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Agriculture

  • Boosting Cowpea Yields by Thirty-Three Percent Through Biochar and Beneficial Microbes

    Boosting Cowpea Yields by Thirty-Three Percent Through Biochar and Beneficial Microbes

  • Biochar Application Increases Tea Crop Yields by Eleven to Thirty-Seven Percent

    Biochar Application Increases Tea Crop Yields by Eleven to Thirty-Seven Percent

  • Continuous Biochar Application with Water-Saving Irrigation Reduces Methane Emissions by Nearly Thirty Percent in Rice Fields

    Continuous Biochar Application with Water-Saving Irrigation Reduces Methane Emissions by Nearly Thirty Percent in Rice Fields

  • Biochar Conversion of Agricultural Residues Enhances Soil Organic Matter and Increases Crop Yields by Up to Three Hundred Percent

    Biochar Conversion of Agricultural Residues Enhances Soil Organic Matter and Increases Crop Yields by Up to Three Hundred Percent

  • Biochar Outperforms Basalt in Enhancing Urban Soil Health and Plant Growth

    Biochar Outperforms Basalt in Enhancing Urban Soil Health and Plant Growth

  • High-Temperature Pyrolysis Increases Carbon Sequestration Potential but Reduces the Immediate Soil Conditioning Benefits of Biochar

    High-Temperature Pyrolysis Increases Carbon Sequestration Potential but Reduces the Immediate Soil Conditioning Benefits of Biochar

  • Modified Biochar Additives Reduce Ammonia Loss by Up to Twenty Eight Percent and Enhance Fertilizer Quality in Swine Manure Composting

    Modified Biochar Additives Reduce Ammonia Loss by Up to Twenty Eight Percent and Enhance Fertilizer Quality in Swine Manure Composting

  • Rice Straw Biochar Combined with Poultry Manure Increases Soil Organic Carbon by Over One Hundred Percent While Enhancing Vital Microbial Enzyme Activities

    Rice Straw Biochar Combined with Poultry Manure Increases Soil Organic Carbon by Over One Hundred Percent While Enhancing Vital Microbial Enzyme Activities

  • Combining Biochar with Compost Outperforms Biochar Alone

    Combining Biochar with Compost Outperforms Biochar Alone

  • Sustainable Rice Farming: Higher Yields and Protein Content with Biochar

    Sustainable Rice Farming: Higher Yields and Protein Content with Biochar

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John Webster – Operations
Timothy Harfield – Founding Editor


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