This article investigates whether traffic light color-coded nutrition information helps low-(vs. high-) selfcontrol consumers make more healthful food choices within a given product category. Two in-store lab studies assess the effects of traffic light colors. The colors indicate low (green), medium (amber), and high (red) levels of four negative food nutrients (sugar, fat, saturated fat, and salt). The color-coding was implemented on nutrition labeling schemes shown on the front of actual food packages (pasta meals in Study 1; cereal bars in Study 2). Consumers with low self-control to resist food temptations, but not those with high self-control, make more healthful food choices in response to the color-coded labeling. The behavior is congruent with their long-term goals of controlling their food choices and is evident when traffic light colors vary between both nutrients and products (Study 1) and when traffic light colors vary between nutrients but not products (Study 2). The authors derive theoretical implications and draw conclusions from the perspectives of public policy, retailing, and manufacturers.
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AbstractPurpose -The purpose of this paper is to report the results of a study using photoelicitation interviews to investigate the relationship between the habitualised and unconscious aspects of consumers' food choices, the front-of-pack nutrition labelling schemes on food products and the healthiness of their diets. Design/methodology/approach -To this end, photographs of ten German middle-class families at different stages of the family lifecycle were taken at the point of purchase (during a shopping trip made by the main person responsible for meal planning) and at the point of consumption (during a family meal at home). The paper used selected photographs as stimuli for photoelicitation. The interviews were recorded and analysed using a holistic approach. Findings -Four themes concerning food characteristics, participants' food choices and their healthiness emerged from the data: perceived time pressure at the point of purchase; the relevance of nutrition information for making inferences with regard to the healthiness and tastiness of products; consumers' trust in nutrition information; and their use of this information at the point of purchase or point of consumption. Research limitations/implications -Photoelicitation interviews allowed us to bridge the gap between researchers and respondents and to study what happens in real-life situations when consumers go shopping and prepare family meals. Practical implications -By putting nutrition information on food packaging, especially on the front of the pack, manufacturers and retailers enable consumers to make faster and healthier decisions at the point of purchase -i.e. as long as the consumers notice, understand, trust and like the labelling and use it in making their final decision. Front-of-pack labels are of less relevance at the point of consumption. Originality/value -The paper provides a number of insights into the processes involved in making healthy (or unhealthy) food decisions. It also provides directions for future studies in visual research and in the fields of consumer behaviour, marketing and public policy.
Objective: Nutrition information aims to reduce information asymmetries between manufacturers and consumers. To date, however, it remains unclear how nutrition information that is shown on the front of the packaging should be designed in order to increase both visual attention and the tendency to make healthful food choices. The present study aimed to address this gap in research. Design: An experimental laboratory study applying mobile eye-tracking technology manipulated the presence of two directive cues, i.e. health marks and traffic light colour-coding, as part of front-of-package nutrition information on actual food packages. Setting: Participants wore mobile eye-tracking glasses during a simulated shopping trip. After the ostensible study had finished, they chose one snack (from an assortment of fifteen snacks) as a thank you for participation. All products were labelled with nutrition information according to the experimental condition. Subjects: Consumers (n 160) who were mainly responsible for grocery shopping in their household participated in the study.
Results:The results showed that, in the absence of traffic light colouring, health marks reduced attention to the snack food packaging. This effect did not occur when the colouring was present. The combination of the two directive cues (v. presenting traffic light colours only) made consumers choose more healthful snacks, according to the nutrient profile. Conclusions: Public policy makers may recommend retailers and manufacturers implement consistent front-of-pack nutrition labelling that contains both health marks and traffic light colouring as directive cues. The combination of the cues may increase the likelihood of healthful decision making.
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