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Agriculture

  • Synergistic Biochar and Bacteria Combination Replaces Chemical Fertilizers and Boosts Plant Morphological Traits by One Hundred Fifty Percent

    Synergistic Biochar and Bacteria Combination Replaces Chemical Fertilizers and Boosts Plant Morphological Traits by One Hundred Fifty Percent

  • Biochar Combined with Reduced Nitrogen Boosts Sugarcane Growth Ten Percent Over Five Years

    Biochar Combined with Reduced Nitrogen Boosts Sugarcane Growth Ten Percent Over Five Years

  • Biochar Amendments Boost Lettuce Microgreen Growth by Fifty Percent and Shield Crops from Severe Dehydration

    Biochar Amendments Boost Lettuce Microgreen Growth by Fifty Percent and Shield Crops from Severe Dehydration

  • Residual Bamboo Biochar Improves Ex-Mining Soil Health and Reduces Soil Mercury by Approximately Fifty-One Percent

    Residual Bamboo Biochar Improves Ex-Mining Soil Health and Reduces Soil Mercury by Approximately Fifty-One Percent

  • Biochar Application  Optimizes Soil Resilience and GHG Reduction

    Biochar Application Optimizes Soil Resilience and GHG Reduction

  • Integrated Soil Fertility Management Increases Maize Yield by over 100% in Northern Ghana

    Integrated Soil Fertility Management Increases Maize Yield by over 100% in Northern Ghana

  • Wheat Straw Biochar Boosts Soil Phosphorus and Potassium by Up to Fivefold in Fertile Luvisols

    Wheat Straw Biochar Boosts Soil Phosphorus and Potassium by Up to Fivefold in Fertile Luvisols

  • Composite Waste Material Using Steel Slag and Corn Straw Biochar Cuts Toxic Arsenic in Rice Soil by Up to 55%

    Composite Waste Material Using Steel Slag and Corn Straw Biochar Cuts Toxic Arsenic in Rice Soil by Up to 55%

  • Cold Water Soaking of Marine Sea Weed Species Reduces Biochar Salinity by 45% and Maintains 5.17% Nitrogen Content

    Cold Water Soaking of Marine Sea Weed Species Reduces Biochar Salinity by 45% and Maintains 5.17% Nitrogen Content

  • Combined Biochar and Sodium Hydrosulfide Treatment Boosts Maize Photosynthesis by Over 50% and Enhances Growth by 20% Under Drought

    Combined Biochar and Sodium Hydrosulfide Treatment Boosts Maize Photosynthesis by Over 50% and Enhances Growth by 20% Under Drought

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John Webster – Operations
Timothy Harfield – Founding Editor


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