Urban Nature Labs

💧 UNALAB Project Summary: Co-creating Climate and Water Resilience with Nature

The UNALAB project (Urban Nature Labs) had the overarching goal of developing a robust evidence base and European framework for innovative, replicable, and locally attuned Nature-Based Solutions (NBS) to enhance the climate and water resilience of cities. The project emphasized a socially engaged, citizen-driven paradigm and the use of Urban Living Labs (ULLs) to co-create, implement, and test NBS.


🎯 Core Objectives and Approach

UNaLab sought to reinvent the role of local government by focusing on co-creation, scenario thinking, and collaborative action to achieve multiple social, environmental, and economic co-benefits.

Core Objectives

  1. Foster Urban Innovation Ecosystems: Establish ULLs where stakeholders co-create and optimize NBS.
  2. Develop Evidence Base: Create a robust evidence base and European framework for replicable NBS.
  3. Develop Open Data Platforms: Demonstrate the capability of city-level open data platforms to accelerate NBS co-creation and implementation.
  4. Transfer Knowledge: Successfully transfer NBS innovations and support the development of NBS roadmaps in follower cities.

Implementation Strategy

  • Demonstration ULLs: Partner cities Eindhoven, Genova, and Tampere engaged in systematic co-creation to implement 17 integrated NBS actions, demonstrating their benefits and viability within a living lab framework.
  • Replication Focus: Five partner cities (BaÅŸakÅŸehir, Cannes, Castellón, Prague, and Stavanger) and two international cities (Buenos Aires and Hong Kong) developed green, sustainable future visions, with the aim of replication.

💡 Key Results and Innovation

UNaLab made significant contributions to the state-of-the-art by developing a comprehensive suite of frameworks, handbooks, and digital tools tailored for NBS adoption:

1. Fostering Innovation Ecosystems (Objective 1)

  • ULL Framework: Developed the ULL framework and an Urban Living Lab Handbook.
  • Co-creation Tools: Created an Urban Living Lab Online Toolkit featuring a wide range of co-creation tools and methods.
  • Barriers Analysis: Conducted an in-depth analysis of barriers hindering NBS implementation.

2. Developing the Evidence Base (Objective 2)

  • Impact Analysis: Created the NBS impact analysis framework and NBS Technical Handbook.
  • Economic Tools: Developed an NBS value chain analysis and value model, and detailed NBS business models and financing strategies.
  • Monitoring: Established NBS performance and impact monitoring protocols.

3. Open Data Platforms and Digital Tools (Objective 3)

  • ICT Architecture: Defined the UNaLab ICT framework architecture.
  • Decision Support: Developed the Systemic Decision Support Tool and NBS impact simulator for analyzing trade-offs.
  • Online Tools: Created the Online Nature Innovation Arena, City Performance Monitor, and the online Nature Recommender tool.

4. Knowledge Transfer and Replication (Objective 4)

  • Replication Framework: The UNaLab Replication Framework online content management system captures all project outputs and learnings.
  • Support System: Launched the UNaLab Buddy System and webinar series to facilitate knowledge transfer.
  • Guidance Documents: Produced the NBS Implementation Handbook, including lessons learned, and an Urban Living Lab Roadmapping toolkit.

🚀 Impact and Legacy

UNaLab’s systematic approach strongly supports the mainstreaming of NBS by addressing the practical and digital needs of city officials:

  • Multi-Project Leadership: UNaLab took a leading role in European NBS Taskforces, leading TF1 on Data Management and co-leading TF2 on Integrated Assessment Frameworks, significantly contributing to wider EU guidance and handbooks on NBS impact evaluation.
  • Tangible Outcomes: The 17 co-created NBS actions in the demonstration cities are published as case studies on the Oppla platform, providing real-world examples for replication.
  • Widespread Dissemination: Project outcomes were disseminated at 141 events in 27 countries and resulted in 43 peer-reviewed publications, validating the project’s scientific and practical contributions.
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