1.1. Climate change adaptation requires complex, urban transformation processes
Since the first Club of Rome report in 1972 (Meadows et al., 1972), we have accumulated a great deal of knowledge about humanity's role in climate change - but we are still a long way from effectively reducing it. Complex challenges in times of climate change require not only complex solutions, but also the awareness that their implementation goes far beyond technological solutions and entails a fundamental change in the roles and routines of municipal project managers, consultant researchers and all relevant stakeholders.
The formats of living labs and transdisciplinary real-world laboratories that have been successfully implemented in recent decades thanks to the EU Horizon 2020 programmes have presented researchers and municipal project managers with the challenge of abandoning their traditional roles and looking for opportunities for mutual support and cooperation.
Which goals and measures to reduce climate-damaging emissions can be realised in a specific context? How can complex change processes in one's own city or region be understood and moderated? How do researchers and municipal project managers have to organise their role, project structures and cooperation so that a "new wine" in "new wineskins" becomes possible in the first place?
"We have suitable technological solutions for you!" we often hear from experts, immediately followed by complaints about the fact that valid (hierarchical) structures and (municipal decision-maker) roles in the cooperation between representatives of politics and administration are a major obstacle to realisable technological change. The municipal "playing field" is perceived as resistant to change.
The experience of many research projects has shown that change that does not respect existing hierarchies is rejected by the system and loses any chance of realisation. Lessons learnt also show that transformation projects that only use existing hierarchical information and decision-making processes are assimilated by the communication patterns of the system. "New wine" seems to be neutralised by "old wineskins" and reduced to a minimum.
Change therefore requires system learning or system transformation: This leads to the question of how and at what levels municipal project managers and consulting researchers need to work both with established municipal hierarchies and build cross-sector, multi-level transformation room for learning and experimentation processes. This gives rise to two further follow-up questions.
It must be clarified in which way which central actors of the "municipal hierarchy" must be integrated into the multi-level transformation room in order to be part of the learning and experimentation process and thus be able to understand the new solutions and then represent and support them in municipal decision-making processes. It must also be answered when and in what way the prescribed decision-making processes of the municipality must be addressed and utilised so that the new solutions can be reviewed by the formal decision-making bodies/institutional authorities and officially approved for integration into specific work processes.
And everyone knows that transformation processes cannot be controlled and instructed. Despite careful clarification of objectives, a clear focus and the best planning, their dynamics are always open-ended and therefore a risk. The phase of "integrating" new solutions into existing operational processes is therefore a particularly critical moment because this is where existing processes are productively disrupted and, at best, expanded. Reinhard Nagel, a systemic Austrian organisational counsellor (D. Wilhelmer/ R. Nagel 2009), therefore characterises this phase of transition as a "jolting phase", where new solution ideas initiate changes to existing processes and are simultaneously changed by the existing processes once again. This makes the implementation steps of transformation processes an important part of the transformation process itself.