Climate change impacts on West Nile virus transmission in a global context

Agriculture & Biology

• West Nile virus 91%
• virus transmission 85%
• climate change 60%
• viruses 28%
• weather 24%
• Flaviviridae 19%
• vector competence 19%
• Southern European region 17%
• pathogens 17%
• climatic factors 16%
• virus replication 16%
• East Asia 15%
• prairies 15%
• rural areas 15%
• urban areas 14%
• epidemiology 13%
• population dynamics 12%
• Culicidae 12%
• relative humidity 12%
• horses 12%
• rain 11%
• vertebrates 10%
• ambient temperature 10%
• mammals 10%
• prediction 9%
• birds 8%
• temperature 5%

Medicine & Life Sciences

• Climate Change 100%
• West Nile virus 93%
• Weather 35%
• Viruses 28%
• Western Asia 24%
• Grassland 20%
• Temperature 20%
• Flavivirus 18%
• Population Dynamics 17%
• Humidity 16%
• Birds 15%
• Culicidae 15%
• Virus Replication 14%
• Mental Competency 13%
• Horses 13%
• Vertebrates 12%
• Mammals 12%
• Epidemiology 11%
• Maintenance 10%
• Aptitude 9%

Chemical Compounds

• Humidity 64%
• Environment 40%
• Amount 30%