Fundamental hydrodynamic and ecological processes of a lake or reservoir could be
adequately depicted by one-dimensional (1D) numerical simulation models. Whereas, lakes …

A three-dimensional numerical model was used to simulate the dynamics of a salt-wedge
intruding along the lower Strymon River mouth (northern Greece). The area is microtidal and …

Nearshore-offshore exchanges through upwelling events and subsequent formation of
internal Kelvin waves and coastal-jets are expected in the multi-basin coastal waters of Lake …

The presence of high levels of E. coli in Lake St. Clair is a significant concern for millions of
people, in Canada and the United States, who rely on that water source for drinking, fishing …

A three-dimensional coupled hydrodynamic-biogeochemical model was applied to simulate
and investigate causes of eutrophication in two stormwater ponds in the City of Edmonton …

The formation of ice cover on lakes alters heat and energy transfer with the water column.
The fraction of surface area covered by ice and the timing of ice‐on and ice‐off therefore …

Fecal contamination of surface water resource is a major health concern primarily due to the
potential for pathogenic organisms to be transmitted to human by contaminated water. In …

Inflow mixing affects the spatiotemporal heterogeneity of water quality in reservoirs.
Reservoir water quality management requires accurate prediction of density flow regimes to …

Two sensitivity and uncertainty analysis methods are applied to a three‐dimensional
coupled hydrodynamic–ecological model (ELCOM‐CAEDYM) of a morphologically complex …

A three-dimensional numerical model was applied to simulate the Black Sea Water (BSW)
outflux and spreading over the North Aegean Sea, and its impact on circulation and …