Socio-Metabolic Perspectives on the Sustainability of Local Food Systems

Eight in-depth case studies provide diverse examples of application of social metabolism on local level

Features a concluding overview of viable agro-food systems for designing a more sustainable future Provides analytical approaches and models useful both for academics, activists and policy-makers Offers a unique combination of social metabolism and the nexus approach applied to study local food systems

Summarizes the current debate on sustainability of agro-food systems in four conceptual chapters

Auteur
Eva Fraková works as an Assistant Professor at the Department of Environmental Studies, Faculty of Social Studies, Masaryk University in Brno, Czech Republic. Her long-term research interests and passions include the concept of eco-localisation, sustainable degrowth and various grass-root alternative economic practices including eco-social enterprises, local food initiatives etc. Recently she has been involved in the mapping of heterodox economic initiatives in the Czech Republic, and in research on the social metabolism of local food systems. She is also involved in several NGOs the Association of Local Food Initiatives, the Society and Economy Trust, and NaZemi (OnEarth), a global education and Fair Trade organisation in the Czech Republic.
Willi Haas is senior researcher and lecturer at the Institute of Social Ecology in Vienna, an institute of the Faculty of Interdisciplinary Studies at the Alpen Adria University. In the 90s, he became fascinated by social ecology, the study of society-nature relations across time and space. He is interested in the past transition from agrarian to industrial societies and the insights that can be drawn from these far-reaching changes for the next transition to a post- fossil society. In his view the question of how to overcome the system inertia and the unsustainable reproduction dynamics of the present fossil fuelled societies is crucial for fostering a sustainable future. He was chair of Greenpeace CEE for 9 years. Professionally, he was a public official at the Ministry of Social Affairs, director of the Institute of Applied Ecology (Vienna), acting director of the Environmental Monitoring Group (Cape Town) and researcher at the International Institute of Applied System Analysis (IIASA, based in Austria). At the Institute of Social Ecology he has headed numerous scientific projects and is the coordinator of the institute's team of thematic research coordinators.
Simron Jit Singh is Associate Professor and Associate Dean (Graduate Studies) at the Faculty of Environment, University of Waterloo, Canada. Drawing on the concept of social metabolism, his research focuses on the systemic links between material and energy flows, time use and human wellbeing. His particular interest lies at the local and sub-national scales, as well as small islands. He has conducted social metabolism studies in the Nicobar Islands (India), and Samothraki (Greece), and supervised work on the biomass metabolism of Jamaica (as part of the Canadian project Hungry Cities), the Region of Waterloo as well as Canada. As work-package leader, he led work on biomass flows and social conflicts in an EU project (EJOLT).

Contenu
Foreword.- Introduction.-PART I Social Metabolism and Local Food Systems: Key Concepts.- Chapter 1.1 In Search of Local Sustainable Agro-food Systems.- Chapter 1.2 Towards an EnergyLandscape Integrated Analysis (ELIA) in agroecosystems.- Chapter 1.3 Integrating indicators of energy efficiency, power and social metabolism for sustainability assessment of farming and food systems.- PART II Social Metabolism and Local Food Systems: Case studies beyond North and South.- Chapter 2.1 Sustainability challenges of pre-industrial food systems: Insights from Long-Term Socio-Ecological Research in Austria.- Chapter 2.2 From vineyards to feedlots: Socio-metabolic transition of the Vallés County (1860-1950-1999).- Chapter 2.3 Learnings from an Austrian rural case to foster leapfrogging unsustainable practices in industrializing countries.- Chapter 2.4 Leapfrogging conventional development? Innovations to overcome sustainability constraints in a small-farmer village, Cambodia.- Chapter 2.5 Socialand financial metabolism of a small-scale organic farm: looking for sustainability at local level.- Chapter 2.6 Towards more sustainable diets? A socioecological reading of food consumption patterns on a Greek island.- Chapter 2.7 Local and Global food supply chains. Is their comparison meaningful? Lessons learned from an organic tomato case study.- Chapter 2.8 Closing nutrient cycles in the city of Madrid: intersection of grey and green infrastructure systems.- Conclusions: What pathways exist for sustainable agro-food systems?