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• W4281570651 endingPage "156242" @default.
• W4281570651 startingPage "156242" @default.
• W4281570651 abstract "Microorganisms are important components of soil ecosystems and play an important role in material cycles. Northern peatlands are important ecosystems in middle-high latitude regions. In peatlands, different vegetation successions occur with changes in groundwater levels. The overall carbon emission of peat bogs is related to the carbon stability of the surrounding environment. Unraveling the assembly and distribution of bacterial communities at different succession stages in peatland is essential to understanding the soil nutrient cycle. In this study, we investigated the characteristics of soil carbon emissions and the composition of subsurface microorganisms under six different succession stages. The highest carbon emission was observed in mossy peatlands, and their soil enzyme activity was closely related to the aboveground vegetation cover type. The succession pattern of ground vegetation was the main driver of soil microorganisms. The abundance of the dominant Proteobacteria decreased with increasing soil depth, while the opposite trend was observed for Chloroflexi. Furthermore, the community structure of microorganisms became progressively simpler and looser as soil water content decreased. The bacterial alpha diversity was driven by soil dissolved organic carbon and Fe, and the beta diversity was driven mainly by soil water content. The bacteria presented a random distribution in a nutrient-rich soil environment and shifted to deterministic distribution with decreasing water and nutrient contents. The balance between taxonomic diversity and dispersal limitation mediates species coexistence in the soil microbiome. This study provides new insights into the soil environment at different stages of succession in peatlands." @default.
• W4281570651 created "2022-05-27" @default.
• W4281570651 creator A5004678082 @default.
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• W4281570651 date "2022-09-01" @default.
• W4281570651 modified "2023-10-11" @default.
• W4281570651 title "Characteristics of soil carbon emissions and bacterial community composition in peatlands at different stages of vegetation succession" @default.
• W4281570651 cites W1966623514 @default.
• W4281570651 cites W1975045141 @default.
• W4281570651 cites W1979273092 @default.
• W4281570651 cites W1990739481 @default.
• W4281570651 cites W2005194982 @default.
• W4281570651 cites W2006233420 @default.
• W4281570651 cites W2007929767 @default.
• W4281570651 cites W2011266837 @default.
• W4281570651 cites W2018841491 @default.
• W4281570651 cites W2021652809 @default.
• W4281570651 cites W2023906603 @default.
• W4281570651 cites W2033378871 @default.
• W4281570651 cites W2034285706 @default.
• W4281570651 cites W2053275942 @default.
• W4281570651 cites W2053515946 @default.
• W4281570651 cites W2061164505 @default.
• W4281570651 cites W2070826422 @default.
• W4281570651 cites W2090240224 @default.
• W4281570651 cites W2096413199 @default.
• W4281570651 cites W2135766037 @default.
• W4281570651 cites W2136009149 @default.
• W4281570651 cites W2141922338 @default.
• W4281570651 cites W2143674989 @default.
• W4281570651 cites W2148663653 @default.
• W4281570651 cites W2166363415 @default.
• W4281570651 cites W2216418590 @default.
• W4281570651 cites W2273028709 @default.
• W4281570651 cites W2401404581 @default.
• W4281570651 cites W2428898156 @default.
• W4281570651 cites W2477618789 @default.
• W4281570651 cites W2586942351 @default.
• W4281570651 cites W2749864199 @default.
• W4281570651 cites W2762970442 @default.
• W4281570651 cites W2766925689 @default.
• W4281570651 cites W2770450812 @default.
• W4281570651 cites W2785344661 @default.
• W4281570651 cites W2790490802 @default.
• W4281570651 cites W2796833432 @default.
• W4281570651 cites W2797101767 @default.
• W4281570651 cites W2804854320 @default.
• W4281570651 cites W2806164956 @default.
• W4281570651 cites W2808418957 @default.
• W4281570651 cites W2896922053 @default.
• W4281570651 cites W2898609553 @default.
• W4281570651 cites W2901218119 @default.
• W4281570651 cites W2904378807 @default.
• W4281570651 cites W2909751689 @default.
• W4281570651 cites W2940849980 @default.
• W4281570651 cites W2954315845 @default.
• W4281570651 cites W2954875334 @default.
• W4281570651 cites W2955088769 @default.
• W4281570651 cites W2963276645 @default.
• W4281570651 cites W2969523923 @default.
• W4281570651 cites W2972277104 @default.
• W4281570651 cites W2975316635 @default.
• W4281570651 cites W2980155975 @default.
• W4281570651 cites W2981774387 @default.
• W4281570651 cites W2994861113 @default.
• W4281570651 cites W3010536584 @default.
• W4281570651 cites W3021294971 @default.
• W4281570651 cites W3022072646 @default.
• W4281570651 cites W3023004266 @default.
• W4281570651 cites W3042475548 @default.
• W4281570651 cites W3043134166 @default.
• W4281570651 cites W3043696328 @default.
• W4281570651 cites W3044067219 @default.
• W4281570651 cites W3046481747 @default.
• W4281570651 cites W3083196154 @default.
• W4281570651 cites W3091926312 @default.
• W4281570651 cites W3094841038 @default.
• W4281570651 cites W3114482152 @default.
• W4281570651 cites W3126773706 @default.
• W4281570651 cites W3127646245 @default.
• W4281570651 cites W3128032222 @default.
• W4281570651 cites W3130094023 @default.
• W4281570651 cites W3137450072 @default.
• W4281570651 cites W3144460390 @default.
• W4281570651 cites W3146055782 @default.
• W4281570651 cites W3152642207 @default.
• W4281570651 cites W3183248438 @default.
• W4281570651 cites W4200009938 @default.
• W4281570651 cites W4207036910 @default.
• W4281570651 doi "https://doi.org/10.1016/j.scitotenv.2022.156242" @default.
• W4281570651 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35643137" @default.
• W4281570651 hasPublicationYear "2022" @default.
• W4281570651 type Work @default.

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