Intrinsically strong uncertainty about ecosystems demands the use of the precautionary principle when measuring sustainable development. The precautionary principle requires action to prevent irreversible destruction of the environment despite incomplete scientific knowledge about the extent of the problem and its consequences. Precautionary approaches are also relevant for other areas of great societal concern. The sustainable development project seeks to develop a communication platform for sustainable development, where biodiversity, climate, consumption, global sustainable development and social conditions are combined.
The project focuses on questions like:
- How can early warnings be captured in sustainable development indicators?
- How can large groups of researchers be engaged in giving expert opinions on uncertainty related to the environment and to other disciplines?
- How can politicians and environmental organisations apply this information in their work?
- How can early warning signals be translated into advice for policy actions?
The project cooperates closely with Norwegian Institute for Nature Research (NINA), Directorate for Nature Management (DN), Fafo, BI Centre for Climate Strategy, CICERO Centre for International Climate and Environmental Research, National Institute for Consumer Research (SIFO) and international and national experts.
The project is divided into four work packages:
- The first package develops a conceptual framework for supplementing the SDI set in order to take into account strong uncertainty and improve the information basis.
- The second package aims at establishing a communication platform for researchers with focus on “narratives” that capture present and future trends in biodiversity, climate, social conditions, consumption and global sustainability.
- The third package consists of a survey with the general public and dialogues with scientists, politicians and environmental organisations.
- The fourth package analyses the role of consumption as a main driver of environmental degradation.
- Per Arild Garnåsjordet,
- Mads Greaker,
- Geir H. Bjertnæs,
- Frode Brunvoll,
- Tone Smith,
- Anders Barstad
