A survey to identify physically demanding tasks performed during storm damage operations by Australian State Emergency Services personnel

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Health and Safety
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TitleA survey to identify physically demanding tasks performed during storm damage operations by Australian State Emergency Services personnel
Publication TypeJournal Article
Year of Publication2013
AuthorsLarsen, B, Graham, T, Aisbett, B
JournalApplied Ergonomics
Volume44
Issue1
Pagination128 - 133
Date Published1/2013
ISSN00036870
AbstractPurpose To identify and characterize the physically demanding tasks performed by SES personnel during storm damage work. Methods Thirty-six tasks identified as the most operationally important to storm damage work were included in a survey which was available to all SES volunteers. The survey aimed to identify the physical demand, operational importance, frequency, duration, principal actions and fitness components of each task. Results Twelve tasks were identified as the most physically demanding. Of these, carrying sandbags, lifting sandbags and shoveling sand (with hands) rated highest. Covering roof damages with tarpaulin and erecting external weather proofing were ranked highest for operational importance. Box lifting (single-person) and erecting external weather proofing returned the highest mode values for frequency, whereas tasks involving handling sandbags returned the highest mean and median frequency values. Covering roof damages with tarpaulin was identified as the longest task. Bending, lifting, twisting and carrying were the most common actions identified for the physically demanding tasks. Muscular strength and muscular endurance were the primary fitness components identified for the twelve tasks. Conclusion SES personnel perform a variety of storm response tasks, many of which are physically demanding. All or most of the physically demanding tasks contain elements of bending, lifting, twisting and carrying, and call upon personnel’s muscular strength and muscular endurance capabilities.
DOI10.1016/j.apergo.2012.05.010
Short TitleApplied Ergonomics
Refereed DesignationRefereed
DOI10.1016/j.apergo.2012.05.010