Spectral monitoring of salinity stress in tomato plants

Keyphrases

• Accumulation in Plants 50%
• Agriculture 50%
• Biochemical Components 50%
• Biochemical Methods 50%
• Chemometrics 100%
• Classification Model 50%
• Component State 50%
• Decision Support 50%
• Detection Method 50%
• Environmental Conditions 100%
• Graft Combination 50%
• Greenhouse 50%
• High Ability 50%
• Hyperspectral 50%
• Hyperspectral Measurements 50%
• Irrigated Land 50%
• Na + 100%
• Non-destructive 100%
• Physiological Condition 50%
• Physiological Methods 50%
• Physiological Performance 50%
• Plant Acclimation 50%
• Plant Adaptation 50%
• Plant Roots 50%
• Plant Stress 50%
• Prediction Specificity 50%
• Robust Decision Making 50%
• Root Mean Square Error of Prediction 50%
• Salinity Stress 100%
• Salinity Treatment 50%
• Salt Accumulation 50%
• Salt Stress 100%
• Salt Treatment 50%
• Spectral Bases 50%
• Spectral Data 50%
• Spectrum Monitoring 100%
• Status Monitoring 50%
• Stress Coping 50%
• Stress Detection 50%
• Stress Prediction 50%
• Tomato 50%
• Tomato Plant 100%
• Water Salinity 50%
• Yield Reduction 50%

Agricultural and Biological Sciences

• Acclimation 33%
• Evolutionary Adaptation 33%
• Physiological State 33%
• Plant Adaptation 33%
• Plant Stress 33%
• Salt Stress 100%
• Water Salinity 33%