Boron deficiency responses in maize (Zea mays L.) roots

Keyphrases

• B Concentration 100%
• Maize(Zea mays L.) 100%
• B Deficiency 100%
• Boron Deficiency 100%
• Maize 66%
• Root Growth 66%
• Terra 66%
• Boron 33%
• Elemental Composition 33%
• Growth Conditions 33%
• Uptake Transporter 33%
• High-level Expression 33%
• Secondary Effects 33%
• Root System 33%
• Total Root Length 33%
• Root Hair 33%
• Root Architecture 33%
• Maize Roots 33%
• Maize Plant 33%
• B Uptake 33%
• Root Phenotyping 33%
• Vegetative Growth 33%
• Essential Micronutrients 33%
• Shoot Development 33%
• Supply Conditions 33%
• Root Hair Development 33%
• Root System Architecture 33%
• Soil Column 33%
• Monocots 33%
• Fine Roots 33%
• Physiological Consequences 33%
• Root Response 33%
• Chlorotic 33%
• Dicot Plants 33%
• Root Development 33%
• Compensatory Adaptation 33%
• Root Foraging Behavior 33%
• Maize Shoots 33%
• Growth Deficit 33%

Agricultural and Biological Sciences

• Root Hair 100%
• Root Growth 100%
• Root System 100%
• Magnoliopsida 50%
• Monocotyledon 50%
• Foraging Behavior 50%
• Vegetative Growth 50%
• Fine Root 50%