The necessity on controlling internal P pollution has been widely reported for lake
restoration; thus far, cutting the migrations of soluble P from sediment to overlying water …

Algogenic organic matter (AOM) in water is a critical issue for sustainable treatment of
drinking water, especially when algal eutrophication occurs because it is not amenable to …

The non-magnetic cap** materials are difficult to be recycled from the water bodies after
their application, leading to the increase in the cost of the sediment remediation. To address …

There many materials were used in lake restoration to immobilize phosphorus (P) and
reduce the effect of eutrophication. Among them, calcium/aluminum composite (CAC) …

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 …

Phosphorus (P) immobilization by inactivating agents in the sediment of eutrophic lakes to
reduce immediately available P in lake water is often crucial for mitigating nuisance …

This study is devoted to addressing the effects of algae blooms on sulfur cycle and the
consequent phosphorus mobility in the sediments of freshwater lake ecosystems. A …

Coagulants such as polyaluminium chloride (PAC) are widely used for removing
phosphorus from eutrophic water, but its application for water treatment can potentially harm …

As a kind of phosphorus (P) inactivating agent, lanthanum-modified attapulgite (LMA) has
effectively been used for controlling the release of P from sediments. However, the effects of …

There is generally a significant heterogeneity in the vertical distribution of mobile
phosphorus (P) in sediments, but the previous studies concerning the effect of zirconium …