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sustainable agriculture

  • Biochar and Microbial Remediation Reduce Nitrous Oxide Emissions by Over 67 Percent

    Biochar and Microbial Remediation Reduce Nitrous Oxide Emissions by Over 67 Percent

  • Regulating Mineral Nitrogen Below 291 Kilograms per Hectare Maximizes the Methane Mitigation Potential of Biochar in Rice Paddies

    Regulating Mineral Nitrogen Below 291 Kilograms per Hectare Maximizes the Methane Mitigation Potential of Biochar in Rice Paddies

  • Foley Hoag and United Nations Support Launch of Adaptation Innovation Lab to Accelerate Climate Solutions

    Foley Hoag and United Nations Support Launch of Adaptation Innovation Lab to Accelerate Climate Solutions

  • Combined Dietary Saffron Petal Extract and Biochar Boost Quail Growth by Eight Percent and Cut Ammonia Emissions

    Combined Dietary Saffron Petal Extract and Biochar Boost Quail Growth by Eight Percent and Cut Ammonia Emissions

  • Japan International Research Center for Agricultural Sciences Establishes Standards for Local Biochar Integration in Asian Agriculture

    Japan International Research Center for Agricultural Sciences Establishes Standards for Local Biochar Integration in Asian Agriculture

  • Biochar Research in Southeast Asia Achieves 17.2% Annual Growth Rate in Soil Remediation Studies

    Biochar Research in Southeast Asia Achieves 17.2% Annual Growth Rate in Soil Remediation Studies

  • Bridging the Gap: Amanda Ronix on Scaling Biochar from the Laboratory to the Field

    Bridging the Gap: Amanda Ronix on Scaling Biochar from the Laboratory to the Field

  • Chicken Litter Pyrolysis at 250 Degrees Celsius Increases Cation Exchange Capacity by Over 100 Percent

    Chicken Litter Pyrolysis at 250 Degrees Celsius Increases Cation Exchange Capacity by Over 100 Percent

  • Applying Fifteen Grams of Composted Biochar Increases Lettuce Leaf Growth by Over Nineteen Percent

    Applying Fifteen Grams of Composted Biochar Increases Lettuce Leaf Growth by Over Nineteen Percent

  • Micro-Nanoscale Bone Char Increases Rice Yield by 49.72 Percent While Reducing Lead Accumulation in Grains

    Micro-Nanoscale Bone Char Increases Rice Yield by 49.72 Percent While Reducing Lead Accumulation in Grains

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John Webster – Operations
Timothy Harfield – Founding Editor


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