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Carbon Research
Policy Leakage Multiplies Regional Environmental Costs 3.14-Fold Driven by Local Livestock Exclusion Regulations
High-Temperature Biochar Deployment at Doses of Forty Tonnes per Hectare Optimizes Global Warming Potential Reductions by up to Eighty-Three Percent
Enhancing Carbon Capture Efficiency Through Nitrogen and Phosphorus Doping of Biochar for Sustainable Climate Mitigation
High-Performance Pseudo-Capacitive Materials Produced from Waste Nickel-Laden Biochar at Low Hydrothermal Temperatures
Digital Economy Expansion Boosts Carbon Emission Efficiency in Chinese Cities and Generates Significant Positive Environmental Spillovers for Neighboring Regions
Meta-Analysis Reveals High-Temperature Biochar and Large Application Rates Can Reduce Agricultural Global Warming Potential by Eighty-Three Percent
Lignin-Derived Carbon and Weakly Solvating Electrolyte Enable High-Voltage Supercapacitors with 77.4 Wh/kg Energy Density
Biochar Amendments Can Reduce Agricultural Greenhouse Gas Emissions by Up to Thirty Nine Percent
Rice Husk Waste Filter Double the Efficiency of Air Pollutant Removal
Enhancing Compost Quality with Oyster Shell-Modified Biochar
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