| KŘOUPALOVÁ, Vendula, Věra OPRAVILOVÁ, Jindřiška BOJKOVÁ a Michal HORSÁK. Microorganism assemblages in the spring fens: the effect of groundwater chemistry. In Fresh Blood for Fresh Science, Young Aquatic Science, Lunz am See, Austria. 2013. |
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@proceedings{1091420,
author = {Křoupalová, Vendula and Opravilová, Věra and Bojková, Jindřiška and Horsák, Michal},
booktitle = {Fresh Blood for Fresh Science, Young Aquatic Science, Lunz am See, Austria},
keywords = {springs; fens; microorganisms},
language = {eng},
title = {Microorganism assemblages in the spring fens: the effect of groundwater chemistry},
year = {2013}
}
TY - CONF
ID - 1091420
AU - Křoupalová, Vendula - Opravilová, Věra - Bojková, Jindřiška - Horsák, Michal
PY - 2013
TI - Microorganism assemblages in the spring fens: the effect of groundwater chemistry
KW - springs
KW - fens
KW - microorganisms
N2 - We examined the responses of microorganism assemblages to a complete mineral richness gradient spanning from extremely mineral-rich tufa-forming calcareous fens to mineral-poor acidic Sphagnum-fens. We also compared the distribution of two dominant taxa, testate amoebae and monogonont rotifers, among the sites differing in water chemistry and among three microhabitats sampled at each site differing in substrate and moisture conditions. Microorganism assemblages primarily changed in response to the mineral richness gradient; moisture was the second important factor structuring microorganism assemblages among microhabitats.
ER -
KŘOUPALOVÁ, Vendula, Věra OPRAVILOVÁ, Jindřiška BOJKOVÁ a Michal HORSÁK. Microorganism assemblages in the spring fens: the effect of groundwater chemistry. In \textit{Fresh Blood for Fresh Science, Young Aquatic Science, Lunz am See, Austria}. 2013.
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