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Agriculture

  • Annual Biochar Application Increases Maize Internode Thickness by Over Twenty Percent While Boosting Photosynthetic Efficiency

    Annual Biochar Application Increases Maize Internode Thickness by Over Twenty Percent While Boosting Photosynthetic Efficiency

  • Large Particle Biochar Increases Tomato Yield by Thirty Six Percent in Saline Soils While Small Particles Boost Non Saline Production by Fifty One Percent

    Large Particle Biochar Increases Tomato Yield by Thirty Six Percent in Saline Soils While Small Particles Boost Non Saline Production by Fifty One Percent

  • Biochar Increases Soil Carbon Stocks by 45 Percent and Recalcitrant Carbon by 67 Percent

    Biochar Increases Soil Carbon Stocks by 45 Percent and Recalcitrant Carbon by 67 Percent

  • Nutrient-Poor Urban Soils See Fourteen-Fold Higher Carbon Gains from Biochar and Compost

    Nutrient-Poor Urban Soils See Fourteen-Fold Higher Carbon Gains from Biochar and Compost

  • Biochar Elevates Soil pH by One Unit and Reduces Toxic Aluminum by Seventy Percent Over Five Years

    Biochar Elevates Soil pH by One Unit and Reduces Toxic Aluminum by Seventy Percent Over Five Years

  • Biochar and Plant Ash Blend Reduces Soil Pathogens and Boosts Beneficial Fungi in Continuous Cropping Systems

    Biochar and Plant Ash Blend Reduces Soil Pathogens and Boosts Beneficial Fungi in Continuous Cropping Systems

  • Apricot Seed Shell Biochar Doubled Spinach Leaf Growth in Cold Desert Soils

    Apricot Seed Shell Biochar Doubled Spinach Leaf Growth in Cold Desert Soils

  • Synergistic Biochar and Bacteria Consortium Boosts Greenhouse Cherry Tomato Yield by Over Twenty-Three Percent

    Synergistic Biochar and Bacteria Consortium Boosts Greenhouse Cherry Tomato Yield by Over Twenty-Three Percent

  • Biochar and Wood Distillate Combination Increases Cherry Tomato Yield by 67% in Sustainable Soilless Systems

    Biochar and Wood Distillate Combination Increases Cherry Tomato Yield by 67% in Sustainable Soilless Systems

  • Meta-Analysis Reveals High-Temperature Biochar and Large Application Rates Can Reduce Agricultural Global Warming Potential by Eighty-Three Percent

    Meta-Analysis Reveals High-Temperature Biochar and Large Application Rates Can Reduce Agricultural Global Warming Potential by Eighty-Three Percent

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