Molecular tracking and remote sensing to evaluate new chemical treatments against the maize late wilt disease causal agent, magnaporthiopsis maydis

Keyphrases

• A-class 33%
• Alternative Host 33%
• Azoxystrobin 100%
• Causal Agent 100%
• Chemical Treatment 100%
• Cob Yield 33%
• Corn Hybrids 33%
• Crop Quality 33%
• Crop Yield 33%
• Difenoconazole 33%
• Disease Outbreaks 33%
• Disease Symptoms 33%
• Drip Line 33%
• Effective Treatment 33%
• Effectiveness Evaluation 33%
• Fungi 33%
• Fungicide 33%
• Fungicide Mixtures 33%
• Highly Sensitive 33%
• Infested Soils 33%
• Late Wilt 33%
• Late Wilt Disease 100%
• Magnaporthiopsis Maydis 100%
• Maize 100%
• Molecular Tracking 100%
• Northern Israel 33%
• Number of Infected 33%
• Pathogen DNA 33%
• Plant Disease 33%
• Plant Health 33%
• Plant Tissue 33%
• Quantitative PCR 33%
• Real-time PCR Method 33%
• Remote Sensing 100%
• Severe Dehydration 33%
• Successful Treatment 33%
• Thermal Infrared 33%
• Tillage 33%
• Treatment Efficacy 33%
• Two-field 33%

Agricultural and Biological Sciences

• Alternative Hosts 33%
• Azoxystrobin 100%
• Chemical Treatment 100%
• Crop Quality 33%
• Fungicide 66%
• Maize 66%
• Plant Diseases 33%
• Plant Health 33%
• Plant Tissue 33%
• Real-Time Polymerase Chain Reaction 33%
• Remote Sensing 100%
• Seeds 33%
• Wilt Disease 100%