Tetzlaff Emily J, Richards Brodie J, Wagar Katie E, Harris-Mostert Roberto C, Journeay W Shane, O'Connor Fergus K, Kenny Glen P
Faculty of Health Sciences, University of Ottawa, Ottawa, ON, Canada.
Department of Medicine, Dalhousie Medicine New Brunswick, Dalhousie University, Saint John, NB, Canada.
New Solut. 2025 Feb;34(4):306-326. doi: 10.1177/10482911241298948. Epub 2024 Dec 19.
An ever-increasing number of workplaces are becoming heat-exposed due to rising temperature extremes. However, a comprehensive review of Canadian safety materials available to support workplaces in managing this critical hazard has not previously been conducted. We undertook a review and a content analysis of heat stress materials on safety-based ministry, association, and agency websites in Canada (n = 155) to identify content related to heat stress (n = 595). Each document was qualitatively analyzed using NVivo. The most dominant components identified were heat stress control measures (n = 492, 83%), training and education (n = 414, 70%), workplaces and workers at risk (n = 361, 61%), exposure limits and monitoring practices (n = 344, 58%), and emergency response and reporting (n = 249, 42%). However, the content within these programming components was highly variable. While we found that organizations across Canada provide heat stress content, there was evidence of inconsistencies and considerable gaps in the availability of material and the strategies presented to control the critical risk posed by heat.
由于极端气温不断上升,越来越多的工作场所面临高温暴露风险。然而,此前尚未对加拿大现有的用于支持工作场所管理这一重大危害的安全材料进行全面审查。我们对加拿大基于安全的部委、协会和机构网站上的热应激材料进行了审查和内容分析(共155个网站),以识别与热应激相关的内容(共595份文件)。每份文件都使用NVivo进行了定性分析。确定的最主要内容包括热应激控制措施(492份,占83%)、培训与教育(414份,占70%)、有风险的工作场所和工人(361份,占61%)、接触限值和监测方法(344份,占58%)以及应急响应和报告(249份,占42%)。然而,这些计划组成部分中的内容差异很大。虽然我们发现加拿大各地的组织都提供热应激相关内容,但有证据表明,在材料的可用性以及为控制热应激带来的重大风险而提出的策略方面,存在不一致和相当大的差距。