The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …

Coastal lagoon hydrodynamics are strongly influenced by sea water exchange, especially
when the connection between the lagoon and the sea is artificially regulated. These …

This data article includes the dataset of wind setup in the Venice lagoon computed by
means of a 2-D hydrodynamic model. The capability of the model to reproduce the …

This paper presents a numerical modelling framework developed to simulate circulations
and to generally characterise the hydrodynamics of the Superior Lake of Mantua, a shallow …

A framework of numerical models has been developed and applied to the coastal lagoon of
Cabras in Sardinia, Italy. These models consist of a two-dimensional hydrodynamic model, a …

A hydrodynamic model of the Venice Lagoon and the Adriatic Sea has been developed in
order to study the exchanges at the inlets of the Venice Lagoon, a complex morphological …

Understanding the influence of the main drivers controlling the circulation and the transport
in coastal lagoons is a necessary step towards the description of the dynamics of their …

This paper presents a model of a heavily managed coastal Mediterranean wetland. The
hydrosystem studied, called``Ile de Camargue", is the central part of the Rhone river delta. It …

The nonlinear hydrodynamics (3D RANS model) in a wide semi-enclosed windy lagoonal
ecosystem is accurately investigated in the context of analyzing the limiting conditions of the …

A shallow water hydrostatic 2D hydrodynamic numerical model, based on the boundary
conforming coordinate system, was used to simulate aspects of both general and small …