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climate change

  • Biochar Application Reduces CO2 Emissions by Up to 91% and Boosts Crop Yield by Over 40%

    Biochar Application Reduces CO2 Emissions by Up to 91% and Boosts Crop Yield by Over 40%

  • Biochar Mitigates 12% of Anthropogenic Greenhouse Gas Emissions Annually

    Biochar Mitigates 12% of Anthropogenic Greenhouse Gas Emissions Annually

  • Burgenland Constructs First CO2-Storing “Green Bike Path” with Biochar-Infused Asphalt

    Burgenland Constructs First CO2-Storing “Green Bike Path” with Biochar-Infused Asphalt

  • Neumann Kaffee Gruppe and Cotierra Partner to (Re-)Introduce Biochar to Colombian Coffee Farmers

    Neumann Kaffee Gruppe and Cotierra Partner to (Re-)Introduce Biochar to Colombian Coffee Farmers

  • Biochar’s Scientific Role in Carbon Credits

    Biochar’s Scientific Role in Carbon Credits

  • Unlocking Biochar’s Potential: The Need for a Standardized Carbon Sequestration Coefficient Index

    Unlocking Biochar’s Potential: The Need for a Standardized Carbon Sequestration Coefficient Index

  • Decade of Growth: Biochar Publications Increase Over 20-Fold by 2021, Spearheaded by Chinese Research

    Decade of Growth: Biochar Publications Increase Over 20-Fold by 2021, Spearheaded by Chinese Research

  • Building a Backyard Biochar Retort Kiln

    Building a Backyard Biochar Retort Kiln

  • Enhancing Soil Health: Biochar’s Multi-faceted Detoxification Reduces Copper Uptake by 45.5% and Mercury by 73%

    Enhancing Soil Health: Biochar’s Multi-faceted Detoxification Reduces Copper Uptake by 45.5% and Mercury by 73%

  • Lowering Agricultural GHG Emissions: Moderate Biochar Pyrolysis at 400-550°C Decreases Carbon Intensity by 14.9%

    Lowering Agricultural GHG Emissions: Moderate Biochar Pyrolysis at 400-550°C Decreases Carbon Intensity by 14.9%

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John Webster – Operations
Timothy Harfield – Founding Editor


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