Matches in SemOpenAlex for { <https://semopenalex.org/work/W77897307> ?p ?o ?g. }
- W77897307 endingPage "349" @default.
- W77897307 startingPage "259" @default.
- W77897307 abstract "Shallow lakes, one of the most widespread water bodies in the world landscape, are very sensitive to climate change. Several theories predict changes in community traits, relevant for ecosystem functioning, with higher temperature. The space-for-time substitution approach (SFTS) provides one of the most plausible empirical evaluations for these theories, helping to elucidate the long-term consequences of changes in climate. Here, we reviewed the changes at the community level for the main freshwater taxa and assemblages (i.e. fishes, macroinvertebrates, zooplankton, macrophytes, phytoplankton, periphyton and bacterioplankton), under different climates. We analyzed data obtained from latitudinal and altitudinal gradients and cross-comparison (i.e. SFTS) studies, supplemented by an analysis of published geographically dispersed data for those communities or traits not covered in the SFTS literature. We found only partial empirical evidence supporting the theoretical predictions. The prediction of higher richness at warmer locations was supported for fishes, phytoplankton and periphyton, while the opposite was true for macroinvertebrates and zooplankton. With decreasing latitude, the biomass of cladoceran zooplankton and periphyton and the density of zooplankton and macroinvertebrates declined (opposite for fishes for both biomass and density variables). Fishes and cladoceran zooplankton showed the expected reduction in body size with higher temperature. Life history changes in fish and zooplankton and stronger trophic interactions at intermediate positions in the food web (fish predation on zooplankton and macroinvertebrates) were evident, but also a weaker grazing pressure of zooplankton on phytoplankton occurred with increasing temperatures. The potential impacts of lake productivity, fish predation and other factors, such as salinity, were often stronger than those of temperature itself. Additionally, shallow lakes may shift between alternative states, complicating theoretical predictions of warming effects. SFTS and meta-analyses approaches have their shortcomings, but in combination with experimental and model studies that help reveal mechanisms, the “field situation” is indispensable to understand the potential effects of warming." @default.
- W77897307 created "2016-06-24" @default.
- W77897307 creator A5003042766 @default.
- W77897307 creator A5011802463 @default.
- W77897307 creator A5016944122 @default.
- W77897307 creator A5017461176 @default.
- W77897307 creator A5023461254 @default.
- W77897307 creator A5023896103 @default.
- W77897307 creator A5024356386 @default.
- W77897307 creator A5043958468 @default.
- W77897307 creator A5044252863 @default.
- W77897307 creator A5052324061 @default.
- W77897307 creator A5054312118 @default.
- W77897307 creator A5060734366 @default.
- W77897307 creator A5065155025 @default.
- W77897307 creator A5065401358 @default.
- W77897307 creator A5076622946 @default.
- W77897307 date "2012-01-01" @default.
- W77897307 modified "2023-10-18" @default.
- W77897307 title "Environmental Warming in Shallow Lakes" @default.
- W77897307 cites W116075599 @default.
- W77897307 cites W11925225 @default.
- W77897307 cites W1228946097 @default.
- W77897307 cites W135088208 @default.
- W77897307 cites W1516780167 @default.
- W77897307 cites W1530338869 @default.
- W77897307 cites W1534447835 @default.
- W77897307 cites W1548752059 @default.
- W77897307 cites W1560398019 @default.
- W77897307 cites W1572467835 @default.
- W77897307 cites W1576033933 @default.
- W77897307 cites W1578956624 @default.
- W77897307 cites W1598363147 @default.
- W77897307 cites W1601261823 @default.
- W77897307 cites W1606962023 @default.
- W77897307 cites W1680689898 @default.
- W77897307 cites W17271654 @default.
- W77897307 cites W1746259294 @default.
- W77897307 cites W1789296064 @default.
- W77897307 cites W186176691 @default.
- W77897307 cites W1869982177 @default.
- W77897307 cites W1884868412 @default.
- W77897307 cites W1886514006 @default.
- W77897307 cites W1905117614 @default.
- W77897307 cites W1919416138 @default.
- W77897307 cites W1950177107 @default.
- W77897307 cites W1957259600 @default.
- W77897307 cites W1962884094 @default.
- W77897307 cites W1964450733 @default.
- W77897307 cites W1965338864 @default.
- W77897307 cites W1965505902 @default.
- W77897307 cites W1967598814 @default.
- W77897307 cites W1969499047 @default.
- W77897307 cites W1971443637 @default.
- W77897307 cites W1972344148 @default.
- W77897307 cites W1975816373 @default.
- W77897307 cites W1981110835 @default.
- W77897307 cites W1981362749 @default.
- W77897307 cites W1983501589 @default.
- W77897307 cites W1983656043 @default.
- W77897307 cites W1987117886 @default.
- W77897307 cites W1988275338 @default.
- W77897307 cites W1988805654 @default.
- W77897307 cites W1989066407 @default.
- W77897307 cites W1990051404 @default.
- W77897307 cites W1991138192 @default.
- W77897307 cites W1993154312 @default.
- W77897307 cites W1993697265 @default.
- W77897307 cites W1993841730 @default.
- W77897307 cites W1996122664 @default.
- W77897307 cites W1998425702 @default.
- W77897307 cites W1999197565 @default.
- W77897307 cites W2001200569 @default.
- W77897307 cites W2001576707 @default.
- W77897307 cites W2001713744 @default.
- W77897307 cites W2002469465 @default.
- W77897307 cites W2003002506 @default.
- W77897307 cites W2004056635 @default.
- W77897307 cites W2004394612 @default.
- W77897307 cites W2005513812 @default.
- W77897307 cites W2006106873 @default.
- W77897307 cites W2007791710 @default.
- W77897307 cites W2008553953 @default.
- W77897307 cites W2009239184 @default.
- W77897307 cites W2009260460 @default.
- W77897307 cites W2010716874 @default.
- W77897307 cites W2011286793 @default.
- W77897307 cites W2012774061 @default.
- W77897307 cites W2012903013 @default.
- W77897307 cites W2012997398 @default.
- W77897307 cites W2014158875 @default.
- W77897307 cites W2014181236 @default.
- W77897307 cites W2016146987 @default.
- W77897307 cites W2017217835 @default.
- W77897307 cites W2017654093 @default.
- W77897307 cites W2018459257 @default.
- W77897307 cites W2020244455 @default.
- W77897307 cites W2020805008 @default.