- 10 910
10 910km2, 26% dedicated to agriculture
- 497 000
inhabitants, with20 000 forest owners and 5 000 farmers
- 450+
stakeholders engaged
- 2023-2027
Implementation timeline
Best suited for
This project is best suited for regions aiming to proactively tackle water-related climate risks at the catchment level through multifunctional NbS, supported by cross-sector collaboration.
Stakeholders' role
The RESIST project is based on cross-sector collaboration, involving a public–academia consortium, including municipalities, regional council, universities and research institutes, alongside landowners, citizens and policymakers. To replicate this model, regions should prioritise involving local governments for planning, academic partners for scientific rigor, landowners/farmers or other local stakeholders for implementation and community groups for social acceptance, ensuring a holistic, catchment-level approach to climate-resilient water management.
Built-in scalable tools
The RESIST project offers a replicable public–academia collaboration model that bridges research, planning and implementation, ensuring seamless scaling up of climate adaptation efforts. It provides research-based evidence on the performance and benefits of NbS, facilitating wider adoption across regions. Central to its scalability is a catchment-level framework, applicable to storm water and agricultural and forestry water management, that integrates biodiversity considerations. Complementing this are transferable tools and digital models, that are successfully being replicated in Eastern Macedonia and Thrace, Greece and Normandy, France.
Funding pathways
The RESIST project is co-funded by the EU through the Mission on Adaptation to Climate Change, providing the primary financial backbone for its implementation. To ensure long-term sustainability and scalability, the project actively engages the private sector by leveraging tools like cost–benefit analysis, which demonstrates the economic viability of NbS. This approach not only attracts private investment for implementation and maintenance but also fosters public–private partnerships, ensuring broader adoption and upscaling of the tested solutions. The City of Turku has allocated €930,000 from its investment budget for the implementation of the RESIST measures at the Rauvola pilot site.
