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crop yield

  • Biochar  and Selenium Nanoparticles  Jointly Increase Barley Grain Yield by 80.20% and Reduce Shoot Lead by 73.88% in Saline-Polluted Soils

    Biochar and Selenium Nanoparticles Jointly Increase Barley Grain Yield by 80.20% and Reduce Shoot Lead by 73.88% in Saline-Polluted Soils

  • Optimal Biochar Application at 31.5 t/ha Boosts Crop Yield by 7.11% and Enhances Soil Microbial Diversity

    Optimal Biochar Application at 31.5 t/ha Boosts Crop Yield by 7.11% and Enhances Soil Microbial Diversity

  • Rethinking Biochar’s Agricultural Boost: Evidence for Yield Gains Drops to -0.64% in Agricultural Soils

    Rethinking Biochar’s Agricultural Boost: Evidence for Yield Gains Drops to -0.64% in Agricultural Soils

  • Enhancing Soil Health: Biochar’s Multi-faceted Detoxification Reduces Copper Uptake by 45.5% and Mercury by 73%

    Enhancing Soil Health: Biochar’s Multi-faceted Detoxification Reduces Copper Uptake by 45.5% and Mercury by 73%

  • Lowering Agricultural GHG Emissions: Moderate Biochar Pyrolysis at 400-550°C Decreases Carbon Intensity by 14.9%

    Lowering Agricultural GHG Emissions: Moderate Biochar Pyrolysis at 400-550°C Decreases Carbon Intensity by 14.9%

  • Biochar Boosts Crop Yields by 10-150% and Sequesters up to 1900 Metric Tons of CO2​ Annually

    Biochar Boosts Crop Yields by 10-150% and Sequesters up to 1900 Metric Tons of CO2​ Annually

  • Suntory and TOWING Partner to Turn Beverage Waste into Sustainable Farming Solution

    Suntory and TOWING Partner to Turn Beverage Waste into Sustainable Farming Solution

  • No Significant Crop Yield or Nitrate Leaching Benefits from Biochar with Digestate on High-Fertility Soils Over Three Years

    No Significant Crop Yield or Nitrate Leaching Benefits from Biochar with Digestate on High-Fertility Soils Over Three Years

  • Biochar-Based Fertilizers Projected to Increase China’s Major Crop Yields by 4.3–5.0% While Cutting N₂O Emissions by 3.7–6.3%

    Biochar-Based Fertilizers Projected to Increase China’s Major Crop Yields by 4.3–5.0% While Cutting N₂O Emissions by 3.7–6.3%

  • Boosting Mollisol Health: Biochar Application Increases Soil Quality Index by up to 63.3% and Maize Yield by 7.2% in a Maize-Soybean Rotation

    Boosting Mollisol Health: Biochar Application Increases Soil Quality Index by up to 63.3% and Maize Yield by 7.2% in a Maize-Soybean Rotation

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John Webster – Operations
Timothy Harfield – Founding Editor


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