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  5-Fold Cross-Validation or Gaussian Process Optimization? A Smart Machine Learning Model Achieves 97.8% Accuracy in Tracking Heavy Metal Adsorption onto Sustainable Biochar

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  Iron-Enriched Biochar Restores Contaminated Soils While Boosting Crop Yields Up to Thirty-Five Percent

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  Biochar Markets Must Decouple Long-Term Carbon Stability from Soil Fertility Benefits to Ensure Environmental Credibility

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  Long-Term Biochar Application Increases Topsoil Microbial Necromass Carbon by over Ten Percent but Decreases Subsoil Storage

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  Machine Learning Model Achieves Seventy-Nine Percent Accuracy predicting Biochar Soil Impacts on Living Organisms

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  Biochar-Bacillus Consortium Boosts Greenhouse Cherry Tomato Yield by Over Twenty-Three Percent

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  Chemical Activation with Potassium Hydroxide Enhances Biomass Waste Surface Area up to One Thousand Square Meters per Gram for Soil and Water Conservation

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  Sugarcane Bagasse Biochar at One Percent Replacement Level Optimizes Sustainable High Strength Concrete Performance

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  Scientometric Review Reveals Exponential Growth in Global Biochar Research and Identifies Key Production Centers

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  Engineering Corn Cob Biochar at 700 Degrees Celsius Achieves a Sixty-Four Percent Ammonia Removal and Ninety-Eight Percent Plastic Microparticle Retention