Traditional tsunami forecasting methods are based on seismic observations. The
development of offshore observational devices makes it possible to utilize offshore tsunami …

The world's largest and densest tsunami observing system gives us the leverage to develop
a method for a real-time tsunami inundation prediction based on machine learning. Our …

Abstract The Eastern Mediterranean Basin (EMB) is under the threat of tsunami events
triggered by various causes including earthquakes and landslides. We propose a …

Abstract The Seafloor Observation Network for Earthquakes and Tsunamis along the Japan
Trench (S-net) is presently the world's largest network of ocean bottom pressure sensors for …

The occurrence of mega-tsunamis over the last couple of decades has greatly increased the
efforts of the research community and practitioners to work hand in hand to reduce risks from …

Earthquakes occurring in the Peru-Chile Trench can trigger tsunamis that damage the
Peruvian coast. The Directorate of Hydrography and Navigation plans to install three …

The application of high‐frequency radar as an instrument for assimilating tsunami‐induced
current fields is garnering increasing interest. The performance of surface current velocity …

We propose an optimal deployment scheme of the Seafloor Observation Network (SON) in
the South China Sea (SCS), aiming at early warning of potential tsunami hazards based on …

Tsunamis are destructive natural disasters that can cause severe damage to property and
the loss of many lives. To mitigate the damage and casualties, tsunami warning systems are …

Purpose. The aim of the work is to study the possibility of real-time tsunami forecasting
based on the data from the deep-ocean tsunameters. Methods and Results. The express …