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 …

This perspective discusses the importance of characterizing, quantifying, and accounting for
various sources of uncertainties involved in different layers of hydrometeorological and …

The incidence of climate‐related disasters is on the rise, which makes it imperative to
intensify anticipatory action. Tropical cyclones (TC) bring extreme precipitation and storm …

Long-term and accurate wave hindcast databases are often required in different coastal
engineering projects. The assessment of the nearshore wave climate is often accomplished …

Populated coastlines influenced by tropical cyclone (TC) prone areas call for flood risk
hazard assessments, including knowledge on the probability of occurrence of major TC …

Compound coastal flooding due to astronomic, atmospheric, oceanographic, and hydrologic
drivers poses severe threats to coastal communities. While physics-driven approaches are …

Episodic inundation from extreme sea-levels (ESLs) will have increasing social and
economic impacts in response to relative sea level rise (RSLR). Despite the improved global …

Dunes and beaches are vulnerable to erosion during storm events. Numerical models can
predict beach response to storms with fidelity, but their computational costs, the domain …

A hybrid methodology is described to obtain the wave set-up and infragravity wave level
components for estimating total water level (TWL) in coastal areas, taking into account the …

The use of numerical models to anticipate the effects of floods and storms in coastal regions
is essential to mitigate the damages of these natural disasters. However, local studies …