Nonlinearity and Nonlocality: Complex Dynamics in Models of Animal Movement

Organizers:

Alex Safsten (University of Maryland), Abba Gumel

Description:

Mathematical models, of various types, have been developed and used to understand animal movement and assess animal dynamics under various constraints of resources, predation, and/or changes in environmental and climate conditions. Specifically, these models have, more recently, focused on studying pertinent phenomena such as the impacts of animal memory, learning, fear, disease spread, invasion, climate change, and heterogeneous resource distribution on animal movement and dynamics. This minisymposium brings together researchers to discuss recent advances and challenges on the design and rigorous analysis of mathematical models for animal movement, particularly highlighting the role and effect of nonlinear and nonlocal terms in these models, and demonstrating analytical tools and methods which can be used to study them.

Diversity Statement:

Our proposed minisymposium aims to provide a platform for experts who approach the subject of animal movement modeling from a variety of backgrounds and academic affiliations. By including both ecologists and mathematicians among our speakers, we ensure a rich collection of approaches and viewpoints. This symposium reflects our belief that diverse perspectives strengthen the scientific community and lead to more impactful research outcomes.