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soil pH

  • Lime Outperforms Biochar by Reducing Soil Cadmium Bioavailability up to Fifty-Eight Percent in Specialized Edible  Fungus Cultivation

    Lime Outperforms Biochar by Reducing Soil Cadmium Bioavailability up to Fifty-Eight Percent in Specialized Edible Fungus Cultivation

  • Revitalizing Harvests: Biochar Enriched with Local Organic Waste Boosts Rice Growth by Over Five Percent

    Revitalizing Harvests: Biochar Enriched with Local Organic Waste Boosts Rice Growth by Over Five Percent

  • Silty Clay Soil with Biochar Amendment Shows Maximum Seed Weight in Canola

    Silty Clay Soil with Biochar Amendment Shows Maximum Seed Weight in Canola

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

    Biochar, Soil Microbes and Phosphorus: A Simple Science Overview

  • Biochar Application Reduces Soil Sulfonamide and Tetracycline Antibiotic Concentrations by 54.8% and 20.9%, Respectively

    Biochar Application Reduces Soil Sulfonamide and Tetracycline Antibiotic Concentrations by 54.8% and 20.9%, Respectively

  • Prototype Brick with 10% Biochar and 5% LDPE Achieves 7 MPa Strength and 11% Lower Water Absorption

    Prototype Brick with 10% Biochar and 5% LDPE Achieves 7 MPa Strength and 11% Lower Water Absorption

  • Decade-Long Active Restoration and Biochar Trigger 120.5%−297.0% Positive Priming Effect in Topsoil, Driven Primarily by Soil pH

    Decade-Long Active Restoration and Biochar Trigger 120.5%−297.0% Positive Priming Effect in Topsoil, Driven Primarily by Soil pH

  • Biochar with pH >7.5 Cuts Available Soil Copper by 37.72% Globally

    Biochar with pH >7.5 Cuts Available Soil Copper by 37.72% Globally

  • Biochar from Algal Blooms Boosts Tomato Plant Growth by Over 30% and Increases Root Length by 113%

    Biochar from Algal Blooms Boosts Tomato Plant Growth by Over 30% and Increases Root Length by 113%

  • Navigating the Biochar Market with USDA ARS Research

    Navigating the Biochar Market with USDA ARS Research

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