Bridging Biological Systems with Social Behavior, Conservation, Decision Making, and Well-being through Hybrid Mathematical Modeling

Authors

Maggie Renee Sullens, University of Tennessee, Knoxville

Document Type

Presentation

Publication Date

2024

Abstract

This dissertation defense presentation highlights the power of hybrid mathematical modeling and addresses crucial issues such as:

1️. The Impact of Industry Collapse on Community Mental Health: A Complex Contagion ODE Model.

2️. Budget Allocation and Illegal Fishing: A Game Theoretic Model.

3️. Reactive Scope Model with an Energy Budget and Multiple Mediators: An ODE Model

The overarching theme of Hybrid Mathematical Modeling beautifully captures the essence of this work, demonstrating its potential to unravel ecological issues while addressing the intricate interactions between humans and the environment.

Recommended Citation

Sullens, Maggie Renee, "Bridging Biological Systems with Social Behavior, Conservation, Decision Making, and Well-being through Hybrid Mathematical Modeling" (2024). Faculty Publications and Other Works -- Mathematics.
https://trace.tennessee.edu/utk_mathpubs/12