Svenska Aralsjösällskapet
11a.
The processes of individual change
Sustainable development will not be reached unless we change, as individuals, organizations, authorities, and societies. In this session we will study and attempt to describe the processes that lead to change and how each one of us as an individual can contribute to change.
On the individual level, change is dependent on our understanding, of attitudes and behaviour. Theories of individual change have been advanced in the fields of psychology and education, in areas of culture, of medicine and health, and in environmental science. Recent research suggests that individual behaviour change is not foremost a question of knowledge and rational choice. It rather depends much on social interactions, lifestyles, norms and values, as well as on support from tailored information, policies, and technologies. In addition, individuals are different. Some people are more likely to change than others, perceive risks differently, and possibilities to change vary for a person during his/her lifetime.
The natural tendency of most individuals is to preserve what they have rather than trying something new, even if it is expected to be better. This resistance to change is explained by status quo is perceived as having a higher value, change itself being uncertain, and that change requires an effort. As a result, most people are habitual. Resistance to change may take many forms, including active or passive, overt or covert, individual or organized, aggressive or timid. As change does not happen, the consequence of not changing is postponed to the future. Sometimes this is serious, as in the economic crisis, but it is equally serious for many environmental issues, including the ongoing global warming.
Change or lack of change is also connected to the perception of risk. This is mostly very irrational and depends on other factors than on carefully calculated data. Risk may be ignored, e.g. when it comes to car driving or bad habits for health. Risks may also be exaggerated. For example, air travel is perceived as dangerous by many, although it is far safer than the car trip to the airport. Risk of climate change has been calculated by the IPCC as very high, about 50% risk of more than 2 degrees global warming (and probably more in most recent estimations). This risk is seldom well understood.
In some situations, a risk may, however, be understood as very real. Thus, when patients who had survived a heart attack were told by their doctors that they had to change behaviour to avoid an almost certain imminent death, there were two kinds of reactions to threat. Some faced the danger, learned much about heart illness and changed behaviour. Another group was unwilling to change, disregarded and played down the danger and did not change. Today, these patients are offered a program to learn a new behaviour. A similar spilt between two types have been seen when it comes to the threat of nuclear war or for that matter climate change: Some face the danger, learn about it and change, but many rather avoid the topic and play down the risks.
Individuals thus differ between themselves. Personality features as well as the way a person perceives his/her situation and the world is important for his/her possibilities to change. People can be categorized in many ways. Michael Thompson, in his cultural theory of risks, differentiates between three categories. The individualists rely on human ingenuity and maintain that there are enough natural resources for all of us. He/She assumes that technological progress will take care of environmental problems. Egalitarians on the contrary assume that Nature is already under severe stress and that environmentally less damaging lifestyles are urgently needed. Hierarchizes are between the two, as they assume that a certain risk to Nature can be accepted if we pursue broader social goals. It is clear that today the world is run by individualists promoting economic growth rather than nature protection.
Which are then the factors, the incentives, which lead to behaviour change? Behaviour change has been studied as part of health research. In this field it is clear that information about a behaviour (smoking, drinking etc) being damaging does not automatically lead to change. Information alone rather seems to have very little effect, even if health is an important value. This is also true for behaviour related to the environment. Values and information are thus by themselves limited as incentives to behaviour change. Nor is regulation by itself an important incentive. For example, the law on obligatory safety belts in cars did not have an immediate effect. Change is more readily accepted if it is voluntary, and it is then also more long-lasting.
If knowledge does not lead to behaviour change, what then may initiate a change process? New information does lead to change of behaviour if the consequences of the information are immediate, for example “do not feed the wolf, he will bite you”. But information on environmental matters is seldom related to immediate consequences. The consequences are typically far away, often both in time and space. One may instead assume that information may lead to increased awareness of an issue, which is followed by behaviour change. But at least in the field of environment, research suggests that it is rather the other way around. It is new behaviour, which leads to new knowledge, which, if deepened, is followed by a change in attitude.
Thus, the typical change process starts in the practical situation. The concrete situation, the antecedents, is important for behavioural change. An antecedent is what is there before the effort to induce a change. The practical conditions should be such that the new behaviour is easily accessible. It is easier to buy eco-labelled products if you see them on the shelf, and it is easier to stop smoking if there are no cigarettes around. The environmentally adverse behaviour should be difficult to carry out, while the good behaviour should be easy.
Also, important are the consequences of a behaviour change. Since the effect on the environment itself is seldom immediate, one needs to construct “artificial” consequences to promote behavioural changes. These have mostly been economic, e.g. decreasing energy costs when saving energy, or smaller fees for waste management if the waste is sorted. Economic incentives are extremely important. It is crucial that environmentally good behaviours should be less expensive than environmentally bad. This is mostly done by taxations. Thus, a high tax on carbon dioxide emissions is a very efficient way to achieve a change to non-fossil fuels.
A British 2008 governmental report on policy frameworks for promoting environmentally more sustainable patterns of consumption and production concluded that a most important condition is proper social norms. A first condition for municipalities was structures needed for proper environmental management (the antecedents!). E.g. provision of kerbside recycling will raise recycling rates without any underlying shift in culture or attitudes. But the second most important determinant of whether someone recycles is whether his/her neighbour does – which can be regarded as a proxy for the extent to which the behaviour has become a social norm.
In summary, to achieve change in behaviour one first needs to arrange the practical situation, so the new behaviour is easy to carry out. Secondly the new behaviour should at best be profitable, that is economically better than the old one, e.g. by new charges, taxes, or subsidies. If enough members of the society adopt the new behaviour, it becomes a social norm and is then further accepted and strengthened. This may lead to knowledge on the reason for the new behaviour and a new awareness in society.
Materials for session 11a
Basic level
- Study behaviour change theories in the Environmental Science book, see Chapter 21: Behaviour and the environment, especially pp 651–658.
- Read pages 47–48: Individualists, Egalitarians, Hierarchists – Three ways to perceive the world in: Product Design and Life Cycle Assessment.
Medium level (widening)
- Study pages 7–17 in Achieving Culture Change: A Policy Framework (UK government report, 2008).
Advanced level (deepening)
- Study Behaviour Change – A Summary of Four Major Theories as used in HIV/AIDS prevention.
- A longer report of behaviour change is the Government Social Research (GSR) report Behaviour Change Knowledge Review Reference Report: An overview of behaviour change models and their uses by Andrew Darnton, Centre for Sustainable Development, University of Westminster 2008. Read especially “2.3 The role of information and the value action gap” pp 10–15.
References
Darnton, A. 2008. Reference Report: An overview of behaviour change models and their uses. Centre for Sustainable Development, University of Westminster. UK:
Family Health International (FHI). 2002. Behavior Change – A Summary of Four Major Theories. Arlington, VA. USA.
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.
Zbicinski, I., Stavenuiter, J., Kozlowska. B. and H.P.M. van de Coervering. 2006. Product Design and Life Cycle Assessment. Book 3 in a series in Environmental Management. Baltic University Press. Uppsala.
BUP Sustainable Development Course
11b.
Social change and transitions of societies
Sustainable development requires social change, even a transition to a new society, a grand vision. What do we know about social change? How does it occur, which are the processes, which contribute to or hinder social change? This is the topic of this sub session.
It is clear that large social transformations occur repeatedly in history. We have the large civilization changes – from an agricultural society to an industrial society and then to a service oriented society. These transitions occurred as different sectors, which provided resources to society, changed fundamentally. In the agricultural society, some 85% were working in “food-producing” agricultural (primary) sector and lived on the countryside. In the industrial society, some 70% were working in “products-producing” manufacturing (secondary) sector and living in cities. This figure has in the service society decreased to 11-12%, while 70% work in the “service-providing” (tertiary) sector, and urbanization increased to some 85% or more. This development has been caused by technological and organizational developments, such as large-scale production, new machinery, and automation, but equally important is access to new resources, not the least fossil energy. The transitions are also characterized by a steadily increased use of resources.
But social change also refers, equally important, to a change in the social order or organization of society. Changes of social order include the transition from authoritarian to democratic government, from feudalism to capitalism and market economy, and the development of the welfare state; the rise of the civil rights movement and the acceptance of human rights; the development of the environmental protection movements; and not the least globalization, and large-scale use of information technologies. All these changes may be included in modernization, the processes that take a society from traditional to a modern. Modernization eventually seems to replace the key position of the family in society with the individual, and reduces the role of the church and see a growth of a more secular culture.
Finally, social change may also refer to political changes. These include de-colonisation, increased global cooperation and trade, less concern with military power, to economic growth as a primary political goal. A dramatic, unexpected and rapid political change was the end of the Cold War, when Central and Eastern European states changed political system as they left the communist block to become “states in transition” towards democracy and market economy. First a majority of inhabitants were all positive to the changes, but very soon sentiments changed and many missed the old system. It has taken close to a generation to adapt to the new social order, an adaptation still going on.
This social change may be a case of future shock, a change dangerous to a society and to sensitive individuals. The concept was introduced by Alvin Toffler in 1970 for a situation when persons perceive “too much change in too short a period of time”. He believed that the accelerated rate of technological and social change and information overload could leave people disconnected and suffering from “shattering stress and disorientation”. A similar concept is culture shock. It is the alienation and anger, which may occur when a person is transferred to a new culture. Culture shock is most often used in connection with migration.
The question of how social change is brought about has since eternity occupied thinking, as it has been on the agenda in all societies. Is it a sudden change, a revolution, or a slow change, an evolution? Is it by struggle and fight, or is it by political activism and persuasion? There are many examples of how one process transformed into the other. In an authoritarian regime, civil society has more difficulties to influence these changes; in a democratic society, the decision to change should hopefully be the result of a democratic process.
In a bottom up process, recruitment of members of society to the new cause is the key step to take. How many are needed to achieve a change? One study proposes that when just 5% of a society accepts a new idea, it becomes “embedded”, and when 20% adopt the idea; it is “unstoppable.” The study also shows that it normally requires 50% of the population to be “aware” of the idea in order to reach the 5% who will adopt it. Certainly, these figures are different for different ideas and societies, but they give us an idea of how social change may work. In a more authoritarian system, distribution of power is the crucial factor deciding on who could initiate and implement change.
Diffusion of innovations was more rigorously studied by Everett Rogers, a professor of sociology. In 1962, he published his well-known theory of how innovations are adopted in society, among individuals and organization. Individuals progress through five stages: knowledge, persuasion, decision, implementation, and confirmation. The main elements that influence the spread of a new idea are the innovation itself, communication channels, time, and the social system. It progresses through several actors known as innovators, early adopters, early majority, late majority, and laggards.
Which are the actors in social change processes? Social movements play a vital role as discontent members of society push for a change. There are also resistance to change, especially when those with vested interest understand that they will suffer in case the proposed change is brought about. We see this clearly in the climate change discussion, as typically those who will lose when the old system based on fossil fuels is replaced will protest or typically deny that there is a problem with global warming.
The transition to a sustainable society at present seems to be far away in time. Instead of adapting to the existing limits to growth and resource flows which the environment can cope with, policies in the world are promoting economic growth, as an overarching goal. John McNeill suggests (See Chapter 1a) that it would be more reasonable to focus on energy and demography than growth. The economist Nicholas Stern (See Chapter 2b) concluded that it is far better to invest about 1% of GDP in mitigation of climate change now, instead of suffering much worse costs in 20 or so years. But the world is postponing changes. They are perceived as costly and less pleasant, even if some may accept them as unavoidable in the longer terms. In this way, the transition to a more sustainable society is similar to the economic crisis. Loans are taken to keep lifestyle unchanged. In the meantime, consequences become more serious, as the change is postponed.
Materials for session 11b
Basic level
- Why does a society develop the way it does? By Gene Shackman, Ya-Lin Liu and George (Xun) Wang. A Review of Theory About Social, Political, Economic Change of The Global Social Change Research Project. Study the beginning of the website, The Global Social Change Research Project.
- Study The Process of Social Change by Len and Libby Traubman.
- Diffusion of Innovations by Everett Rogers and the idea of tipping points where a new idea catches fire. Does it exist? A review by Greg Orr, Stanford University
Medium level (widening)
- Study Achieving Culture Change: A Policy Framework (UK government report, 2008) 2. The concept of culture change, pp 23-38.
- Read A Three-fold Theory of Social Change and Implications for Practice, Planning, Monitoring and Evaluation by Doug Reeler, of the Community Development Resource Association, 2007
Advanced level (deepening)
- Why does a society develop the way it does? By Gene Shackman, Ya-Lin Liu and George (Xun) Wang. A Review of Theory About Social, Political, Economic Change of The Global Social Change Research Project.
- Study the role of NGOs in The rise and role of NGOs in sustainable development from International Institute for Sustainable Development, IISD
References
Knott, D., Muers, S. and S. Aldridge. 2008. Achieving Culture Change: A Policy Framework. A discussion paper by the Strategy Unit. Admiralty Arch, The Mall, London SW1A 2WH.
Reeler, D. 2007. A Three-fold Theory of Social Change and Implications for Practice, Planning, Monitoring and Evaluation. Community Development Resource Association.
BUP Sustainable Development Course
11c.
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.
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.
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.
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
- Study behaviour change theories in the Environmental Science, Chapter 21: Behaviour and the environment especially pp 651-658.
- The ISIS Accelerator tools.
- A Brief Overview of The Natural Step.
Medium level (widening)
- Study institutional learning in Organisational and Institutional Learning in the Humanitarian Sector from ALNAP, Active Learning Network
- 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)
- The ISIS Method A Handbook for Sustainability Practitioners.
- Our Approach – The Natural Step Framework.
- 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
12a.
The politics of ESD
Education for Sustainable Development, ESD, has since the 1990s become a concept both in the world of education and the world of politics. Education has been recognized as the golden way to approach sustainability and is meant to be available to all parts of society and integrated in all kinds of schools. This session will look at ESD from all perspectives, the politics of education, as well as from the teachers’ and the learners’ side.
Environmental education was brought up as an essential component of environmental protection already at the 1972 Stockholm conference, and UNESCO was given the task to establish an international programme in environmental education. In 1975, UNESCO together with UNEP created the International Environmental Education Programme. Already here, the important components listed included interdisciplinarity, promotion of values and ethical responsibilities, commitments for actions and improvement of quality of life. All of these are today essential ingredients of ESD.
Two conferences/workshops dedicated to environmental education were arranged in Belgrade in Serbia in 1975 and in Tbilisi in Georgia in 1977. From the documents agreed on at these conferences, it is clear that the nature of environmental education is not similar to the ordinary subjects in schools or even in higher education. The systems understanding is emphasized: “to consider the environment in its totality, natural and man-made”; it is important that it is lifelong; it should deal with how to implement action and solve problems; the declarations of the conferences were accepted to a very different extent in different countries. In most cases, the ordinary curricula did not change much. In other countries, environmental education started as a component in biology. Here it was mostly education about (rather than for) the environment and had a considerable component of ecology.
In the meantime, a number of NGOs became very important actors in environmental education and their number of members increased. These groups were concerned about the state of the environment and acted to protect and conserve it. Some members of the environmental movement became extremely skilled, while others had a less scientific approach and were mostly concerned with a particular problem or site, which were threatened by pollution. NGOs in these years were – and still are – important political actors.
The 1992 Rio UNCED conference became a turning point in environmental education and changed it even formally into education for sustainable development. The Agenda 21 document mentions the word education several hundred times. Chapter 36 is entirely concerned with education. The basis for action for sustainable development should be increasing public awareness and public participation, which is entirely dependent on increasing substantially the general knowledge on environmental and sustainability issues in all layers of the population.
In the Baltic Sea region, the Agenda 21 document was developed into a regional action plan, the Baltic 21, in 1996. The original Baltic 21 had 9 sections, but none on education. After initiatives from several of the sectors, in particular the agricultural sector, Sweden together with Lithuania initiated a process, which led to the establishment of a special Baltic 21 sector for education finalized in 2002.
Still, the education sector was weak and further initiatives were taken to strengthen its agenda for ESD. The World Summit at Johannesburg in 2002 became such an opportunity. At this conference, research, education and business were in focus. On a Japanese initiative, the conference suggested that the United Nations should install a decade for education for sustainable development. Later in 2002 the General Assembly decided that a decade for ESD should be run during 2005-2014 under the leadership of UNESCO. This process, which is thus ongoing, had its midterm conference in Bonn in 2009. Presently, efforts are made to make ESD a permanent responsibility for UNESCO, thus continuing after 2014.
The national implementation of the decade has been very different. Since 2002 most countries have developed their national strategies for ESD. Some countries, including Sweden and Latvia, have passed laws, which make higher education institutions responsible for delivering ESD. The number of courses and master programmes in SD at universities in many countries are important. However, we have seen less of integrating ESD in other subjects.
UNECE (United Nations Economic Commission for Europe, the USA, and Canada) have been very active to promote ESD. Already, the conference of ministers of environment in Kiev in 2003 drew up preliminary lines for an UNECE strategy for ESD. The strategy was developed and accepted at a conference for ministers of environment and education in Vilnius in 2005, thus marking the start of the Decade. The strategy has since been revised, and the most recent version was published in 2011.
Several initiatives to strengthen and develop networks for education for sustainable development have been taken both in NGOs, in schools and universities. In the Baltic Sea region the Baltic Sea Project, BSP, is a cooperation between schools in 9 countries with hundreds of participating schools. Among universities the Baltic University Programme, BUP, is the largest network in higher education for ESD, but we also see networks of universities for ESD in the Mediterranean. On a global scale, the Life Link network for schools has a large component of ESD. The UN University in Tokyo has instantiated the establishment of Regional Centres of Expertise, RCEs, now developing in many parts of the world. These are coordinating bodies between cities, schools universities and companies in a region, or even a country, promoting ESD. There are today some 100 RCEs; good cases are found, e.g. in the Netherlands.
Materials for session 12a
Basic level
- Study the development of environmental education in the Environmental Science book, especially pages 645-651 in Chapter 21: Behaviour and the Environment – Ethics, Education, and Lifestyle.
- The UN Decade of Education for Sustainable Development (2005-2014) by UNESCO is introduced here.
- The UNESCO site for Education for Sustainable Development is a very rich resource on all aspects of ESD and how it is understood and implemented today.
Medium level (widening)
- Agenda 21, Chapter 36: Education, Training and Public Awareness
- Regional Centers of Expertise (RCE) of United Nations University includes basic description and links to new and all individual RCEs.
Advanced level (deepening)
- Study some of the networks for ESD:
- Baltic University Programme
- Baltic Sea Project
- Life-link
- Baltic 21 and The Haga Declaration
References
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
12b.
Teaching sustainable development – A guide for teachers
For the teachers important questions are how the topics of sustainable development may be included in the curriculum, which aspects of SD should then be part of the courses, and if it should be a special subject or something much more general. Most policy documents emphasize that the understanding and knowledge about sustainable development should be included in all education, just as e.g. democracy. However, in practice, the answer is both. We need both special courses in sustainable development and that the topic of SD in different ways is included in all other subjects.
In specialized education for SD a few basic messages, the basic conditions for sustainable development, need to be put on the table, which, although simple, are not always fully understood. These include the difference between growth and development, too often forgotten in the modern economic growth societies. Secondly, again the systems view and how this relates to and influences its parts (nature, society, and humans). Here the understanding belongs that each system has limited capacity, the carrying capacity, and that the Earth is limited. A specialized course on sustainable development is of course the one you are studying right now.
Sustainability may be included in all or almost all subjects. It seems rather easy to include SD in natural sciences. For example, in biology many aspects of resource flows and environmental impact can be included, and in physics energy use is easy to include. In social sciences, it is not too difficult to discuss aspects of participation and democracy and the UN process. Some teachers believe that humanities, e.g. history, is not part of it, but in fact on the contrary, it is very much so. The process towards unsustainable situations (resource use, demographic development etc) are part of world history. Probably all subjects could easily relate to SD as we are dealing with a systems study where nature, society, and humans are parts.
The classical format for teaching, at least at universities, is the lecture. This does not fit as the only model for ESD. The teacher should at best use a variety of formats. These include some classical formats, such as discussion seminars and group exercises, but there are many more. Among the many possible formats one may list several in the classroom, such as debates (for or against a proposition) exhibits (making e.g. posters), playing games physical or computer games, or role-playing. Outside the classroom there may be field visits, e.g. to a city administration or work in a garden.
In education for sustainable development, the role of the teacher is different from the traditional one. Traditionally, the teacher is perceived as the one who knows the subject being taught. This is not possible in the same way with ESD since the subject is too wide, it includes “the whole world” and how it functions or too often malfunctions. The teacher may of course be very knowledgeable in some special and important aspects of the sustainability agenda, such as energy efficiency or tax shift and economic policy instruments, but there are too many other subjects to cover for a single person to master.
What then should the teacher do? Rather, he/she should know the agenda, that is, the list of issues to be discussed rather than the content of each discussion. The teacher should know the map rather than the detailed landscape on each part of the map. The teacher for this reason becomes a guide for the learners, to travel through the landscape of sustainable development. The teacher becomes a facilitator for the learners, a person who helps the students in the process of education for sustainable development. Facilitation is a skill in itself; some are very good facilitators, and it is important to learn from them.
A recommended arrangement is to teach in teams, most often two teachers together, often one with more natural science background and another with more social science background. It is also recommended, if possible, to invite external lecturers and other interesting persons, e.g. from the city or a company, to talk to the students. One should also see the students themselves as a resource in teaching. When they make summary reports from group discussions or simply show their posters, it is also valuable teaching.
The teacher in ESD should however at best have some special skills. One such is to show how to work with systems. Systems approaches come at least in three levels. Simplest is systems thinking. Here, one may simply write down the components of the system on a piece of paper and discuss how they relate to each other. Second most advanced is systems analysis. Here one should describe in more clear terms how components of the systems relate in a more qualitative way, positive or negative feedbacks, etc. Finally, systems dynamics is a computer tool, which may be quite advanced.
Also, normative aspects, that is, the value or ethics of sustainability, need to be included. One may compare to medical studies where it is obvious that there is a normative aspect, that is, the intention in the profession is to help and cure the patients. In the same way, when working for sustainable development, one wants to increase the health and wellbeing of society and its environment. The attitude that teaching is value neutral does not fit here. On the contrary, the normative side of life is more difficult for students to grasp than the factual side, and the teacher have a very crucial role to help students in this respect.
Thirdly, one needs to include action competence in the education. This is not so easy; it may be best to start discussing the individual action or individual change, which concern life patterns, habits etc. of the student him/herself. If the students are capable of analysing (e.g. by calculating footprints) their own impact on the environment caused by lifestyle, such as travel habits etc. they may make a more competent analysis of what changes may contribute to sustainable development. Next is to be careful with what you buy (action as consumers). Finally, the student can be politically active as voters, as members of an interest group or NGOs to reach the politicians in the community. How to do this should be included in ESD.
Action competence has become an increasingly important priority with time. The phrase “Learning to change the world” is the title of the Gothenburg initiative for ESD. It is coming up as the most important part of UNECE (UN Economic Commission for Europe) strategy for ESD. We are looking forward to a necessary transition of our societies to a more sustainable future. Education and the teachers have a key role in achieving this change.
Materials for session 12b
Basic level
- A basic document is The Gothenburg Recommendations on Education for Sustainable Development.
- Learning for Sustainability (LfS) of Will Allen, PhD, Massey University, New Zealand is a very rich site on the topic of education for sustainable development
Medium level (widening)
- Study the Education for sustainable development toolkit by Rosalyn McKeown.
- Education for Change: A Handbook for Teaching and Learning Sustainable Development.
- Education for Global Responsibility – Finnish Perspectives
Advanced level (deepening)
- Look for more details in some case studies of the Baltic Eco region project Innovation and Education for Sustainable Development.
- Study the role of NGOs in The rise and role of NGOs in sustainable development from International Institute for Sustainable Development, IISD.
- A global set of cases: Good Practices in Education for Sustainable Development: Teacher Education Institutions by UNESCO.
References
The Gothenburg Recommendations on Education for Sustainable Development. 2008.
Jutvik, G. and Liepina, I. (eds.). 2005. Education for Change: A Handbook for Teaching and Learning Sustainable Development.
Kaivola, T. and M. Melén-Paaso (eds.). 2007. Education for Global Responsibility – Finnish Perspectives. Publications of the Ministry of Education, 2007:31. Ministry of Education. Department for Education and Science Policy.
McKeown, R. 2002. Education for Sustainable Development Toolkit. Waste Management Research and Education Institution.
UNESCO 2007. Good Practices in Education for Sustainable Development: Teacher Education Institutions. Section for Education for Sustainable Development (ED/UNP/ESD) UNESCO, Paris, France.
BUP Sustainable Development Course
Sida 10 av 15