A Mathematical Model for Predicting Fire Spread in Wildland Fuels (Classic Reprint) - Softcover

Inhaltsangabe

A practical, math-powered guide to predicting how fast and how intensely wildland fires spread.

This book presents a mathematical model for predicting rate of spread and fire intensity in a continuous layer of ground-level fuels. It explains how inputs describing fuels and environmental conditions come together to forecast fire behavior, and how fuel models help simplify field data without sacrificing accuracy. The work also covers how wind and slope modify spread, and how the model aligns with national fire danger rating systems.

- Understand what input factors describe fuel and environment, and how they shape predictions.
- Learn about fuel models that categorize repeatable fuel characteristics for field use.
- See how wind and slope influence rate of spread and intensity, and how to apply them in practice.
- Explore how the model’s outputs relate to real-world fire behavior and fire-management decisions.

Ideal for readers involved in forest management, fire science, and emergency planning who need a clear, quantitative framework for assessing wildfire risk and behavior.

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