Baseline for consumer food safety knowledge and behaviour in Canada

Abstract

Understanding consumers' food safety practices is helpful in reducing food-borne illness. A systematic literature search was conducted to establish a baseline of consumer food safety practices in Canada, identify research gaps and make recommendations for future research. To date, this is the first study examining Canadian populations which gathers survey results measuring consumer food safety practices from both peer-reviewed, published literature and non-peer-reviewed public opinion research reports. The search found 26 Canadian publications from 1998 to 2011. Questions covered frequency of food preparation, sources of food safety information, consumer confidence and assigned food safety responsibility, awareness of food safety, knowledge of high-risk groups and high-risk foods, and personal experience with food-borne illness. Food safety behaviours were evaluated according to the ‘clean’, ‘separate’, ‘chill’ and ‘cook’ principles emphasized by the Canadian Partnership for Consumer Food Safety Education's FightBAC® Program. Overall, results differed considerably between studies due to variations in study designs, populations, survey questions and definitions of correct behaviour. However, the analysis provided a general indication of areas requiring targeted consumer food safety education such as increasing thermometer use when cooking meats, raising awareness of high-risk populations and knowledge of high-risk foods, and expanding messaging to the internet and social media. Consumer food safety studies in Canada were limited to self-reported behaviours. Future research could include observational studies to validate results from self-reported food safety practices, and provide more accurate information on consumer food handling practices. Finally, establishing a set of standard food safety questions that can be compared between future surveys would contribute to a comprehensive baseline against which future food safety interventions could be measured.