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- W2808077786 abstract "Abstract Anthropogenic global change alters the activity and functional composition of soil communities that are responsible for crucial ecosystem functions and services. Two of the most pervasive global change drivers are drought and nutrient enrichment. However, the responses of soil organisms to interacting global change drivers remain widely unknown. We tested the interactive effects of extreme drought and fertilization on soil biota ranging from microbes to invertebrates across seasons. We expected drought to reduce the activity of soil organisms and fertilization to induce positive bottom-up effects via increased plant productivity. Furthermore, we hypothesized fertilization to reinforce drought effects through enhanced plant growth, resulting in even dryer soil conditions. Our results revealed that drought had detrimental effects on soil invertebrate feeding activity and simplified nematode community structure, whereas soil microbial activity and biomass were unaffected. Microbial biomass increased in response to fertilization, whereas invertebrate feeding activity substantially declined. Notably, these effects were consistent across seasons. The dissimilar responses suggest that soil biota differ vastly in their vulnerability to global change drivers. As decomposition and nutrient cycling are driven by the interdependent concurrence of microbial and faunal activity, this may imply far-reaching consequences for crucial ecosystem processes in a changing world." @default.
- W2808077786 created "2018-06-21" @default.
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- W2808077786 date "2018-06-16" @default.
- W2808077786 modified "2023-09-24" @default.
- W2808077786 title "The effects of drought and nutrient addition on soil organisms vary across taxonomic groups, but are constant across seasons" @default.
- W2808077786 cites W1522117767 @default.
- W2808077786 cites W1590124951 @default.
- W2808077786 cites W1699609949 @default.
- W2808077786 cites W1898737760 @default.
- W2808077786 cites W1900428106 @default.
- W2808077786 cites W1951724000 @default.
- W2808077786 cites W1967714631 @default.
- W2808077786 cites W1968577430 @default.
- W2808077786 cites W1969220201 @default.
- W2808077786 cites W1969658065 @default.
- W2808077786 cites W1975012861 @default.
- W2808077786 cites W1976048513 @default.
- W2808077786 cites W1976279947 @default.
- W2808077786 cites W1977354626 @default.
- W2808077786 cites W1988491595 @default.
- W2808077786 cites W1990425355 @default.
- W2808077786 cites W1991629423 @default.
- W2808077786 cites W1992354910 @default.
- W2808077786 cites W1993146831 @default.
- W2808077786 cites W2001386774 @default.
- W2808077786 cites W2004366280 @default.
- W2808077786 cites W2005338893 @default.
- W2808077786 cites W2010642658 @default.
- W2808077786 cites W2014626135 @default.
- W2808077786 cites W2022119206 @default.
- W2808077786 cites W2023717571 @default.
- W2808077786 cites W2024737866 @default.
- W2808077786 cites W2031473803 @default.
- W2808077786 cites W2033851647 @default.
- W2808077786 cites W2048914744 @default.
- W2808077786 cites W2054773295 @default.
- W2808077786 cites W2055553765 @default.
- W2808077786 cites W2062110531 @default.
- W2808077786 cites W2062840248 @default.
- W2808077786 cites W2063425230 @default.
- W2808077786 cites W2081154852 @default.
- W2808077786 cites W2088265293 @default.
- W2808077786 cites W2088973068 @default.
- W2808077786 cites W2090609285 @default.
- W2808077786 cites W2095400819 @default.
- W2808077786 cites W2097701742 @default.
- W2808077786 cites W2098096620 @default.
- W2808077786 cites W2098157434 @default.
- W2808077786 cites W2104464729 @default.
- W2808077786 cites W2106320450 @default.
- W2808077786 cites W2109792314 @default.
- W2808077786 cites W2112148277 @default.
- W2808077786 cites W2113409983 @default.
- W2808077786 cites W2113942162 @default.
- W2808077786 cites W2115309006 @default.
- W2808077786 cites W2118355172 @default.
- W2808077786 cites W2122215641 @default.
- W2808077786 cites W2124065427 @default.
- W2808077786 cites W2125692739 @default.
- W2808077786 cites W2130698549 @default.
- W2808077786 cites W2132454110 @default.
- W2808077786 cites W2138958034 @default.
- W2808077786 cites W2142076796 @default.
- W2808077786 cites W2145617679 @default.
- W2808077786 cites W2146323422 @default.
- W2808077786 cites W2148158224 @default.
- W2808077786 cites W2150759117 @default.
- W2808077786 cites W2151258909 @default.
- W2808077786 cites W2151587243 @default.
- W2808077786 cites W2157641482 @default.
- W2808077786 cites W2159549065 @default.
- W2808077786 cites W2160695634 @default.
- W2808077786 cites W2162676581 @default.
- W2808077786 cites W2163386593 @default.
- W2808077786 cites W2165808776 @default.
- W2808077786 cites W2166708014 @default.
- W2808077786 cites W2167690268 @default.
- W2808077786 cites W2167735621 @default.
- W2808077786 cites W2169461255 @default.
- W2808077786 cites W2214355900 @default.
- W2808077786 cites W2228864849 @default.
- W2808077786 cites W2273811145 @default.
- W2808077786 cites W2292609772 @default.
- W2808077786 cites W2329923743 @default.
- W2808077786 cites W2342760886 @default.
- W2808077786 cites W2585257380 @default.
- W2808077786 cites W2775344416 @default.
- W2808077786 cites W2809750665 @default.
- W2808077786 cites W4247677532 @default.
- W2808077786 doi "https://doi.org/10.1101/348359" @default.
- W2808077786 hasPublicationYear "2018" @default.
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