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Changes to Simulated Fire Behaviour and Societal Benefits after Two Levels of Thinning in a Mixed-conifer Wildland-urban Interface Community

Proceedings of the Royal Society of Queensland, The
Volume 115 (2009)

Abstract: Potential fire behaviour and various societal benefits (air pollution removal, carbon sequestration, and stormwater runoff) were quantified in a California Sierra mixed-conifer forest in (a) untreated conditions, (b) after removing all understorey trees <15 cm dbh, and (c) after thinning 50% of the stand's total basal area. Potential fire behaviour was modelled under constant conditions near a hypothetical development by the FARSITE fire behaviour and growth simulator and societal benefits were calculated by CITY green, both GIS-based software applications. Results showed that fire behaviour was considerably moderated by both thinning treatments. Modelled societal benefits, however, were largely unaffected by either treatment, which may be the result of inherent assumptions in the model. Critical elements of sustainable development in the wildland-urban interface are discussed, including fuels management, enforceable construction standards, sound land-use planning, community education, and appropriate suppression resources. Each of these components will vary depending on the ecosystem and socioeconomic conditions of a given area that is under consideration.

To cite this article: Dicus, Christopher A. Changes to Simulated Fire Behaviour and Societal Benefits after Two Levels of Thinning in a Mixed-conifer Wildland-urban Interface Community [online]. Proceedings of the Royal Society of Queensland, The, Vol. 115, 2009: [37]-44. Availability: <http://search.informit.com.au/documentSummary;dn=588808559563275;res=IELHSS> ISSN: 0080-469X. [cited 05 May 16].

Personal Author: Dicus, Christopher A; Source: Proceedings of the Royal Society of Queensland, The, Vol. 115, 2009: [37]-44 Document Type: Journal Article ISSN: 0080-469X Subject: Fuel reduction (Wildfire prevention); Wildfires--Mathematical models; Peer Reviewed: Yes Affiliation: (1) Board of Directors of Association, Fire Ecology, and Associate Professor, Natural Resources Management Department, California Polytechnic State University, San Luis Obispo, California, United States 93407

Database: Humanities & Social Sciences Collection