Solar radiation explains litter degradation along alpine elevation gradients better than other climatic or edaphic parameters.

ABSTRACT: Organic matter (OM) decomposition has been shown to vary across ecosystems, suggesting that variation in local ecological conditions influences this process. A better understanding of the ecological factors driving OM decomposition rates will allow to better predict the effect of ecosystem changes on the carbon cycle. While temperature and humidity have been put forward as the main drivers of OM decomposition, the concomitant role of other ecosystem properties, such as soil physicochemical properties, and local microbial communities, remains to be investigated within large-scale ecological gradients. To address this gap, we measured the decomposition of a standardized OM source - green tea and rooibos tea - across 24 sites spread within a full factorial design including elevation and expos

SUBMITTER: Semeraro S 

PROVIDER: S-EPMC10174231 | biostudies-literature | 2023

REPOSITORIES: biostudies-literature