The in situ immobilization technique is a typical method of geoengineering in lakes for
eutrophication control. The method reduces internal phosphorus loading from sediments by …

It has been more than ten years since the last edition of the bestselling Restoration and
Management of Lakes and Reservoirs. In that time, lake and reservoir management and …

Phosphorus (P) levels in eutrophic lakes with restricted external P inputs often show
hysteresis resulting from sediment P diagenetic recycling. Hard water oxygenated lakes are …

The developmental history, from the Oldest Dryas to the Late Holocene, of a paleolake and
mire located in a river valley in Central Poland was studied using high-resolution records of …

In this study, a laboratory sediment resuspension simulation system (RSS) was used to
investigate the effect of wind-induced (5.3 and 8.7 m/s) repeated sediment resuspension on …

Globally, freshwater wetlands, including fen waters, are suffering from biodiversity loss due
to eutrophication, water shortage and toxic substances, and to mitigate these pressures …

The basic process to reduce the phosphate ions in aquatic environments is to move the
phosphorus circulation processes on the water–sediment phase boundary towards …

The inhibition of heterogeneous calcite precipitation by orthophosphate was investigated
under four different solution compositions using a pH-stat system. The system composition …

Internal P pollution in lakes is being increasingly recognized as a dominant cause of
eutrophication. Lake geo-engineering is a commonly used method to accelerate P …

Abstract Lake Prespa and Lake Ohrid, located in south-eastern Europe, are two lakes of
extraordinary ecological value. Although the upstream Lake Prespa has no surface outflow …