FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1580374830> ?p ?o ?g. }

• W1580374830 endingPage "2885" @default.
• W1580374830 startingPage "2868" @default.
• W1580374830 abstract "Crop rotation of flooded rice with upland crops is a common management scheme allowing the reduction of water consumption along with the reduction of methane emission. The introduction of an upland crop into the paddy rice ecosystem leads to dramatic changes in field conditions (oxygen availability, redox conditions). However, the impact of this practice on the archaeal and bacterial communities has scarcely been studied. Here, we provide a comprehensive study focusing on the crop rotation between flooded rice in the wet season and upland maize (RM) in the dry season in comparison with flooded rice (RR) in both seasons. The composition of the resident and active microbial communities was assessed by 454 pyrosequencing targeting the archaeal and bacterial 16S rRNA gene and 16S rRNA. The archaeal community composition changed dramatically in the rotational fields indicated by a decrease of anaerobic methanogenic lineages and an increase of aerobic Thaumarchaeota. Members of Methanomicrobiales, Methanosarcinaceae, Methanosaetaceae and Methanocellaceae were equally suppressed in the rotational fields indicating influence on both acetoclastic and hydrogenotrophic methanogens. On the contrary, members of soil crenarchaeotic group, mainly Candidatus Nitrososphaera, were higher in the rotational fields, possibly indicating increasing importance of ammonia oxidation during drainage. In contrast, minor effects on the bacterial community were observed. Acidobacteria and Anaeromyxobacter spp. were enriched in the rotational fields, whereas members of anaerobic Chloroflexi and sulfate-reducing members of Deltaproteobacteria were found in higher abundance in the rice fields. Combining quantitative polymerase chain reaction and pyrosequencing data revealed increased ribosomal numbers per cell for methanogenic species during crop rotation. This stress response, however, did not allow the methanogenic community to recover in the rotational fields during re-flooding and rice cultivation. In summary, the analyses showed that crop rotation with upland maize led to dramatic changes in the archaeal community composition whereas the bacterial community was only little affected." @default.
• W1580374830 created "2016-06-24" @default.
• W1580374830 creator A5006112741 @default.
• W1580374830 creator A5023081751 @default.
• W1580374830 creator A5040822849 @default.
• W1580374830 creator A5068145493 @default.
• W1580374830 date "2015-10-14" @default.
• W1580374830 modified "2023-09-27" @default.
• W1580374830 title "Crop rotation of flooded rice with upland maize impacts the resident and active methanogenic microbial community" @default.
• W1580374830 cites W1593807240 @default.
• W1580374830 cites W1812866137 @default.
• W1580374830 cites W1862967541 @default.
• W1580374830 cites W1954541825 @default.
• W1580374830 cites W1967761288 @default.
• W1580374830 cites W1977993587 @default.
• W1580374830 cites W1978468198 @default.
• W1580374830 cites W1982054438 @default.
• W1580374830 cites W1984168249 @default.
• W1580374830 cites W1984491848 @default.
• W1580374830 cites W1984566951 @default.
• W1580374830 cites W1987582819 @default.
• W1580374830 cites W1988160375 @default.
• W1580374830 cites W1988620061 @default.
• W1580374830 cites W1989721996 @default.
• W1580374830 cites W1989989078 @default.
• W1580374830 cites W1991356819 @default.
• W1580374830 cites W1993337539 @default.
• W1580374830 cites W1994831486 @default.
• W1580374830 cites W1995552406 @default.
• W1580374830 cites W1997750223 @default.
• W1580374830 cites W1998162178 @default.
• W1580374830 cites W1999165951 @default.
• W1580374830 cites W2000073094 @default.
• W1580374830 cites W2002811381 @default.
• W1580374830 cites W2012900821 @default.
• W1580374830 cites W2014155683 @default.
• W1580374830 cites W2021348020 @default.
• W1580374830 cites W2021434405 @default.
• W1580374830 cites W2023799525 @default.
• W1580374830 cites W2030822520 @default.
• W1580374830 cites W2034761882 @default.
• W1580374830 cites W2035006556 @default.
• W1580374830 cites W2037398858 @default.
• W1580374830 cites W2043017437 @default.
• W1580374830 cites W2043524124 @default.
• W1580374830 cites W2043746627 @default.
• W1580374830 cites W2044186325 @default.
• W1580374830 cites W2044633236 @default.
• W1580374830 cites W2048900011 @default.
• W1580374830 cites W2053146974 @default.
• W1580374830 cites W2055980529 @default.
• W1580374830 cites W2063747393 @default.
• W1580374830 cites W2068490466 @default.
• W1580374830 cites W2069054500 @default.
• W1580374830 cites W2070868107 @default.
• W1580374830 cites W2072105667 @default.
• W1580374830 cites W2072762503 @default.
• W1580374830 cites W2081647782 @default.
• W1580374830 cites W2087270594 @default.
• W1580374830 cites W2088833470 @default.
• W1580374830 cites W2091922579 @default.
• W1580374830 cites W2094634416 @default.
• W1580374830 cites W2095234193 @default.
• W1580374830 cites W2096242577 @default.
• W1580374830 cites W2097370731 @default.
• W1580374830 cites W2103412200 @default.
• W1580374830 cites W2105732338 @default.
• W1580374830 cites W2108718991 @default.
• W1580374830 cites W2110761044 @default.
• W1580374830 cites W2111989634 @default.
• W1580374830 cites W2113747766 @default.
• W1580374830 cites W2114016699 @default.
• W1580374830 cites W2114027222 @default.
• W1580374830 cites W2115789299 @default.
• W1580374830 cites W2119496695 @default.
• W1580374830 cites W2123584253 @default.
• W1580374830 cites W2127493040 @default.
• W1580374830 cites W2128728535 @default.
• W1580374830 cites W2130762691 @default.
• W1580374830 cites W2134145171 @default.
• W1580374830 cites W2136068670 @default.
• W1580374830 cites W2142488237 @default.
• W1580374830 cites W2150501940 @default.
• W1580374830 cites W2151362728 @default.
• W1580374830 cites W2152885278 @default.
• W1580374830 cites W2169157436 @default.
• W1580374830 cites W2170573989 @default.
• W1580374830 cites W2170754424 @default.
• W1580374830 cites W2319766463 @default.
• W1580374830 cites W4206450884 @default.
• W1580374830 cites W941125702 @default.
• W1580374830 doi "https://doi.org/10.1111/1462-2920.13041" @default.
• W1580374830 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26337675" @default.
• W1580374830 hasPublicationYear "2015" @default.
• W1580374830 type Work @default.
• W1580374830 sameAs 1580374830 @default.
• W1580374830 citedByCount "59" @default.
• W1580374830 countsByYear W15803748302015 @default.

• next