Wave runup is one of the most critical parameters contributing to coastline flooding and
shoreline change. Many formulas have been developed to empirically predict wave runup …

Coastal soft cliffs are subject to changes related to both marine and subaerial processes. It is
imperative to comprehend the processes governing cliff erosion and develop predictive …

Extreme weather events bear a significant impact on coastal human activities and on the
related economy. Forecasting and hindcasting the action of sea storms on piers, coastal …

Cliff coasts are dynamic environments that can retreat very quickly. However, the short-term
changes and factors contributing to cliff coast erosion have not received as much attention …

Empirical models of wave runup are commonly derived from open beaches, but their
applicability in fetch-limited, sheltered environments are yet to be properly assessed. Based …

The traditional approach for coastal monitoring consists in ground investigations that are
burdensome both in terms of logistics and costs, on a national or even regional scale. Earth …

The main purpose of the research was to develop appropriate tools for forecasting the
effects of storms. The use of the high-resolution SWAN wave model powered by AROME …

Most empirical equations used for wave runup predictions have been developed from
measurements at straight sandy beaches in unlimited fetch environments. While there are …

Volcanic tsunamis pose significant threats to nearby coastal communities. Despite extensive
research, the mechanism behind tsunami generation remains unclear, and the ability to …

Rock cliffs are a significant component of world coastal zones. However, rocky coasts and
factors contributing to their erosion have not received as much attention as soft cliffs. In this …