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• W3124401403 abstract "Abstract Soil biocrusts, as the fundamental component of drylands, alter soil microbial and plant community compositions, thus profoundly affecting soil multifunctionality (SMF). Biocrust development regulates microbial composition and eco‐physiological effects, but there have been limited assessments regarding how biocrust development impacts SMF through microbial communities and plant species. We investigated the geographical patterns of plant diversity, soil bacterial diversity, biocrust development and SMF along an aridity gradient, spanning 2,200 km in northern China, and evaluated how biocrust development modulated multiple soil functions related to carbon, nitrogen and phosphorus cycles. Plant species richness and SMF decreased linearly with increasing aridity (1‐AI), but the relationship of soil bacterial diversity and biocrust development index (BSCDI) with aridity differed between arid region and semi‐arid region. Plant diversity and soil bacterial diversity increased linearly with BSCDI in arid regions, but decreased linearly with BSCDI in semi‐arid regions. Both plant species and soil bacterial diversity exerted positive effects on SMF in arid regions, but soil bacterial diversity, rather than plant species, did not explain any variation in SMF in semi‐arid regions. Most importantly, biocrust development exerted direct effects on SMF in arid regions, but only indirect effects through changing soil microbial biomass carbon in semi‐arid regions. Our findings suggest that the effects and influencing pathways of biocrusts on SMF are different between arid and semi‐arid regions, these results give a comprehensive view of how biocrust development facilitates soil multifunctionality improvement and ultimately promotes a deeper understanding of the dependence of biodiversity‐SMF relationship on aridity. A free Plain Language Summary can be found within the Supporting Information of this article." @default.
• W3124401403 created "2021-02-01" @default.
• W3124401403 creator A5010316291 @default.
• W3124401403 creator A5025151437 @default.
• W3124401403 creator A5032212227 @default.
• W3124401403 creator A5039679187 @default.
• W3124401403 date "2021-03-10" @default.
• W3124401403 modified "2023-10-16" @default.
• W3124401403 title "More drought leads to a greater significance of biocrusts to soil multifunctionality" @default.
• W3124401403 cites W1594032928 @default.
• W3124401403 cites W1942292049 @default.
• W3124401403 cites W1944729816 @default.
• W3124401403 cites W1965460120 @default.
• W3124401403 cites W1980525736 @default.
• W3124401403 cites W1989112421 @default.
• W3124401403 cites W2003485756 @default.
• W3124401403 cites W2004256739 @default.
• W3124401403 cites W2008020807 @default.
• W3124401403 cites W2019730116 @default.
• W3124401403 cites W2021769723 @default.
• W3124401403 cites W2025838522 @default.
• W3124401403 cites W2029207056 @default.
• W3124401403 cites W2032470549 @default.
• W3124401403 cites W2035429675 @default.
• W3124401403 cites W2069392277 @default.
• W3124401403 cites W2072970694 @default.
• W3124401403 cites W2074471684 @default.
• W3124401403 cites W2080091493 @default.
• W3124401403 cites W2081284397 @default.
• W3124401403 cites W2089972713 @default.
• W3124401403 cites W2091922579 @default.
• W3124401403 cites W2105841516 @default.
• W3124401403 cites W2112776483 @default.
• W3124401403 cites W2127189538 @default.
• W3124401403 cites W2131935694 @default.
• W3124401403 cites W2136253503 @default.
• W3124401403 cites W2145339067 @default.
• W3124401403 cites W2154026962 @default.
• W3124401403 cites W2154947622 @default.
• W3124401403 cites W2157994386 @default.
• W3124401403 cites W2165255729 @default.
• W3124401403 cites W2171580662 @default.
• W3124401403 cites W2184234249 @default.
• W3124401403 cites W2188531730 @default.
• W3124401403 cites W2263248977 @default.
• W3124401403 cites W2301433642 @default.
• W3124401403 cites W2464242771 @default.
• W3124401403 cites W2471128106 @default.
• W3124401403 cites W2513826518 @default.
• W3124401403 cites W2577954678 @default.
• W3124401403 cites W2619147184 @default.
• W3124401403 cites W2626008884 @default.
• W3124401403 cites W2648941755 @default.
• W3124401403 cites W2685040906 @default.
• W3124401403 cites W2701830865 @default.
• W3124401403 cites W2746700792 @default.
• W3124401403 cites W2759526653 @default.
• W3124401403 cites W2767655815 @default.
• W3124401403 cites W2769030027 @default.
• W3124401403 cites W2782958759 @default.
• W3124401403 cites W2789686240 @default.
• W3124401403 cites W2789763523 @default.
• W3124401403 cites W2792571483 @default.
• W3124401403 cites W2794985276 @default.
• W3124401403 cites W2883520572 @default.
• W3124401403 cites W2884358565 @default.
• W3124401403 cites W2888409984 @default.
• W3124401403 cites W2900547004 @default.
• W3124401403 cites W2911964244 @default.
• W3124401403 cites W2914597263 @default.
• W3124401403 cites W2938664957 @default.
• W3124401403 cites W2945646197 @default.
• W3124401403 cites W2951936439 @default.
• W3124401403 cites W2963336693 @default.
• W3124401403 cites W2967841380 @default.
• W3124401403 cites W2981774387 @default.
• W3124401403 cites W2990357374 @default.
• W3124401403 cites W2994666392 @default.
• W3124401403 cites W2998869763 @default.
• W3124401403 cites W3002311577 @default.
• W3124401403 cites W3008389457 @default.
• W3124401403 cites W3013067994 @default.
• W3124401403 cites W3015084973 @default.
• W3124401403 cites W3035992111 @default.
• W3124401403 cites W3105481948 @default.
• W3124401403 cites W4237419767 @default.
• W3124401403 cites W4240863263 @default.
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• W3124401403 doi "https://doi.org/10.1111/1365-2435.13761" @default.
• W3124401403 hasPublicationYear "2021" @default.
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