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soil organic carbon

  • Integrated Soil Fertility Management Increases Maize Yield by over 100% in Northern Ghana

    Integrated Soil Fertility Management Increases Maize Yield by over 100% in Northern Ghana

  • Boosting Amaranthus Yield: Biochar and Poultry Manure Combo Turns Sandy Loam Soil Highly Productive

    Boosting Amaranthus Yield: Biochar and Poultry Manure Combo Turns Sandy Loam Soil Highly Productive

  • Biochar-Based Regenerative Agriculture Offers Multi-Century Carbon Storage, Outperforming Ecosystems

    Biochar-Based Regenerative Agriculture Offers Multi-Century Carbon Storage, Outperforming Ecosystems

  • Woody Biochar Optimizes Carbon Budget: 55% Less Biochar Needed When Pepper Residue is Left in Soil

    Woody Biochar Optimizes Carbon Budget: 55% Less Biochar Needed When Pepper Residue is Left in Soil

  • Biochar Increases N2O Emissions 1.56-Fold in Boreal Soil, Hinders Stable Carbon Storage

    Biochar Increases N2O Emissions 1.56-Fold in Boreal Soil, Hinders Stable Carbon Storage

  • Corn Straw Biochar Cuts Permafrost CO2​ Emissions by up to 19.37% and Boosts Forest Soil Carbon by 60%

    Corn Straw Biochar Cuts Permafrost CO2​ Emissions by up to 19.37% and Boosts Forest Soil Carbon by 60%

  • Basmati Rice Yield Jumps 26.8% with Nitrogen-Fortified Nanobiochar and 25% Less Fertilizer

    Basmati Rice Yield Jumps 26.8% with Nitrogen-Fortified Nanobiochar and 25% Less Fertilizer

  • Corn Straw Biochar at 30 t ha−1 Boosts Chernozemic Soil Nutrients, Microbial Biomass Over Two Years

    Corn Straw Biochar at 30 t ha−1 Boosts Chernozemic Soil Nutrients, Microbial Biomass Over Two Years

  • Unveiling the Independent Power of Biochar and AMF in Soil Health

    Unveiling the Independent Power of Biochar and AMF in Soil Health

  • The Biochar Advantage: How High-Temperature Pyrolysis Leads to a 72.4% Reduction in Carbon Dioxide Emissions

    The Biochar Advantage: How High-Temperature Pyrolysis Leads to a 72.4% Reduction in Carbon Dioxide Emissions

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