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  UF/IFAS CREC and USDA NRCS Leverage Biochar-Compost Blends to Improve Soil Health and Citrus Yields

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  Soil Additions Increase Lower-Nutrient Greenspace Carbon and Nitrogen Levels Up to 14.4-Fold

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  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

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  Biochar and Compost from Chicken Excreta and Groundnut Shells Boost Plant Growth up to Thirty-Five Centimeters while Safely sequestering Carbon

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  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

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  Nutrient-Poor Urban Soils See Fourteen-Fold Higher Carbon Gains from Biochar and Compost

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  Restorative Anthropogenesis: Utilizing Biochar for Global Soil Recovery

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  Combining Biochar with Compost Outperforms Biochar Alone

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  Combining Organic Amendments Reduces Water Loss in Sandy Soils by Over 40 Percent

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  Integrating Natural Amendments like Biochar Boosts Rice Yields to Six Tons per Hectare While Slashing Chemical Fertilizer Use