Abstract

The growing appetite of cities is one of the greatest future challenges. There is no set menu for meeting this appetite, but a trend is observed in which city authorities focus on region-based food provision. Regionalism is motivated by the importance of increased self-reliance. Besides, regional food systems, are associated with more sustainable production and reduced carbon footprints, the reconnection of consumers with production, and the increased uptake of whole foods in urban diets. However, the question remains to what extend region based food systems may become self-reliant? How may they contribute to improved sustainability and healthy lifestyles? With the Dutch city of Almere as a case in point this paper provides a food flow data-based analysis of the opportunities and limitations of regional based food system approaches. The paper sets-off with defining the concepts of sustainable self-reliance and regionalism. Next, it describes the methodology of measuring and mapping the actual food flows. We combined secondary, publicly available, with primary quantitative and qualitative datasets, involving regional businesses, urban policymakers, and residents. Our study uncovers the coinciding disconnect and interconnectedness of local, regional and global food systems. The regional scale offers opportunities for tackling many food related challenges, however, sustainable urban food security demands connections beyond the regional sphere and beyond the food domain. Our research provides an evidence base for policymakers striving to shape a sustainable city-region food system. Although food production and food retail are not in the hands of local and regional policy-makers, their decisions on issues such as logistics, business licensing, and subsidies directly impact urban food provision. To assess the effects of the policy options available at the local and regional level, a solid evidence base is essential. This paper advances the development of evidence-based methodologies to monitor and inform food system policies.

Highlights

  • The growing appetite of cities is one of the greatest future challenges

  • In doing so we address both methodological and applicability questions: (1) How to develop holistic food actors and flows mappings that are replicable overtime and transferrable to other contexts? (2) How can these mappings be put to use for urban food policy development?

  • Our study addressed two related questions: (1) How to develop holistic food actors and flows mappings that are replicable overtime and transferrable to other contexts? (2) How can these mappings be put to use for urban food policy development? Starting with the first question, our experiments in developing methodology to map food actors has revealed great opportunities in combining existing open datasets and web-scraping to create a refreshable, up-to-date dataset of food actors at little cost

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Summary

Introduction

The growing appetite of cities is one of the greatest future challenges It refers to the continued population growth and urbanisation worldwide and the related problems of 1) increased environmental impact of food supply. There is no set menu for meeting the appetite of cities and resolving the related problems concurrently, but a global trend is observed in which city authorities focus on increasing regionbased food provision as a solution This trend towards city region food systems (Jennings et al 2015, RUAF 2017) is motivated by reasons of resilience, health and environment. The transformation towards a more resilient, healthy and sustainable food systems is to a large extent sought in regional production, shorter supply chains, and more conscious food consumption. This paper addresses this knowledge gap, by advancing the development of evidence-based methodologies to monitor and inform food system policies

An evidence base for food system transformation
Mapping the actors in the food system
The Amsterdam case
The Almere case
Applying methodology to gain insights for urban food policy
Findings
Conclusion
Discussion
Full Text
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