The internal sediment release is a key factor controlling eutrophication processes in large,
shallow lakes. Sediment resuspension is associated with the wave and current induced …

Lake Taihu was chosen as a case for parameter uncertainty and sensitivity analysis of water
quality simulation in large shallow lakes. Forty parameters in Environmental Fluid Dynamic …

Reservoir construction changes a river's natural flows and temperature, thereby threatening
fish migration. Researchers have tried to restore fish migration passages by ensuring …

The thermal structure of a lake is strongly associated its hydrodynamics and climatic
conditions, and is an important basis to understand the physical, chemical, and ecological …

Abstract Three‐dimensional (3d) numerical models are state‐of‐the‐art for investigating
complex hydrodynamic flow patterns in reservoirs and lakes. Such full‐complexity models …

Sensitivity analysis is a primary approach used in mathematical modeling to identify
important factors that control the response dynamics in a model. In this paper, we applied …

For shallow lakes, the water exchange process is a crucial factor that affects lake
eutrophication, which can be solved by a water diversion project (WDP). However, the water …

Regulating reservoirs play vital roles in water transfer project, of which the hydraulic and
water quality status are usually affected by diverted water. To study the environmental …

We selected Tai Lake in China as the research area, and based on the Eco-lab model, we
parameterized seven main external input conditions: discharge, carbon, nitrogen …

Wind stress, wind waves, and turbulence are essential variables and play a critical role in
regulating a series of physical and biogeochemical processes in large shallow lakes …