Researchers who study tsunami deposits share common ultimate goals of their work, which
are to better assess the magnitude information of paleotsunamis and to contribute to the …

Tropical and extratropical cyclones have a profound impact on coastal morphology,
ecosystems, and human lives. Given the ongoing global warming and the rising coastal …

The interest in applying coastal boulders as a proxy for high-energy wave events, ie,
tsunamis and major storms, increased significantly during the last two decades. Studies …

Several impacts of high-energy marine events–tsunamis and storms–which have occurred
along the Mediterranean coasts, have determined boulder displacements in different ways …

Tsunamis pose a significant threat to coastal engineering. A comprehensive physical
experiment was conducted to examine the effect of air chambers on vertical structures with …

Predicting the local size of a historic high-energy event from its boulders using numerical
models is a challenging research topic. Modern high-energy events and their deposits are …

The study presented herein examines the influence of a swing gate on the generation of
dam-break waves. Recently, researchers have been using swing gate systems, as opposed …

Tsunami bores have a strong destructive ability, capable of damaging coastal structures and
endangering human life. This study focuses on the interactions between tsunami bores and …

Abstract Tsunamis in Indonesia (2004) and Japan (2011) severely affected communities
bordering the Indian Ocean and Japan's east coast. Despite the plausible findings arising …

Erosion and deposition from tsunamis record information about tsunami hydrodynamics and
size that can be interpreted to improve tsunami hazard assessment. We explore sources and …