About this course

During the past decade, efforts to tackle environmental degradation have been increasingly framed under the term ‘green transformation’, arguing for a wholesale re-organization of socio-economic systems that will allow societies to tackle environmental problems, while at the same time maintaining and increasing levels of prosperity and well-being. This dual goal acknowledges the severity of current environmental problems (e.g. climate change, biodiversity (species and habitat) loss, pollution, resource degradation) and proposes what is usually perceived as dramatic social changes. There is however very little critical reflection in public debates and policy arenas as to how drastic changes in societies come about, and under which circumstances and consequences. This course addresses this gap by critically scrutinizing the assumptions, problems and solutions inherent in green transformations. It does so by drawing on 1) different strands of social science theories of change and 2) empirical material that illustrates how social changes come about.In doing so, it draws on broad fields of study like environmental governance, human geography, socio-technical transitions, and social practices. The common idea of these fields is that the types social changes proposed by green transformations are difficult to achieve and often unpredictable, but not impossible. Existing socio-technical system such as our energy, transport, housing and agri-food arrangements rely on ‘heavy’ lock-in dynamics such as infrastructural investments, regulations, subsidies schemes, vested interests, and behavior patterns. These are in turn difficult to address at one level alone (regional, national, local) and often require slow-moving incremental adjustments, rather than wholesale transformations. In addition, behaviors that lead to greenhouse gas emissions are difficult to understand and tackle by simply ‘editing’ individuals’ choices and ‘nudging’ them toward sustainability, because such practices are social, rather than individual.The course draws therefore on investigating critically the content of green transformation policy documents and plans from various Western contexts. Students will also acquire skills in content analysis and synthesis of such policy programmes and documents. Subsequently, the content, assumptions and pathways of green transformation will be contrasted to theoretical insights from social sciences regarding social transitions. Students will be provided with detailed insight into how to understand and analyze social change by drawing attention to historically and culturally specific trajectories of what people do, and how certain practices replace others as a result of accumulations of meaning, materiality and competence. For instance, social practices around heating and cooling of public spaces required new meanings/ideas of what it means to be comfortable, material heating/cooling systems, and competences around the latter. Practice theories, socio-technical transition management, nature conservation. food systems, capitalist transformation, theories of institutional change, and theories of futurism and prefiguration are some of the main theoretical approaches that are going to be used. These will provide the students with the necessary key concepts, frameworks and tools to analyze concrete examples of environmental problems and possible solutions in the current context of ‘green transformations’. Many of lectures will illustrate how these theoretical approaches are applied in current research from Norway and abroad.The course will ensure ample space for discussion and deliberation among students, especially in relation to the seminars. These will be anchored in concrete current initiatives aimed at transitions toward sustainability in practice.

Learning outcome

The aim of the course is to provide students with interdisciplinary knowledge, skills and competences that allow them to critically understand, analyze, and critique environmental problems and solutions. Particular emphasis is placed on mastering insights from different theoretical and empirical evidence about social change toward sustainability.

Knowledge: Varied and detailed knowledge regarding the drivers of environmental problems and the possible solutions to these. In depth understanding of key concepts, theoretical frameworks and analytical tools relevant to current environmental issues. Critical insights into the difficulties and possibilities of governed social change.

Skills: Ability to understanding, analyzing and critique environmental policy formulations for sustainability; Achieve updated knowledge and historical overview of the sustainability field of studies with emphasis on processes of social change; ability to draw on and contrast fruitfully competing theoretical frameworks and methodological approaches to study environmental issues.

General competence: Develop analytical and theoretical skills for understanding current environmental problems. Develop critical perspectives on the assumptions, vested interests, and potential pitfalls of the governance of green transformations. By completion, the students will have acquired insight into own positionality and sociality of their own practices relevant to sustainability transitions.

  • Learning activities

    Tuition in the course is campus-based, with no streaming, except otherwise indicated.

    The course consists of a combination of lectures, seminars, and group assignments.

    Lectures and seminars will complement each other and at least one lecture and one seminar will be student-led. The first lecture will outline the course structure and methodology and the key concepts and themes. The course is offered for the first time in Autumn 2024, therefore some flexibility in form and content needs to be expected.

    Except indicated otherwise, lectures will be held physically in class.

    Both lectures and seminars will rely on a variety of forms, ranging from self-study, group discussion, to flipped classroom, classroom role-play on given topics, facilitated group discussions and (policy) document analysis.

    Students will be divided into groups in relation to some of the group assignments and given specific topics that are then discussed in more detail by the class in relation to theories and methodologies of evaluating environmental problems and solutions. Group assignments will rely on good working relations within groups, and relevant practical guidelines will be discussed before the first exercise.

  • Teaching support

    There is supervision in connection with the group assignment. Supervision will also be offered outside of these seminars. Kontakt with the teachers via email and Canvas.
  • Syllabus

    A reading list of journal papers and book chapters will be provided in Canvas.
  • Prerequisites

    The course is generally adapted to the background of the students enrolled in the M-IES program. Basic environmental science knowledge, in particular of current environmental problems (climate change, biodiversity degradation, pollution, etc.), is expected.
  • Recommended prerequisites

    The course is interdisciplinary. Basic knowledge in ecology, environmental science, human geography and anthropology or similar would provide a good foundation for acheiving the learning outcomes of the course.
  • Assessment method

    Assessment method:

    Written final exam (A-F)The written exam counts for 100% of the grade. The written exam will be in English only.

    The obligatory activities must be successfully completed in order to pass the course.

  • About use of AI

    Exam- K1 (no AI allowed)

    Groupwork- K3 (use of AI allowed but it has to be in line with the Guidelines for Use of Artificial Intelligence (AI) at NMBU | NMBU )

    Descriptions of AI-category codes.

  • Examiner scheme

    The written exam will be set up and assessed by the course responsible. An external examiner will quality check the design of the course assessment and some of the exams.
  • Mandatory activity

    Obligatory activities:

    - students’ participation in at least 80% of seminars

    - completing a groupwork exercise that results in a presentation

  • Teaching hours

    Lectures: around 12 double-hour lectures. Seminars: 5 double hours. Group work with supervision: 4 hours.
  • Preferential right

    M-IES and M-EEG
  • Admission requirements

    Bachelor degree in relevant field, social and/or natural sciences.