The main objective is to present alternative algorithms to neural networks when improving
sea state forecast by numerical models considering main spectral bulk parameters at a …

The definition of the shoreline position from satellite imagery is of great interest among
coastal monitoring techniques. Understanding the reality mapped by the resulting shorelines …

Wave run-up is a key factor for the assessment of coastal flood risk during large swell
events. The behavior of swash motions along embayed beaches is strongly influenced by …

Coastal zones are highly exposed to storm waves that can affect natural values and damage
coastal facilities and engineering structures to varying degrees. The definition of a regional …

In this study we show that spectral and phase-resolving wave models, used for coastal
engineering applications, can provide significant differences in the local wave heights and …

This paper presents a method to include damage at the initial stage of coastal flooding
events definition and in return periods computation. The methodology is illustrated within a …

Data about storm impacts are essential for the disaster risk reduction process, but unlike
data about storm characteristics, they are not routinely collected. In this paper, we …

Bayesian networks are probabilistic graphical models that are increasingly used to translate
hydraulic boundary conditions during storm events into onshore hazards. However …

ABSTRACT de Santiago, I.; Morichon, D.; Arnoux, F.; Delpey, M., and Epelde, I., 2018. Risk
map** assessment by means of probabilistic storm scenarios in a partially engineered …

Barrier beaches are one of the most dynamic and vulnerable coastal landforms found
between open seas and closed/semi-closed enclosures like bays, marshlands or estuaries …