Thirty-year residue trial links soil aggregation to carbon and nitrogen storage
A 30-year field trial in Bihar found that returning all available rice–wheat crop residue increased soil aggregation, raised profile-scale organic ...
A 30-year field trial in Bihar found that returning all available rice–wheat crop residue increased soil aggregation, raised profile-scale organic ...
A controlled reburning experiment shows that subsequent fires remove preexisting pyrogenic organic matter both by directly combusting it and by ...
A 20-year California field experiment shows that reduced tillage combined with cover crops more than doubles aggregate stability, doubles surface ...
A seven-year whole-soil warming experiment in a California forest reveals that soil depth, not temperature, dominates microbial carbon cycling strategies, ...
A new modeling study shows that calcium released by rock weathering helps stabilize organic carbon in grassland Mollisol soils, and ...
Scientists have built the first high-resolution map of fine root biomass across China, resolving root distribution layer by layer down ...
Researchers in Finland have developed the first liquid chromatography method to directly quantify fungal melanin in soils, finding that melanin ...
A study of 53 subtropical tree species in China shows that evergreen leaf lipids track structural traits like leaf mass ...
Australian researchers used mid-infrared spectroscopy and explainable machine learning to accurately predict how much stable carbon soils hold and how ...
A decade-long tree diversity experiment reveals that fungal necromass responds to tree richness and mycorrhizal type years before shifts appear ...
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© 2025 Scienmag - Science Magazine