Benchmarking for accountability on obesity prevention: evaluation of the Healthy Food Environment Policy Index (Food-EPI) in Australia (2016-2020).

OBJECTIVE: Despite broad agreement on the need for comprehensive policy action to improve the healthiness of food environments, implementation of recommended policies has been slow and fragmented. Benchmarking is increasingly being used to strengthen accountability for action. However, there have been few evaluations of benchmarking and accountability initiatives to understand their contribution to policy change. This study aimed to evaluate the impact of the Healthy Food Environment Policy Index (Food-EPI) Australia initiative (2016-2020) that assessed Australian governments on their progress in implementing recommended policies for improving food environments. DESIGN: A convergent mixed methods approach was employed incorporating data from online surveys (conducted in 2017 and 2020) and in-depth semi-structured interviews (conducted in 2020). Data were analysed against a pre-defined logic model. SETTING: Australia. PARTICIPANTS: Interviews: twenty stakeholders (sixteen government, four non-government). Online surveys: fifty-three non-government stakeholders (52 % response rate) in 2017; thirty-four non-government stakeholders (36 % response rate) in 2020. RESULTS: The Food-EPI process involved extensive engagement with government officials and the broader public health community across Australia. Food-EPI Australia was found to support policy processes, including as a tool to increase knowledge of good practice, as a process for collaboration and as an authoritative reference to support policy decisions and advocacy strategies. CONCLUSIONS: Key stakeholders involved in the Food-EPI Australia process viewed it as a valuable initiative that should be repeated to maximise its value as an accountability mechanism. The highly collaborative nature of the initiative was seen as a key strength that could inform design of other benchmarking processes.

Australian consumers' views towards an environmentally sustainable eating pattern.

OBJECTIVE: The present qualitative study aimed to gain an in-depth understanding of participants' attitudes, knowledge, perceived effectiveness (a person's belief that his/her behaviour can contribute to environmental preservation) and behaviours relating to a sustainable eating pattern. DESIGN: One-to-one interviews (either face-to-face or by telephone) were conducted following a structured interview schedule, audio-recorded, transcribed verbatim and analysed using inductive thematic analysis in NVivo 10. SETTING: Victorian (Australia) adult participants recruited via online advertisements, flyers on community advertisement boards and letterbox drops. SUBJECTS: Twenty-four participants (mean age 40 years, range 19-69 years; thirteen female, eleven male) were interviewed. RESULTS: Participants reported that environmental impact was not an important influence on their food choice. Participants displayed limited knowledge about a sustainable eating pattern, with most unaware of the environmental impact of food-related behaviours. Most participants believed sustainable eating would be only slightly beneficial to the environment. Participants reported undertaking limited sustainable food behaviours currently and were more willing to undertake a food behaviour if they perceived additional benefits, such as promoting health or supporting the local community. CONCLUSIONS: The study suggests consumers need further information about a sustainable eating pattern and the environmental impact of food choice. The findings highlight some of the barriers that will need to be addressed when promoting this kind of eating pattern and that a range of interventions will be necessary.

Nutrition-Related Information on Alcoholic Beverages in Victoria, Australia, 2021.

Alcoholic beverages sold in Australia are largely exempt from requirements to display nutrition information on packages, unlike other food and beverages. However, alcoholic beverage manufacturers can provide nutrition-related information voluntarily. This study aimed to investigate the prevalence of nutrition-related information on packaged alcoholic beverages in Australia. An in-store audit of the largest alcohol retailer in Melbourne, Australia was conducted in July 2021. A systematic sampling method was used to assess the presence and format of nutrition information on 850 alcoholic beverages across 5 alcohol categories (wine (n = 200), beer (n = 200), spirits (n = 200), ready-to-drink beverages (n = 140) and ciders (n = 110)). Most products (n = 682, 80.2%) did not present nutrition-related information. Where information was presented (n = 168), it was most frequently on ready-to-drink beverages (n = 81, 57.9%) and least frequently on spirits (n = 9, 4.5%) and wines (n = 9, 4.5%). Nutrition information was most frequently in the format of a nutrition information panel (n = 150, 89.3%) and approximately half of labelled beverages (n = 86, 51.2%) included a nutrition content claim (e.g., 'low in carbs'). Given limited voluntary implementation of nutrition labelling on alcoholic beverages in Australia and the substantial contribution of alcoholic beverages to energy intake, consideration of mandatory nutrition labelling, in a standardised format designed to maximise public health benefit, on alcoholic beverages is warranted.

Development of the University Food Environment Assessment (Uni-Food) Tool and Process to Benchmark the Healthiness, Equity, and Environmental Sustainability of University Food Environments.

Globally, there is increasing interest in monitoring actions to create healthy, equitable and environmentally sustainable food environments. Currently, there is a lack of detailed tools for monitoring and benchmarking university food environments. This study aimed to develop the University Food Environment Assessment (Uni-Food) tool and process to benchmark the healthiness, equity, and environmental sustainability of food environments in tertiary education settings, and pilot test its implementation in three Australian universities in 2021. The Uni-Food tool development was informed by a review of the literature and input from an expert advisory panel. It comprises three components: (1) university systems and governance, (2) campus facilities and environments, and (3) food retail outlets. The process for implementing the tool is designed for universities to self-assess the extent to which they have implemented recommended practice in 68 indicators, across 16 domains, weighted based on their relative importance. The pilot implementation of the tool identified moderate diversity in food environments across universities and highlighted several opportunities for improvements at each institution. The assessment process was found to be reliable, with assessors rating the tool as easy to use, requiring minimal resources. Broad application of the tool has the potential to increase accountability and guide best practice in tertiary education and other complex institutional settings.

Mobile Phone App Aimed at Improving Iron Intake and Bioavailability in Premenopausal Women: A Qualitative Evaluation.

BACKGROUND: Low iron intake can lead to iron deficiency, which can result in impaired health and iron-deficiency anemia. A mobile phone app, combining successful dietary strategies to increase bioavailable iron with strategies for behavior change, such as goal setting, monitoring, feedback, and resources for knowledge acquisition, was developed with the aim to increase bioavailable iron intake in premenopausal women. OBJECTIVE: To evaluate the content, usability, and acceptability of a mobile phone app designed to improve intake of bioavailable dietary iron. METHODS: Women aged 18-50 years with an Android mobile phone were invited to participate. Over a 2-week period women were asked to interact with the app. Following this period, semistructured focus groups with participants were conducted. Focus groups were audio recorded and analyzed via an inductive open-coding method using the qualitative analysis software NVivo 10. Themes were identified and frequency of code occurrence was calculated. RESULTS: Four focus groups (n=26) were conducted (age range 19-36 years, mean 24.7, SD 5.2). Two themes about the app's functionality were identified (frequency of occurrence in brackets): interface and design (134) and usability (86). Four themes about the app's components were identified: goal tracker (121), facts (78), photo diary (40), and games (46). A number of suggestions to improve the interface and design of the app were provided and will inform the ongoing development of the app. CONCLUSIONS: This research indicates that participants are interested in iron and their health and are willing to use an app utilizing behavior change strategies to increase intake of bioavailable iron. The inclusion of information about the link between diet and health, monitoring and tracking of the achievement of dietary goals, and weekly reviews of goals were also seen as valuable components of the app and should be considered in mobile health apps aimed at adult women.