Australian firefighters perceptions of heat stress, fatigue and recovery practices during fire-fighting tasks in extreme environments

Autor: Rob Duffield, Donna Lu, Hugh H.K. Fullagar, Andrew Richardson, Edgar Schwarz, Sean R. Notley
Rok vydání: 2021
Předmět:
Zdroj: Applied Ergonomics. 95:103449
ISSN: 0003-6870
DOI: 10.1016/j.apergo.2021.103449
Popis: Objectives The aim of this study was to assess current perceptions of heat stress, fatigue and recovery practices during active duty in Australian firefighters. Design Prospective survey. Methods 473 firefighters from Fire and Rescue New South Wales completed a two-part, 16-item survey. Questions included perceptions of the operational activities and body areas associated with the most heat stress, the most mentally and physically demanding activities, and levels of fatigue felt. Further questions focussed on the use and importance of recovery practices, effectiveness of currently used heat-mitigation strategies and additional cooling strategies for future use. Results Around a third of firefighters (62%) reported structural fire-fighting as the hottest operational activities experienced, followed by bushfire-fighting (51%) and rescue operations (38%). The top three responses for which body-parts get the hottest ranked as ‘the head’ (58%), ‘the whole body’ (54%) and ‘the upper back’ (40%), respectively. The majority of firefighters (~90%) stated they always or sometimes use the opportunity to recover at an incident, with the top three being ‘sit in the shade’ (93%), ‘cold water ingestion (drinking)’ (90%) and ‘removing your helmet, flash hood and jacket’ (89%). Firefighters reported higher usefulness for more easily deployed strategies compared to more advanced strategies. Limited age and gender differences were found, although location of active service differences were present. Conclusion These findings may inform future research, and translation to operational directives for recovery interventions; including exploration of protective gear and clothing, education, resources and provision of cooling methods, as well as recovery aid development.
Databáze: OpenAIRE