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Ammonium Availability Affects the Ratio of Ammonia-Oxidizing Bacteria to Ammonia-Oxidizing Archaea in Simulated Creek Ecosystems

机译:铵的可利用性影响模拟溪生态系统中氨氧化细菌与氨氧化古生菌的比率

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The ammonia-oxidizing microbial community colonizing clay tiles in flow channels changed in favor of ammonia-oxidizing bacteria during a 12-week incubation period even at originally high ratios of ammonia-oxidizing archaea to ammonia-oxidizing bacteria (AOB). AOB predominance was established more rapidly in flow channels incubated at 350 μM NH_(4)~(+) than in those incubated at 50 or 20 μM NH_(4)~(+). Biofilm-associated potential nitrification activity was first detected after 28 days and was positively correlated with bacterial but not archaeal amoA gene copy numbers.
机译:即使在原先氨氧化古细菌与氨氧化细菌(AOB)的比例很高的情况下,在12周的培养期内,流道中充斥着氨氧化微生物群落的粘土砖也会发生变化,有利于氨氧化细菌。在以350μMNH_(4)〜(+)孵育的流道中,建立AOB优势比在以50或20μMNH_(4)〜(+)孵育的流道中更快建立。生物膜相关的潜在硝化活性是在28天后首次检测到的,与细菌的细菌古细菌amoA基因拷贝数呈正相关。

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