Tidal rivers are a vital and little studied nexus between physical oceanography and
hydrology. It is only in the last few decades that substantial research efforts have been …

Rivers play an important role in water supply, irrigation, navigation, and ecological
maintenance. Forecasting the river hydrodynamic changes is critical for flood management …

The transition between riverine and estuarine environments is characterised by a change
from unidirectional to bidirectional flows, in a region referred to herein as the Tidally …

Abstract The Kapuas River delta is a unique estuary system on the western coast of the
island of Borneo, Indonesia. Its hydrodynamics are driven by an interplay between storm …

Microplastics are abundant in semi-enclosed seas, presumably because of local trapping.
To investigate this trapping effect, we confronted the SLIM plastic oceanography model with …

Finite volume (FV) numerical solvers of the two-dimensional shallow water equations are
core to industry-standard flood models. The second-order Discontinuous Galerkin (DG2) …

The accurate simulation of wetting–drying processes in floodplains and coastal zones is a
challenge for hydrodynamic modelling, especially for long time simulations. Indeed …

Abstract The Columbia River (CR) estuary is characterized by high river discharge and
strong tides that generate high velocity flows and sharp density gradients. Its dynamics …

Sedimentary organic matter concentrated in source rocks forms the main source for the
formation of hydrocarbons. Its deposition and preservation are strongly controlled by the …

Abstract Two-dimensional (2D), depth-averaged shallow water equation (SWE) models are
routinely used to simulate flooding in coastal areas–areas that often include vast networks of …