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Institute of Ecology, University of Innsbruck, Sternwartestr. 15, 6020 Innsbruck, AustriaCorrespondence to: J.-A. Subke (jens-arne.subke@stir.ac.uk)Soils play a key role in the terrestrial carbon (C) cycle bystoring and emitting large quantities of C. The impact of abi-otic conditions (mainly soil temperature and moisture) onsoil C turnover is well documented, but unravelling the in-uence of these drivers across temporal and spatial scalesremains an important challenge. Biotic factors, such as mi-crobial abundance and diversity, macro-faunal food webs andbelow-ground plant (i.e. root) biomass and diversity, play animportant role in controlling soil C storage and emission, butremain under-investigated. To better understand the soil pro-cesses underlying terrestrial C cycling, the interactions be-tween plants (autotrophs) and soil organisms (heterotrophs)need to be addressed more explicitly and integrated withshort- and long-term effects of abiotic drivers.This special issue presents recent advances in eld, lab-oratory, and modelling studies on soil C dynamics, with aparticular emphasis on those aiming to resolve abiotic andbiotic inuences. The manuscripts highlight three areas ofinvestigation that we suggest are central to current and futureprogress in ecosystem C dynamic research: (1) novel inter-pretations of abiotic controls on soil CO

Preface &quot;Biotic interactions and biogeochemical processes in the soil environment&quot;

Preface "Biotic interactions and biogeochemical processes in the soil environment"