Nitrous oxide emissions from soybean in response to drained and undrained soils and previous corn nitrogen management

Keyphrases

• Nitrogen Management 100%
• Nitrous Oxide Emission 100%
• N2O Emission 100%
• Drained Soils 100%
• Undrained Soil 100%
• Corn Crop 33%
• N Removal 33%
• Corn Residue 16%
• Soybean Yield 16%
• Nitrogen Effect 16%
• Grain Yield 16%
• Tile Drainage 16%
• Growing Season 16%
• Nitrogen Fertilization 16%
• Urea 16%
• Split Application 16%
• Subsurface Tile Drainage 16%
• Rotating System 16%
• Zea Mays 16%
• Wet Soil 16%
• Soil Drainage 16%
• Soil Conditions 16%
• US Midwest 16%
• N Fertilization 16%
• Glycine Max (L.) Merrill 16%
• Residual Effect 16%
• N Management 16%
• Poorly Drained Soils 16%
• Economic Optimum N Rate 16%
• Soybean Residue 16%
• Agricultural N2O Emissions 16%
• Soybean Grain 16%
• Residue Decomposition 16%
• Agronomic Parameters 16%
• Drainage Condition 16%
• Residual N Effect 16%

Agricultural and Biological Sciences

• Maize 100%
• Grains 30%
• Tile Drainage 20%
• Soybean 10%
• Soil Quality 10%
• Crop Residue 10%
• Split Application 10%
• Poorly Drained Soils 10%
• Residual Effects 10%
• Growing Season 10%