Fr. 188.00

Agrimonde - Scenarios and Challenges for Feeding the World in 2050

English · Paperback / Softback

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Description

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How will the world be able to feed close to 9 billion people in 2050 and still maintain the ecosystems? In this perspective, INRA and CIRAD launched the initiative, in 2006, to develop a foresight project for analysing issues pertaining to the world's food and agricultural systems on the 2050 timeline. This book provides a synthetic presentation of the main conclusions that this foresight project has yielded. First, it recapitulates the main statistical references for the period 1961 to 2003, before going on to describe the Agribiom simulation tool used to calculate food biomass resource use balances. Two scenarios on the 2050 timeline are then considered: Agrimonde GO is a trend-based scenario that bets on economic growth to feed the world, in a context where environmental protection is not a priority; in contrast, the idea in Agrimonde 1 is to feed the world while preserving its ecosystems.

List of contents

Preface.- Agrimonde: a work collective.- Acknowledgments.- Introduction.- 1 Agrimonde: a platform for facilitating collective scenario-building.- 2 Agribiom: a tool for scenario-building and hybrid modelling.- 3 The world food economy: a retrospective overview.- 4 Scenario-building choices and principles.- 5 Food consumption in 2050.- 6 Land use in 2050.- 7 Food crop yields in 2050.- 8 Resource-use balances in the Agrimonde scenarios.- 9 Agrimonde 1 and Agrimonde GO: comparison, coherence, drivers of change.- 10 Qualitative dimensions and Agrimonde scenario storylines.- 11 Scenario-based insight into food behaviours, technological options and trade :Food behaviours in question: are ruptures plausible?.- Conclusion.- Appendices.- Appendix 1 - Lists of countries and FAO-SUA product lines used in Agribiom - Comparison of observed and simulated animal food Productions.- Appendix 2 - Review of the world food economy.- Appendix 3 - Food availability and loss of food calories in the Agrimonde GO scenario - Definition of loss and waste of food calories.- Appendix 4 - Land areas in Agrimonde GO.- Appendix 5 - Main quantitative assumptions of Agrimonde scenarios - Process for attaining a resource-use balance.- Appendix 6 - Assumptions on the qualitative dimensions of the Agrimonde scenarios.- References.- List of abbreviations and acronyms.- List of authors.

Summary

How will the world be able to feed close to 9 billion people in 2050 and still maintain the ecosystems? In this perspective, INRA and CIRAD launched the initiative, in 2006, to develop a foresight project for analysing issues pertaining to the world's food and agricultural systems on the 2050 timeline. This book provides a synthetic presentation of the main conclusions that this foresight project has yielded. First, it recapitulates the main statistical references for the period 1961 to 2003, before going on to describe the Agribiom simulation tool used to calculate food biomass resource use balances. Two scenarios on the 2050 timeline are then considered: Agrimonde GO is a trend-based scenario that bets on economic growth to feed the world, in a context where environmental protection is not a priority; in contrast, the idea in Agrimonde 1 is to feed the world while preserving its ecosystems.

Product details

Assisted by Bruno Dorin (Editor), Sandrine Paillard (Editor), Sébastie Treyer (Editor), Sebastien Treyer (Editor), Sébastien Treyer (Editor)
Publisher Springer Netherlands
 
Languages English
Product format Paperback / Softback
Released 01.01.2016
 
EAN 9789402402636
ISBN 978-94-0-240263-6
No. of pages 250
Dimensions 155 mm x 12 mm x 235 mm
Weight 467 g
Illustrations XXI, 250 p. 89 illus., 80 illus. in color.
Subjects Natural sciences, medicine, IT, technology > Biology > Agriculture, horticulture; forestry, fishing, food
Social sciences, law, business > Business > Individual industrial sectors, branches

B, Sustainability, Sustainable Development, Agriculture, Environmental Social Sciences, Biomedical and Life Sciences, Agricultural science, Agribusiness & primary industries, Agricultural Economics, Crop yield;Food production;Global resources;Land use

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