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Soil Fertility

  • Biochar Application Reduces Soil Bulk Density by Up to 19.83% and Increases Porosity by Up to 20.29% in Ferric Acrisol

    Biochar Application Reduces Soil Bulk Density by Up to 19.83% and Increases Porosity by Up to 20.29% in Ferric Acrisol

  • Biochar and Nitrogen Fertilizer Increase Soil Organic Carbon by 3.04% and Active Organic Carbon by 30.91%

    Biochar and Nitrogen Fertilizer Increase Soil Organic Carbon by 3.04% and Active Organic Carbon by 30.91%

  • Biochar/Zeolite Counteract 27% Salinity Increase in Soil Irrigated with Treated Wastewater for Tomato Growth

    Biochar/Zeolite Counteract 27% Salinity Increase in Soil Irrigated with Treated Wastewater for Tomato Growth

  • Combined Biochar-Nitrogen Treatment Increases Soil Carbon 3% and Active Carbon 31%, But Raises CO2 Emissions Up to 48%

    Combined Biochar-Nitrogen Treatment Increases Soil Carbon 3% and Active Carbon 31%, But Raises CO2 Emissions Up to 48%

  • How Microbial-extracellular polymeric substances (EPS)-Biochar Interactions Improve Environmental Cleanup

    How Microbial-extracellular polymeric substances (EPS)-Biochar Interactions Improve Environmental Cleanup

  • Biochar and Polyacrylamide: A Sustainable Approach to Reclaiming Mining Soils

    Biochar and Polyacrylamide: A Sustainable Approach to Reclaiming Mining Soils

  • Enhancing Soil Fertility with Biochar and Plastic Char: A Study on Spinach Growth

    Enhancing Soil Fertility with Biochar and Plastic Char: A Study on Spinach Growth

  • WSU Launches $5M, Six-Year Study on Hemp Rotations and Biochar for Soil Health

    WSU Launches $5M, Six-Year Study on Hemp Rotations and Biochar for Soil Health

  • Synergistic Biochar-Nitrogen Boosts Soil Fertility and Wheat Yield

    Synergistic Biochar-Nitrogen Boosts Soil Fertility and Wheat Yield

  • Empowering African Cotton Farmers with Carbon Credits

    Empowering African Cotton Farmers with Carbon Credits

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