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 …

Landslides are dangerous and destructive geomorphic processes that cause annual
damage to human infrastructure or even loss of life. As recovery is very costly, knowledge of …

Landslides are frequently triggered by extreme meteorological events which has led to
concern and debate about their activity in a future greenhouse climate. It is also …

Tunnel excavation in mountainous regions often interacts with landslide phenomena. This
paper deals with potential hazards arising from tunnelling in presence of a Deep-Seated …

Floods are among the most dangerous geohazards in Central Europe. Their occurrence is
often the result of the cumulative contribution of sub-catchments in the culmination zone of a …

Dendrogeomorphology allows for annual dating of various hazardous geomorphic
processes in afforested areas. However, there is a lack of detailed knowledge about spatial …

Tree-ring records from sites affected by underground mining provide valuable data on the
long-term development of subsidence troughs. However, due to complexity of local …

Landsliding is a major natural hazard; therefore, understanding its activity is an important
objective worldwide. For the investigation of the current landslide events, dendrogeomorphic …

An understanding of past landslide behaviour is crucial for the estimation of future landslide
activity. In this respect, methods of absolute dating are frequently used for landslide history …

Dendrogeomorphic methods are frequently used for the analysis of past landslide behaviour
and have become the standard approach used to date landslide activity. Unfortunately …