The study of storm surges and more generally of extreme events is a subject of growing
interest in the current context of coastal risk management in a changing climate. Recent …

Modelling multiple hazard interrelations remains a challenge for practitioners. This article
primarily focuses on the interrelations between pairs of hazards. The efficacy of six distinct …

This paper describes a framework in which artificial extreme sea levels (ESLs) can be
generated for use in flood risk analyses. Such analyses require large numbers of events to …

The estimation of sea levels corresponding to high return periods is crucial for coastal
planning and for the design of coastal defenses. This paper deals with the use of historical …

Coastal regions face increasing threats from rising sea levels and extreme weather events,
highlighting the urgent need for accurate assessments of coastal flood risk. This study …

A regional frequency analysis (RFA) of tide gauge (TG) data fit with a Generalized Pareto
Distribution (GPD) is used to estimate contemporary extreme sea level (ESL) probabilities …

Developed coastlines require considerable investments into coastal protection measures to
mitigate the effects of flooding caused by extreme sea levels (ESLs). To maximize the …

The tidal section of the Feiyun River is affected by the dual effects of the upstream flood
discharge and downstream tidal uplift, resulting in complex water level changes. To …

Coastal planning implies the estimation of extreme sea levels. As the distribution of
astronomical high tides can be predicted, most recent publications suggest focusing on the …

The use of historical sources and data to improve knowledge of past extreme events is no
longer to be demonstrated. Old quantitative and qualitative data on water levels available in …