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 …

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 …

An extended statistical comparison of numerous precipitation parameters (absolute,
minimum, and maximum totals; number of days with precipitation; and duration of …

Tree-ring analysis is currently a frequently used absolute dating method for spatio-temporal
analysis of landslide movements. However, like all absolute dating methods, this approach …

Long-term analyses of landslide patterns and triggering factors, covering several decades of
continuous data, including periods of both acceleration and stability, are a key to …

Rockslides in the Variscan orogenic belt of the Central Europe are a rare and poorly studied
phenomenon. These relatively stable features have recently been shaped by secondary …

More accurate and reliable estimation of residual strength friction angle (ϕ r) of clay is
crucial in many geotechnical engineering applications, including riverbank stability analysis …

Landslides are destructive geomorphological processes that cause economic and social
losses. This stimulates the development of new tools related to landslide hazard. Recently …

Landslide protection and mitigation are critical issues in many regions worldwide, where
lives and livelihoods depend on correctly determining landslide hazards. However, local …

Destruction of river banks and gradual lateral fluvial erosion can be closely related
processes. This study presents the potential of a unique combination of two …