A wildfire hazard rating model for use in the wildland/urban interface - Hay, Claire M.
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As people move away from urban centers into the rural or wildland fringe surrounding developed urban and suburban centers, they are constructing large residential structures in amongst the flammable wildland vegetation. This intermixing of structural fuels with wildland vegetation fuels creates a significant wildfire management problem. Wildland fuels are partially dependent upon fire as a part of their environment. Human development structures are not compatible with a fire environment. This mixture of two different types of fuel with different tolerances for the presence of fire is the crux…mehr

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Produktbeschreibung
As people move away from urban centers into the rural or wildland fringe surrounding developed urban and suburban centers, they are constructing large residential structures in amongst the flammable wildland vegetation. This intermixing of structural fuels with wildland vegetation fuels creates a significant wildfire management problem. Wildland fuels are partially dependent upon fire as a part of their environment. Human development structures are not compatible with a fire environment. This mixture of two different types of fuel with different tolerances for the presence of fire is the crux of the wildfire management problem in the Wildland/Urban Interface. An assessment model was developed that produces an integrated wildfire hazard rating metric based upon field gathered data and spatial data stored in a GIS. The hazard rating model is based upon a consensus of wildfire behavior/management experts as well as other codified fire science knowledge. In order to guide site mitigation, information beyond a single integrating metric is preserved so that users can determine the most significant factors contributing to the wildfire hazard for a site.
Autorenporträt
Dr. Hay is a wildland/urban interface specialist and an experienced spatial modeling and remote sensing consultant. She holds a BA in Geography from the University of California at Berkeley, and MS and PhD degrees in Forest Sciences from Colorado State University. She teaches GIS and remote sensing at Metropolitan State College of Denver.