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enzyme activity

  • Biochar Amendment Enhances Soil Aggregate Formation by Up to 18.9 Percent while Suppressing Soil Organic Carbon Mineralization

    Biochar Amendment Enhances Soil Aggregate Formation by Up to 18.9 Percent while Suppressing Soil Organic Carbon Mineralization

  • Biochar Application Boosts Litchi Soil Nutrients by Over 100 Percent

    Biochar Application Boosts Litchi Soil Nutrients by Over 100 Percent

  • Biochar, Soil Microbes and Phosphorus: A Simple Science Overview

    Biochar, Soil Microbes and Phosphorus: A Simple Science Overview

  • 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%

  • How Biochar and Iron Sulphate Can Store 190 tC ha−1 yr−1 in Degraded Peatlands

    How Biochar and Iron Sulphate Can Store 190 tC ha−1 yr−1 in Degraded Peatlands

  • Biochar Boosts Soil Microbial Diversity by 7.3% and Bacillus Population by up to 2,800%

    Biochar Boosts Soil Microbial Diversity by 7.3% and Bacillus Population by up to 2,800%

  • Debunking Biochar Myths Vol. 4: Biochar’s Biological Properties

    Debunking Biochar Myths Vol. 4: Biochar’s Biological Properties

  • Biochar’s Dual Role: Balancing Nutrients and Carbon in Saline-Alkali Soils

    Biochar’s Dual Role: Balancing Nutrients and Carbon in Saline-Alkali Soils

  • Biochar and Polyacrylamide: A Sustainable Approach to Reclaiming Mining Soils

    Biochar and Polyacrylamide: A Sustainable Approach to Reclaiming Mining Soils

  • Long-term Benefits of Biochar-Based Fertilizers for Dryland Soils

    Long-term Benefits of Biochar-Based Fertilizers for Dryland Soils

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John Webster – Operations
Timothy Harfield – Founding Editor


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