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- W3150217056 endingPage "782" @default.
- W3150217056 startingPage "782" @default.
- W3150217056 abstract "In recent years, different responses of archaea and bacteria to environmental changes have attracted increasing scientific interest. In the mid-latitude region, Fen River receives water transferred from the Yellow River, electrical conductivity (EC), concentrations of Cl− and Na+ in water, total phosphorus (TP), and Olsen phosphorus (OP) in sediments were significantly affected by water transfer. Meanwhile, temperature and oxidation-reduction potential (ORP) of water showed significant seasonal variations. Based on 16S rRNA high-throughput sequencing technology, the composition of bacteria and archaea in sediments was determined in winter and summer, respectively. Results showed that the dominance of bacterial core flora decreased and that of archaeal core flora increased after water diversion. The abundance and diversity of bacterial communities in river sediments were more sensitive to anthropogenic and naturally induced environmental changes than that of archaeal communities. Bacterial communities showed greater resistance than archaeal communities under long-term external disturbances, such as seasonal changes, because of rich species composition and complex community structure. Archaea were more stable than bacteria, especially under short-term drastic environmental disturbances, such as water transfer, due to their insensitivity to environmental changes. These results have important implications for understanding the responses of bacterial and archaeal communities to environmental changes in river ecosystems affected by water diversion." @default.
- W3150217056 created "2021-04-13" @default.
- W3150217056 creator A5031822520 @default.
- W3150217056 creator A5075064347 @default.
- W3150217056 creator A5087820047 @default.
- W3150217056 creator A5090390623 @default.
- W3150217056 date "2021-04-08" @default.
- W3150217056 modified "2023-10-01" @default.
- W3150217056 title "Different Responses of Bacterial and Archaeal Communities in River Sediments to Water Diversion and Seasonal Changes" @default.
- W3150217056 cites W1907897435 @default.
- W3150217056 cites W1916490579 @default.
- W3150217056 cites W1971157248 @default.
- W3150217056 cites W1977672113 @default.
- W3150217056 cites W1988439877 @default.
- W3150217056 cites W1995638081 @default.
- W3150217056 cites W2001666287 @default.
- W3150217056 cites W2019151126 @default.
- W3150217056 cites W2020907921 @default.
- W3150217056 cites W2021327662 @default.
- W3150217056 cites W2029212684 @default.
- W3150217056 cites W2036052388 @default.
- W3150217056 cites W2040577402 @default.
- W3150217056 cites W2040800934 @default.
- W3150217056 cites W2040974364 @default.
- W3150217056 cites W2043436584 @default.
- W3150217056 cites W2043744556 @default.
- W3150217056 cites W2047034254 @default.
- W3150217056 cites W2057862530 @default.
- W3150217056 cites W2060584376 @default.
- W3150217056 cites W2066315410 @default.
- W3150217056 cites W2072970694 @default.
- W3150217056 cites W2075845492 @default.
- W3150217056 cites W2080084004 @default.
- W3150217056 cites W2085151077 @default.
- W3150217056 cites W2088833470 @default.
- W3150217056 cites W2097250648 @default.
- W3150217056 cites W2106708164 @default.
- W3150217056 cites W2108382714 @default.
- W3150217056 cites W2108718991 @default.
- W3150217056 cites W2110345840 @default.
- W3150217056 cites W2117457769 @default.
- W3150217056 cites W2117832763 @default.
- W3150217056 cites W2119531635 @default.
- W3150217056 cites W2126989850 @default.
- W3150217056 cites W2131869707 @default.
- W3150217056 cites W2143701816 @default.
- W3150217056 cites W2144240290 @default.
- W3150217056 cites W2152800379 @default.
- W3150217056 cites W2152885278 @default.
- W3150217056 cites W2157107905 @default.
- W3150217056 cites W2158350407 @default.
- W3150217056 cites W2159675211 @default.
- W3150217056 cites W2264143451 @default.
- W3150217056 cites W2288149445 @default.
- W3150217056 cites W2294409693 @default.
- W3150217056 cites W2309449527 @default.
- W3150217056 cites W2315521535 @default.
- W3150217056 cites W2337004060 @default.
- W3150217056 cites W2393202809 @default.
- W3150217056 cites W2407073098 @default.
- W3150217056 cites W2465934912 @default.
- W3150217056 cites W2490824093 @default.
- W3150217056 cites W2507171718 @default.
- W3150217056 cites W2517330048 @default.
- W3150217056 cites W2520741950 @default.
- W3150217056 cites W2559862470 @default.
- W3150217056 cites W2570189725 @default.
- W3150217056 cites W2579589367 @default.
- W3150217056 cites W2586644632 @default.
- W3150217056 cites W2593336219 @default.
- W3150217056 cites W2610318391 @default.
- W3150217056 cites W2617951938 @default.
- W3150217056 cites W2766333431 @default.
- W3150217056 cites W2783454126 @default.
- W3150217056 cites W2787172363 @default.
- W3150217056 cites W2789763014 @default.
- W3150217056 cites W2792036088 @default.
- W3150217056 cites W2795985544 @default.
- W3150217056 cites W2806436022 @default.
- W3150217056 cites W2884982030 @default.
- W3150217056 cites W2886715074 @default.
- W3150217056 cites W2889362403 @default.
- W3150217056 cites W2889594774 @default.
- W3150217056 cites W2892183136 @default.
- W3150217056 cites W2893432293 @default.
- W3150217056 cites W2893506532 @default.
- W3150217056 cites W2901932230 @default.
- W3150217056 cites W2909722079 @default.
- W3150217056 cites W2913795513 @default.
- W3150217056 cites W2928075595 @default.
- W3150217056 cites W2943942909 @default.
- W3150217056 cites W2951912016 @default.
- W3150217056 cites W2973711208 @default.
- W3150217056 cites W2988238127 @default.
- W3150217056 cites W2999355106 @default.
- W3150217056 cites W3015351653 @default.
- W3150217056 cites W3025202071 @default.
- W3150217056 cites W3028168558 @default.