Research Showcase Abstracts
Explore abstracts from CFDR’s annual research showcase at the DC Conference.
Year
2019
Language
English
Title
Examining the impact of numeric versus traffic light calorie labelling at the point-of-purchase on young adults’ food and beverage purchases
Introduction/Purpose
There is substantial interest in calorie labelling in restaurants and fast-food chains, with some jurisdictions mandating numeric labelling (e.g., 250 calories per serving). At the same time, Health Canada is considering front-of-package labels with potential implementation of interpretive symbols, such as traffic light labelling (TLL), for packaged foods and beverages. Despite high policy interest, there is limited evidence from naturalistic settings on the impact of numeric and interpretive labelling on point-of-purchase food and beverage purchasing decisions.
Objective(s)/Process or Summary of Content
The objective of this study was to examine the impact of numeric versus interpretive calorie labelling on consumer noticing, perceptions and use of labels, and food and beverage purchasing decisions.
Method(s)/Systemic Approach Used
Using a pre-post intervention design, three residence cafeterias at the University of Waterloo were randomized to receive numeric, TLL (i.e., red, amber, or green symbol, also indicating the number of calories), or no calorie labelling for 2 weeks. Exit surveys were conducted with cafeteria patrons prior to (n=949) and following (n=1110) implementation of labels.
Results/Conclusions
Following implementation, approximately 40% of participants exposed to the numeric labelling condition reported noticing any nutrition information, compared with 55% of those exposed to TLL. In the TLL condition, 58% reported they had observed symbols and 48% recalled numbers. Further, 62% and 49% of respondents who noticed TLL and numeric labels, respectively, reported they used the labels to inform their purchasing decisions.
Conclusions(s)/Recommendations
Preliminary findings suggest that noticing and use was higher for TLL versus numeric labels, though even in the TLL condition, numeric information appeared salient. Further analyses will examine purchasing patterns prior to and following implementation of labels compared to the control condition.
Significance to Dietetics
This study will inform jurisdictions considering nutrition labelling on menus and arm dietitians in positioning such interventions within a broader strategy for supporting healthy and sustainable eating.
Funded by
Canadian Foundation for Dietetic Research and supported by an Ontario Ministry of Research and Innovation Early Researcher Award held by Sharon Kirkpatrick.
