Abstract: A numerical simulation model for the dynamics of a doublediffusive system is presented. The model is an extension of an existing lake and reservoir model. In addition to adapting the parameterizations of the original model ...

Abstract: Thermal stratification during summer may result in lowered dissolved‐oxygen levels below the thermocline of lakes and reservoirs. To avoid further deterioration of water quality, artificial destratification has long been ...

Abstract: Numerous three-dimensional models that solve the shallow water equations have been proposed to describe the processes of circulation and mixing in large bodies of water. The utility of those models is often demonstrated ...

Abstract: The internal dynamics of Clear Lake, California-a large, multibasin and polymictic lake-are examined using simulations conducted with a three-dimensional (3D) hydrodynamic model. The model is based on an accurate and ...

Abstract: A lake hydrodynamic model has been enhanced to simulate ice cover and artificial aeration during ice cover periods. Artificial aeration using mechanical surface aerators (“splashers”) and point-source bubblers (“bubblers”) ...

Abstract: The internal dynamics of Clear Lake, California—a large, multibasin and polymictic lake—under stratified conditions is described in this work. Particular attention is paid to one of the subbasins of Clear Lake (Oaks Arm). ...