Subaqueous sediment density flows are one of the volumetrically most important processes
for moving sediment across our planet, and form the largest sediment accumulations on …

This paper reviews recent studies on methods of realtime forecasting for near-field tsunamis
that use either offshore tsunami data or onshore global navigation satellite system (GNSS) …

In the first edition, we paid attention not only to tsunami waves, but to related phenomena,
namely, seaquakes, as well, which to a significant extent reflected the interests of the …

We show the first real-time record of a turbidity current associated with a great earthquake,
the Mw 9.0, 2011 Tohoku-Oki event offshore Japan. Turbidity current deposits (turbidites) …

We propose a method for near‐field tsunami forecasting from data acquired by cabled
offshore ocean bottom tsunami meters (OBTMs) in real time. We first invert tsunami …

We propose a method of tsunami waveform inversion to accurately estimate a tsunami
source by incorporating the effect of permanent seafloor deformation recorded by ocean …

During the 2003 Tokachi-Oki tsunamigenic earthquake the real-time JAMSTEC observatory
obtained records which provided a unique opportunity to have a look deep inside the …

Although most tsunamis are generated by the sea‐bottom deformation caused by
earthquakes, some tsunamis are excited by sea‐surface pressure changes. This study …

Underwater fiber optic cables commonly traverse a variety of seafloor conditions, which
leads to an uneven mechanical coupling between the cable and the ocean bottom. On …

A review of modern, historical and submarine landslides from the geological record shows
that landslides in active continental margins can generate tsunamis. The tsunamis may …