A wide variety of hydraulic and coastal flows can be modeled using shallow water theories,
where the so-called Serre-Green-Naghdi (SGN) equations constitute a fully nonlinear and …

Coastal inundation has recently started to require significant attention worldwide. The
increasing frequency and intensity of extreme events (sea storms, tsunami waves) are highly …

Infragravity (IG) waves are the primary cause of harbor oscillations. The Hambantota port
located in the North Indian Ocean is taken as an example to study the IG waves in the …

Long waves are amplified as short-wave groups shoal and break over reefs, therefore,
having significant impacts on coastal inundation, structure stability, and sediment transport …

Wave and water depth were measured with an instrumented tripod in the Yellow River Delta
from 9 December 2014 to 29 April 2015. Concurrent wind data were also collected from a …

Many macro-and mesotidal estuaries are characterized by Turbidity Maxima Zones (TMZs),
regions with suspended solid concentrations that are much higher than those found …

Surface and groundwater salinization are becoming a significant challenge to inland water
quality, negatively affecting people and ecosystems in coastal areas. Even if rivers provide …

The hydraulic jump is a phenomenon which frequently appears in nearshore, estuarine and
riverine regions; it plays a major role for example in the development and migration of sand …

We present measurements at the mouth of Río Maipo, a small river that discharges into an
energetic surfzone on the coast of Chile, which document for the first time the plume …

The role of wave forcing on the main hydro‐morphological dynamics evolving in the shallow
waters of the nearshore and at river mouths is analyzed. Focus is mainly on the cross‐shore …