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Agriculture
Combining Iron Manganese Biochar with Strategic Irrigation Minimizes Grain Cadmium to 0.05 Milligrams and Methylmercury to 6.89 Micrograms
Modified Nitrogen-Doped Straw Biochar Enhances Lead Immobilization and Microbiome Richness in Contaminated Paddy Soils
Discover Environment, Biochar, Pyrolysis Reactors, Fertilizer, Microstructure, Surface Area, Porosity, Hybrid Reactors, Machine Learning, Soil Fertility
Long-Term Biochar Application Increases Topsoil Microbial Necromass Carbon by Up to Thirty-Nine Percent but Decreases Subsoil Storage
Liquefied Nitrogen-Enriched Biochar Mineral Complex Fertilizers Elevate Pasture Yield to 42.20 Tons Per Hectare and Increase Economic Benefit-Cost Ratios Up to 2.54
New Biochar Model Simulates Global Crop Yield with an Average Root Mean Square Error of 1878.9 Kilograms Per Hectare
Pyrolyzed Sunflower Husk Biochar Increases Aquatic Plant Frond Production by Over Fifty Percent While Boosting Critical Mineral Nutrient Content
Inoculating Industrial Tomatoes with Specific Bacillus subtilis Strains With Biochar Boosts Plant Dry Weight by 32.93% and Yield by 23.8%
High-Yield Groundnut Cultivation Combined with Biochar Soil Treatment Drives Agricultural Commercialization and Economic Welfare Enhancements
Titanium Dioxide-Loaded Biochar Composite Cuts Porewater Arsenic by Eighty-Eight Percent and Suppresses Methane Emissions in Flooded Paddy Soils
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