When to spray: A time-scale calculus approach to controlling the impact of west nile virus

Keyphrases

• West Nile Virus 100%
• Time Scales Calculus 100%
• Control Strategy 66%
• Discrete Behaviour 66%
• New York City 33%
• Virus 33%
• Effective Control 33%
• Summer Season 33%
• Free State 33%
• Temperature Variation 33%
• Model Simulation 33%
• Mathematical Model 33%
• Migratory Birds 33%
• Warm Conditions 33%
• Virus Life Cycle 33%
• Avian Species 33%
• Population Increase 33%
• Metropolitan Areas 33%
• Continuous Behavior 33%
• Virulence 33%
• Difference Equations 33%
• Synchronicity 33%
• Mosquito Control 33%
• Primary Vector 33%
• Corvus 33%
• Mosquito Population 33%
• Delay Model 33%
• Eradication Therapy 33%
• Multi-seasonal 33%
• Cold Temperature 33%
• Lower Temperature Threshold 33%
• Mosquito Eggs 33%
• Warm Spring 33%
• Seasonal Dynamics 33%
• Egg Hatching 33%
• Static State 33%
• Warmest Months 33%
• Human Encephalitis 33%
• Eradication Strategies 33%
• Disease-free 33%

Agricultural and Biological Sciences

• West Nile Virus 100%
• Mathematical Model 33%
• Spring 33%
• Aves 33%
• Migratory Bird 33%
• Corvus 33%
• Avian Species 33%
• Crows 33%

Veterinary Science and Veterinary Medicine

• West Nile Virus 100%
• Infectious Disease 66%
• Avian Species 33%
• Encephalitis 33%