PhD Student Tulane University New Orleans, Louisiana
Vector-borne and zoonotic diseases are inextricably intertwined, forming a complex web of interactions that underscore the importance of a One Health approach. The Biology of Vector-Borne Disease (BVBD) course at the University of Idaho serves as a catalyst for research and collaborations in this field. Through its comprehensive curriculum covering vector biology, pathogen transmission dynamics, and systems modeling approaches, participants develop a deeper understanding of the unique challenges posed by vector-borne diseases while nurturing a holistic mindset. From studying avian populations to better understand the transmission dynamics of West Nile virus to investigating sugar-feeding behaviors to better target malaria vectors and exploring the interaction of household water/food storage on rodents in the transmission of Lassa Fever, the knowledge and network gained from the BVBD course has been instrumental in guiding my research. The BVBD course has provided me with a foundation to navigate the multifaceted landscape of vector-borne and zoonotic diseases, allowing me to contribute to the development of evidence-based strategies for disease control and prevention while bridging disciplines and fostering collaborations to address the interconnected challenges of global health.