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meta-analysis
Long-Term Biochar Application Increases Topsoil Microbial Necromass Carbon by over Ten Percent but Decreases Subsoil Storage
Regulating Mineral Nitrogen Below 291 Kilograms per Hectare Maximizes the Methane Mitigation Potential of Biochar in Rice Paddies
Boosting Harvests: How Biochar Improves Chinese Maize Yields and Nitrogen Use
Biochar Application Enhances Soil Carbon and Significantly Boosts Humic Acid
Biochar in Compost Slashes Methane by 53.7% and Nitrous Oxide by 49.8%, A New Meta-Analysis Confirms
Biochar with pH >7.5 Cuts Available Soil Copper by 37.72% Globally
Adsorption Capacity of Biochar for Tetracycline Peaks at 637.71 mg/g with Sulfuric Acid and 700∘C Pyrolysis
Biochar Boosts Soil Carbon by 21% with Optimal Use in Specific Conditions
Unlocking Biochar’s Potential: The Role of Feedstocks, Pyrolysis, and Modifications
Improving Rice Quality with Biochar: A Meta-Analysis
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