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Agriculture

  • Thirty Metric Tons of Biochar per Hectare Optimizes Greenhouse Tomato Yield and Water Use

    Thirty Metric Tons of Biochar per Hectare Optimizes Greenhouse Tomato Yield and Water Use

  • Biochar Nursery Amendments Boost Seedling Growth by Five Hundred Percent

    Biochar Nursery Amendments Boost Seedling Growth by Five Hundred Percent

  • Graphitized Biochar Increases Sulfamethoxazole Degradation Rates by Over 57 Percent through Enhanced Soil Electron Transfer

    Graphitized Biochar Increases Sulfamethoxazole Degradation Rates by Over 57 Percent through Enhanced Soil Electron Transfer

  • Zeolite and Biochar Amendments Increase Acid Lime Yields to Over 16 Tons Per Hectare While Cutting Chemical Nitrogen Use by Half

    Zeolite and Biochar Amendments Increase Acid Lime Yields to Over 16 Tons Per Hectare While Cutting Chemical Nitrogen Use by Half

  • Combining Drip Irrigation and Four Percent Biochar Increases Chili Fruit Weight by Over Seven Hundred Percent

    Combining Drip Irrigation and Four Percent Biochar Increases Chili Fruit Weight by Over Seven Hundred Percent

  • Incorporating Sewage Sludge Biochar into Food Waste Compost Increases Essential Phosphorus Levels by Nearly Three Times and Enhances Crop Photosynthetic Health

    Incorporating Sewage Sludge Biochar into Food Waste Compost Increases Essential Phosphorus Levels by Nearly Three Times and Enhances Crop Photosynthetic Health

  • Annual Biochar Application Increases Maize Internode Thickness by Over Twenty Percent While Boosting Photosynthetic Efficiency

    Annual Biochar Application Increases Maize Internode Thickness by Over Twenty Percent While Boosting Photosynthetic Efficiency

  • Large Particle Biochar Increases Tomato Yield by Thirty Six Percent in Saline Soils While Small Particles Boost Non Saline Production by Fifty One Percent

    Large Particle Biochar Increases Tomato Yield by Thirty Six Percent in Saline Soils While Small Particles Boost Non Saline Production by Fifty One Percent

  • Biochar Increases Soil Carbon Stocks by 45 Percent and Recalcitrant Carbon by 67 Percent

    Biochar Increases Soil Carbon Stocks by 45 Percent and Recalcitrant Carbon by 67 Percent

  • Nutrient-Poor Urban Soils See Fourteen-Fold Higher Carbon Gains from Biochar and Compost

    Nutrient-Poor Urban Soils See Fourteen-Fold Higher Carbon Gains from Biochar and Compost

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