Impact of land use change and soil erosion in upper Mississippi river valley on soil organic carbon retention and greenhouse gas emissions

Keyphrases

• Greenhouse Gas Emissions 100%
• River Valley 100%
• Land Use Change 100%
• Soil Erosion 100%
• Upper Mississippi River 100%
• Soil Organic Carbon 100%
• Carbon Retention 100%
• Cropland 50%
• Woodland 50%
• Chisel Plow 33%
• Surface Layer 16%
• Illinois 16%
• Climate Change 16%
• Subsurface Layer 16%
• Soil Type 16%
• Land Use 16%
• Forest Soil 16%
• Mesic 16%
• Soil Layer 16%
• Moldboard Plow 16%
• Total Soil Organic Carbon 16%
• Soil Organic Carbon Concentration 16%
• Cropland Area 16%
• Agricultural Use 16%
• Cultivated Soil 16%
• Management History 16%
• Landscape Processes 16%
• Soil Organic Carbon Level 16%
• Primary Tillage 16%
• Soil-landscape Relationship 16%
• Land Use Management 16%
• Cultivation Years 16%
• Landscape Segmentation 16%
• Cultivation Site 16%

Agricultural and Biological Sciences

• Land Use Change 100%
• Soil Erosion 100%
• Soil Organic Carbon 100%
• Greenhouse Gas 100%
• Cropland 44%
• Land Use 22%
• Climate Change 11%
• Moldboard Plows 11%
• Forest Soil 11%