• Biochar Application Boosts Soil Bioavailable Nitrogen by Up to Eighty-One Percent Under Acid Rain Stress

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  Low-Cost Biochar from Wood and Plastic Waste Cuts Heavy Metal Testing Expenses by Thirty-Eight Percent

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  Tailored Nano-Biochar Fertilizers Suppress Grain Cadmium and Arsenic Accumulation While Enhancing Soil Microbial Diversity

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  Biochar Electron Exchange Capacities Exceed Other Carbon Materials while Chemical Titration Measures Up to 470 Millimoles per Gram

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  Random Forest Model Outperforms Other Machine Learning Algorithms with 0.9107 Accuracy in Predicting Biochar-Mediated Soil Phosphorus Availability

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  Climate Change-Induced Extreme Weather Events Cause Shifts in Soil Organic Carbon Input, Microorganism Activity, and System-Wide Retention Across Global Ecosystems

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  Rice Straw Biochar Application Increases Subsurface Nitrogen Retention by 37 Percent in Paddy Soils

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  Synergistic Waste Valorization Boosts Plant Biomass by 91%

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  Optimizing Rice Husk Biochar Application Rates Enhances Soil Carbon Sequestration and Increases Wheat Yield by Up to Sixty Four Percent

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  Nitric Acid Modification Boosts Marvel Grass Biochar Specific Surface Area Nearly Threefold From 28 to 79 Square Meters Per Gram