Integrating plant morphological traits with remote-sensed multispectral imageries for accurate corn grain yield prediction

Keyphrases

• Corn Yield 100%
• Vegetation Index 100%
• Integrated Plant 100%
• Multispectral Imagery 100%
• Grain Yield Prediction 100%
• Plant Morphological Traits 100%
• Urea 66%
• Normalized Difference Vegetation Index 66%
• Slow-release Fertilizer 66%
• Predictive Ability 33%
• Morphological Data 33%
• Remote Sensing 33%
• Bi-exponential 33%
• Management Practices 33%
• Prediction Skill 33%
• Negative Environmental Impact 33%
• UAV 33%
• Zea Mays 33%
• Fertilizer Application Method 33%
• Nitrogen Fertilization 33%
• Multiple Linear Regression Model 33%
• Plant Height 33%
• Sustainable Crop Production 33%
• Grain Yield 33%
• Morphological Traits 33%
• Cropping System 33%
• N Rate 33%
• Late Season 33%
• Early Season 33%
• Management Efficiency 33%
• Leaf Chlorophyll Content 33%
• Plant Leaves 33%
• Physiological Maturity 33%
• Green Normalized Difference Vegetation Index (GNDVI) 33%
• Furrow 33%
• Index Difference 33%
• Exponential Regression Model 33%
• Urea Ammonium Nitrate 33%
• Normalized Difference Red-edge Index 33%
• Liquid Urea 33%

Agricultural and Biological Sciences

• Grains 100%
• Maize 100%
• Multispectral Imagery 100%
• Normalized Difference Vegetation Index 60%
• Vegetation Index 60%
• Controlled-Release Fertiliser 40%
• Crop Production 20%
• Remote Sensing 20%
• Environmental Impact 20%
• Fertilizer Application 20%
• Application Method 20%
• Cropping System 20%
• Furrows 20%
• Red Edge 20%
• Ammonium Nitrate 20%
• Unmanned Aerial Vehicle 20%