Given the complexity and relative short length of current predicting system for fire behavior, it is inappropriate to be referred for planning fire-fighting budgets of BC government due to the severe uncertainty of fire behavior across fire seasons. Therefore, a simple weather derived index for predicting fire frequency and burned area is developed in this paper to investigate the potential feasibility to predict fire behavior and fire-fighting expenses for the upcoming fire season using climate indexes. Linear regression models with spatial dummy variables are employed to estimate necessary coefficients that describe relationships across climate events, regional weather conditions, fire behavior and direct fire-fighting expenses in the interior of British Columbia; and Monte Carlo simulation are then used to predict future situations. We conclude that the BC government can use the last-year average solely, or together with January through April climate indexes for planning wildfire budgets for the upcoming fire season.
|Place of Publication||Victoria|
|Publisher||University of Victoria, REPA|
|Publication status||Published - 2012|