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Agriculture
Long-Term Biochar Application Increases Topsoil Microbial Necromass Carbon by over Ten Percent but Decreases Subsoil Storage
Machine Learning Model Achieves Seventy-Nine Percent Accuracy predicting Biochar Soil Impacts on Living Organisms
Biochar-Bacillus Consortium Boosts Greenhouse Cherry Tomato Yield by Over Twenty-Three Percent
CSIC Decadal Field Trial Reveals 10 Years of Organic Soil Amendments With Biochar Stabilize Olive Crop Yields While Lowering Fruit Oleuropein Concentrations by Up to 24 Percent
Biochar and Compost from Chicken Excreta and Groundnut Shells Boost Plant Growth up to Thirty-Five Centimeters while Safely sequestering Carbon
Biochar and Fertilizer Management Reduce Nitrate Leaching by Up to Twenty-Eight Percent While Increasing Wheat Yields
Ten-Year Study Shows Repeated Compost and Biochar Amendments Reduce Olive Fruit Oleuropein Concentration by Up to Twenty-Four Percent While Maintaining Stable Crop Yields
Soil Management Trade-offs: Biochar Increases Sorghum Yield up to 35 Percent and Retains Soil Carbon while Nitrous Oxide Remains the Dominant Greenhouse Gas Emitter
Populus Nigra Branch Biochar Reduces Soil Loss by Twenty-Four Percent and Minimizes Surface Runoff in Abandoned Rainfed Farmlands
Innovative Biochar Composite Successfully Suppresses Antibiotic Resistance Risks and Enhances Soil Ecosystem Safety in Less Fertile Soils
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