Matches in SemOpenAlex for { <https://semopenalex.org/work/W4212778972> ?p ?o ?g. }
- W4212778972 abstract "Traditional rice cultivation consumes up to 2500 L of water per kg yield and new strategies such as the 'Alternate Wetting and Drying' (AWD) might be promising water-saving alternatives. However, they might have large impacts on the soil microbiology. In this study, we compared the bacterial and archaeal communities in experimental field plots, cultivated under continuously flooding (CF) and AWD management, by high-throughput sequencing of the 16S rRNA gene. We analysed alpha and beta diversity in bulk soil and on plant roots, in plots cultivated with two different rice cultivars. The strongest difference was found between soil and root communities. Beside others, the anaerobic methanotroph Methanoperedens was abundant in soil, however, we detected a considerable number of ANME-2a-2b on plant roots. Furthermore, root communities were significantly affected by the water management: Differential abundance analysis revealed the enrichment of aerobic and potentially plant-growth-promoting bacteria under AWD treatment, such as Sphingomonadaceae and Rhizobiaceae (both Alphaproteobacteria), and Bacteroidetes families. Microorganisms with an overall anaerobic lifestyle, such as various Delta- and Epsilonproteobacteria, and Firmicutes were depleted. Our study indicates that the bulk soil communities seem overall well adapted and more resistant to changes in the water treatment, whereas the root microbiota seems more vulnerable." @default.
- W4212778972 created "2022-02-24" @default.
- W4212778972 creator A5006443616 @default.
- W4212778972 creator A5024098136 @default.
- W4212778972 creator A5032729210 @default.
- W4212778972 creator A5036215557 @default.
- W4212778972 creator A5049718257 @default.
- W4212778972 creator A5063283542 @default.
- W4212778972 date "2022-02-16" @default.
- W4212778972 modified "2023-09-26" @default.
- W4212778972 title "Effect of water management on microbial diversity and composition in an Italian rice field system" @default.
- W4212778972 cites W1496450599 @default.
- W4212778972 cites W1545459481 @default.
- W4212778972 cites W1580374830 @default.
- W4212778972 cites W1715451265 @default.
- W4212778972 cites W1793410020 @default.
- W4212778972 cites W1813183005 @default.
- W4212778972 cites W1819884063 @default.
- W4212778972 cites W1980453934 @default.
- W4212778972 cites W1984168249 @default.
- W4212778972 cites W1987916375 @default.
- W4212778972 cites W1989578064 @default.
- W4212778972 cites W1991249360 @default.
- W4212778972 cites W1994134590 @default.
- W4212778972 cites W2009974313 @default.
- W4212778972 cites W2019707800 @default.
- W4212778972 cites W2023878975 @default.
- W4212778972 cites W2025952945 @default.
- W4212778972 cites W2034285706 @default.
- W4212778972 cites W2034903695 @default.
- W4212778972 cites W2046737358 @default.
- W4212778972 cites W2052542024 @default.
- W4212778972 cites W2054600557 @default.
- W4212778972 cites W2055661423 @default.
- W4212778972 cites W2056279562 @default.
- W4212778972 cites W2089774081 @default.
- W4212778972 cites W2091177757 @default.
- W4212778972 cites W2100435771 @default.
- W4212778972 cites W2102471114 @default.
- W4212778972 cites W2103296919 @default.
- W4212778972 cites W2106228579 @default.
- W4212778972 cites W2113747766 @default.
- W4212778972 cites W2115701239 @default.
- W4212778972 cites W2117094557 @default.
- W4212778972 cites W2121180999 @default.
- W4212778972 cites W2129081161 @default.
- W4212778972 cites W2130731460 @default.
- W4212778972 cites W2132548846 @default.
- W4212778972 cites W2135191113 @default.
- W4212778972 cites W2145151319 @default.
- W4212778972 cites W2148825228 @default.
- W4212778972 cites W2166711144 @default.
- W4212778972 cites W2179438025 @default.
- W4212778972 cites W2390359191 @default.
- W4212778972 cites W2464511394 @default.
- W4212778972 cites W2493976497 @default.
- W4212778972 cites W2510258028 @default.
- W4212778972 cites W2535859909 @default.
- W4212778972 cites W2553435300 @default.
- W4212778972 cites W2569293102 @default.
- W4212778972 cites W2588266782 @default.
- W4212778972 cites W2588637373 @default.
- W4212778972 cites W2738854120 @default.
- W4212778972 cites W2742643885 @default.
- W4212778972 cites W2755014362 @default.
- W4212778972 cites W2761669927 @default.
- W4212778972 cites W2773244971 @default.
- W4212778972 cites W2775213011 @default.
- W4212778972 cites W2791520013 @default.
- W4212778972 cites W2791983192 @default.
- W4212778972 cites W2797728581 @default.
- W4212778972 cites W2803548203 @default.
- W4212778972 cites W2896726612 @default.
- W4212778972 cites W2949849158 @default.
- W4212778972 cites W2950057047 @default.
- W4212778972 cites W2953776847 @default.
- W4212778972 cites W2963729543 @default.
- W4212778972 cites W2964732958 @default.
- W4212778972 cites W2972407136 @default.
- W4212778972 cites W3002243768 @default.
- W4212778972 cites W3035261110 @default.
- W4212778972 cites W3045923500 @default.
- W4212778972 cites W3106796310 @default.
- W4212778972 cites W3135963492 @default.
- W4212778972 cites W3161313838 @default.
- W4212778972 cites W3180593792 @default.
- W4212778972 cites W4206450884 @default.
- W4212778972 cites W4254687493 @default.
- W4212778972 cites W8151464 @default.
- W4212778972 cites W4241381004 @default.
- W4212778972 doi "https://doi.org/10.1093/femsec/fiac018" @default.
- W4212778972 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35170720" @default.
- W4212778972 hasPublicationYear "2022" @default.
- W4212778972 type Work @default.
- W4212778972 citedByCount "6" @default.
- W4212778972 countsByYear W42127789722022 @default.
- W4212778972 countsByYear W42127789722023 @default.
- W4212778972 crossrefType "journal-article" @default.
- W4212778972 hasAuthorship W4212778972A5006443616 @default.
- W4212778972 hasAuthorship W4212778972A5024098136 @default.