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T1  - Spatial and temporal ecological uniqueness of Andean diatom communities are correlated with climate, geodiversity and long-term limnological change 
SN  -  / 2296-701X 
UR  - http://hdl.handle.net/10138/337774 
T3  - Frontiers Ecology Evolution 8 (2020) 
A1  - Benito, Xavier; Vilmi, Annika; Luethje, Melina; Carrevedo, Maria Laura; Lindholm, Marja; Fritz, Sherilyn C. 
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PB  - Frontiers Media S.A. 
Y1  - 2020 
LA  - en 
AB  - High-elevation tropical lakes are excellent sentinels of global change impacts, such as climate warming, land-use change, and atmospheric deposition. These effects are often correlated with temporal and spatial beta diversity patterns, with some local communities contributing more than others, a phenomenon known as local contribution to beta diversity (LCBD) or ecological uniqueness. Microorganisms, such as diatoms, are considered whole-ecosystem indicators, but little is known about their sensi... 
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KW  - diatoms; biotic homogenization; metacommunity; beta diversity components; GAM; lakes; climate changes; biodiversity; environmental changes; ecology; change; tropics (climatic zones); biotic communities; climate; natural diversity; ecosystems (ecology); zoobenthos; South America; Andes; piilevät; bioottinen homogenisointi; metayhteisö; beeta monimuotoisuuden osia; GAM; järvet; ilmastonmuutokset; biodiversiteetti; ympäristönmuutokset; ekologia; piilevät; muutos; trooppinen vyöhyke; eliöyhteisöt; ilmasto; luonnon monimuotoisuus; ekosysteemit (ekologia); pohjaeläimistö; Etelä-Amerikka; Andit 
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