The ice‐cover period in lakes is increasingly recognized for its distinct combination of
physical and biological phenomena and ecological relevance. Knowledge gaps exist where …

The aim of this paper was to summarize the current knowledge on how physical methods
can reduce or control internal P release from sediments in lakes and reservoirs. Particular …

Lake Analyzer is a numerical code coupled with supporting visualization tools for
determining indices of mixing and stratification that are critical to the biogeochemical cycles …

Water levels of lakes fluctuate naturally in response to climatic and hydrological forcing.
Human over-exploitation of water resources leads to increased annual and interannual …

The intriguing impact of physical mixing processes on species interactions has always
fascinated ecologists. Here, we exploit recent advances in plankton models to develop …

▪ Abstract Recent small-scale turbulence observations allow the mixing regimes in lakes,
reservoirs, and other enclosed basins to be categorized into the turbulent surface and …

Water-level fluctuations (WLF) in lakes and rivers, especially their extent, frequency and
duration, are dominant forces controlling the functioning of these ecosystems. In particular …

Gas fluxes from lakes and other stratified water bodies, computed using conservative values
of the gas transfer coefficient k600, have been shown to be a significant component of the …

Periphyton communities have received relatively little attention in lake ecosystems.
However, evidence is increasing that they play a key role in primary productivity, nutrient …

A numerical model was developed for the prediction of the density stratification of lakes and
reservoirs. It combines a buoyancy‐extended k‐ϵ model with a seiche excitation and …