You have full access to this open access article. Adaptive capacity building can reduce vulnerabilities and enhance the resilience of urban regions towards the impacts of climate change.
We use a mix of empirical methods and apply the dynamic knowledge loop as an innovative analytical tool. The added value of inter- and transdisciplinary cooperation concerning knowledge generation and facilitation of social learning is discussed by applying the dynamic knowledge loop to research about a scenario-planning process and a participatory mapping exercise in the urban region of Rostock, Germany.
The results demonstrate that the scenario planning process allowed for a consideration of complex interrelations that have the potential for an integration of different influences, perspectives, and knowledge forms.
Scenario planning facilitated social learning by creating a platform for integration and exchange of different epistemologies and for considering alternative futures. The participatory mapping exercise demonstrated the scientific value of the integration of local knowledge as well.
Building upon these results, we stress the importance of knowledge generation, knowledge exchange, and social learning to build up adaptive capacity through different forms of cooperation between science and practice. Climate change is often referred to as one of the most threatening future challenges. As such, increasing adaptive capacity is important to increase the capability of actors to deal with the effects of climate change Walker et al. Climate change poses new challenges for civil protection, such as dealing with high uncertainty regarding the risks related to climate change.
