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global warming potential

  • Biochar Reduces Rice Field Global Warming Potential by up to 34% Under Sprinkler Irrigation, Shifting Methane Sink to Nitrous Oxide Mitigation.

    Biochar Reduces Rice Field Global Warming Potential by up to 34% Under Sprinkler Irrigation, Shifting Methane Sink to Nitrous Oxide Mitigation.

  • Biochar’s Impact on Greenhouse Gas Emissions in Paddy Fields: Irrigation Regime Dominates

    Biochar’s Impact on Greenhouse Gas Emissions in Paddy Fields: Irrigation Regime Dominates

  • 10% Biochar Reduces Greenhouse Gas Emissions by 32% in Manure Storage

    10% Biochar Reduces Greenhouse Gas Emissions by 32% in Manure Storage

  • Evaluating the Environmental Impact of Biochar Soil Remediation Materials

    Evaluating the Environmental Impact of Biochar Soil Remediation Materials

  • Environmental and Economic Impacts of Biochar Production from Agricultural Residues

    Environmental and Economic Impacts of Biochar Production from Agricultural Residues

  • Cement-Modified Biochar for Heavy Metal Removal in Stormwater: A Sustainable Alternative?

    Cement-Modified Biochar for Heavy Metal Removal in Stormwater: A Sustainable Alternative?

  • Life Cycle Assessment of Biochar and Cattle Manure in Sugar Beet Cultivation

    Life Cycle Assessment of Biochar and Cattle Manure in Sugar Beet Cultivation

  • Using Biochar in Concrete for Environmental and Economic Benefits

    Using Biochar in Concrete for Environmental and Economic Benefits

  • Straw-Derived Biochar Enhances Soil Health, Reduces Greenhouse Gases in Mulched Farmland

    Straw-Derived Biochar Enhances Soil Health, Reduces Greenhouse Gases in Mulched Farmland

  • Valorizing Prosopis Juliflora Biochar for Supercapacitor Applications: A Techno-Economic and Lifecycle Analysis

    Valorizing Prosopis Juliflora Biochar for Supercapacitor Applications: A Techno-Economic and Lifecycle Analysis

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John Webster – Operations
Timothy Harfield – Founding Editor


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