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greenhouse gas mitigation

  • Biochar Increases Acidic Red Soil pH by 43% and Boosts Microbial Diversity by 30%

    Biochar Increases Acidic Red Soil pH by 43% and Boosts Microbial Diversity by 30%

  • Enhancing Soil Health: Modified Biochar Improves Nutrient Availability by 21% and Reduces N2​O Emissions by Up to 33%

    Enhancing Soil Health: Modified Biochar Improves Nutrient Availability by 21% and Reduces N2​O Emissions by Up to 33%

  • Hydrothermal Liquefaction of Olive Pomace: A Sustainable Path to Biofuels and Biochar

    Hydrothermal Liquefaction of Olive Pomace: A Sustainable Path to Biofuels and Biochar

  • Biochar’s Impact on Methane Emissions and Rice Yield: A Long-Term Perspective

    Biochar’s Impact on Methane Emissions and Rice Yield: A Long-Term Perspective

  • Greenery to Highlight Low-Carbon Agriculture Innovations at COP29

    Greenery to Highlight Low-Carbon Agriculture Innovations at COP29

  • Enhancing Soil Methane Uptake with Biochar-Based Fertilizer in Subtropical Forests

    Enhancing Soil Methane Uptake with Biochar-Based Fertilizer in Subtropical Forests

  • The Limited Effectiveness of Biochar in Enhancing Rice Yields and Reducing Methane Emissions

    The Limited Effectiveness of Biochar in Enhancing Rice Yields and Reducing Methane Emissions

  • Fe-Modified Biochar Reduces Nitrous Oxide Emissions in Paddy Soils

    Fe-Modified Biochar Reduces Nitrous Oxide Emissions in Paddy Soils

  • Assessing the Efficacy of Biochar Derived from Oil Palm Biomass for Seedling Growth

    Assessing the Efficacy of Biochar Derived from Oil Palm Biomass for Seedling Growth

  • Transforming Food Waste into Biochar: A Sustainable Solution for Agriculture and Environmental Remediation

    Transforming Food Waste into Biochar: A Sustainable Solution for Agriculture and Environmental Remediation

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