sustainable agriculture

From Research to Field Application: Dr. Vishal Dawkar on the Promise of Biochar
National Institute of Technology Karnataka Researchers Develop Biochar-Microbe Complexes for Enhanced Bioremediation
Biochar Improves Arid Soil Moisture by Over Thirty Percent and Boosts Crop Yields
Alkaline Biochar Increases Soil Nitrogen Availability by Over 64 Percent Under Acid Rain Stress
Biochar Amendments Reduce Agricultural Greenhouse Gas Emissions by Up to Fifty-Four Percent
Egyptian Agricultural Waste Biochar Increases Wheat Biomass by Up to 84 Percent and Enhances Soil Potassium Dynamics
Biochar Application Boosts Soil Potassium Availability by Up to 849 Percent
Biochar and Humic Acid Priming Boost Lentil Germination Rates by Up to 14.7 Percent
Co-application of Mild Drying and Biochar Boosts Rice Yield by up to Eighteen Percent While Improving Grain Quality
Pelletization Conditions Significantly Reduce Microbial Viability in Biochar-Based Biofertilizers