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Figures

Published online by Cambridge University Press:  21 April 2022

Edited by
Miranda P. M. Meuwissen ,
Peter H. Feindt ,
Alberto Garrido ,
Erik Mathijs ,
Bárbara Soriano ,
Julie Urquhart  and
Alisa Spiegel
Miranda P. M. Meuwissen
Affiliation:
Wageningen Universiteit, The Netherlands
Peter H. Feindt
Affiliation:
Humboldt-Universität zu Berlin
Alberto Garrido
Affiliation:
Universidad Politécnica de Madrid
Erik Mathijs
Affiliation:
KU Leuven, Belgium
Bárbara Soriano
Affiliation:
Universidad Politécnica de Madrid
Julie Urquhart
Affiliation:
University of Gloucestershire
Alisa Spiegel
Affiliation:
Wageningen Universiteit, The Netherlands

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Type
Chapter
Information
Resilient and Sustainable Farming Systems in Europe
Exploring Diversity and Pathways
 , pp. xii - xiv
Publisher: Cambridge University Press
Print publication year: 2022
Creative Commons
Creative Common License - CCCreative Common License - BYCreative Common License - NCCreative Common License - ND
This content is Open Access and distributed under the terms of the Creative Commons Attribution licence CC-BY-NC-ND 4.0 https://creativecommons.org/cclicenses/

Figures

  1. 1.1The five steps of the SURE-Farm resilience framework

  2. 1.2The eleven farming systems included in the SURE-Farm assessments

  3. 1.3Resilience assessment requires knowledge from multiple disciplines

  4. 2.1Fifty most frequent words and word combinations in response to open questions on major perceived challenges and risk management strategies in the next twenty years

  5. 3.1Determinants of farm structural change

  6. 3.2Understanding farm generational renewal through three conceptual stages and factors influencing them at four different levels: the individual, farm, farming system, and society

  7. 3.3Shares of land by farm size class in 2016 and 2040

  8. 3.4Evolution of Gross Value Added based on farm profits, rent, wages, and interest (in €/ha)

  9. 5.1Position of the three European CS agricultural systems on Therond et al.’s biotechnical and socio-economic framework

  10. 6.1Importance of dairy farming in Flanders per municipality (euro standard output per hectare) in 2017

  11. A6.1Factsheet synthesising resilience of the current farming system in Flanders (Belgium)

  12. 7.1Northeast Bulgaria landscape during the spring and autumn

  13. A7.1Factsheet synthesizing resilience of the current farming system in Northeast Bulgaria

  14. A8.1Factsheet synthesising resilience of the current farming system in the Altmark (Germany)

  15. 9.1Sheep in farms in Huesca

  16. 9.2Perceived challenges and strategies to deal with them

  17. A9.1Factsheet synthesising resilience of the current farming system in Huesca (Spain)

  18. 10.1Charolais cows in the grassland landscape of the Bocage Bourbonnais

  19. 10.2Perceived performance of functions (left panel) and importance assigned by different groups of stakeholders (right panel) during a participatory workshop in the Bourbonnais farming system held in February 2019

  20. A10.1Factsheet synthesising resilience of the current farming system in the Bocage Bourbonnais (France)

  21. 11.1Typical landscape in the Viterbo farming system

  22. 11.2Impacts of challenges on key aspects of the hazelnut farming system in Viterbo

  23. A11.1Factsheet synthesising resilience of the current farming system in Viterbo (Italy)

  24. 12.1Typical landscape in the Veenkoloniёn

  25. A12.1Factsheet synthesising resilience of the current farming system in the Veenkoloniёn (the Netherlands)

  26. 13.1Apple orchard in the Mazovian region

  27. 13.2Cauliflower from the Mazovian region

  28. 13.3Causal loop diagram depicting the relations between indicators, challenges, resilience attributes and possible strategies in the horticulture FS in Poland

  29. A13.1Factsheet synthesizing resilience of the current FS in Mazovian and Lubelskie (Poland)

  30. 14.1Landscape in the Nord-Est region in Romania

  31. 14.2Causal loop diagram for the farming system in the Nord-Est region in Romania

  32. A14.1Factsheet synthesizing resilience of the current farming system in the Nord-Est region in Romania

  33. A15.1Factsheet synthesizing resilience of the current farming system in Southern Sweden

  34. 16.1A crop of rape in the East of England

  35. 16.2Challenges of the EE farming system over the next twenty years as perceived by farmers

  36. 16.3Farmers perception of trust in different sources of information

  37. A16.1Factsheet synthesizing resilience of the current farming system in the EE (UK)

  38. 17.1Perceived performance and importance of functions as assessed by stakeholders in the SURE-Farm case studies

  39. 17.2The contribution to resilience attributes of the identified strategies implemented and proposed in farming systems

  40. 17.3A causal loop diagram showing how economic, social, and environmental functions and attributes are related

  41. 18.1Causal loop diagram of the shifting-the-burden archetype

  42. 18.2Causal loop diagram of the eroding-goals archetype

  43. 18.3Causal loop diagram of the limits to growth archetype

  44. 18.4Causal loop diagram of the success-to-the-successful archetype

  45. 19.1Interface of the challenges defined in the digital co-creation platform

  46. 19.2(Mis)matches in the stakeholders’ perceptions about current resilience and resilience in the future

  47. 19.3The stakeholders’ perception of the challenges of the European farming systems

  48. 19.4Perceived importance (size of circles) and performance (y-axis) of FS functions

  49. 19.5Strategies to deal with future challenges proposed by the stakeholders

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