Scientific Research

Establishing Propagation Nodes as a Basis for Preventing Large Wildfires: The Proposed Methodology

December 2020 • Raúl Quílez1, Luz Valbuena, Jordi Vendre, Kathleen Uytewa, and Joaquín Ramirez

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A large wildfire burns on a hillside behind a residential neighborhood with red-roofed houses, sending thick gray smoke into the sky; overlaid text describes an “urban conflagration” where fire spreads into a wildland-urban interface and destroys buildings with high intensity.

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Technosylva’s Urban Conflagration Model Helps Utilities and Fire Agencies Prepare for Fires in Populated Areas

Technosylva’s Urban Conflagration Model addresses that gap by simulating how fires spread through the wildland-urban interface, where structure density, vegetation encroachment, and fuel types create fire behavior that looks fundamentally different from wildland fires.

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FIRE-RES Geo-Catch: a mobile application to support reliable fuel mapping at a pan-European scale

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