Unmanned aerial vehicles (UAVs, UAS, drones) combined with Structure-from-Motion (SfM)
photogrammetry have emerged over the last decade as the basis for a very efficient …

Abstract Unmanned Aerial Vehicle Structure from Motion (UAV-SfM) photogrammetry is
increasingly applied to topographic change detection, which requires multitemporal Digital …

Slow-moving landslides exhibit persistent but non-uniform motion at low rates which makes
them exceptional natural laboratories to study the mechanisms that control the dynamics of …

High mountains are climate change hotspots. Quickly rising temperatures trigger vegetation
shifts such as upslope migration, possibly threatening mountain biodiversity. At the same …

Talus, as the product of movement and accumulation along the slope after the cracking of
cliffs or steep rock walls, is a common landform in the mountain periglacial environment …

Active volcanic craters are highly dynamic geological features that undergo morphological
changes on a broad range of spatial and temporal scales. Such changes have implications …

Accurately assessing landform evolution and quantifying rapid environmental changes are
gaining importance in the context of monitoring techniques in alpine environments. In the …

High mountain environments are increasingly affected by rockfall‐related hazards, driven by
climate change. Studying rockfall in these environments is, however, challenging due to the …

In recent years, low-cost unmanned aerial vehicles (UAVs) photogrammetry and terrestrial
laser scanner (TLS) techniques have become very important non-contact measurement …

The paper deals with the problem of the impact of river erosion on the activity level and type
of colluvial movement within landslides in two study regions (Foothills and Beskidy Mts.) in …