D. Wilson

TL;DR: In this paper, a pan-European typology and classification system was developed for shallow lakes, which can easily be extended to all lakes, and two iterations were tested in the field on tranches of 66 lakes.

TL;DR: The results suggest that fears of an increasing abundance of cyanophytes with current projections of global warming may be unrealized, at least in shallow unstratified lakes still dominated by macrophytes, and emphasize that eutrophication and fish manipulations remain very important impact factors that determine the abundance of phytoplankton and subsequent problems caused by large growths.

TL;DR: In this article, the authors report the impact of two warming regimes (continuous 3°C above ambient and 3°c above ambient during summer only), with two nutrient loadings and the presence or absence of fish, on 48 microcosm ecosystems created to mimic shallow pond environments.

TL;DR: Warming, independently, is unlikely to supplant the effects of changing nutrient loading and fish predation as the major driver of zooplankter dynamics in shallow lakes and ponds, and the distinction between summer-only warming and yeararound warming was blurred.

TL;DR: In this article, the relative roles of heat and freshwater in controlling re-stratification are examined for each hydrographic zone, and it is shown that the simplest concept of solar warming generating spring stratification is appropriate for the Irminger Current and the central Irmingers Sea.