Diffuse agricultural pollution, especially from intensively managed agricultural land is a
major cause of eutrophication, therefore it is important to reduce the diffuse load to surface …

Sediment plays an important role in the water quality of a lake by acting as both a nutrient
source and sink. The amount of phosphorus and nitrogen in the water depends on the …

This study examined the anaerobic release of phosphorus (P) from two different Baltic Sea
sediments (B and F), focusing on the impact of initial concentration of externally introduced …

Peri-urban lakes offer many valued ecosystem services, but their vulnerability to climate
change and anthropogenic disturbances increases with increasing human populations the …

External input of nutrients through point and nonpoint discharges is considered critical to
supporting eutrophication of surface waters. This study investigated internal recycling of …

Phosphorus (P) release from sediment caused eutrophication in Kojima Lake, Japan. The
efficiency of iron-added sediment microbial fuel cells (SMFCs) in regulating P release from …

A total pollutant load control system (TPLCS) was implemented in the Seto Inland Sea in
1979 to reduce the water pollution and the frequency of red tides. We estimated primary …

Agricultural fields in the Red River Valley of the Northern Great Plains are located on flat
clay soils, often drained by shallow, roadside ditches that are not graded and lacking relief …

Small water bodies located within urban territories are often subjected to the influence of
anthropogenic load, which manifests itself in the deterioration of their hydrochemical regime …

Equilibrium analysis is essential to evaluate sorption capacity and to determine whether
sediment acts as a source or sink of phosphorus (P). This study was carried out to determine …