Learning Action 1 introduced you to the concept of ESD. As explained, ESD foregrounds the integration of environment, society and economy in order to allow for working towards a better life and future for all. Learning Action 1 introduced the models of weak and strong sustainability. Internationally, ESD is influencing policy development.
In southern Africa, we can also see the influence of new thinking about environment, society and economy in the school curricula. Research in ESD shows that few teachers and vocational instructors fully understand environment and sustainability content, or the relationship that is implied in the SD focus on environment-society-economy. For many teachers and instructors, environment and sustainability knowledge is seen as ‘new knowledge’. It is also rapidly changing and developing as scientists strive to understand environmental issues better and how these report to economy and society, in order to come up with possible solutions and alternative practices.
For example, 20 years ago little was known about climate change, and even less about alternative energy technologies. Today these are both rapidly developing areas of new knowledge and practice. Thus, environmental topics represent challenging ‘real life’ learning opportunities. Particularly with environmental knowledge, teachers face a triple challenge of teaching learners:
These perspectives on knowledge, especially also knowledge of sustainability issues, pose some challenges for Teacher Education / TVET institutions, as these institutions have traditionally mainly worked with knowledge that is already established and that is certain. We explore how to engage with these challenges further in this Learning Action.
Environment and sustainability issues are generally complex, and understanding them requires an overall appreciation of a number of aspects, from personal and cultural to scientific and technical perspectives, as well as a critical understanding of political and economic interests. However, a certain amount of foundational knowledge in key subjects, such as Biology and Geography, is also needed.
Work through the Learning Action 2: Sustainable Development Goals and Critical Issues Course materials on the need for foundational knowledge.
Do research oand find relevant teaching materials for the following core concepts:
Think about how each of these topics are relevant to your subject or your work in the TE/TVET institution. Share your findings with us in our next group discussion.
At school and in many TVET programmes, textbooks generally present information as unquestioned, cut-and-dried facts. However, because environmental and sustainability knowledge (including the cultural aspects of this knowledge) is most often linked to issues means that this knowledge is contested; in other words, people disagree about its validity (truth). For example, despite what many people consider to be convincing evidence that human activities are causing global climate change, some people (and even governments!) believe that the changes we are witnessing are due to natural cycles only. Yet climate change is mainly about the impact of high levels of greenhouse gasses. These are due to anthropogenic (human induced) changes resulting from fossil fuels. This challenge intersects with natural cycles. It is therefore important to establish the ‘best available truth’, and not just support post-truth or false information that is often spread by denialists or because of vested interests. Educators have a responsibility to work with the best available truth in their educational programmes, without being dogmatic or ideological.
Furthermore, in many cases, we do not know enough about an environmental or sustainability issue. Our knowledge is incomplete, and thus uncertain. Most teachers and learners are unaccustomed to working with knowledge that is contested or incomplete. Yet this is an important feature of knowledge in the 21st century, hence we emphasis the idea of ‘best available truth’.
How to address the knowledge challenge: