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- W4294636548 endingPage "1660" @default.
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- W4294636548 abstract "Perturbation of soil microbial communities by rising temperatures could have important consequences for biodiversity and future climate, particularly in tropical forests where high biological diversity coincides with a vast store of soil carbon. We carried out a 2-year in situ soil warming experiment in a tropical forest in Panama and found large changes in the soil microbial community and its growth sensitivity, which did not fully explain observed large increases in CO2 emission. Microbial diversity, especially of bacteria, declined markedly with 3 to 8 °C warming, demonstrating a breakdown in the positive temperature-diversity relationship observed elsewhere. The microbial community composition shifted with warming, with many taxa no longer detected and others enriched, including thermophilic taxa. This community shift resulted in community adaptation of growth to warmer temperatures, which we used to predict changes in soil CO2 emissions. However, the in situ CO2 emissions exceeded our model predictions threefold, potentially driven by abiotic acceleration of enzymatic activity. Our results suggest that warming of tropical forests will have rapid, detrimental consequences both for soil microbial biodiversity and future climate. Tropical forests store vast amounts of carbon that might be liberated as temperatures increase. A 2-year experiment of tropical forest soil warming reveals that microbial diversity is reduced, but enzyme activity is increased, resulting in CO2 emissions threefold greater than modelling predicts." @default.
- W4294636548 created "2022-09-05" @default.
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- W4294636548 date "2022-09-05" @default.
- W4294636548 modified "2023-10-16" @default.
- W4294636548 title "Microbial diversity declines in warmed tropical soil and respiration rise exceed predictions as communities adapt" @default.
- W4294636548 cites W1510011158 @default.
- W4294636548 cites W1685833191 @default.
- W4294636548 cites W1930323511 @default.
- W4294636548 cites W1958058086 @default.
- W4294636548 cites W1983728617 @default.
- W4294636548 cites W1985361258 @default.
- W4294636548 cites W1987960827 @default.
- W4294636548 cites W1996387110 @default.
- W4294636548 cites W1998651531 @default.
- W4294636548 cites W2002150629 @default.
- W4294636548 cites W2004256739 @default.
- W4294636548 cites W2018786192 @default.
- W4294636548 cites W2021212959 @default.
- W4294636548 cites W2045266140 @default.
- W4294636548 cites W2052333835 @default.
- W4294636548 cites W2054411325 @default.
- W4294636548 cites W2055615060 @default.
- W4294636548 cites W2059284281 @default.
- W4294636548 cites W2066051823 @default.
- W4294636548 cites W2069552738 @default.
- W4294636548 cites W2083857556 @default.
- W4294636548 cites W2084106845 @default.
- W4294636548 cites W2091985754 @default.
- W4294636548 cites W2108089570 @default.
- W4294636548 cites W2109631166 @default.
- W4294636548 cites W2114795157 @default.
- W4294636548 cites W2117663733 @default.
- W4294636548 cites W2118554039 @default.
- W4294636548 cites W2123757210 @default.
- W4294636548 cites W2125980603 @default.
- W4294636548 cites W2133856765 @default.
- W4294636548 cites W2156850034 @default.
- W4294636548 cites W2157994386 @default.
- W4294636548 cites W2160073882 @default.
- W4294636548 cites W2162348455 @default.
- W4294636548 cites W2167450434 @default.
- W4294636548 cites W2281492041 @default.
- W4294636548 cites W2309129852 @default.
- W4294636548 cites W2311493409 @default.
- W4294636548 cites W2401404581 @default.
- W4294636548 cites W2464495761 @default.
- W4294636548 cites W2478495361 @default.
- W4294636548 cites W2560106444 @default.
- W4294636548 cites W2569056153 @default.
- W4294636548 cites W2612845390 @default.
- W4294636548 cites W2728951461 @default.
- W4294636548 cites W2754013983 @default.
- W4294636548 cites W2761659736 @default.
- W4294636548 cites W2762266352 @default.
- W4294636548 cites W2765456236 @default.
- W4294636548 cites W2783414106 @default.
- W4294636548 cites W2792897485 @default.
- W4294636548 cites W2801916382 @default.
- W4294636548 cites W2802184333 @default.
- W4294636548 cites W2809519941 @default.
- W4294636548 cites W2885404215 @default.
- W4294636548 cites W2886585565 @default.
- W4294636548 cites W2887136521 @default.
- W4294636548 cites W2889525005 @default.
- W4294636548 cites W2892334539 @default.
- W4294636548 cites W2897830120 @default.
- W4294636548 cites W2899508628 @default.
- W4294636548 cites W2914590848 @default.
- W4294636548 cites W2943693794 @default.
- W4294636548 cites W2946521381 @default.
- W4294636548 cites W2952982270 @default.
- W4294636548 cites W2953159213 @default.
- W4294636548 cites W2971910231 @default.
- W4294636548 cites W2988506939 @default.
- W4294636548 cites W3004085469 @default.
- W4294636548 cites W3004739255 @default.
- W4294636548 cites W3009651830 @default.
- W4294636548 cites W3035738745 @default.
- W4294636548 cites W3048696433 @default.
- W4294636548 cites W3111309371 @default.
- W4294636548 cites W3129853778 @default.
- W4294636548 cites W3135682489 @default.
- W4294636548 cites W3144919271 @default.
- W4294636548 cites W3171228183 @default.
- W4294636548 cites W4213216410 @default.
- W4294636548 cites W4282572931 @default.
- W4294636548 cites W4283721142 @default.
- W4294636548 doi "https://doi.org/10.1038/s41564-022-01200-1" @default.
- W4294636548 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36065063" @default.
- W4294636548 hasPublicationYear "2022" @default.