Event deposits in lake sediments provide invaluable chronicles of geodynamic and climatic
natural hazards on multi-millennial timescales. Sediment archives are particularly useful for …

In freshwater systems (rivers and lakes), historical and recent tsunamis have been
documented and their traces have been found in the geological record, but studies of …

Rock falls and landslides plunging into lakes or small reservoirs can result in tsunamis with
extreme wave run-ups. The occurrence of these natural hazards in populated areas have …

High‐Alpine regions are prone to a large variety of geohazards, among which earthquakes
have the strongest impact on landscape and local population. Historic records indicate a …

Hydrothermal explosions are significant potential hazards in Yellowstone National Park,
Wyoming, USA. The northern Yellowstone Lake area hosts the three largest hydrothermal …

Our study aims at identifying and characterizing tsunami and storm deposits by combining
sedimentological, geochemical, and radiocarbon dating analyses. X-ray computed …

Lake tsunamis generated from subaerial and subaqueous mass movements can pose a
significant hazard to lakeshore communities. However, current knowledge of lake tsunamis …

The 1601 CE earthquake (Mw ca. 5.9) in “Unterwalden,” Central Switzerland, triggered
multiple subaqueous mass movements and a subaerial rockfall that generated tsunami …

River regulations have resulted in changes in the hydrology and particle budgets of fluvial
systems. Since the 19th century, many rivers have been significantly modified to control …

Mass movements and delta collapses are significant sources of tsunamis in lacustrine
environments, impacting human societies enormously. Paleotsunamis studies play an …