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Wildfires present a significant threat globally, necessitating a comprehensive understanding of their spread dynamics for effective mitigation. This project employs mathematical modeling to delve into wildfire diffusion mechanisms. Through the lens of mathematical models, this research aims to unravel the underlying principles driving the spread of wildfires. This poster investigates the relationship between mathematics and fire propagation, offering a perspective of how mathematical principles unveil the order within the seemingly random spread of wildfires. By fostering a deeper understanding of these mathematical intricacies, this research contributes to the understanding of precision and reliability of wildfire predictions, providing valuable insights for individuals and communities to mitigate life and property loss.

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Higher Education | Scholarship of Teaching and Learning

Forest fire spread: A LevelUp Experience in Math 442 Advanced Mathematical Modeling



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