Large shallow lake refers to a polymictic system that is often well mixed without stratification
during summer. Similar to a small and deep lake, a large and shallow lake has a high …

Sediment hypoxia is a growing problem and has negative ecological impacts on the aquatic
ecosystem. Hypoxia can disturb the biodiversity and biogeochemical cycles of both …

Surface wind speed has declined significantly globally. However, the response of aquatic
systems to decreasing wind speeds has received little attention. We examined the effects of …

Hydrodynamics play an important role in sediment nutrient dynamics in large shallow
eutrophic lakes. In this study, the spatial patterns of sediment nitrogen and phosphorus in …

Wind-induced sediment resuspension frequently occurs in Lake Taihu, a typical large
shallow lake in China. Internal nutrients release accompanied by sediment resuspension is …

Wind-driven sediment resuspension exerts significant effects on the P behavior in shallow
lake ecosystems. In this study, a comprehensive dynamic phosphorus (P) model that …

As the upper reach of the Yangtze River, the **sha River has experienced ecological
degradation due to increased anthropogenic activities. The potential pollution sources …

Algal bloom could drastically influence the nutrient cycling in lakes. To understand how the
internal nutrient release responds to algal bloom decay, water and sediment columns were …

Many lakes worldwide are experiencing great change due to eutrophication. Consequently,
species composition changes, toxic algal blooms proliferate, and drinking water supplies …

Anthropogenic activities could significantly increase nutrients loading, especially
phosphorus (P), into aquatic systems, leading to eutrophication and disturbance of …