Phenology and the disease-diversity relationship: West Nile virus in NYC

John Vinson (1), and Andrew Park (1, 2) (1) Odum School of Ecology, University of Georgia (2) Department of Infectious Diseases, College of Veterinary Medicine, University of Georgia With global changes in diversity an understanding of how decreased host diversity will affect disease transmission is crucial. The dilution effect hypothesis […]

Spatial patterns of disease indicate progress towards elimination

Paige B Miller (1), and John M Drake (1) (1) Odum School of Ecology, University of Georgia Spread of infectious diseases depends on dispersal of the host organism through space. For many disease systems (e.g, White Nose Syndrome, Ebola, and Sudden Oak Death) this results in a patchy distribution of […]

Fine-scale Variation in Mosquito Abundance and Predicted Disease Transmission

Michelle Evans (1), Nicole Solano (2), and Courtney Murdock (1) (1) Odum School of Ecology, University of Georgia (2) Agnes Scott College Mosquito life history traits relevant to disease transmission are highly dependent on microclimatic variables, such as temperature. The wide accessibility of remotely sensed temperature data allows for mechanistically […]

Implications of Environmental Noise on Population Stabili

RajReni B. Kaul (1), and John M. Drake (1) (1) Odum School of Ecology, University of Georgia Incorporating environmental noise into stochastic population models lead to two general observations. On one hand, minor environmental noise in the model simply increases fluctuation of the population’s size around the stable upper bound […]