Computational Fire Modeling

Computational fire modeling uses advanced computer programs to simulate how fires behave, including their spread, intensity, and interactions with the environment. By inputting data such as vegetation, weather conditions, and topography, these models help predict fire behavior and assess risks. They are valuable tools for fire management, guiding decisions on prevention, containment, and resource deployment. This scientific approach enhances understanding of fire dynamics, enabling more effective strategies to protect lives, property, and ecosystems.