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microbial community

  • Lignin-Based Hydrochar Boost Methane by over 30% in Ammonia-Inhibited Digesters

    Lignin-Based Hydrochar Boost Methane by over 30% in Ammonia-Inhibited Digesters

  • Manure Biochar plus Humic Acid Slashes Soil Salinity by 44.1% in Cotton Fields

    Manure Biochar plus Humic Acid Slashes Soil Salinity by 44.1% in Cotton Fields

  • Global Biochar Research Surges, Led by China, as Publications Spike 58 Annually Since 2020

    Global Biochar Research Surges, Led by China, as Publications Spike 58 Annually Since 2020

  • Decade of Biochar Application Boosts Soybean Yield by 45.83%: High Dose Increases Soil Carbon by 112.45%

    Decade of Biochar Application Boosts Soybean Yield by 45.83%: High Dose Increases Soil Carbon by 112.45%

  • Inoculum Quality Outweighs Biochar: Enriched Inoculum Boosts Methane Yield by up to 38.7%

    Inoculum Quality Outweighs Biochar: Enriched Inoculum Boosts Methane Yield by up to 38.7%

  • Double-Action Strategy: Biochar and DMPP Reduce N2​O Emissions by up to 38% in Delayed-Nitrogen Wheat

    Double-Action Strategy: Biochar and DMPP Reduce N2​O Emissions by up to 38% in Delayed-Nitrogen Wheat

  • 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

  • How Biochar and Iron Sulfate Can Preserve Peatlands by Suppressing Decomposers by up to 61%

    How Biochar and Iron Sulfate Can Preserve Peatlands by Suppressing Decomposers by up to 61%

  • Biochar Amendment Increases Fluridone Degradation in Soil by 45%

    Biochar Amendment Increases Fluridone Degradation in Soil by 45%

  • Title: Walnut Shell Biochar and Aeration Achieve 98.8% Total Nitrogen Removal in Low C/N Wastewater

    Title: Walnut Shell Biochar and Aeration Achieve 98.8% Total Nitrogen Removal in Low C/N Wastewater

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John Webster – Operations
Timothy Harfield – Founding Editor


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