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  New Biochar Model Simulates Global Crop Yield with an Average Root Mean Square Error of 1878.9 Kilograms Per Hectare

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  Biomass Initial Water Content Shifts Pyrolysis Mechanisms and Alters Biochar Yield

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  Integrating Biochar Into Living Fungal Building Materials Reduces Vertical Shrinkage to Three Percent

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  Frontier Approves Puro.earth’s Enhanced Rock Weathering Methodology to Certify High-Quality Engineered Carbon Removal Credits

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  Groundnut Waste Biochar Enhances Thermal Conductivity of Energy Storage Materials by 113.5 Percent

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  India Council of Agricultural Research and Indian Institute of Technology Kharagpur Field Trials Validate Biochar Implementation to Reduce Crop Residue Burning and Enhance Soil Productivity

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  Eucalyptus grandis Biochar Enhances Acetic Acid Fraction by Fifty-Three Percent and Improves Total Profitability to Approximately One Hundred and Sixty Thousand Rand in Food Waste Biorefineries

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  Global Pyrolysis Systems Offer Potential Mitigation of Up to 10.3 Gigatons of Carbon Dioxide Equivalent Annually While High-Temperature Processing Eliminates Over Ninety-Seven Percent of Persistent Organic Pollutants

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  High-Temperature Lignocellulosic Biochars Reduce Negative Priming Effects by Thirty Percent and Nutrient-Rich Variants Accelerate Carbon Turnover Up to Ninety Percent in Soil Environments

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  Making Biochar Visible: Bridging Climate Science and Public Imagination