice avalanche events are among the most hazardous natural disasters in the last
century. In contrast to rock avalanches, the solid phase (ice) can transform to fluid during the …

Landslides can have a severe negative impact on the socio-economic and environmental
state of individuals and their communities. Minimizing these impacts is dependent on the …

We develop a full two-dimensional Coulomb-viscoplastic model and apply it for inclined
channel flows of granular materials from initiation to deposition. The presented model …

Understanding the physics of phase separation between solid and fluid phases as a mixture
mass moves down-slope is a long-standing challenge. Here, we propose an extension of a …

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 …