MS02 - MEPI-1 Cartoon Room 2 (#3147) in The Ohio Union
Climate and vector-borne disease: insights from mathematical modeling
Monday, July 17 at 04:00pm
Michael Robert, Zhuolin Qu, Christina Cobbold
Many vector-borne diseases are emerging in previously naive areas, while other regions are experiencing a rapid intensification of endemic diseases. Although there are a number of factors driving the spread and intensity of vector-borne diseases, it is likely that climate is one of the primary drivers. Vector-borne diseases are particularly influenced by climate and changes therein because precipitation, temperature, and humidity play critical roles in vector life cycles, and these meteorological variables can also have an impact on pathogen life cycles and pathogen transmission. While it is widely accepted that changes in climate are influencing changes in vector-borne disease emergence, spread, and intensity, many questions remain about how these changes are impacting different diseases. Mathematical modeling is a particularly useful tool for investigating how meteorological variables influence different components of the vector life cycle, as well as the pathogen transmission cycle. Additionally, models can help us better understand how future changes in climate may impact disease transmission and how mitigation strategies may slow or prevent current and future spread. In this minisymposium, we focus on studies of climate and vector-borne disease through the lens of mathematical modeling. The minisymposium feature speakers utilizing various different modeling approaches to investigate questions about a number of different diseases.