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greenhouse gas emissions

  • From Black Box to Precision Tool: The Emerging New Science of Biochar Application

    From Black Box to Precision Tool: The Emerging New Science of Biochar Application

  • Biochar in Compost Slashes Methane by 53.7% and Nitrous Oxide by 49.8%, A New Meta-Analysis Confirms

    Biochar in Compost Slashes Methane by 53.7% and Nitrous Oxide by 49.8%, A New Meta-Analysis Confirms

  • CMI Orchards Launches Planet Positive Regenerative Initiative

    CMI Orchards Launches Planet Positive Regenerative Initiative

  • High-Dose Plastic-Char (10 t ha−1) Spikes Soil CO2​ Emissions by ~245% but Dramatically Boosts Ryegrass Biomass by ~279%

    High-Dose Plastic-Char (10 t ha−1) Spikes Soil CO2​ Emissions by ~245% but Dramatically Boosts Ryegrass Biomass by ~279%

  • From The Brown Soil To The Blue Sky: Biochar’s Role In Carbon Farming

    From The Brown Soil To The Blue Sky: Biochar’s Role In Carbon Farming

  • Natural and Biochar-Based Farming Slash Moong GHG Emissions by 69% and 29% While Maintaining Profitability

    Natural and Biochar-Based Farming Slash Moong GHG Emissions by 69% and 29% While Maintaining Profitability

  • Beyond Carbon Sinks: The Multi-Faceted Role of Biochar in Climate Change Mitigation

    Beyond Carbon Sinks: The Multi-Faceted Role of Biochar in Climate Change Mitigation

  • High-Water Farming and Biochar Reduce Greenhouse Gas Emissions by 4.64 tCO₂eq ha⁻¹ yr⁻¹ While Increasing Lettuce Yields

    High-Water Farming and Biochar Reduce Greenhouse Gas Emissions by 4.64 tCO₂eq ha⁻¹ yr⁻¹ While Increasing Lettuce Yields

  • How Biochar and Iron Sulphate Can Store 190 tC ha−1 yr−1 in Degraded Peatlands

    How Biochar and Iron Sulphate Can Store 190 tC ha−1 yr−1 in Degraded Peatlands

  • The Biochar Advantage: How High-Temperature Pyrolysis Leads to a 72.4% Reduction in Carbon Dioxide Emissions

    The Biochar Advantage: How High-Temperature Pyrolysis Leads to a 72.4% Reduction in Carbon Dioxide Emissions

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