Over the past decades, the scientific community has made significant efforts to simulate
flooding conditions using a variety of complex physically based models. Despite all …

Coastal flooding is a significant and increasing hazard. There are multiple drivers including
rising coastal water levels, more intense hydrologic inputs, shoaling groundwater and …

Rising extreme sea levels (ESLs) and continued socioeconomic development in coastal
zones will lead to increasing future flood risk along the European coastline. We present a …

In predicting storm impacts on sandy coasts, possibly with structures, accurate runup and
overtopping simulation is an important aspect. Recent investigations (Stockdon et al., 2014; …

Sand and gravel beaches naturally act as a coastal buffer, absorbing wave energy and
dynamically adapting to the seasonal and long-term wave climate. Significant shifts in …

Low-lying coastal zones are highly subject to coastal hazards as a result of sea-level rise
enhanced by natural or anthropogenic land subsidence. A combined analysis using sea …

EXECUTIVE SUMMARY A large proportion of the coastline of the UK and Ireland is currently
suffering from erosion (17% in the UK; 19.9% in Ireland) and of the 3700 km coastline of …

Aquatic vegetation in the coastal zone attenuates wave energy and reduces the risk of
coastal hazards, eg, flooding. Besides the attenuation of sea‐swell waves, vegetation may …

Video derived runup statistics from ten separate deployments at six field sites have been
used to develop a new parameterisation for the prediction of runup of runup on gravel …

This paper presents an extension of the XBeach-G numerical model with a sediment
transport and morphology module, which includes the effect of groundwater ventilation and …