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  Global Decarbonisation Study Reveals That Scientific Output on Agro-Industrial Waste Valorization and Photocatalytic Composites Expanded Significantly Between 2014 and 2025

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  Engineered Biochar Cuts Production Costs by Up to 80% While Achieving High Adsorption Capacities for Industrial Pollutants

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  Optimized Machine Learning Model Accurately Predicts Soil Freezing Temperatures in Lead-Contaminated Biochar-Amended Soils

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  Combined Biochar and Silicon Treatment Boosts Wheat Biomass by up to 412 Percent and Reduces Plastic-Induced Oxidative Stress

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  Innovative Thermal Conversion Strategies Increase Regional Biomass Energy Conversion Efficiency by 85 Percent

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  Tree Rings Formed During the Nineteen Sixties Nuclear Tests Enable Tracking of Over Zero Point Three Percent Biochar Mineralization in Soils Over One Year

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  Combined Biochar and Bacterial Inoculation Restores Plant Height by 54 Percent and Reduces Sodium Accumulation by 41 Percent in Salt-Stressed Malabar Spinach

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  Rapeseed Biofumigation Combined with Biochar Increases Flower Yield by Six Percent and Reduces Wilt Disease Index by Over Seventy Percent in Chrysanthemum Cultivation

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  Biochar Boosts Pasture Productivity by Fifty Percent While Relieving Drought Stress and Soil Hardness in Mediterranean Granitic Soils

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  Eucalyptus Wood Waste-Derived Biochar Achieves a Ninety-Eight Percent Removal Efficiency for Benzo[ghi]perylene in Vehicle-Wash Wastewater