Matches in SemOpenAlex for { <https://semopenalex.org/work/W2028455084> ?p ?o ?g. }
- W2028455084 endingPage "2228" @default.
- W2028455084 startingPage "2214" @default.
- W2028455084 abstract "Microbes catalyze all major geochemical cycles on earth. However, the role of microbial traits and community composition in biogeochemical cycles is still poorly understood mainly due to the inability to assess the community members that are actually performing biogeochemical conversions in complex environmental samples. Here we applied a polyphasic approach to assess the role of microbial community composition in modulating methane emission from a riparian floodplain. We show that the dynamics and intensity of methane consumption in riparian wetlands coincide with relative abundance and activity of specific subgroups of methane-oxidizing bacteria (MOB), which can be considered as a minor component of the microbial community in this ecosystem. Microarray-based community composition analyses demonstrated linear relationships of MOB diversity parameters and in vitro methane consumption. Incubations using intact cores in combination with stable isotope labeling of lipids and proteins corroborated the correlative evidence from in vitro incubations demonstrating γ-proteobacterial MOB subgroups to be responsible for methane oxidation. The results obtained within the riparian flooding gradient collectively demonstrate that niche partitioning of MOB within a community comprised of a very limited amount of active species modulates methane consumption and emission from this wetland. The implications of the results obtained for biodiversity-ecosystem functioning are discussed with special reference to the role of spatial and temporal heterogeneity and functional redundancy." @default.
- W2028455084 created "2016-06-24" @default.
- W2028455084 creator A5003322853 @default.
- W2028455084 creator A5026113256 @default.
- W2028455084 creator A5035474246 @default.
- W2028455084 creator A5044753485 @default.
- W2028455084 creator A5051680231 @default.
- W2028455084 creator A5055962204 @default.
- W2028455084 creator A5074021980 @default.
- W2028455084 creator A5086113901 @default.
- W2028455084 date "2013-06-20" @default.
- W2028455084 modified "2023-10-14" @default.
- W2028455084 title "Microbial minorities modulate methane consumption through niche partitioning" @default.
- W2028455084 cites W1496450599 @default.
- W2028455084 cites W1511456295 @default.
- W2028455084 cites W1601579993 @default.
- W2028455084 cites W1750765063 @default.
- W2028455084 cites W1888548133 @default.
- W2028455084 cites W1913980974 @default.
- W2028455084 cites W1936657001 @default.
- W2028455084 cites W1948896995 @default.
- W2028455084 cites W1979489707 @default.
- W2028455084 cites W1981593008 @default.
- W2028455084 cites W1988740945 @default.
- W2028455084 cites W1991310235 @default.
- W2028455084 cites W1996816368 @default.
- W2028455084 cites W2008506736 @default.
- W2028455084 cites W2012231330 @default.
- W2028455084 cites W2021519333 @default.
- W2028455084 cites W2029361444 @default.
- W2028455084 cites W2030405935 @default.
- W2028455084 cites W2032539152 @default.
- W2028455084 cites W2036278944 @default.
- W2028455084 cites W2039339985 @default.
- W2028455084 cites W2040858974 @default.
- W2028455084 cites W2052408007 @default.
- W2028455084 cites W2056257661 @default.
- W2028455084 cites W2058495355 @default.
- W2028455084 cites W2063506573 @default.
- W2028455084 cites W2063814447 @default.
- W2028455084 cites W2071579238 @default.
- W2028455084 cites W2075610866 @default.
- W2028455084 cites W2078838367 @default.
- W2028455084 cites W2079131486 @default.
- W2028455084 cites W2086999280 @default.
- W2028455084 cites W2087721137 @default.
- W2028455084 cites W2094588436 @default.
- W2028455084 cites W2097441736 @default.
- W2028455084 cites W2098240442 @default.
- W2028455084 cites W2103313979 @default.
- W2028455084 cites W2108424318 @default.
- W2028455084 cites W2108664477 @default.
- W2028455084 cites W2109177671 @default.
- W2028455084 cites W2112322971 @default.
- W2028455084 cites W2112514850 @default.
- W2028455084 cites W2114534837 @default.
- W2028455084 cites W2117217077 @default.
- W2028455084 cites W2118001436 @default.
- W2028455084 cites W2118277309 @default.
- W2028455084 cites W2121396134 @default.
- W2028455084 cites W2122207919 @default.
- W2028455084 cites W2122401417 @default.
- W2028455084 cites W2123129893 @default.
- W2028455084 cites W2124664297 @default.
- W2028455084 cites W2132744579 @default.
- W2028455084 cites W2134849516 @default.
- W2028455084 cites W2136650238 @default.
- W2028455084 cites W2140175819 @default.
- W2028455084 cites W2140654877 @default.
- W2028455084 cites W2141770516 @default.
- W2028455084 cites W2144668179 @default.
- W2028455084 cites W2145486274 @default.
- W2028455084 cites W2145967276 @default.
- W2028455084 cites W2146351922 @default.
- W2028455084 cites W2146744706 @default.
- W2028455084 cites W2147406678 @default.
- W2028455084 cites W2147598351 @default.
- W2028455084 cites W2149145651 @default.
- W2028455084 cites W2149711783 @default.
- W2028455084 cites W2149915769 @default.
- W2028455084 cites W2155823893 @default.
- W2028455084 cites W2160021859 @default.
- W2028455084 cites W2160782896 @default.
- W2028455084 cites W2168684237 @default.
- W2028455084 cites W2169286869 @default.
- W2028455084 cites W2171619585 @default.
- W2028455084 cites W2172037013 @default.
- W2028455084 cites W4255995127 @default.
- W2028455084 doi "https://doi.org/10.1038/ismej.2013.99" @default.
- W2028455084 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3806271" @default.
- W2028455084 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23788331" @default.
- W2028455084 hasPublicationYear "2013" @default.
- W2028455084 type Work @default.
- W2028455084 sameAs 2028455084 @default.
- W2028455084 citedByCount "82" @default.
- W2028455084 countsByYear W20284550842013 @default.
- W2028455084 countsByYear W20284550842014 @default.
- W2028455084 countsByYear W20284550842015 @default.