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soil organic carbon

  • Quantitative Insights into Engineered Sulfur and Biochar Amendments for Soil Restoration

    Quantitative Insights into Engineered Sulfur and Biochar Amendments for Soil Restoration

  • Soil Fungi Drive Up to 14.4-Fold Higher Carbon and Nitrogen Gains in Nutrient-Poor Urban Greenspaces

    Soil Fungi Drive Up to 14.4-Fold Higher Carbon and Nitrogen Gains in Nutrient-Poor Urban Greenspaces

  • Microplastics Can Inflate Apparent Soil Organic Carbon Estimates by 3 to 15 Megagrams per Hectare and Compromise Biochar Sequestration Accounting

    Microplastics Can Inflate Apparent Soil Organic Carbon Estimates by 3 to 15 Megagrams per Hectare and Compromise Biochar Sequestration Accounting

  • Biochar-Derived Hydroxyl Radicals Suppress Soil Respiration by 12.9 Percent in Acidic Soils While Soil Priming Dominates in Neutral Soils

    Biochar-Derived Hydroxyl Radicals Suppress Soil Respiration by 12.9 Percent in Acidic Soils While Soil Priming Dominates in Neutral Soils

  • Cold Steppe Deploys $15 Million Arkansas Biochar Facility to Convert Rice Hulls into Commercial Soil Amendments

    Cold Steppe Deploys $15 Million Arkansas Biochar Facility to Convert Rice Hulls into Commercial Soil Amendments

  • UAS-Bangalore, RKVY, and KVK Deploy Low-Cost Kiln Technology Across Karnataka to Enhance Soil Health and Increase Crop Yields

    UAS-Bangalore, RKVY, and KVK Deploy Low-Cost Kiln Technology Across Karnataka to Enhance Soil Health and Increase Crop Yields

  • Selective Biochar Applications under Specific Environmental Stress Conditions Reduce Nitrous Oxide Emissions by Up to 70 Percent While Optimizing Crop Resilience in Degraded Soils

    Selective Biochar Applications under Specific Environmental Stress Conditions Reduce Nitrous Oxide Emissions by Up to 70 Percent While Optimizing Crop Resilience in Degraded Soils

  • Initial Soil Nitrogen Status Controls Biochar-Driven Sequestration of Microbial Carbon

    Initial Soil Nitrogen Status Controls Biochar-Driven Sequestration of Microbial Carbon

  • Biochar Hydroxyl Radicals Suppress Soil Organic Carbon Mineralization by 6.8% to 12.9% in Acidic Soils

    Biochar Hydroxyl Radicals Suppress Soil Organic Carbon Mineralization by 6.8% to 12.9% in Acidic Soils

  • 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

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John Webster – Operations
Timothy Harfield – Founding Editor


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