Managing change

Is it possible to stimulate, help and even manage the process of change to a more sustainable society? In this sub session we will examine the methods, which exist to move individuals, groups, or organizations or even whole societies from the existing state into a desired, future state. Part of this has to do with how to influence individuals and groups to change, part is an organized work at a company or local authority, and finally a part is closer to policymaking.

For an organization, such as a company or a local authority, it is important that the leadership supports a change process if it should occur at all. In a study on the success of sustainable development in European cities, it was clear that the most successful local authorities had implemented clear work strategies. First, it is crucial that the head of the city administration as well as the politicians were concerned about sustainable development, so the whole organization had strong support from the leadership. The same is true for companies.

Prof. Lars Rydén lecturing sustainable development during a BUP Student Conference in Rogów, Poland. Photo: Pontus Ambros.
Prof. Lars Rydén lecturing sustainable development during a BUP Student Conference in Rogów, Poland. Photo: Pontus Ambros.

Education and learning is also part of a successful change process. This is true at all levels, including individuals and cities. The successful cities more than the others had an active policy for learning, that is, they had implemented institutional learning, as a crucial work strategy. This requires coordination and planning; it is not enough that a few specialists are aware of the background and reason for change.

Change management when implemented becomes project work, with all the classical components of successful project management, including monitoring, innovations, follow up and evaluation, and new management cycles. The first to describe this systematically was the American W. Edwards Deming, who in the 1950s described management cycles with four stages: plan-do-check-act. In a systematic development work, such cycles are repeated regularly, often each 3rd or 2nd year. As in all such processes the monitoring is important and indicators have to be identified, goals or targets for the process have to be set, and back-casting may be used to define partial goals in a long-term development.

Alan Atkisson's Compass
Alan Atkisson’s Compass

The system to be managed, it may be a company or a city, is identified using a frame, that is, one need to frame the system or structure it in a clear way. The best known frame is the environmental, economic and social “dimensions” of a system. This is much used in business and then referred to as the triple bottom line. A better frame is the compass used in the ISIS method, where North is (Nature), South (Society), East (Economy) and West (Wellbeing). Here the social part is divided in one set referring to the people and another for society, e.g. institutions. It is possible to frame systems in several other ways (See further urban development Session 4c). Other well-known frames are the five capitals introduced by Jonathan Porrit in the UK, and the resource approach used in city development, e.g. in Habitat. The framing of the system helps to include different parts, e.g. of a city or company administration, not only the environmental side but as well economic and planning departments, that is, to use integrated sustainability management.

Among general methods for managing a change process to increase sustainability in a company, a city, or even a country, the most important may be Alan AtKisson’s ISIS method. The core of the ISIS process is Indicators, System, Innovations, and Strategies. The full process consists of 9 consecutive steps, in short Systems understanding; Sustainability understanding; Development vs. growth; Indicators; Systems Analysis; Innovation; Strategy; Agreements and Actions; and Strategic Evaluation.

Pyramid built by students during a BUP Student Conference in Rogów, Poland.
Pyramid built by students during a BUP Student Conference in Rogów, Poland.

The procedure is used in so-called pyramid workshops, where the participants work together for learning about and designing change in a system. The workshop consists of building a pyramid of four sides and five layers. The layers correspond to the steps in the ISIS methods, the four sides to the frames of the system using the compass.

Another well-known method for managing a change to increased sustainability has been worked out by the Natural Step Foundation. The basis of the method are the four so-called systems conditions (See session 1b), developed at Chalmers University of Technology in the early 1990s. Ways to fulfil the system conditions are worked out and a plan for how to proceed. Back-casting is made to identify partial goals in the project.

Individuals are very different when it comes to their capacity, interest, or possibilities to change. Alan Atkisson in his Amoeba game differentiates between several types of personalities in relation to change, from enthusiasts to those who are very resistant. Reactionaries are very sceptical to all kinds of changes, laggards are slow to change and do not want to get involved. Mainstreamers constitute the biggest group in most situations and come after those who set the path. The key individuals when it comes to change are the change agents, the forerunners. Transformers are able to implement change, often authorities. He also points to a number of other less common personalities, such as innovators more concerned about their own ideas, but still very important, and others who are just a nuisance.

There are several ways to try to inspire and influence a person or a group to change. Scott Geller has examined successful change processes. His model of actively caring includes three factors: 1) self-esteem – I am valuable, 2) empowerment and optimism – I can make a difference, and 3) belonging and ownership – I belong to a group. These factors may induce individuals to choose a new lifestyle. They may also make people actively recruit others to a new lifestyle, that is, to become change agents and help them to influence others to become involved.

Materials for session 11c

Basic level

  1. Study behaviour change theories in the Environmental Science, chapter 21, especially pp 651-658: Behaviour and the Environment
  2. The ISIS Accelerator tools.
  3. A Brief Overview of The Natural Step.

Medium level (widening)

  1. Study institutional learning in Organisational and Institutional Learning in the Humanitarian Sector from ALNAP, Active Learning Network
  2. Welcome to Changing Minds.org the largest site in the world on all aspects of how we change what others think, believe, feel and do. There are already around 5000 pages here, all free and with much more to come.

Advanced level (deepening)

  1. The ISIS Method A Handbook for Sustainability Practitioners.
  2. Our Approach – The Natural Step Framework.
  3. The natural step Sustainability Distance Learning.

References

Atkisson, A. 2010. The Sustainability Transformation – How to Accelerate Positive Change in Challenging Times. Routledge, UK.

Rydén, L., Migula, P. and M. Andersson (eds). 2003. Environmental Science – understanding, protecting and managing the environment in the Baltic Sea region. Baltic University Press. Uppsala, Sweden.

BUP Sustainable Development Course

Introduction
  1. The BUP Sustainable Development Course
  2. Introducing Sustainable Development
  3. Course Content
  4. Authors
Chapter 1: Historical background and concepts

1a. Stories of societies which succeeded or collapsed

1b. The UN process – from Stockholm to Johannesburg

1c. Understanding sustainable development

1d. What we believe in – our values and sustainable development

Chapter 2: Energy use and climate impact

2a. Energy supply and use

2b. Energy use and climate change

2c. Climate policies

2d. Energy management strategies

Chapter 3: Resources and limits to growth

3a. History of resource flows

3b. Limits to growth

3c. Measuring and managing resource flows

Chapter 4: Urbanization

4a. Urbanization

4b. The sustainable city

4c. Urban management

Chapter 5: Sustainable production and consumption

5a. Manufacturing – sustainable production

5b. Consumption – sustainable use of products

5c. Waste management – sustainable end-of-life of products

Chapter 6: Life and land, food and fibres

6a. The living world

6b. Land and water

6c. Agriculture and food

6d. Forests and fibres

Chapter 7: Mobility

7a. A culture of mobility

7b. Means of mobility – technology and systems

7c. Freight

7d. Policies and management of mobility

Chapter 8: Human welfare and sustainable lifestyle

8a. Demography and population change

8b. Welfare

8c. Social sustainability, happiness and the one-planet-life

Chapter 9: The political dimensions of sustainability

9a. Governance and democracy

9b. International cooperation and world order

9c. Making and implementing sustainable development politics

Chapter 10: Economy and sustainable development

10a. Economy and ecology – a single system

10b. The dilemma of economic growth

10c. Tools for approaching a sustainable economy

Chapter 11: Changes and management

11a. The processes of individual change

11b. Social change and transitions of societies

11c. Managing change

Chapter 12: Education

12a. The politics of ESD

12b. Teaching sustainable development – A guide for teachers

12c. Learning sustainable development – A guide for learners