TY - JOUR T1 - Risk factors for heat illness among British soldiers in the hot Collective Training Environment JF - Journal of the Royal Army Medical Corps JO - J R Army Med Corps SP - 434 LP - 439 DO - 10.1136/jramc-2015-000427 VL - 162 IS - 6 AU - Alice C Moore AU - M J Stacey AU - K G H Bailey AU - R J Bunn AU - D R Woods AU - K J Haworth AU - S J Brett AU - S E F Folkes Y1 - 2016/12/01 UR - http://militaryhealth.bmj.com/content/162/6/434.abstract N2 - Background Heat illness is a preventable disorder in military populations. Measures that protect vulnerable individuals and contribute to effective Immediate Treatment may reduce the impact of heat illness, but depend upon adequate understanding and awareness among Commanders and their troops.Objective To assess risk factors for heat illness in British soldiers deployed to the hot Collective Training Environment (CTE) and to explore awareness of Immediate Treatment responses.Methods An anonymous questionnaire was distributed to British soldiers deployed in the hot CTEs of Kenya and Canada. Responses were analysed to determine the prevalence of individual (Intrinsic) and Command-practice (Extrinsic) risk factors for heat illness and the self-reported awareness of key Immediate Treatment priorities (recognition, first aid and casualty evacuation).Results The prevalence of Intrinsic risk factors was relatively low in comparison with Extrinsic risk factors. The majority of respondents were aware of key Immediate Treatment responses. The most frequently reported factors in each domain were increased risk by body composition scoring, inadequate time for heat acclimatisation and insufficient briefing about casualty evacuation.Conclusions Novel data on the distribution and scale of risk factors for heat illness are presented. A collective approach to risk reduction by the accumulation of ‘marginal gains’ is proposed for the UK military. This should focus on limiting Intrinsic risk factors before deployment, reducing Extrinsic factors during training and promoting timely Immediate Treatment responses within the hot CTE. ER -