Catastrophic landslides have much more frequently occurred worldwide due to increasing
extreme rainfall events and intensified human engineering activity. Landslide susceptibility …

High-locality landslides are located on slopes at high elevations and are characterized by
long sliding distances, large gravitational potential energy, high movement velocities …

The large slow‐moving landslide of Maca is located in the upper Colca valley (southern
Peru), a region characterized by a well pronounced rainy period, and intense and recurrent …

The mass transfer mechanisms in landslides are complex to monitor because of their
suddenness and spatial coverage. The active clayey Harmalière landslide, located 30 km …

Subaqueous landslides and their consequences, such as tsunamis, can cause serious
damage to offshore infrastructure and coastal communities. Stability analyses of submerged …

At some time 30% of the world's land mass was covered by glaciers leaving substantial
deposits of glacial soils under major conurbations in Europe, North and South America, New …

The largest landslides in Estonia are associated with glaciolacustrine varved clays. One of
the recent slope failures, Audru landslide, was chosen for detailed investigation. Landslide …

Paleotopography in Quaternary sedimentary environments can be an important factor that
controls landslide movement. This study investigates the relation between paleotopography …

In engineering terms, all materials deposited as a result of glacial and periglacial processes
are transported soils. Many of these deposits have engineering characteristics that differ …

More than 70% of catastrophic landslides were previously unknown and brought
tremendous losses to human life and property in urban regions; therefore, there is an urgent …