Climatic factors are considered major causes and triggers of slope instability, but the
palaeoclimatic implications of landslides have not yet been systematically reviewed. As …

Different approaches and thresholds have been utilized in the past to date landslides with
growth ring series of disturbed trees. Past work was mostly based on conifer species …

Razula forest preserve in the Carpathian Mountains of the Czech Republic is an
unmanaged forest that has not been logged or otherwise anthropically disturbed for at least …

The eastern Mediterranean is a hotspot in terms of geomorphic hazards, but the activity of
gravitational processes in mountainous areas is largely unexplored. We carried out …

The recent launch of national-scale LiDAR-derived topographic data provides an
opportunity for (re) evaluating the geomorphic imprint of landslides in forested mountains. A …

This paper presents a complex analysis of both the contemporary and the historic
development of the geomorphic regime of the transformed reach of the Morávka River in the …

Dangerous overland flood events in the foothills of the flysch Carpathians often result from a
cumulative effect of floods in high-gradient channels. Detailed understanding of the origin of …

Detailed knowledge of the occurrence of debris flows in the past is key to understanding
their linkage to changing climatic variables and their occurrence in the future. For a …

The geological structure of a slope is one of the key factors that drives the development of
landslide types. Various landslide types, although occurring in the same locality, can result …

Crevice-type caves are among the least investigated natural phenomena connected with the
development of slope failures. These caves present complex and peculiar underground …