Erosion and deposition reshape soil microbes and carbon release on a tropical island
A study of Hainan Island's Tengqiao River watershed links erosion and deposition patterns to distinct soil microbes, lower soil organic ...
A study of Hainan Island's Tengqiao River watershed links erosion and deposition patterns to distinct soil microbes, lower soil organic ...
A 40-day anoxic microcosm study shows that flooding induces iron reduction, destabilizing mineral-associated soil organic carbon and driving methane and ...
A synthesis of 1,221 soil measurements from 86 studies finds that carbon gains on the Loess Plateau depend on both ...
A three-year field experiment in southern China shows that annual legume–grass overseeding raises soil organic carbon and microbial biomass, with ...
A three-year field experiment on the Qinghai–Xizang Plateau found that a stocking rate of about 8 sheep per hectare was ...
A five-year Danish field trial found that over half of applied Greenlandic glacial rock flour dissolved, with soil organic carbon ...
A field trial across three Haryana sites found that organic substrates inoculated with indigenous salt-tolerant bacteria significantly reduced soil salinity ...
Biochar-derived hydroxyl radicals suppress carbon-decomposing enzymes and slow soil carbon loss in acidic soils, though the effect is overridden in ...
A 370-day microcosm study in coastal salt-affected soil from China's Yellow River Delta found that corn straw biochar combined with ...
A controlled incubation study reports that persistent free radicals on biochar surfaces redirect straw-derived carbon toward mineral-associated organic matter in ...
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© 2025 Scienmag - Science Magazine