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Published works
Breakdowns in coordinated decision making at and above the incident management team level: An analysis of three large scale Australian wildfires
Title | Breakdowns in coordinated decision making at and above the incident management team level: An analysis of three large scale Australian wildfires |
Publication Type | Journal Article |
Year of Publication | 2015 |
Authors | Bearman, C, Grunwald, J, Brooks, B, Owen, C |
Journal | Applied Ergonomics |
Volume | 47 |
Start Page | 16 |
Pagination | 16-25 |
Date Published | 03/2015 |
Abstract | Emergency situations are by their nature difficult to manage and success in such situations is often highly dependent on effective team coordination. Breakdowns in team coordination can lead to significant disruption to an operational response. Breakdowns in coordination were explored in three large-scale bushfires in Australia: the Kilmore East fire, the Wangary fire, and the Canberra Firestorm. Data from these fires were analysed using a top-down and bottom-up qualitative analysis technique. Forty-four breakdowns in coordinated decision making were identified, which yielded 83 disconnects grouped into three main categories: operational, informational and evaluative. Disconnects were specific instances where differences in understanding existed between team members. The reasons why disconnects occurred were largely consistent across the three sets of data. In some cases multiple disconnects occurred in a temporal manner, which suggested some evidence of disconnects creating states that were conducive to the occurrence of further disconnects. In terms of resolution, evaluative disconnects were nearly always resolved however operational and informational disconnects were rarely resolved effectively. The exploratory data analysis and discussion presented here represents the first systematic research to provide information about the reasons why breakdowns occur in emergency management and presents an account of how team processes can act to disrupt coordination and the operational response. |
URL | http://www.sciencedirect.com/science/article/pii/S0003687014001483 |
DOI | 10.1016/j.apergo.2014.08.009 |
Refereed Designation | Refereed |
Full Text | Click here to view the full text of a pre-publication version of the article on ResearchGate, or contact the authors. |