Sediment dredging is an effective restoration method to control the internal phosphorus (P)
loading of eutrophic lakes. However, the core question is that the real mechanism of …

Sediment dredging is an effective method to reduce internal phosphorus (P) loading of
eutrophic lakes. However, external P loading may diminish the longevity of the effect of …

Intensive aquaculture significantly affects the global phosphorus (P) cycle and enhances
eutrophication in inland waters. Sediment dredging efficiently removes P-rich sediments …

The effectiveness of sediment dredging for the control of internal phosphorus (P) loading,
was investigated seasonally in the eutrophic Lake Taihu. The high-resolution dialysis (HR …

Sediment dredging is a controversial technology for eutrophication control. Its effects on
phosphorus (P) cycling are still unclear. In this study, a long term 3 year field investigation …

Managed drainage ditches are common in the midwestern United States. These ditches are
designed to remove water from fields as quickly as possible, and sediment buildup …

Many riverine wetlands have been drained for the creation of agricultural land; however,
global declines in freshwater biodiversity have begun to motivate wetland restoration …

A laboratory experiment was carried out through a six-month incubation of undredged
(control) and dredged cores to study the effect of sediment dredging on phosphorus (P) …

Purpose The aim of this study was to assess phosphorus-retention (P ret) capacities via P
adsorption (P ads) and desorption (P des) by sediments collected from six different sources …

Dredging is frequently used in the river mouths of eutrophic lakes to reduce internal
phosphorus (P) loading from the sediment. However, the accumulation of P-adsorbed …