Submarine landslides pose a hazard to coastal communities as they can generate powerful
tsunamis, and threaten critical offshore infrastructure such as seafloor cable networks that …

This paper reviews the evidence for onshore sedimentary imprints of tsunami inundation
known from the geological record of the Atlantic basin. The central aim of the paper is to offer …

Abstract The 1929 Grand Banks submarine landslide on the southwestern Grand Banks of
Newfoundland was triggered by a Mw 7.2 strike‐slip earthquake. It is the first studied …

Glide planes, the basal surface or failure surface upon which submarine landslides initiate,
commonly develop along weak, distinctive stratigraphic horizons but their lithological …

Abstract The Central and South Atlantic represents a vast ocean area and is home to a
diverse range of ecosystems and species. Nevertheless, and similar to the rest of the global …

Submarine landslides can destroy seafloor infrastructures and generate devastating
tsunamis. In spite of decades of research into the functioning of submarine landslides there …

Although subaqueous slopes on active continental margins are subject to a variety of failure
styles, their movement mechanisms during earthquakes remain poorly constrained. A …

Mixed turbidite–contourite depositional systems result from interactions between down‐
slope turbidity currents and along‐slope bottom currents, comprising excellent records of …

Subaqueous slopes are susceptible to a broad range of failure mechanisms and
deformation styles, many of which are not well characterised. We undertook novel laboratory …

More than 100 circular, elongate or crescent‐shaped very large seafloor depressions were
found on the southern Namibian continental margin in water depths between 900 and 1700 …