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• W2960755317 startingPage "3549" @default.
• W2960755317 abstract "Theory suggests that more complex food webs promote stability and can buffer the effects of perturbations, such as drought, on soil organisms and ecosystem functions. Here, we tested experimentally how soil food web trophic complexity modulates the response to drought of soil functions related to carbon cycling and the capture and transfer below-ground of recent photosynthate by plants. We constructed experimental systems comprising soil communities with one, two or three trophic levels (microorganisms, detritivores and predators) and subjected them to drought. We investigated how food web trophic complexity in interaction with drought influenced litter decomposition, soil CO2 efflux, mycorrhizal colonization, fungal production, microbial communities and soil fauna biomass. Plants were pulse-labelled after the drought with 13C-CO2 to quantify the capture of recent photosynthate and its transfer below-ground. Overall, our results show that drought and soil food web trophic complexity do not interact to affect soil functions and microbial community composition, but act independently, with an overall stronger effect of drought. After drought, the net uptake of 13C by plants was reduced and its retention in plant biomass was greater, leading to a strong decrease in carbon transfer below-ground. Although food web trophic complexity influenced the biomass of Collembola and fungal hyphal length, 13C enrichment and the net transfer of carbon from plant shoots to microbes and soil CO2 efflux were not affected significantly by varying the number of trophic groups. Our results indicate that drought has a strong effect on above-ground–below-ground linkages by reducing the flow of recent photosynthate. Our results emphasize the sensitivity of the critical pathway of recent photosynthate transfer from plants to soil organisms to a drought perturbation, and show that these effects may not be mitigated by the trophic complexity of soil communities, at least at the level manipulated in this experiment." @default.
• W2960755317 created "2019-07-23" @default.
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• W2960755317 date "2019-08-10" @default.
• W2960755317 modified "2023-10-16" @default.
• W2960755317 title "Drought decreases incorporation of recent plant photosynthate into soil food webs regardless of their trophic complexity" @default.
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• W2960755317 cites W1975920266 @default.
• W2960755317 cites W1977354626 @default.
• W2960755317 cites W1980247183 @default.
• W2960755317 cites W1987629683 @default.
• W2960755317 cites W1987807993 @default.
• W2960755317 cites W1994000771 @default.
• W2960755317 cites W2000882939 @default.
• W2960755317 cites W2009138626 @default.
• W2960755317 cites W2018552052 @default.
• W2960755317 cites W2019876759 @default.
• W2960755317 cites W2021528322 @default.
• W2960755317 cites W2029980073 @default.
• W2960755317 cites W2034915854 @default.
• W2960755317 cites W2044756133 @default.
• W2960755317 cites W2047618390 @default.
• W2960755317 cites W2058667462 @default.
• W2960755317 cites W2059075856 @default.
• W2960755317 cites W2060514797 @default.
• W2960755317 cites W2072801663 @default.
• W2960755317 cites W2077863570 @default.
• W2960755317 cites W2079157104 @default.
• W2960755317 cites W2093124572 @default.
• W2960755317 cites W2098096620 @default.
• W2960755317 cites W2099842475 @default.
• W2960755317 cites W2103477746 @default.
• W2960755317 cites W2107650815 @default.
• W2960755317 cites W2110242161 @default.
• W2960755317 cites W2117283990 @default.
• W2960755317 cites W2118326289 @default.
• W2960755317 cites W2118355172 @default.
• W2960755317 cites W2118554039 @default.
• W2960755317 cites W2118606447 @default.
• W2960755317 cites W2118773685 @default.
• W2960755317 cites W2124392709 @default.
• W2960755317 cites W2125074505 @default.
• W2960755317 cites W2125939446 @default.
• W2960755317 cites W2128923619 @default.
• W2960755317 cites W2137018917 @default.
• W2960755317 cites W2137944076 @default.
• W2960755317 cites W2144442336 @default.
• W2960755317 cites W2144590679 @default.
• W2960755317 cites W2146106266 @default.
• W2960755317 cites W2147629723 @default.
• W2960755317 cites W2149669193 @default.
• W2960755317 cites W2152483163 @default.
• W2960755317 cites W2152739587 @default.
• W2960755317 cites W2154148518 @default.
• W2960755317 cites W2157326032 @default.
• W2960755317 cites W2161917907 @default.
• W2960755317 cites W2163201037 @default.
• W2960755317 cites W2164490758 @default.
• W2960755317 cites W2165168432 @default.
• W2960755317 cites W2170341760 @default.
• W2960755317 cites W2170724714 @default.
• W2960755317 cites W2171222148 @default.
• W2960755317 cites W2257695046 @default.
• W2960755317 cites W2329301263 @default.
• W2960755317 cites W2332130526 @default.
• W2960755317 cites W2465554950 @default.
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• W2960755317 doi "https://doi.org/10.1111/gcb.14754" @default.
• W2960755317 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6851989" @default.
• W2960755317 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31301198" @default.
• W2960755317 hasPublicationYear "2019" @default.
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