Detailed sedimentological studies concerning different facies types and the factors
influencing their development (such as lithology, topography, substrates, etc.) were carried …

Many field observations show that the shape characteristic of particles constituting natural or
industrial loose deposits is often size-correlated, that is, either more regular or irregular for …

Complex topographic features on the surfaces of rock avalanche deposits have been
regarded as important indicators for understanding avalanche kinematics and dynamics …

Rockslides and Rock Avalanches of Central Asia: Distribution, Impacts, and Hazard
Assessment arms scientists with an inclusive and specialized reference for future studies of …

Much of contemporary landslide research is concerned with predicting and map**
susceptibility to slope failure. Many studies rely on generalised linear models with …

Catastrophic rock avalanches are widely distributed on Earth and share a series of common
diagnostic features that play a vital role in revealing their emplacement mechanisms …

According to field measurements, the basic character of the particle size distributions
obtained from the landslide accumulations is fractal. The collapse of the granular columns …

Large rockslide‐debris avalanches, resulting from flank collapses that shape volcanoes and
mountains on Earth and other object of the solar system, are rapid and dangerous gravity …

The periphery of the Qinghai-Tibet Plateau is renowned for its susceptibility to landslides.
However, the northwestern margin of this region, characterised by limited human activities …

Rock and ice avalanches–or combinations thereof–are among the most far-reaching types
of hazards in the mountain cryosphere. Here, we report a first complete inventory of rock and …