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 …

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 …

Abstract The South China Sea (SCS) coastlines are particularly vulnerable to tsunamis due
to rapid urbanization and dense infrastructures. However, whether the SCS has experienced …

Thus far various numerical models have been developed and improved to aid
understanding of the sediment transport process due to tsunamis. However, the applicability …

A three-dimensional hydrostatic numerical simulation on tsunami-induced topography
changes near a harbor is carried out, and sediment transport processes on a significant …

Abstract The 2011 Tohoku Tsunami induced sediment deposition of 334,000 m 3 mainly in
the basin and 9 m erosion at the tips of a breakwater and a groin in Oarai Port, Japan. The …

A case study was conducted for the Thailand Khao Lak coast using a forward numerical
model to understand uncertainties associated with interpreting tsunami deposits and relating …

The research on morphological changes caused by tsunamis has increased considerably in
the last few years, yet the processes behind this phenomenon are still not fully understood …

Tsunami is one of the most dangerous natural hazards in the coastal zone worldwide. Large
tsunamis are relatively infrequent. Deposits are the only concrete evidence in the geological …

Topography change in a harbor caused by tsunami affects serious damage to the harbor
functions. In this paper, a non-hydrostatic three-dimensional (3D) flow and topography …