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priming effect
Feedstock Choice Drives Biochar Soil Carbon Priming by up to Ninety Percent
Evaluating Biochar Soil Impact Beyond Standard Stability Metrics
Biochar Reaches 99.7% Carbon Sequestration Efficiency in Paddy Soils
High-Temperature Lignocellulosic Biochars Reduce Negative Priming Effects by Thirty Percent and Nutrient-Rich Variants Accelerate Carbon Turnover Up to Ninety Percent in Soil Environments
Climate-Stratified Synthesis Confirms Biochar Mitigates Greenhouse Gas Fluxes in Arid Landscapes but at Attenuated Rates Compared to Humid Regions
Biochar and Compost Combination Alters Carbon Decomposition: Poultry Biochar Boosts It by 18%, Rice Husk Biochar Reduces It by 10%
Prototype Brick with 10% Biochar and 5% LDPE Achieves 7 MPa Strength and 11% Lower Water Absorption
Decade-Long Active Restoration and Biochar Trigger 120.5%−297.0% Positive Priming Effect in Topsoil, Driven Primarily by Soil pH
Vermiculite-Modified Biochar at 700°C Reduces Bacterial Interaction by 32% to Enhance Carbon Sequestration in Red Soil
Combined Biochar and Maize Straw Applications Reduce Soil Greenhouse Gas Emissions
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