The dating of past landslide events is one of the most crucial aspects of landslide research,
leading to a better understanding of past landslide activity. Landslides can be extremely …

Determining the age of landslide events is crucial for determining landslide risk, triggers,
and also for predicting future landslide occurrence. Currently, the most accurate method for …

Dendrogeomorphic methods are in fact frequently used for spatio-temporal landslide
behaviour reconstruction. However, their real accuracies have not yet been deeply …

Dendrogeomorphology represents an appropriate method for dating past avalanche events
using tree-ring widths and their anatomical structure. Here, we present dendrochronological …

Аннотация С начала XXI в. дендроиндикационные исследования экзогенных
гравитационных процессов (ЭГП) в Западной Европе резко активизировались, а в …

The height growth of the trees depends on sufficient mechanical support given by the stem
and an effective hydraulic system. On unstable slopes, tree growth is affected by soil …

Tree-ring based analysis is currently a widely used tool for obtaining data on the spatio-
temporal behaviour of past landslides, which is key information for determining hazard or …

Debris-flows are infrequent geomorphic phenomena that shape steep valleys and can
represent a severe hazard for human settlements and infrastructure. In this study, a debris …

This article deals with recent avalanche events dated by the dendrogeomorphic method and
their verification. The research was focused on two active mid-mountain avalanche sites–the …

The N-Ohkawa landslide, and the southern section of the Ohkawa landslide, occurred
during the snow-melt seasons of 1999 and 2006, respectively, in the Shirakami Mountains …