Deep soil carbon after 44 years of tillage and fertilizer management in southern Illinois compared to forest and restored prairie soils

Keyphrases

• Prairie Soils 100%
• Tillage Management 100%
• Fertilizer Management 100%
• No-till 100%
• Restored Prairie 100%
• Southern Illinois 100%
• Deep Soil Carbon 100%
• C Stocks 75%
• Bulk Density 50%
• Fertilizer 50%
• Tillage Treatment 50%
• Moldboard Plow 50%
• Chisel Tillage 50%
• No-till Management 50%
• Soil Erosion 25%
• Soil Carbon 25%
• Phosphorus 25%
• Potassium 25%
• Corn-soybean 25%
• Continuous Corn 25%
• Illinois 25%
• Nitrogen N 25%
• Management Effects 25%
• Agricultural Systems 25%
• Tillage Practices 25%
• Long-term Tillage 25%
• Tillage 25%
• Fertilization 25%
• Control Method 25%
• Forest Soil 25%
• Zea Mays 25%
• Glycine Max 25%
• Carbon C 25%
• C Concentration 25%
• Bulk Soil 25%
• Land Use Systems 25%
• Soil C Stock 25%
• Undisturbed Forest 25%
• Deep Soil 25%
• Bellevue 25%
• Fertilization Practices 25%
• Long-term Fertilization 25%
• Alternate Tillage 25%
• Silt Loam 25%

Agricultural and Biological Sciences

• Prairie Soils 100%
• Soil Carbon 100%
• Maize 66%
• Moldboard Plows 66%
• Bulk Density 66%
• Soybean 33%
• Soil Erosion 33%
• Bulk Soil 33%
• Loam 33%
• Forest Soil 33%
• Land Use 33%