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• W2120943156 abstract "The first step of nitrification, the oxidation of ammonia to nitrite, is important for reducing eutrophication in freshwater environments when coupled with anammox (anaerobic ammonium oxidation) or denitrification. We analyzed active formerly biofilm-associated aerobic ammonia-oxidizing communities originating from Ammerbach (AS) and Leutra South (LS) stream water (683 ± 550 [mean ± standard deviation] and 16 ± 7 μM NH(4)(+), respectively) that were developed in a flow-channel experiment and incubated under three temperature regimens. By stable-isotope probing using (13)CO(2), we found that members of the Bacteria and not Archaea were the functionally dominant autotrophic ammonia oxidizers at all temperatures under relatively high ammonium loads. The copy numbers of bacterial amoA genes in (13)C-labeled DNA were lower at 30°C than at 13°C in both stream enrichment cultures. However, the community composition of the ammonia-oxidizing bacteria (AOB) in the (13)C-labeled DNA responded differently to temperature manipulation at two ammonium concentrations. In LS enrichments incubated at the in situ temperature (13°C), Nitrosomonas oligotropha-like sequences were retrieved with sequences from Nitrosospira AmoA cluster 4, while the proportion of Nitrosospira sequences increased at higher temperatures. In AS enrichments incubated at 13°C and 20°C, AmoA cluster 4 sequences were dominant; Nitrosomonas nitrosa-like sequences dominated at 30°C. Biofilm-associated AOB communities were affected differentially by temperature at two relatively high ammonium concentrations, implicating them in a potential role in governing contaminated freshwater AOB distributions." @default.
• W2120943156 created "2016-06-24" @default.
• W2120943156 creator A5001076424 @default.
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• W2120943156 creator A5036995835 @default.
• W2120943156 creator A5042434395 @default.
• W2120943156 creator A5068145493 @default.
• W2120943156 date "2011-10-15" @default.
• W2120943156 modified "2023-09-26" @default.
• W2120943156 title "Active Autotrophic Ammonia-Oxidizing Bacteria in Biofilm Enrichments from Simulated Creek Ecosystems at Two Ammonium Concentrations Respond to Temperature Manipulation" @default.
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• W2120943156 cites W1600274958 @default.
• W2120943156 cites W1615315203 @default.
• W2120943156 cites W1673045948 @default.
• W2120943156 cites W1679240242 @default.
• W2120943156 cites W1878020421 @default.
• W2120943156 cites W1923847788 @default.
• W2120943156 cites W1935089707 @default.
• W2120943156 cites W1966405940 @default.
• W2120943156 cites W1970956631 @default.
• W2120943156 cites W1974535248 @default.
• W2120943156 cites W1981436073 @default.
• W2120943156 cites W1981977817 @default.
• W2120943156 cites W1987144102 @default.
• W2120943156 cites W1987448323 @default.
• W2120943156 cites W1989937096 @default.
• W2120943156 cites W1999451774 @default.
• W2120943156 cites W2003268409 @default.
• W2120943156 cites W2003738804 @default.
• W2120943156 cites W2006180473 @default.
• W2120943156 cites W2010510542 @default.
• W2120943156 cites W2014853457 @default.
• W2120943156 cites W2020340700 @default.
• W2120943156 cites W2022751147 @default.
• W2120943156 cites W2032604387 @default.
• W2120943156 cites W2038071748 @default.
• W2120943156 cites W2040422637 @default.
• W2120943156 cites W2046096602 @default.
• W2120943156 cites W2047719674 @default.
• W2120943156 cites W2065814234 @default.
• W2120943156 cites W2081431775 @default.
• W2120943156 cites W2083678046 @default.
• W2120943156 cites W2085017487 @default.
• W2120943156 cites W2090244789 @default.
• W2120943156 cites W2092463592 @default.
• W2120943156 cites W2094177650 @default.
• W2120943156 cites W2094631127 @default.
• W2120943156 cites W2096100927 @default.
• W2120943156 cites W2096898779 @default.
• W2120943156 cites W2101220169 @default.
• W2120943156 cites W2104136462 @default.
• W2120943156 cites W2104185722 @default.
• W2120943156 cites W2105119380 @default.
• W2120943156 cites W2105350030 @default.
• W2120943156 cites W2108233774 @default.
• W2120943156 cites W2110418482 @default.
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• W2120943156 cites W2114576684 @default.
• W2120943156 cites W2116951543 @default.
• W2120943156 cites W2126430631 @default.
• W2120943156 cites W2129718584 @default.
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• W2120943156 cites W2135657983 @default.
• W2120943156 cites W2136959239 @default.
• W2120943156 cites W2137353294 @default.
• W2120943156 cites W2142015485 @default.
• W2120943156 cites W2142620138 @default.
• W2120943156 cites W2147230258 @default.
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• W2120943156 doi "https://doi.org/10.1128/aem.05864-11" @default.
• W2120943156 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3194856" @default.
• W2120943156 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21890674" @default.
• W2120943156 hasPublicationYear "2011" @default.
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