Elsy Akkari

TL;DR: Predicted extracellular ecotypes were distributed across a greater range of soil structure than predicted intracellular ecotype, suggesting that microbial communities subject to the dual stresses of low nutrient availability and reduced access to organic material in bare fallowed soils rely upon the action of exoenzymes.

TL;DR: Data reveal profound effects of different agricultural management systems upon soil structural modification, which are strongly modulated by the extent of plant presence and also contingent on the inherent texture of the soil.

TL;DR: New insight is generated into the environmental distribution of NSAPs and their potential global relevance to cycling of organic phosphorus is established, with a clear effect of land management upon gene abundance identified.

TL;DR: In this paper, the authors used X-ray computed tomography (X-ray) images of the Rothamsted long-term wheat experiment (since 1843) in the UK.

TL;DR: In this article, the authors investigated how the physical structure of a compromised soil, arising from long-term bare-fallow management, was modified by adopting different field management practices.