Gravitational forcing of oversteepened rock mass leads to progressive failure, including
rupture, creeping, sliding and eventual avalanching of the unstable mass. As the point of …

Landslides are the second most frequent tsunami source worldwide. However, their complex
and diverse nature of origin combined with their infrequent event records make prognostic …

The Lashagou landslide group in Gansu Province, China, is a typical shallow loess
landslide group caused by artificial slope cutting. In April 2018, local sliding of the landslide …

Zongling landslides are the typical karst landslides located in the southwest of China, which
have severely threatened the lives of local people. It is of great significance to monitor the …

Periglacial environments are characterized by highly dynamic landscapes. Freezing and
thawing lead to ground movement, associated with cryoturbation and solifluction. These …

The Himalayan state of Sikkim is prone to some of the world's largest landslides, which have
caused catastrophic damage to lives, properties, and infrastructures in the region. The …

InSARTrac is an innovative method for 3D displacement monitoring that combines terrestrial
interferometric synthetic aperture radar (InSAR) and computer vision-based feature tracking …

The major limitation of persistent scatterer interferometric synthetic aperture radar
(PSInSAR) is that it detects only one-or two-dimensional displacements, such as those in the …

Displacement rates of mountain slope deformations that can affect entire valley mountain
flanks are often measured spatially distributed in‐situ without spatial significance. The …

Mountain slopes in periglacial environments are affected by frost-and gravity-driven
processes that shape the landscape. Both rock glaciers and rockslides have been …