Simulations of tracer experiments conducted with a three‐dimensional primitive‐equation
hydrodynamic and transport model are used to understand the processes controlling the …

Interbasin water diversions associated with hydroelectric power operations can influence the
physics and water quality of downstream receptor lakes. Little is known about the impact of …

The rates and patterns of mixing of two large rivers with large density differences at a
strongly asymmetrical confluence in northern Spain are analyzed. We assess the factors …

Asian clam (Corbicula fluminea) is among the most aggressive freshwater invaders
worldwide causing major ecological and economic damage. However, the mechanisms …

The unwanted impacts of non-indigenous species have become one of the major ecological
and economic threats to aquatic ecosystems worldwide. Assessing the potential dispersal …

This work evaluates the implementation of a nested Cartesian grid in a 3D semi-implicit
hydrodynamic model with synthetic and real examples. The outer model provides all the …

The entrances to the two lowest-survival migration routes for juvenile Chinook salmon in the
tidal Sacramento River are located in the outside of a river bend where secondary …

The goal of the research was to identify the mixing features that distinguish wind forced,
medium‐size fjord‐type lakes near the Arctic Circle from systems of similar geometry, but in …

Three-dimensional primitive equations (3DPE) become a reasonable approach in
hydrodynamics in terms of computational costs when the length of the computational domain …

This work presents a parallel implementation for 3D semi-implicit hydrodynamic models of
shallow waters that scales in low-cost clusters of computers. The scalability of semi-implicit …