Earthquakes are recognized as the primary cause of submarine landslides. These
earthquake-induced submarine landslides can damage seafloor infrastructure (eg …

Submarine sediment failures or landslides triggered by storm waves in river delta areas
pose a significant risk to coastal infrastructure. Due to the limitations of in situ monitoring …

Rainfall is one of the most important triggers of slope failure. Weathered pyroclastic (tephra)
deposits are especially vulnerable to slope failure because they commonly form slopes of …

Earthquakes are considered as the major trigger of submarine landslides. This study
analyzes the large-scale seismic seafloor stability in the South China Sea (SCS), taking into …

A broadband seismological station (PRIMA) installed offshore Nice airport (southeastern
France) reveals a strong amplification effect of seismic waves. PRIMA station was in …

Two Quaternary plastered contourite drifts, with terraced and low-mounded morphologies,
make up the continental slope and base-of-slope in the northwestern Alboran Sea …

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

Seismically triggered subaqueous mass movements in lakes may generate tsunamis that
can cause significant damage on the shore. In this study, we assess the seismic response …

Tsunamis occur not only in marine settings but also in lacustrine environments. Most of the
lacustrine tsunamis are caused by seismically-or aseismically-triggered mass movements …

Rare in situ pore pressure and temperature data sets collected over more than one decade
in a submarine landslide‐prone area off Nice (Southeast France) have been used to …