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Carbon Sequestration
Initial Soil Nitrogen Status Controls Biochar-Driven Sequestration of Microbial Carbon
Biochar Decreases Carbon Emissions in Acidic Soils by Up to Thirteen Percent
Biochar Reaches 99.7% Carbon Sequestration Efficiency in Paddy Soils
Accelerating Climate Action through Megaton and Gigaton Scale Carbon Storage
Global Pyrolysis Systems Offer Potential Mitigation of Up to 10.3 Gigatons of Carbon Dioxide Equivalent Annually While High-Temperature Processing Eliminates Over Ninety-Seven Percent of Persistent Organic Pollutants
Deploying Biochar with Bioenergy Crops in China for Cost-Effective Carbon Dioxide Removal
100-Fold Increase in Annual Carbon Capture Required to Limit Global Warming to 1.5 Degrees Celsius
Computational Framework Achieves Optimal Dual-Function Biochar for Carbon Sequestration and Energy Storage
Sustainable Bioplastics from Organic Waste Offer Significant Potential for Carbon Reductions and Process Efficiency
High-Temperature Biochar Exceeding 700°C Maximizes Carbon Stability for 1,000 Years While Low-Temperature Variants Between 350°C and 500°C Optimize Soil Co-Benefits
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