MATHEMATICAL MODELS FOR INVESTIGATING THE DYNAMICS OF MOSQUITO-BORNE DISEASES AND CLIMATE EFFECTS
Abstract: In this talk, we will discuss two undergraduate research projects that use mathematical models to investigate the population ecology and transmission dynamics of mosquito-borne diseases, such as dengue and West Nile virus. Specifically, the talk will focus on the potential impact of successful biocontrol strategies, including the release of Wolbachia-infected mosquitoes and the control of larvae and adult mosquito populations, on mitigating the spread of these diseases. We will also highlight how incorporating local temperature data and the passive immunity of birds into models can aid in predicting disease transmission dynamics.
This talk is appropriate for faculty, undergraduate students, and a more general audience.
Bio: Dr. Vinodh Chellamuthu is an associate professor of mathematics at Utah Tech University in St. George, Utah. He received his MS in applied mathematics from Tulane University and PhD in mathematics from the University of Louisiana at Lafayette. He is firmly committed to promoting quality education for future scientists by creating opportunity channels for career development through research as a high impact teaching pedagogy. He has mentored several undergraduate research projects coming directly from business, industry, and government agencies. His work with students has been supported by MAA’s PIC Math and NREUP grants and funding from the Center for Undergraduate Research in Mathematics. In recognition of his success as a teacher-mentor, Dr. Chellamuthu has received the Early Career Mentoring Award from CUR, the Distinguished Teaching Award from the MAA’s Intermountain Section, and the Distinguished Teaching Award from Utah Tech University. Dr. Chellamuthu currently serves as a councilor on the Council on Undergraduate Research, Vice-Chair of Programs for BIG SIGMAA, Program Coordinator for UR SIGMAA, and past Chair for the MAA Intermountain Section.