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Soil Fertility

  • Enhanced Biochar Boosts Crop Yields: Iron-Modified Biochar Increases Plant Yield by 32% in Contaminated Soil

    Enhanced Biochar Boosts Crop Yields: Iron-Modified Biochar Increases Plant Yield by 32% in Contaminated Soil

  • Biochar, Manure, and Inorganic Fertilizers: A Synergistic Approach Boosts Rice Yield by 104%

    Biochar, Manure, and Inorganic Fertilizers: A Synergistic Approach Boosts Rice Yield by 104%

  • 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: 906% Increase in Cation Exchange Capacity for Sandy Soils

    The Biochar Advantage: 906% Increase in Cation Exchange Capacity for Sandy Soils

  • Biochar Boosts Soil Microbial Diversity by 7.3% and Bacillus Population by up to 2,800%

    Biochar Boosts Soil Microbial Diversity by 7.3% and Bacillus Population by up to 2,800%

  • Unlocking Soil Potential: 36-Hour Biochar Soaking Boosts Shallot Yield by 70%

    Unlocking Soil Potential: 36-Hour Biochar Soaking Boosts Shallot Yield by 70%

  • Biochar and Mushroom Residue Boost Wheat Yield by up to 7.23% and Soil Fertility by 18% in Three-Year Study

    Biochar and Mushroom Residue Boost Wheat Yield by up to 7.23% and Soil Fertility by 18% in Three-Year Study

  • Magnesium-Modified Biochar Increases Labile Soil Phosphorus by up to 77%

    Magnesium-Modified Biochar Increases Labile Soil Phosphorus by up to 77%

  • From Farm Waste to Clean Water: How Biochar and Microbes Boost Pollutant Removal by Over 90%

    From Farm Waste to Clean Water: How Biochar and Microbes Boost Pollutant Removal by Over 90%

  • SWVA Biochar Secures Significant USDA Grant for Expansion

    SWVA Biochar Secures Significant USDA Grant for Expansion

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John Webster – Operations
Timothy Harfield – Founding Editor


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