Lake water has been impaired with nutrients due to the synergic action of human-made
activities and climate change. This situation is increasing eutrophication around the globe …

Lake Taihu suffers from severe algal blooms every year, which is attributed primarily to the
release of sediment phosphorus (P), namely the internal P loading. However, the overall …

Seasonal sediment internal phosphorus (P) release is known to affect annual algal blooms
in eutrophic lakes. In this study, a year-long field investigation and laboratory sediment core …

As a common geo-engineering method to control internal load of nutrients and pollutants,
sediment dredging has been used in many freshwater basins and has achieved certain …

How to maintain harmful algal blooms under phosphate-limitation is still an open question in
mesotrophic/eutrophic lakes. Little evidence for the importance of suspended particulate …

This review summarizes current knowledge on sediment dredging to control eutrophication.
Emphasis has been given to the effectiveness and environmental impacts of dredging, the …

Intensive aquaculture has largely changed the global phosphorus (P) flow and become one
of the main reasons for the eutrophication of global aquatic ecosystem. Artificial planting …

Large anthropogenic inputs of N and P alter the nutrient cycle and exacerbate global
eutrophication problems in aquatic ecosystems. This study in Lake Datong, China …

Dredging is frequently implemented for the reduction of internal nitrogen (N) and
phosphorus (P) loadings and the control of eutrophication. Residuals during dredging …

Cyanobacterial blooms are a worldwide environmental problem, which is partly attributed to
their access to excessive nitrogen (N) and phosphorus (P). Preventing the blooms by …