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  Moderate One-Time Biochar Applications Fade Safely Within Eight Years Eliminating Long-Term Soil Accumulation Risks

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  Co-Applying Biochar and Dual Nitrogen Inhibitors to Subtropical Tea Soils Cuts Greenhouse Gas Emission Factors by Fifty Percent and Boosts Harvest Yields by Over Six Percent

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  Agricultural Soils Face Heavy Contamination with Microplastic Accumulation Averaging Five Hundred Milligrams per Kilogram in Topsoil, Driving Call for Biochar Interventions

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  Biomass Chemical Looping Pathways Attain Negative Carbon Balance of up to 0.90 Tons of Carbon Dioxide Equivalent per Ton of Green Methanol

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  Hydrolysis Pretreatment Duration Regulates Mesoporous Network Architectures and Surface Defect States in Feedstock-Derived Nanocellulose Biochar for Room-Temperature Polar Organic Vapor Detection

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  Oxygen-Containing Functional Groups on Rice Husk Biochar Induce Active Catalyst Formations for Complete Antibiotics Degradation Within 4 Minutes

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  Simultaneous Use of Nitrogen Inhibitors and Straw Biochar Minimizes Nitrous Oxide by 47% and Ammonia Emissions by 28% in Subtropical Tea Ecosystems

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  Nanozeolite-Coupled Biochar-Based Phosphate Fertilizer Suppresses Temperature Sensitivity of Soil Organic Carbon Mineralization to Dampen Warming-Induced Carbon Loss

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  Climate-Stratified Synthesis Confirms Biochar Mitigates Greenhouse Gas Fluxes in Arid Landscapes but at Attenuated Rates Compared to Humid Regions

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  Inoculating Industrial Tomatoes with Specific Bacillus subtilis Strains With Biochar Boosts Plant Dry Weight by 32.93% and Yield by 23.8%