Evaluation of optical remote sensing models for crop residue cover assessment

Keyphrases

• Residue Cover 100%
• Optical Remote Sensing 100%
• Crop Residue Cover 100%
• Remote Sensing Model 100%
• Tillage 60%
• ETM+ 60%
• Transect Survey 60%
• Corn Residue 40%
• Conservation Tillage 40%
• Crop Residues 40%
• Survey Estimates 40%
• Soybean Residue 40%
• Minnesota 20%
• Remote Sensing 20%
• Remote Sensing Techniques 20%
• Soybean Field 20%
• Landsat 20%
• Sampling Campaign 20%
• Conventional Tillage 20%
• Regression Analysis 20%
• Index-based 20%
• Coefficient of Determination 20%
• Erosion Model 20%
• Landsat Imagery 20%
• Index Difference 20%
• Carbon Sequestration Potential 20%
• Physically Based Model 20%
• Tillage Indices 20%
• Digital number 20%
• Residue Index 20%
• Potential Modeling 20%
• Additional Indexes 20%
• Normalized Difference Index 20%
• Normalized Difference Tillage Index 20%
• Multiband Model 20%
• Soil Tillage 20%

Earth and Planetary Sciences

• Optical Remote Sensing 100%
• Crop Residue 100%
• Landsat 40%
• Remote Sensing 40%
• Minnesota 20%
• Carbon Sequestration 20%
• Conservation Tillage 20%
• Soil Tillage 20%

Agricultural and Biological Sciences

• Remote Sensing 100%
• Conservation Tillage 66%
• Landsat 66%
• Soil Tillage 33%
• Carbon Sequestration 33%
• Conventional Tillage 33%