Abstract

Unsustainable food production and consumption contribute to greenhouse gas emissions and global warming. Adopting a more plant-based diet has been identified as a necessary change toward a more sustainable food system. In response to the call for transdisciplinary research on the sustainability of food consumption, this exploratory study combined consumer science, nutrition and health, sustainability research, and innovation to develop a new approach that can accelerate the shift toward a more sustainable diet. Quantitative data on the eating habits and attitudes of 1785 consumers was combined with data on environmental impacts via a life cycle assessment for different consumer segments. We studied the sustainable dietary shift using the diffusion of innovation theory, as well as qualitative and quantitative approaches. We identified and characterized seven consumer segments and related habits and attitudes toward an increase in plant-based foods and meat reduction. The nutritional quality and the environmental footprint of the segments’ dinners showed large differences. The results indicate that moving consumers along the innovation adoption curve with targeted interventions can reduce the environmental footprint of people’s diets and improve dietary health. We also discussed the value of user-centric innovation tools for the translation of insights into interventions by working with personas.

Highlights

  • We studied the progressive adoption of plant-protein-rich diets through the diffusion of innovation theory, and proposed a new approach for accelerating the innovation adoption of plant-based diets

  • The results presented and discussed exemplify how the conceptual framework allows the understanding of complex aspects that are important in reducing meat consumption and increasing the intake of plant-based food, as well as in implementing new strategies for innovation adoption purposes

  • We identified seven consumer segments based on the cluster analysis

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Summary

Introduction

Publisher’s Note: MDPI stays neutral with regard to jurisdictional claims in published maps and institutional affiliations. The food value chain—from production, processing, distribution, and retail to consumption—is among the largest drivers of global environmental change [1]. Food production contributes up to 20–30% of the global climate change, and constitutes 26%. Of the primary energy consumption [2,3]. Efforts to reduce the environmental effects of animal husbandry and food systems include shifting to more environment-friendly agriculture, shortening food supply chains, and encouraging people to eat more plantbased foods. Norway has committed to reducing greenhouse gas (GHG) emissions by

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