Climate adaptation and resilience demonstrated in the mediterranean region
Acronyme
CARDIMED
Le LPED coordonne le projet ?
Non
Présentation du projet
CARDIMED uses technology to make it easier for people to collect and share data about Nature-based Solutions and Climate Resilience.
Digital tools allow citizens to get involved and learn more. We want to bring together many different groups to share what they know and make a positive impact and understand how water, energy, food, and ecosystems are connected.
Reviving PACA : Micro-forests and unsealed soils in Provence-Alpes-Côte d’Azur (PACA) region, France (SEMIDE)
The focus is on renaturation and unsealing of impermeable urban areas, and creation of green public space for human health and quality of life of citizens in 2 areas of Aix-Marseille: one peri-urban area (19.4 ha) on the St Jerome University Campus and one highly densified urban center (2ha) nearby St Charles railway station. Unsealing artificialised urban areas and planting trees, is contributing to reducing heat island effects, floods risks, storm water soil infiltration rather than discharge to sewer and the sea. Students, teachers and citizens will benefit from improved air quality, shade, greater biodiversity and better bathing sea water quality.
https://www.cardimed-project.eu/demo-sites/paca-micro-forests-unsealed-soils-semide/
Digital tools allow citizens to get involved and learn more. We want to bring together many different groups to share what they know and make a positive impact and understand how water, energy, food, and ecosystems are connected.
Reviving PACA : Micro-forests and unsealed soils in Provence-Alpes-Côte d’Azur (PACA) region, France (SEMIDE)
The focus is on renaturation and unsealing of impermeable urban areas, and creation of green public space for human health and quality of life of citizens in 2 areas of Aix-Marseille: one peri-urban area (19.4 ha) on the St Jerome University Campus and one highly densified urban center (2ha) nearby St Charles railway station. Unsealing artificialised urban areas and planting trees, is contributing to reducing heat island effects, floods risks, storm water soil infiltration rather than discharge to sewer and the sea. Students, teachers and citizens will benefit from improved air quality, shade, greater biodiversity and better bathing sea water quality.
https://www.cardimed-project.eu/demo-sites/paca-micro-forests-unsealed-soils-semide/
Membres du LPED associés à ce projet
Axes de recherche associés à ce projet
Financement
- Europe
Pour en savoir plus (lien)
https://www.cardimed-project.eu/
État du projet
En cours
A archiver
Non