Landslides are common on inclined areas of the seafloor, particularly in environments
where weak geologic materials such as rapidly deposited, fine‐grained sediment or …

Tsunami events with extreme effects on sedimentary transport or considerable alterations of
the coastal configuration are rather rare regarding human history, but considering geological …

Deposits from the Storegga tsunami have been found in coastal areas around the
Norwegian Sea and North Sea, from the northeast coast of England to beyond the Arctic …

Geological investigations of coastal sediments indicate that prehistoric tsunamis can be
identified. Their characterisation has altered our knowledge of the past frequency and …

Water surged from Puget Sound sometime between 1000 and 1100 years ago, overrunning
tidal marshes and mantling them with centimeters of sand. One overrun site is 10 kilometers …

A mathematical model based on the hydrodynamic shallow water equations is developed for
numerical simulation of water waves generated by the submarine Storegga Slides on the …

The statigraphy in 25 coastal lakes shows that most of the Norwegian coastline was
impacted by a large tsunami about 7200 14C BP. The methodology has been to core a …

Tsunami deposits related to the 1929 Grand Banks earthquake and washover deposits
related to the 1991 Halloween storm differ in their sedimentary characteristics and positions …

Geomorphological processes associated with tsunami run-up and backwash are highly
complex. To date, most studies have considered the sedimentology of palaeo-tsunamis …

Tidal‐wetland stratigraphy reveals that great plate boundary earthquakes have caused
hundreds of kilometers of coast to subside at the Cascadia subduction zone. However …