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microbial biomass carbon

  • Soil Nitrogen Content Controls Biochar Effectiveness and Drives Forty-Eight Percent Increase in Low-Nitrogen Soil Organic Carbon

    Soil Nitrogen Content Controls Biochar Effectiveness and Drives Forty-Eight Percent Increase in Low-Nitrogen Soil Organic Carbon

  • Sustainable Soil Carbon Strategies Offer Major Boost for Climate Resilience

    Sustainable Soil Carbon Strategies Offer Major Boost for Climate Resilience

  • Biochar and Compost Combination Alters Carbon Decomposition: Poultry Biochar Boosts It by 18%, Rice Husk Biochar Reduces It by 10%

    Biochar and Compost Combination Alters Carbon Decomposition: Poultry Biochar Boosts It by 18%, Rice Husk Biochar Reduces It by 10%

  • Hydrochar Halves N2​O Emissions Compared to Biochar in Boreal Grassland; Soil N2​O Uptake Observed in Absence of Fertilizer

    Hydrochar Halves N2​O Emissions Compared to Biochar in Boreal Grassland; Soil N2​O Uptake Observed in Absence of Fertilizer

  • Coffee Pulp Biochar at 7.5% Concentration Raises Soil K-Levels and Microbial Respiration, but Reduces Overall Microbial Biomass

    Coffee Pulp Biochar at 7.5% Concentration Raises Soil K-Levels and Microbial Respiration, but Reduces Overall Microbial Biomass

  • Enhanced Soil Health: 16 t/ha Pig Manure Biochar Boosts Aggregate Stability by 103% and Microbial Biomass by 4.5-fold

    Enhanced Soil Health: 16 t/ha Pig Manure Biochar Boosts Aggregate Stability by 103% and Microbial Biomass by 4.5-fold

  • Straw Biochar’s Effects on Microbial Carbon: A Global Meta-Analysis

    Straw Biochar’s Effects on Microbial Carbon: A Global Meta-Analysis

  • Biochar and Straw: A Comparative Study on Mitigating N2O Emissions from Acidic Tea Field Soils

    Biochar and Straw: A Comparative Study on Mitigating N2O Emissions from Acidic Tea Field Soils

  • Enhancing Soil Health with Biochar: Insights from a Recent Study

    Enhancing Soil Health with Biochar: Insights from a Recent Study

  • Biochar and Straw: A Comparative Study on Mitigating N2O Emissions from Acidic Tea Field Soils

    Biochar and Straw: A Comparative Study on Mitigating N2O Emissions from Acidic Tea Field Soils

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John Webster – Operations
Timothy Harfield – Founding Editor


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