Session 33: Recent Progress in Mathematical Ecology and Epidemiology

Mathematics at the intersection of ecology and epidemiology is a dynamic field of research that employs mathematical models and tools to understand the intricate relationships between living organisms and the environments which they inhabit. The multifaceted nature of biological processes continues to inspire novel modeling approaches, along with numerous challenging mathematical questions in their analysis. Furthermore, researchers in this field leverage a wide range of mathematical frameworks to address critical questions related to the spread of infectious diseases, the impact of climate change on ecosystems and disease vectors, and the design of feasible interventions in both ecological and epidemiological contexts.

By consolidation of existing theory and the development of novel approaches, mathematicians contribute valuable insights that aid in the development of more effective strategies to tackle emerging ecological and epidemiological issues, ultimately promoting the health and resilience of both ecosystems and human populations.

This special session aims to showcase the research topics at the crossroads of mathematics, ecology, and epidemiology. Our objective is to facilitate discussions and encourage collaborations among experts and researchers from diverse backgrounds, emphasizing recent mathematical breakthroughs. Through these efforts, we aim to advance our understanding of the complex interactions arising in ecological systems and infectious diseases.

Specifically, speakers and talks are carefully selected to make the session attractive to a diverse audience. We prioritize the inclusion of female and early career mathematicians while actively seeking to promote integration and collaborations among researchers from North/South America, and beyond, thereby emphasizing the continental synergistic character of the meeting.