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  Iron-Modified Biochar Reduces Available Soil Arsenic by Over Sixty Percent

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  Sustainable Soil Health Gains Through Engineered Biochar Metal Locking

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  Crayfish Shell Biochar Mobilizes Arsenic in Acidic Soil by 19.6-26.8% While Immobilizing It in Alkaline Soil by 4.5-9.9%

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  Rice Plants Protected From Arsenic Toxicity With Biochar and Melatonin Partnership: A 31.43% Increase in Grain Yield Observed

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  Tackling Arsenic: Biochar and Other Remediation Techniques Offer Promising Solutions for Contaminated Soils

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  Remediating Arsenic Contamination: Laterite Biochar Composite Cuts Arsenic in Rice by 99.5% While Boosting Soil Health

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  Biochar’s Role in Arsenic and Iron Dynamics in Contaminated Paddy Soil

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  Enhancing Rice Quality in Mining Regions: The Role of Micron-Engineered Biochar

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  Optimizing Modified Biochar for Arsenic Removal: A Data-Driven Approach

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  Biochar: A Nature-Based Solution for Arsenic and Iron Remediation in Contaminated Paddy Soils