Book contents
- Frontmatter
- Dedication
- Contents
- List of figures, tables and boxes
- List of acronyms
- Notes on contributors
- One Introduction
- Two Systems thinking in practice: mapping complexity
- Three Researching agri-environmental problems with others
- Four Mapping agri-environmental knowledge systems
- Five Using visual approaches with Indigenous communities
- Six Mapping muck: stakeholders’ views on organic waste
- Seven Understanding and developing communities of practice through diagramming
- Eight ‘Imagine’: mapping sustainability indicators
- Nine Evaluating diagramming as praxis
- Ten Conclusions
- Index
Three - Researching agri-environmental problems with others
Published online by Cambridge University Press: 05 April 2022
- Frontmatter
- Dedication
- Contents
- List of figures, tables and boxes
- List of acronyms
- Notes on contributors
- One Introduction
- Two Systems thinking in practice: mapping complexity
- Three Researching agri-environmental problems with others
- Four Mapping agri-environmental knowledge systems
- Five Using visual approaches with Indigenous communities
- Six Mapping muck: stakeholders’ views on organic waste
- Seven Understanding and developing communities of practice through diagramming
- Eight ‘Imagine’: mapping sustainability indicators
- Nine Evaluating diagramming as praxis
- Ten Conclusions
- Index
Summary
Editors’ introduction
Working towards sustainable agriculture often involves working on contested or controversial issues with others. They involve a complex mix of people, all with their own opinions and ways of seeing the world, such as civil society organisations, policymakers and companies. All the agri-environmental projects (those concerned with the environment but carried out in agricultural contexts) discussed in this chapter involve controversial issues, such as the introduction and development of GM crops, the potential power of large biotechnology companies, the increased use of biofuels, water and intensification of agriculture. As with the next chapter (Chapter Four), this chapter discusses the use and value of mapping techniques in these highly contested environmental research contexts. However, unlike Chapter Four the projects drawn on here were all large scale, multi-partner, European projects. The processes and mapping techniques were chosen for specific purposes, according to the needs of the different projects, the context and type of participants involved and their strategic aims. They also represent the development of the authors’ approaches to engaging with people and demonstrate the way that the approach has changed over time as they have sought ways to enable participants to engage in the research process more fully. Thus while the final project discussed in this chapter is less about mapping, it is included because its unusual funding arrangements enabled a different mode of research participation that provided useful insights for the more action-oriented research we advocate in this book.
Introduction
Several of the mapping techniques presented in this book have evolved from their use in business and organisational knowledge management (for example, Eden, 1988; Huff, 1990), as have the theories from which they draw, such as communities of practice (Lave and Wenger, 1991), networks of practice (Brown and Duguid, 2001) and tacit versus explicit knowledge (Collins, 2010; Polyani, 2015 [1958]), discussed in more detail in Chapters Four and Seven. These techniques and theories are concerned with how informal or tacit knowledge is generated and managed in organisations and have been used by consultants and practitioners as well as academics to link theory and practice (see for example, Huff and Jenkins, 2002). The mapping techniques used by the projects in this chapter were, likewise, originally devised by people who were paid to help companies clarify their strategic options.
- Type
- Chapter
- Information
- Mapping Environmental SustainabilityReflecting on Systemic Practices for Participatory Research, pp. 45 - 74Publisher: Bristol University PressPrint publication year: 2017