Mechanical fuel load reduction in Australia: a potential tool for bushfire mitigation

Fabiano Ximenes, M. Stephens, Marianne Brown, B Law, M. Mylek, J. Schirmer, Arron Sullivan, T. McGuffog

    Research output: Contribution to journalArticle

    2 Citations (Scopus)

    Abstract

    Australia is the most fire-prone of all continents, with large areas of the country affected by bushfires each year. Bushfires can have profound impacts on communities and on the environment. Traditionally, prescribed burns have been used as a fuel reduction treatment. However, the proportion of land that is subjected to prescribed burns in Australia has decreased since 1990. This is partly due to the increasingly smaller windows of opportunity available to conduct burns safely, concerns about operational costs, health impacts from smoke, and the social acceptability of prescribed burning. These issues suggest a need for considering alternative fuel reduction approaches in select urban and rural areas, such as the potential for mechanical fuel load reduction (MFLR) treatments. The aim of MFLR is to reduce size, likelihood and severity of bushfires. In this paper we outline key considerations associated with the implementation of MFLR trials in Australia. We discuss issues such as assessing the effectiveness of MFLR in reducing fire risk, biomass change, potential harvest systems, cost-benefit analysis, social considerations and potential impacts on biodiversity. We conclude the paper with some discussion on policy considerations around the MFLR trials.

    Original languageEnglish
    Pages (from-to)88-98
    Number of pages11
    JournalAustralian Forestry
    Volume80
    Issue number2
    DOIs
    Publication statusPublished - 2017

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    mitigation
    alternative fuels
    cost benefit analysis
    prescribed burning
    smoke
    alternative fuel
    rural areas
    urban areas
    health impact
    cost-benefit analysis
    rural area
    biodiversity
    urban area
    biomass
    cost
    trial

    Cite this

    Ximenes, Fabiano ; Stephens, M. ; Brown, Marianne ; Law, B ; Mylek, M. ; Schirmer, J. ; Sullivan, Arron ; McGuffog, T. / Mechanical fuel load reduction in Australia: a potential tool for bushfire mitigation. In: Australian Forestry. 2017 ; Vol. 80, No. 2. pp. 88-98.
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    abstract = "Australia is the most fire-prone of all continents, with large areas of the country affected by bushfires each year. Bushfires can have profound impacts on communities and on the environment. Traditionally, prescribed burns have been used as a fuel reduction treatment. However, the proportion of land that is subjected to prescribed burns in Australia has decreased since 1990. This is partly due to the increasingly smaller windows of opportunity available to conduct burns safely, concerns about operational costs, health impacts from smoke, and the social acceptability of prescribed burning. These issues suggest a need for considering alternative fuel reduction approaches in select urban and rural areas, such as the potential for mechanical fuel load reduction (MFLR) treatments. The aim of MFLR is to reduce size, likelihood and severity of bushfires. In this paper we outline key considerations associated with the implementation of MFLR trials in Australia. We discuss issues such as assessing the effectiveness of MFLR in reducing fire risk, biomass change, potential harvest systems, cost-benefit analysis, social considerations and potential impacts on biodiversity. We conclude the paper with some discussion on policy considerations around the MFLR trials.",
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    Mechanical fuel load reduction in Australia: a potential tool for bushfire mitigation. / Ximenes, Fabiano; Stephens, M.; Brown, Marianne; Law, B; Mylek, M.; Schirmer, J.; Sullivan, Arron; McGuffog, T.

    In: Australian Forestry, Vol. 80, No. 2, 2017, p. 88-98.

    Research output: Contribution to journalArticle

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