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• W3198749600 endingPage "150197" @default.
• W3198749600 startingPage "150197" @default.
• W3198749600 abstract "Microbial communities play critical roles in soil carbon-warming feedback, but our understanding of their linkages to soil carbon (C) pools in response to short- and long-term warming is deficient. Here, by conducting a meta-analysis of 150 studies, we show that short-term (<5 years) warming mainly affects soil labile carbon (LC) pools by changing bacterial community structure, while long-term (≥5 years) warming promotes the decomposition of recalcitrant C (RC) pools by increasing fungal biomass and decreasing actinobacterial biomass. Specifically, under short-term warming, significant increases in actinobacterial biomass (+15.9%) and the G+/G- ratio (+8.0%) were accompanied by an increase in carbon-degrading enzyme activities and a decrease in LC (-5.9%). Under long-term warming, the fungal biomass (+20.4%) and related POX (phenol oxidase) activity (+34.9%) increased significantly, while actinobacterial biomass (-20.1%), RC (-18.8%) and SOC (-6.7%) decreased. Meanwhile, we observed that warming impacts on soil microbial communities can be predicted by ecosystem type, the magnitude of warming, pH and elevation. Latitude and warming duration contributed the most to explaining the responses of LC and RC, respectively, across studies. Given that RC accounts for a substantial fraction of global soil C pools, the decline in RC pools greatly contributes to soil C degradation. Our findings suggest that different microbial groups may mediate the temporal dynamics of the decomposition of different soil C components and highlight that incorporating the temporal responses of soil microorganisms will improve predictions of the long-term dynamics of soil C pools in a warmer world." @default.
• W3198749600 created "2021-09-13" @default.
• W3198749600 creator A5001945428 @default.
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• W3198749600 creator A5088664989 @default.
• W3198749600 date "2022-01-01" @default.
• W3198749600 modified "2023-10-16" @default.
• W3198749600 title "Enzymic moderations of bacterial and fungal communities on short- and long-term warming impacts on soil organic carbon" @default.
• W3198749600 cites W1510011158 @default.
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• W3198749600 cites W1941621599 @default.
• W3198749600 cites W1967857296 @default.
• W3198749600 cites W1969764600 @default.
• W3198749600 cites W1970010130 @default.
• W3198749600 cites W1973716242 @default.
• W3198749600 cites W1979929721 @default.
• W3198749600 cites W1988429087 @default.
• W3198749600 cites W1990935806 @default.
• W3198749600 cites W1991310235 @default.
• W3198749600 cites W1993253346 @default.
• W3198749600 cites W1995775107 @default.
• W3198749600 cites W1998651531 @default.
• W3198749600 cites W2014896747 @default.
• W3198749600 cites W2017610477 @default.
• W3198749600 cites W2020088441 @default.
• W3198749600 cites W2022192927 @default.
• W3198749600 cites W2033378871 @default.
• W3198749600 cites W2037296696 @default.
• W3198749600 cites W2043778196 @default.
• W3198749600 cites W2054540109 @default.
• W3198749600 cites W2075702351 @default.
• W3198749600 cites W2079069606 @default.
• W3198749600 cites W2079359179 @default.
• W3198749600 cites W2080294122 @default.
• W3198749600 cites W2082372159 @default.
• W3198749600 cites W2083857556 @default.
• W3198749600 cites W2086078980 @default.
• W3198749600 cites W2097665978 @default.
• W3198749600 cites W2103643129 @default.
• W3198749600 cites W2105367934 @default.
• W3198749600 cites W2109937711 @default.
• W3198749600 cites W2112828989 @default.
• W3198749600 cites W2115538225 @default.
• W3198749600 cites W2120900106 @default.
• W3198749600 cites W2122219741 @default.
• W3198749600 cites W2123757210 @default.
• W3198749600 cites W2128528017 @default.
• W3198749600 cites W2129813587 @default.
• W3198749600 cites W2132472507 @default.
• W3198749600 cites W2139168999 @default.
• W3198749600 cites W2139579882 @default.
• W3198749600 cites W2144138018 @default.
• W3198749600 cites W2144189317 @default.
• W3198749600 cites W2144335321 @default.
• W3198749600 cites W2144442336 @default.
• W3198749600 cites W2145385500 @default.
• W3198749600 cites W2145840889 @default.
• W3198749600 cites W2146658949 @default.
• W3198749600 cites W2149991176 @default.
• W3198749600 cites W2151328940 @default.
• W3198749600 cites W2155173906 @default.
• W3198749600 cites W2160252043 @default.
• W3198749600 cites W2168442789 @default.
• W3198749600 cites W2197392479 @default.
• W3198749600 cites W2285146317 @default.
• W3198749600 cites W2290014758 @default.
• W3198749600 cites W2467676124 @default.
• W3198749600 cites W2508177270 @default.
• W3198749600 cites W2557946486 @default.
• W3198749600 cites W2613159004 @default.
• W3198749600 cites W2743240077 @default.
• W3198749600 cites W2761659736 @default.
• W3198749600 cites W2790639230 @default.
• W3198749600 cites W2791681873 @default.
• W3198749600 cites W2799909914 @default.
• W3198749600 cites W2846603545 @default.
• W3198749600 cites W2885159409 @default.
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• W3198749600 cites W2972308172 @default.
• W3198749600 cites W2982620556 @default.
• W3198749600 cites W2993972347 @default.
• W3198749600 cites W2999869668 @default.
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• W3198749600 doi "https://doi.org/10.1016/j.scitotenv.2021.150197" @default.
• W3198749600 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34798739" @default.
• W3198749600 hasPublicationYear "2022" @default.
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