About the Project
European research initiative for climate-resilient urban planning.
Explore
5European Cities
245k+Trees Analysed
50+Methods & Protocols
OpenAccess Platform
Platform Features
Explore the Platform
Navigate through research outputs, methodologies and demonstration scenarios
Cities & Living Labs
Real-world demonstration sites across 5 European cities.
ExploreKnowledge Cards
Visual explanations of urban tree phenomena and climate effects.
ExploreMethods & Protocols
Scientific methodologies and research procedures.
ExploreScenarios
Demonstration cases comparing urban greenery configurations.
ExploreDownloads
Open-access datasets, reports, models and publications.
ExploreEvidence-Based Insights
Knowledge Cards
Discover how urban trees influence heat, wind, air quality and public space comfort
Case Study 1
Street Corridor Dynamics
Tree-lined streets reduce urban heat by 3-5 C and improve air quality by filtering particulates through strategic canopy placement.
Heat reduction-3.5 C
Cooling effect+22%
Wind speed2.1 m/s
Case Study 2
Urban Square Microclimates
Strategic tree placement in plazas creates comfortable microclimates, reducing heat stress and enhancing social interaction spaces.
Canopy cover+28%
Shade area42%
EvaluationOptimal
Case Study 3
Green Boulevard Ecosystems
Multi-layered greenery systems maximize ecosystem services, carbon capture and biodiversity support in dense urban corridors.
Temperature-4.2 C
Carbon18 kg/yr
Humidity+12%
Open Access Resources
Resources & Downloads
Open access to research outputs, datasets, models and practical tools
Datasets
Environmental measurements, tree inventories, and sensor data.
BrowseReports
City assessments, impact studies, and policy recommendations.
BrowseModels
Simulation tools and digital twin frameworks.
BrowseEdu Materials
Guides, tutorials, and training materials.
BrowsePublications
Peer-reviewed research and conference proceedings.
Browse