Abstract Unmanned Aerial Vehicle (UAV) technique has been widely utilized in geohazards
assessment. In this work, the effectiveness of the UAV photogrammetry in the remote …

Flooding is a deleterious phenomenon that induces detrimental impacts on humans,
properties and environment. As a result, the knowledge of susceptible places and hazard …

The aim of this study is to demonstrate the advantages of using micro drones in the study of
large slow-moving landslides, which are widespread along the northwestern coast of Malta …

The technique of interferometric synthetic aperture radar (InSAR) is increasingly employed
for landslide detection over large areas, even though the limitations of initial InSAR analysis …

This study presents a successful combination of different remote sensing data used in a long-
term retrospective investigation of a large and destructive deep-seated, slow-moving …

This paper presents a detailed analysis of a dramatic rock slope acceleration that occurred
in fall 2016 at the Moosfluh Landslide, located at the glacier tongue of the Great Aletsch …

Toppling is the foremost failure pattern of anaclinal rock slopes, and deep-seated toppling
deformations (DSTDs) are common on high anaclinal slopes on the sides of gorges in …

Intermittently moving earthflows are widespread geomorphological phenomena in
mountainous regions. The Daxiaowan (DXW) earthflow in Zhouqu County, Bailong River …

Most rocks exhibit time-dependent deformation and failure. Two main mechanisms are
generally considered, the progressive growth of cracks and viscoelastic and/or viscoplastic …

Soil changes, including landslides and erosion, are some of the most prominent post-fire
effects in Mediterranean ecosystems. Landslide detection and monitoring play an essential …