Climate Change Resilience

Climate change is no longer a distant projection. Across Europe it is a present operating condition, felt in heatwaves that strain health systems and overwhelm power grids, in floods that sever transport links and supply chains, and in droughts that test water supplies and food production.

The question facing communities, infrastructure operators and governments is no longer whether disruption will come, but how to keep functioning, recover quickly and adapt when it does.

SoReCC works at the point where climate science meets societal capacity, studying how people, systems and institutions can build the resilience to live with a changing climate, and how that resilience can be designed in deliberately rather than discovered after the fact.

We treat resilience as a property of whole systems, not a feature of any single asset or sector. A flood barrier that protects an electricity substation achieves little if the surrounding community cannot reach services, information or one another when the water rises. Resilience emerges from the interaction of physical infrastructure, the organisations that run it and the social bonds that hold a place together, and it is only ever as strong as the weakest link in that chain.

Our members, drawn from engineering, the social sciences, economics and environmental research, work from a shared conviction that technical and social resilience are inseparable. The most durable solutions are not imposed from above but shaped together with the people and institutions who will rely on them, because a measure that communities do not understand or trust will fail at the very moment it is needed most.

Our work ranges from the technical to the social, and tries to hold the two together rather than treating them as separate problems. We study how climate stressors travel through interconnected systems, where the hidden dependencies and single points of failure lie, and how foresight and sound governance can keep essential functions running through disruption. In practice this spans:

• how climate shocks cascade through critical infrastructure, supply chains and public services, and where one failure triggers the next
• resilience indicators and assessment frameworks that capture social exposure alongside physical and economic risk
• governance, continuity planning and decision-making that sustain essential functions under stress
• engagement and co-creation that bring residents, operators and authorities into the same conversation before a crisis, not during it
• the translation of complex climate science into terms that decision makers can act on with confidence

Because resilience is built locally but shaped by national and European policy, we work deliberately across scales, connecting what is learned in a single neighbourhood, utility or sector to the wider frameworks that govern it. This lets practical lessons travel, so that a solution proven in one place can inform decisions in another rather than being reinvented each time.

Much attention goes to preventing disruption, but resilience is tested most in the hours and weeks after a shock, when the speed and fairness of recovery determine the lasting damage. We study how communities and systems return to function, what allows some to bounce back stronger while others are set back for years, and how recovery can be planned in advance rather than improvised under pressure. This includes the role of redundancy and flexibility in critical systems, the continuity of public services, and the support structures that reach the most exposed households first rather than last.

This work speaks directly to the European Green Deal and the EU Adaptation Strategy, and to a wider recognition across Europe that climate resilience and civil security now sit at the centre of public policy rather than at its edge. The cost of inaction is no longer hypothetical; it is recorded each year in damaged infrastructure, disrupted economies and lives lost to extreme weather.

It contributes to Sustainable Development Goals 11, 13 and 9: sustainable and resilient communities, urgent climate action, and resilient infrastructure able to withstand the conditions of a warming world.

Resilience is, in the end, about continuity: the capacity of a society to absorb a shock and carry on. SoReCC works to ensure that this capacity is designed not only into structures and systems, but into the institutions, plans and relationships that hold a community together when it is tested.