Dendrogeomorphology, the dating of geomorphic activity using tree-ring records, is widely
employed in forested landscapes impacted by natural hazards, often applied to identify the …

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 …

Chronological data on recent debris-flow activity in the Eastern Meditteranean are
fragmentary, limiting a proper assessment of future geomorphic risk. This is especially true if …

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 …

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 …

Landslides are a type of mass wasting and denote any downslope movement of soil and
rock under the influence of gravity; as such they can represent a dangerous natural hazard …

The role of snow is underrated in the dendrogeomorphic research in terms of the
interpretation of the climate factors responsible for the geomorphic activity. We analysed …

Dating of geomorphic events using dendrogeomorphic methods has increased rapidly
during the last years to provide a systematic overview on event frequencies, spatial reach …

High-magnitude hydrogeomorphic events in steep streams (eg, debris flows and debris
floods) are capable of transporting considerable quantities of bed material, including large …

The past geomorphic activity of flash floods in the Eastern Mediterranean has been poorly
understood. Despite the general increase in mean annual temperature and decrease in …