Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945738793> ?p ?o ?g. }
- W2945738793 endingPage "21160" @default.
- W2945738793 startingPage "21151" @default.
- W2945738793 abstract "Recent studies have expanded the interests about microbial community and function following the rapid development of high-throughput sequencing techniques in the freshwater ecosystem. In this study, we aimed to attain a deep understanding of microbial community structure and potential nitrogen metabolism in Hulun Lake, a shallow hypereutrophic steppe lake in the Mongolian Plateau in China. The result demonstrated that cyanobacteria were the most dominant phylum. Network analysis showed both intra- and inter-phylum co-occurrence were pervasive, and there were modular structures in the microbial assemblages. The cluster dominated by proteobacteria was mainly negatively connected to the cluster dominated by both proteobacteria and actinobacteria. Cyanobacteria were tightly clustered together and positively connected to these two clusters. The major nitrogen metabolism pathways were glutamine synthetase–glutamate synthase and assimilatory nitrate reduction, indicating the nitrogen was mainly retained in the lake by microbial uptake. Cyanobacteria contributed 43.25% gene reads involved in the overall nitrogen metabolism but mainly contributed to assimilatory nitrate reduction and nitrogen fixation, aggravating the lake eutrophication. This study adds to our knowledge of microbial assemblages and nitrogen metabolism in the shallow hypereutrophic lake and provided an insight understanding for the purposes of lake ecosystem’s protection and efficient management in the Mongolian Plateau." @default.
- W2945738793 created "2019-05-29" @default.
- W2945738793 creator A5046803466 @default.
- W2945738793 creator A5048601358 @default.
- W2945738793 creator A5049160431 @default.
- W2945738793 creator A5060649823 @default.
- W2945738793 creator A5064147684 @default.
- W2945738793 creator A5076664901 @default.
- W2945738793 creator A5084095471 @default.
- W2945738793 date "2019-05-22" @default.
- W2945738793 modified "2023-09-26" @default.
- W2945738793 title "Taxonomic structure and potential nitrogen metabolism of microbial assemblage in a large hypereutrophic steppe lake" @default.
- W2945738793 cites W11367174 @default.
- W2945738793 cites W1489859898 @default.
- W2945738793 cites W1555000393 @default.
- W2945738793 cites W1848939257 @default.
- W2945738793 cites W1901079818 @default.
- W2945738793 cites W1925132845 @default.
- W2945738793 cites W1975975975 @default.
- W2945738793 cites W1978007507 @default.
- W2945738793 cites W1978424046 @default.
- W2945738793 cites W1984457890 @default.
- W2945738793 cites W1987852473 @default.
- W2945738793 cites W1989943384 @default.
- W2945738793 cites W1997289584 @default.
- W2945738793 cites W2000122383 @default.
- W2945738793 cites W2011312755 @default.
- W2945738793 cites W2016038463 @default.
- W2945738793 cites W2020456884 @default.
- W2945738793 cites W2024471867 @default.
- W2945738793 cites W2033328381 @default.
- W2945738793 cites W2035503922 @default.
- W2945738793 cites W2047795189 @default.
- W2945738793 cites W2049661893 @default.
- W2945738793 cites W2055179790 @default.
- W2945738793 cites W2059705044 @default.
- W2945738793 cites W2063039057 @default.
- W2945738793 cites W2070214912 @default.
- W2945738793 cites W2072970694 @default.
- W2945738793 cites W2074259298 @default.
- W2945738793 cites W2074749643 @default.
- W2945738793 cites W2075784822 @default.
- W2945738793 cites W2077635452 @default.
- W2945738793 cites W2078677836 @default.
- W2945738793 cites W2080397891 @default.
- W2945738793 cites W2080767706 @default.
- W2945738793 cites W2082981352 @default.
- W2945738793 cites W2087123805 @default.
- W2945738793 cites W2095247283 @default.
- W2945738793 cites W2098571040 @default.
- W2945738793 cites W2100468073 @default.
- W2945738793 cites W2101791894 @default.
- W2945738793 cites W2107140090 @default.
- W2945738793 cites W2122421575 @default.
- W2945738793 cites W2123134406 @default.
- W2945738793 cites W2125303562 @default.
- W2945738793 cites W2128089700 @default.
- W2945738793 cites W2128572161 @default.
- W2945738793 cites W2136719925 @default.
- W2945738793 cites W2137091904 @default.
- W2945738793 cites W2138708832 @default.
- W2945738793 cites W2143535440 @default.
- W2945738793 cites W2149500551 @default.
- W2945738793 cites W2150252482 @default.
- W2945738793 cites W2151936673 @default.
- W2945738793 cites W2158735659 @default.
- W2945738793 cites W2161187918 @default.
- W2945738793 cites W2164087962 @default.
- W2945738793 cites W2167733743 @default.
- W2945738793 cites W2169178390 @default.
- W2945738793 cites W2171961624 @default.
- W2945738793 cites W2178607821 @default.
- W2945738793 cites W2301089082 @default.
- W2945738793 cites W2341121292 @default.
- W2945738793 cites W2379947222 @default.
- W2945738793 cites W2395007300 @default.
- W2945738793 cites W2466508055 @default.
- W2945738793 cites W2524286201 @default.
- W2945738793 cites W2556256158 @default.
- W2945738793 cites W2758035336 @default.
- W2945738793 cites W2758860865 @default.
- W2945738793 cites W2762825319 @default.
- W2945738793 cites W2766205107 @default.
- W2945738793 cites W2781243764 @default.
- W2945738793 cites W2785540102 @default.
- W2945738793 cites W3023471395 @default.
- W2945738793 cites W4239202098 @default.
- W2945738793 cites W4240376155 @default.
- W2945738793 cites W4255661887 @default.
- W2945738793 doi "https://doi.org/10.1007/s11356-019-05411-8" @default.
- W2945738793 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31119540" @default.
- W2945738793 hasPublicationYear "2019" @default.
- W2945738793 type Work @default.
- W2945738793 sameAs 2945738793 @default.
- W2945738793 citedByCount "7" @default.
- W2945738793 countsByYear W29457387932021 @default.
- W2945738793 countsByYear W29457387932022 @default.
- W2945738793 countsByYear W29457387932023 @default.