Design and deployment of stormwater nature based solutions (NBSsw) for resilient and livable cities – GreenStorm
GreenStorm targets nature-based solutions designed to manage stormwater (NBSsw) as a means of urban transition, with a specific focus on climate adaptation, resilience of urban vegetation, but also enhanced social benefits. The hydrologic and thermal performance of NBSsw during present and future climate extremes (high intensity rainfall, drought, heat waves, frost/thaw) will be assessed for a range of NBSsw structures and a wide span of European climates, by coupled monitoring / modeling. Improved NBSsw structures, and pathways for their acceptable implementation in urban areas will be developed based on cocreation workshops with all relevant stakeholders (professionals and citizens). A real case study in Copenhagen will serve to demonstrate NBS implementation in a community engaged approach and, based on a cross analysis with data and feedback from Paris, Athens, Genoa and Östersund, allow to identify drivers for NBSsw upscaling. Based on these results, potentials for widespread implementation of NBSsw at urban catchment scale will be analysed in the 5 partner countries (France, Denmark, Sweden, Greece, Italy) and the hydrologic/hydraulic and thermal benefits modelled.
Project coordination
Marie-Christine GROMAIRE (Ecole Nationale des Ponts et Chaussées)
The author of this summary is the project coordinator, who is responsible for the content of this summary. The ANR declines any responsibility as for its contents.
Partnership
Athens Anaplassis S.A. Athens Anaplassis S.A.
Ville de Paris Ville de Paris
CD93 Département de la Seine-Saint-Denis
CDG Comune Di Genova
LEESU Ecole Nationale des Ponts et Chaussées
Agricultural University of Athens (AUA) Geoponiko Panepistimion Athinon
Koordinat Koordinat
UCPH Kobenhavns Universitet
Copenhagen Kobenhavns Kommune
Ostersund Ostersunds Kommun
Univ. Eiffel Université Gustave EIffel
TEAM Transferts et interactions liés à l'eau en milieu construit
UNIGE Universita Degli Studi Di Genova
LTU Lulea Tekniska Universitet
Help of the ANR 350,982 euros
Beginning and duration of the scientific project:
January 2024
- 36 Months
