Matches in SemOpenAlex for { <https://semopenalex.org/work/W1905059013> ?p ?o ?g. }
- W1905059013 endingPage "315" @default.
- W1905059013 startingPage "302" @default.
- W1905059013 abstract "Oxidation of ammonia, the first step in nitrification, is carried out in soil by bacterial and archaeal ammonia oxidizers and recent studies suggest possible selection for the latter in low-ammonium environments. In this study, we investigated the selection of ammonia-oxidizing archaea and bacteria in wetland soil vertical profiles at two sites differing in terms of the ammonium supply rate, but not significantly in terms of the groundwater level. One site received ammonium through decomposition of organic matter, while the second, polluted site received a greater supply, through constant leakage of an underground septic tank. Soil nitrification potential was significantly greater at the polluted site. Quantification of amoA genes demonstrated greater abundance of bacterial than archaeal amoA genes throughout the soil profile at the polluted site, whereas bacterial amoA genes at the unpolluted site were below the detection limit. At both sites, archaeal, but not the bacterial community structure was clearly stratified with depth, with regard to the soil redox potential imposed by groundwater level. However, depth-related changes in the archaeal community structure may also be associated with physiological functions other than ammonia oxidation." @default.
- W1905059013 created "2016-06-24" @default.
- W1905059013 creator A5015880673 @default.
- W1905059013 creator A5022057679 @default.
- W1905059013 creator A5028130283 @default.
- W1905059013 creator A5037777295 @default.
- W1905059013 creator A5059702170 @default.
- W1905059013 creator A5080039907 @default.
- W1905059013 date "2010-08-04" @default.
- W1905059013 modified "2023-10-18" @default.
- W1905059013 title "Ammonium supply rate influences archaeal and bacterial ammonia oxidizers in a wetland soil vertical profile" @default.
- W1905059013 cites W1511299275 @default.
- W1905059013 cites W1512623385 @default.
- W1905059013 cites W1587557710 @default.
- W1905059013 cites W1679240242 @default.
- W1905059013 cites W1916694170 @default.
- W1905059013 cites W1963176932 @default.
- W1905059013 cites W1973263615 @default.
- W1905059013 cites W1985563713 @default.
- W1905059013 cites W1987448323 @default.
- W1905059013 cites W1989937096 @default.
- W1905059013 cites W2011887756 @default.
- W1905059013 cites W2016240480 @default.
- W1905059013 cites W2016683810 @default.
- W1905059013 cites W2017010654 @default.
- W1905059013 cites W2022751147 @default.
- W1905059013 cites W2028590343 @default.
- W1905059013 cites W2032604387 @default.
- W1905059013 cites W2037893757 @default.
- W1905059013 cites W2044684943 @default.
- W1905059013 cites W2054184168 @default.
- W1905059013 cites W2055043387 @default.
- W1905059013 cites W2066831210 @default.
- W1905059013 cites W2071768173 @default.
- W1905059013 cites W2081421821 @default.
- W1905059013 cites W2087116511 @default.
- W1905059013 cites W2098612608 @default.
- W1905059013 cites W2100346295 @default.
- W1905059013 cites W2103232060 @default.
- W1905059013 cites W2104185722 @default.
- W1905059013 cites W2112302036 @default.
- W1905059013 cites W2128124617 @default.
- W1905059013 cites W2130167404 @default.
- W1905059013 cites W2139482494 @default.
- W1905059013 cites W2142015485 @default.
- W1905059013 cites W2142620138 @default.
- W1905059013 cites W2144990500 @default.
- W1905059013 cites W2145648693 @default.
- W1905059013 cites W2147345562 @default.
- W1905059013 cites W2154936985 @default.
- W1905059013 cites W2156336689 @default.
- W1905059013 cites W2159237163 @default.
- W1905059013 cites W2169211592 @default.
- W1905059013 cites W2169409681 @default.
- W1905059013 cites W2171296074 @default.
- W1905059013 cites W4235470228 @default.
- W1905059013 cites W4255670410 @default.
- W1905059013 cites W86153144 @default.
- W1905059013 doi "https://doi.org/10.1111/j.1574-6941.2010.00961.x" @default.
- W1905059013 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21039647" @default.
- W1905059013 hasPublicationYear "2010" @default.
- W1905059013 type Work @default.
- W1905059013 sameAs 1905059013 @default.
- W1905059013 citedByCount "77" @default.
- W1905059013 countsByYear W19050590132012 @default.
- W1905059013 countsByYear W19050590132013 @default.
- W1905059013 countsByYear W19050590132014 @default.
- W1905059013 countsByYear W19050590132015 @default.
- W1905059013 countsByYear W19050590132016 @default.
- W1905059013 countsByYear W19050590132017 @default.
- W1905059013 countsByYear W19050590132018 @default.
- W1905059013 countsByYear W19050590132019 @default.
- W1905059013 countsByYear W19050590132020 @default.
- W1905059013 countsByYear W19050590132021 @default.
- W1905059013 countsByYear W19050590132022 @default.
- W1905059013 countsByYear W19050590132023 @default.
- W1905059013 crossrefType "journal-article" @default.
- W1905059013 hasAuthorship W1905059013A5015880673 @default.
- W1905059013 hasAuthorship W1905059013A5022057679 @default.
- W1905059013 hasAuthorship W1905059013A5028130283 @default.
- W1905059013 hasAuthorship W1905059013A5037777295 @default.
- W1905059013 hasAuthorship W1905059013A5059702170 @default.
- W1905059013 hasAuthorship W1905059013A5080039907 @default.
- W1905059013 hasConcept C107872376 @default.
- W1905059013 hasConcept C127413603 @default.
- W1905059013 hasConcept C133079900 @default.
- W1905059013 hasConcept C159750122 @default.
- W1905059013 hasConcept C164752452 @default.
- W1905059013 hasConcept C172365310 @default.
- W1905059013 hasConcept C178790620 @default.
- W1905059013 hasConcept C185592680 @default.
- W1905059013 hasConcept C187320778 @default.
- W1905059013 hasConcept C18903297 @default.
- W1905059013 hasConcept C2776382133 @default.
- W1905059013 hasConcept C2779258044 @default.
- W1905059013 hasConcept C2779870022 @default.
- W1905059013 hasConcept C523546767 @default.
- W1905059013 hasConcept C537208039 @default.