Investigation into sustainability labelling of food and implications for the consumer and the food industry

食品质量和安全恐慌以及食品生产中不良做法的故事对消费者对他们所吃的食品的信任以及对食品生产者产生了不利影响。研究表明，通过食品包装上的二维码等工具提高食物链信息的透明度是增加信任和愿意为有这种保证的食品支付更高价格的一种方式(Spence等人，2018年)。随着农业用地和劳动力面临的压力越来越大，以及人们对农业和食品部门对水、土壤和空气质量的影响日益关切，关键的挑战仍然是以可持续的方式生产充足、优质的粮食。因此，需要一个能够以简洁的方式向消费者传达可持续发展信息的系统。目前，食品行业缺乏一个全面的系统来准确衡量一种食品对地球的影响。尽管确实存在一些衡量标准，但它们通常侧重于单一因素，如碳排放。然而，影响范围更广，应包括水使用、土地使用、氮素释放、种植能源、加工、包装和运输食品，以及与生产中损失的包装和食品有关的排放和材料。多因素度量需要许多度量来捕获各种贡献，并将其转换为消费者可以理解的系统。研究人员正在取得重大进展，围绕一套关键的可持续发展指标制定强有力的衡量标准，并开发考虑所有上游和下游过程的“生命周期分析”方法。我们建议调查一种标签制度，例如“包装前面”的营养轮。这可以提供一个机会，在食品包装上展示与可持续性指标有关的透明信息，以帮助与消费者沟通。制定和实施包装标签系统，传达与可持续食品生产有关的透明指标，将是食品系统透明度方面的文化变革和行动规划的展示，是食品行业、消费者和社会之间关系持久变化的有力标志。我们的假设是：一个全面的食品包装标签系统，向消费者传达环境可持续发展的信息，将导致消费者对食品的信任和支付意愿的增加。研究的目标是：-对现有的营养、食品安全和环境可持续发展信息系统进行批判性评估，以确定有关食物链可持续发展最紧迫主题的信息；探索我们的研究中需要包括哪些要素-使用包括访谈和焦点小组的混合定性方法，以确定行业和消费者的需求、愿望、愿望、障碍等，以及系统中要考虑的选定要素，如生产成本、安全保证、碳足迹、废物等-探索特征的知识，用于包装标签系统的新正面的选定食品的现有可持续性/碳足迹措施的易用性和准确性-考虑为提供此类保证和透明度而需要实施的检验和认证系统，并为食品生产商进行成本效益分析-与消费者共同设计研讨会，以开发包装标签透明可持续性系统关键要素的标签选项的不同原型-通过在线调查，评估消费者对替代系统的看法、理解、信任、购买意向、支付意愿等

Food quality and safety scares as well asstories of poor practices in food production havehad a detrimental impact on consumer trust in the food they eat as well as on the food producers. Studies have shown that transparency of food chain information via tools such as QR codes on food packaging is one way of increasing trust and willingness to pay more for food with such assurances (Spence et al., 2018). With increasing pressure on agricultural land andlabour along with growing concerns relating to the impact of farming and the food sector on water, soil and air quality; the key challenge remains the production of sufficient, good quality food in a sustainable manner. Therefore,a system that can communicate sustainability information to the consumer in a succinct manner is needed. Currently the food industry lacks a comprehensive system to accurately measure the effects a food item has on the planet. Though some metrics do exist, they typically focus on a singular element, such as carbon emissions. However the impact is much wider and should include water use, land use, nitrogen released, energy for cultivation, process, package and transport foods, as well as emissions and materials associated with packaging and food lost in production. The multifactorial measurements require many metrics to capture the various contributions and to translate this into a system the consumer would understand. Major progress is being made by researchers to develop robust metrics around a suite of key sustainability indicators and to develop a 'lifecycle analysis' approach that considers all upstream and downstream processes. We are proposing the investigation of a labelling system such as the "front of pack" nutrition wheel. This could offer an opportunity for transparent information relating to sustainability indicators to be displayed on food packaging to aid communication with the consumer. The development and implementation of a front of pack labelling systemthat conveys transparent metrics relating to sustainable food production will be a demonstration of a culture change and action planning in respect to transparency in food systems, a powerful symbol of lasting change in the relationship between food industry, consumers and society. Our hypothesis is that: A comprehensive, front of pack labelling system for food, that conveys environmental sustainability information to the consumer, will lead to an increase in consumer trust in food and willingness to pay.T he objectives of the research are:- To conduct a critical appraisa lof existing information systems in Nutrition, Food SafetyandEnvironmentalSustainability to ascertain information on the most pressing topics around sustainability in the food chain; to explore which elements need to be included in our research- Using a mixed qualitative methods approach including interviews and focus groups, to identify industry & consumer needs, wants, aspirations, barriers etc. to the selected elements such as cost of production, safety assurance, carbon footprint, waste etc to be considered in the system- To explore knowledge of the characteristics, ease of use and accuracy of existing sustainability/carbon fo otprint measures of a selected food product for use in a novel front of pack labelling system- To consider the inspection and certification systems that would need to be implemented to provide such assurances and transparency and to conduct a cost-benefit analysis for food producers-Conduct co-design workshops with consumers to develop different prototypes of labelling options of the key elements of a front of pack labelling transparent sustainability system-Evaluate alternative systems with consumers for their perceptions, understanding, trust, intention to buy, wiliness to pay etcusing an online survey