Biochar’s hidden weapon: reactive oxygen species reshape soil microbes
Tobacco stem biochar kills Ralstonia solanacearum through temperature-dependent reactive oxygen species while enriching beneficial rhizosphere bacteria.
Tobacco stem biochar kills Ralstonia solanacearum through temperature-dependent reactive oxygen species while enriching beneficial rhizosphere bacteria.
A magnetically recoverable carbon nitride–iron oxide photocatalyst removed 91.25 percent of rhodamine B under visible light at near-neutral pH, with ...
Biochar-derived hydroxyl radicals suppress carbon-decomposing enzymes and slow soil carbon loss in acidic soils, though the effect is overridden in ...
A docetaxel-loaded iron copper sulfide nanoplatform combines chemotherapy, chemodynamic therapy and photothermal therapy to amplify ferroptosis in leukemia cells, according ...
A bamboo biochar composite carrying iron nanoparticles removed 98 percent of the antibiotic ceftaroline from water in 60 minutes and ...
A facet-engineered Cu2WS4 piezo-catalyst generates and activates hydrogen peroxide using mechanical energy, enabling chemical-free decentralized water purification.
An iron-based metal-organic framework with pyridine nitrogen in its secondary coordination sphere converts about 90 percent of trace hydrogen peroxide ...
A CaTiO3-β zeolite and Fe2O3-modified porous ceramsite composite achieved 85.4% UV-Vis-monitored apparent photo-Fenton degradation of 40 mg/L phenol at pH ...
A laboratory study found that an Fe2O3/Co3O4-loaded sodium alginate particle electrode achieved 93.4% tetracycline removal in a three-dimensional electrocatalytic system ...
Researchers in eastern Ethiopia found organophosphate pesticides exceeding WHO limits in lakes and khat-growing waterways, and showed optimized Fenton oxidation ...
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© 2026 Scienmag - Science Magazine