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

Sector collapses affect volcanic edifices across all tectonic settings and involve a rapid
redistribution of mass, comparable in scale to the largest magmatic eruptions. The eruptive …

Prominent longitudinal features are often reported on the surfaces of mass movement
deposits. However, the genesis and implications of these have not hitherto been considered …

We present a structural analysis of subaerial natural and analogue rockslide avalanches.
Such deposits often have well-developed faults, folds, and hummocks. These structures can …

The central focus of this work is to study the processes acting well below the surface of a
moving rock or debris avalanche during travel over stationary substrate material. Small …

Supraglacial landslides result from the catastrophic failure of periglacial rock slopes and
deposit large volumes of rock and ice onto the glacier surface. The most remarkable features …

Large, rapid rockslope failures generate deposits with complex morphologies due to a
number of causal and influencing factors. To investigate these, we conducted a detailed …

Volcano sector collapses are catastrophic events that can mobilize huge volumes of material
and cause changes in the magmatic plumbing system, leading to variations in growth rate …

Abstract The 1980 eruption of Mount St. Helens was instrumental in advancing
understanding of how volcanoes work. Lateral edifice collapses and the generation of …

Large-scale edifice failure is a common process during the long lifespans of volcanoes
worldwide with many experiencing repeated collapse. Here we use six well-studied …