Cyanobacterial blooms produce nuisance metabolites (eg, cyanotoxins and T&O
compounds) thereby posing water quality management issues for aquatic sources used for …

Abstract Purpose of Review The increasing frequency, magnitude, and duration of
cyanobacterial blooms (CyBs) in coastal and inland waters globally are causing serious …

Abstract The eutrophic Bouvigne pond (Breda, The Netherlands) regularly suffers from
cyanobacterial blooms. To improve the water quality, the external nutrient loading and the …

Controlling the release of sediment phosphorus (P) using chemical agents is a promising
method for controlling internal P in eutrophic lakes. However, mineral P formation and …

Lake geoengineering with phosphorus (P)-inactivating materials to reduce sediment P
loading is often used for eutrophication control. The redistribution of materials in sediment …

In situ passivation, which is easy to operate and affordable, is one of the most commonly
used methods for sediment phosphorus (P) remediation. Understanding the behavior of iron …

Biological wastewater treatment plays a central role in removing nutrients from wastewater.
However, during the dewatering of biological sludge before it is transported to a landfill, a …

Eutrophication has been identified as the primary cause of water quality deterioration in
inland waters worldwide, often associated with algal blooms or fish kills. Eutrophication can …

Various phosphorus (P)-inactivating materials with a strong capability of immobilizing P in
sediment have been developed for lake geoengineering purposes to control internal P …

Phosphorus is a non-renewable element essential for the existence of life and also for food
security. This resource has the property of limiting plant growth, becoming a fundamental …