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climate change mitigation

  • Engineered Biochar and AWD Cut Rice Methane Emissions by up to 90% While Boosting Yield by 12% in 3-Year Field Study

    Engineered Biochar and AWD Cut Rice Methane Emissions by up to 90% While Boosting Yield by 12% in 3-Year Field Study

  • Turning Trash to Treasure: How Biochar and Microbes Power Up Our Soil

    Turning Trash to Treasure: How Biochar and Microbes Power Up Our Soil

  • Nations of Biochar: How Colombia can Benefit from Integrating Biochar into its Coffee and Timber Trade 

    Nations of Biochar: How Colombia can Benefit from Integrating Biochar into its Coffee and Timber Trade 

  • 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

  • Paving the Way to a 4.9% Reduction: How Biochar Can Decarbonize Swiss Agriculture

    Paving the Way to a 4.9% Reduction: How Biochar Can Decarbonize Swiss Agriculture

  • The Surprising Link Between Biochar, Microbes, and a 1300% Increase in Research Citations

    The Surprising Link Between Biochar, Microbes, and a 1300% Increase in Research Citations

  • 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

  • The Biochar Revolution: A Detailed Look at How We Can Build a Circular Economy from Waste

    The Biochar Revolution: A Detailed Look at How We Can Build a Circular Economy from Waste

  • Sustained Biochar Application Boosts Crop Yield by 10.8% and Soil Carbon by 52.5% Over the Long Term

    Sustained Biochar Application Boosts Crop Yield by 10.8% and Soil Carbon by 52.5% Over the Long Term

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