Abstract

Radon, a known carcinogen, becomes a health risk when it accumulates inside buildings. Exposure is of particular concern for children, as their longer life expectancy increases their lifetime risk of developing cancer. In 2016, 5.5 million students were enrolled in Canadian elementary and secondary schools. With no national policy on radon testing in schools, children may be at risk from radon exposure while attending school and school-based programs. This study explored radon testing efforts in publicly funded Canadian schools and summarizes where testing programs have occurred. Radon testing in schools was identified through a systematic qualitative enquiry, surveying members from different levels of government (health and education) and other stakeholders (school boards, research experts, among others). Overall, this research found that approaches to radon testing varied considerably by province and region. Responsibility for radon testing in schools was often deferred between government, school boards, building managers and construction parties. Transparency around radon testing, including which schools had been tested and whether radon levels had been mitigated, also emerged as an issue. Radon testing of schools across Canada, including mitigation and clear communication strategies, needs to improve to ensure a healthy indoor environment for staff and students.

Highlights

  • IntroductionRadon, referring to radionuclide (222 Rn), is a tasteless, colourless, odourless gas produced by the decay of uranium naturally present in rock and soil

  • Our results showed that trends in radon testing in schools across Canada vary drastically between provinces and territories

  • Building codes across Canada recommend that new government buildings, including schools, be designed and built with a radon mitigation ’rough-in’ system that can be activated if radon levels are above the Government of Canada’s radon guideline

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Summary

Introduction

Radon, referring to radionuclide (222 Rn), is a tasteless, colourless, odourless gas produced by the decay of uranium naturally present in rock and soil. Over half of overall radiation exposure for individuals comes from radon [2], making it a high public health priority in Canada and internationally [3]. The International Agency for Research on Cancer classifies radon as a carcinogen [4]. Results of research on miners in Canada and around the world clearly establish radon as a human carcinogen [5]. Radon gas emits alpha radiation, and when inhaled, the radiation can directly damage the cells within the lungs [6]. Exposure to high levels of radon gas can increase the risk of developing lung cancer

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