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    Author(s): Mark Finney; Isaac C. Grenfell; Charles W. McHugh
    Date: 2009
    Source: Forest Science. 55(3): 249-255.
    Publication Series: Miscellaneous Publication
    PDF: Download Publication  (329.65 KB)


    Billions of dollars are spent annually in the United States to contain large wildland fires, but the factors contributing to suppression success remain poorly understood. We used a regression model (generalized linear mixed-model) to model containment probability of individual fires, assuming that containment was a repeated-measures problem (fixed effect) and individual fires were random effects. Changes in daily fire size from 306 fires occurring in years 2001-2005 were processed to identify intervals of high spread from those of low spread. The model was tested against independent data from 140 fires in 2006. The analysis suggested that containment was positively related to the number of consecutive days during which the fire grew little and the number of previous intervals. Containment probability was negatively related to the length of intervals during which the fire exhibited high spread and the presence of timber fuel types, but fire size was not a significant predictor. Characterization of containment probability may be a useful component of cost-benefit analysis of large fire management and planning systems.

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    Finney, Mark; Grenfell, Isaac C.; McHugh, Charles W. 2009. Modeling containment of large wildfires using generalized linear mixed-model analysis. Forest Science. 55(3): 249-255.


    wildfire containment, large wildfires, fire suppression, generalized linear mixed models

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