A systems approach to examining disaster response: Using Accimap to describe the factors influencing bushfire response

•Disaster response system performance is typically found to be sub-optimal.•We use Accimap to describe a recent large-scale bushfire response.•The Accimap is used to test a risk management framework in this context.•The study shows that these methods are suited to the analysis of disaster response.•...

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Veröffentlicht in:Safety science 2014-12, Vol.70, p.114-122
Hauptverfasser: Salmon, Paul M., Goode, Natassia, Archer, Frank, Spencer, Caroline, McArdle, Dudley, McClure, Roderick J.
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Sprache:eng
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Zusammenfassung:•Disaster response system performance is typically found to be sub-optimal.•We use Accimap to describe a recent large-scale bushfire response.•The Accimap is used to test a risk management framework in this context.•The study shows that these methods are suited to the analysis of disaster response.•This holistic approach is more appropriate than the current reductionist approach. This article argues that systems theory-based human factors methods have a key role to play in examining and enhancing systems of disaster response. This argument is supported by a first-of-its-kind test application of a popular risk management framework to describe bushfire response activities. Specifically, an Accimap of the response to a recent major Australian bushfire was constructed. The case study is used to test a series of predictions made by the risk management framework in order to test the applicability of this approach in a bushfire response context and to determine whether systems theory-based frameworks are compatible with the analysis of disaster response activities. In conclusion, the output demonstrates that such approaches are suited to the analysis of disaster response efforts. Moreover, it is argued that, compared to the existing individual component failures approach, this holistic systems approach provides a more comprehensive understanding of response performance and better promotes improvements to the overall disaster response system.
ISSN:0925-7535
1879-1042
DOI:10.1016/j.ssci.2014.05.003