Whole-House Fire Blanket Protection From Wildland-Urban Interface Fires

Fire in the Wildland–Urban Interface

In this chapter we provide an overview of the socio-economic and ecological effects and trends of wildfire in the WUI, methods for assessing wildfire risk in the WUI, approaches to managing the wildfire problem including fuels management, home construction and design, and community action programs. This overview is combined with two case studies analyzing wildfire risk and the use of prescribed...

Physics-based Modeling of Wildland-urban Interface Fires

This paper addresses the development of a practical physics-based model for fires in the wildland-urban intermix. These fires arise when wildland burning invades the built environment. Fire models for ignition and spread must consider individual fuel elements of both vegetation and structures in order to assess fire risk of developed properties. Successful prediction of wildland fire spread has...

Wildland Fire Suppression and Land Development in the Wildland/Urban Interface

Defining the Wildland–Urban Interface

from the ability to locate and compare the WUI in different states and regions. To support this aspect of WUI management and strategic planning, we created a map of the WUI across the lower 48 states (Radeloff et al. 2005b). Unlike a community-level WUI map that can be enriched by using detailed local data, this “big picture” national map required nationally consistent data and a single standar...

Smoke Emissions from Wildland Fires

Biomass burning is a major source of emissions to the atmosphere. Some of these emissions may change global climate. This paper uses combustion eff iciency as an independent variable for predicting emission factors for, among others, carbon monoxide, carbon dioxide, methane, and particulate matter. Other gases are correlated with the release of carbon monoxide. The release of nitrogen and sulfu...