Tidally dominated coasts are directly affected not only by projected rise in mean sea level,
but also by changes in tidal dynamics due to sea level rise and bathymetric changes. By use …

Estuaries are often characterised by a complex network of branching channels, in which the
water motion is primarily driven by tides and fresh water discharge. For both scientific …

Tidal channels play a leading role in the morphodynamic evolution of tidal environments by
driving the exchange of water, sediments, and nutrients within these systems. Despite their …

A new depth-averaged exploratory model has been developed to investigate the
hydrodynamics and the tidally averaged sediment transport in a semi-enclosed tidal basin …

River discharge is known to enhance tidal damping and tidal wave deformation in estuaries.
While the damping effect on astronomical tides has been well documented, river impact on …

Net water transport (NWT) in estuaries is important for, for example, salt intrusion and
sediment dynamics. While NWT is only determined by river runoff in single channels, in …

The existence of morphodynamic equilibria of double‐inlet systems is investigated using a
cross‐sectionally averaged morphodynamic model. The number of possible equilibria and …

As we all know, a large part of the Earth's surface is covered by water. Over 96% of this
water is found in seas and oceans. The place where these seas and oceans meet the land is …

As we all know, a large part of the Earth's surface is covered by water. Over 96% of this
water is found in seas and oceans. The place where these seas and oceans meet the land is …