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soil organic carbon

  • 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%

  • Phosphorus-Modified Biochar Reduces CO2​ Emissions While Increasing Soil Organic Carbon by up to 55.46 g/kg in Manganese-Contaminated Soils

    Phosphorus-Modified Biochar Reduces CO2​ Emissions While Increasing Soil Organic Carbon by up to 55.46 g/kg in Manganese-Contaminated Soils

  • Biochar and Nitrogen Fertilizer: Boosting Soil Carbon by 30% While Managing CO2 Emissions

    Biochar and Nitrogen Fertilizer: Boosting Soil Carbon by 30% While Managing CO2 Emissions

  • 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%

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

    Biochar and Polyacrylamide: A Sustainable Approach to Reclaiming Mining Soils

  • Biochar Boosts Fertilizer Efficiency in Alkaline Soils

    Biochar Boosts Fertilizer Efficiency in Alkaline Soils

  • Biochar Reduces Soil Carbon Emissions by 62% in Tea Plantations

    Biochar Reduces Soil Carbon Emissions by 62% in Tea Plantations

  • Field-Aged Biochar Boosts Water and Rice Productivity Under Alternate Wetting and Drying

    Field-Aged Biochar Boosts Water and Rice Productivity Under Alternate Wetting and Drying

  • Balancing Rice Yield and Methane Reduction in Calcareous Soils with Biochar and Fertilizer

    Balancing Rice Yield and Methane Reduction in Calcareous Soils with Biochar and Fertilizer

  • Long-Term Benefits of Biochar in Tanzanian Agriculture

    Long-Term Benefits of Biochar in Tanzanian Agriculture

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