Satellite hyperspectral imagery to support tick-borne infectious diseases surveillance

INIS

• ticks 100%
• humans 100%
• surveillance 100%
• satellites 100%
• infectious diseases 100%
• crops 75%
• sugar cane 75%
• food 50%
• risks 50%
• vectors 50%
• monitoring 50%
• diseases 50%
• host 50%
• distribution 25%
• tools 25%
• data 25%
• populations 25%
• hypothesis 25%
• brazil 25%
• simulation 25%
• animals 25%
• variations 25%
• monte carlo method 25%
• expansion 25%
• amplifiers 25%
• resolution 25%
• abundance 25%

Keyphrases

• Rickettsiosis 100%
• Infectious Disease Surveillance 100%
• Ground Hyperspectral Data 100%
• Tick-borne Infectious Disease 100%
• Sugarcane Crop 75%
• Capybara 50%
• Risk Areas 50%
• Food Sources 50%
• Infectious Agents 25%
• Monte Carlo Simulation 25%
• Complementary Tools 25%
• Hyperspectral 25%
• Southeastern Brazil 25%
• Spatiotemporal Analysis 25%
• Identify Risk 25%
• Animal Hosts 25%
• Agent Host 25%
• Vector-host 25%
• Spatiotemporal Relationship 25%
• Moderate Resolution 25%
• Vector-borne Diseases 25%

Medicine and Dentistry

• Rickettsiosis 100%
• Infectious Disease 100%
• Disease Surveillance 100%
• Vector Borne Disease 25%
• Spatiotemporal Analysis 25%
• Diseases 25%
• Monte Carlo Method 25%