4.5 Article

Quantifying the Prevalence and Practice of Suppression Firing with Operational Data from Large Fires in Victoria, Australia

期刊

FIRE-SWITZERLAND
卷 4, 期 4, 页码 -

出版社

MDPI
DOI: 10.3390/fire4040063

关键词

backburn; backfire; burnout; bushfire; counter-fire; firefighting; landscape fire; suppression fire; wildfire

资金

  1. Bushfire Natural Hazards Cooperative Research Centre Scholarship
  2. Department of Environment, Land, Water and Planning, Victoria, Estimation of the social, economic and environmental costs and benefits of bushfire preparedness and response operations in the 2013/2014 fire season (Schedule 20) project

向作者/读者索取更多资源

Suppression firing is widely used in fire management in Victoria, Australia, with ground crews typically conducting perimeter firing and aerial ignition being more common for internal burning operations. The study found that suppression firing covered one-fifth of the total external perimeter of the large fires examined.
Fire management agencies around the world use suppression firing for fire control. Yet, we know little about the extent of its use (e.g., prevalence and spatial coverage) and its impact on containment. We examine the prevalence and practice of suppression firing in Victoria, Australia. We used operational data from five years (2010-2015) to identify and map the incidence of suppression firing on 74 large fires (500+ ha). Suppression firing occurred on half (34) of these fires, 26 of which had data to map firing locations. The area burnt by suppression firing ranged from <1 ha to ~20,000 ha on separate fires. Archetypal suppression firing occurred during intervals of low fire spread and resulted in modest fire behaviour. Ground crews generally conducted the perimeter suppression firing. Aerial ignition was more common on large internal firing operations. For the 26 fires where we mapped the firing locations, firing occurred along 77% of the perimeter-aligned road. Suppression firing was a prominent containment tool used along one-fifth of the total external perimeter of these 74 large fires. Quantification of this practice is a first step towards establishing ignition thresholds, production rates, and integration with containment probability models.

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