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Carbon Research
Sustainable Concrete Mix With Biochar Boosts Strength by 15% While Absorbing 1.2 Grams of Carbon Dioxide Daily
Climate Change-Induced Extreme Weather Events Cause Shifts in Soil Organic Carbon Input, Microorganism Activity, and System-Wide Retention Across Global Ecosystems
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
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