The city of Genoa experiences acute densification and lack of public green spaces, making urban heat stress a pronounced challenge. Air pollution and biodiversity loss are among the other challenges Genova targeted to address through NbS implementation.
Several streets around the Eindhoven city centre (Waagstraat, Bilderdijklaan, Willemstraat, H. Boexstraat and Dommelstraat) have been rehabilitated and nature-based solutions such as bioswales and street trees have been introduced to address existing problems with heat stress and flooding, and to enhance biodiversity and attractiveness for pedestrians and cyclists.
The previously stone-covered Clausplein square is located in a dense urban area in the city centre of Eindhoven and is greatly affected by extreme weather events. After reconstruction, the square has become a small urban park with an underground water retention basin.
Eindhoven is facing rapid population growth. Critical issues for the city, which are exacerbated by climate change, include flooding, urban heat stress, air pollution, and lower quality of life. The rapid urbanisation in recent years has also led to the disappearance of significant blue zones, which has had detrimental consequences to the urban environment and quality of life. The renewed City Hall area features a green roof and a green terrace.
Treatment (retention and sedimentation) of urban runoff from new housing around Tervaslampi park to complement the measures for enhanced stormwater quality and quantity management in the Vuores area. Vegetation is selected from the local species to support biodiversity. Additionally, the area is equipped with the information sign introducing the NbS and its functions.
The municipality saw an opportunity in URBiNAT as a preliminary to the Global Project. The two projects indeed share the same general objectives of improving the health and the well-being of the inhabitants. URBiNAT also meets the municipality concerns of the co-creation process: the so-called Citizen Dialogue, that the municipality has enforced as a way of doing since 2014. The integration in URBiNAT also allows going further in the co-creation process already existing in Nantes, with especially the co-evaluation phase. The municipality has therefore chosen to integrate Nantes Nord as a...
The main purpose of the arctic green wall is to manage water flows (storage) and water quality, with particular focus on understanding its performance during cold seasons. Arctic green wall will also produce new knowledge related to suitable plant species for sub-arctic climate with variable freeze-thaw cycle and snow load.
After degradation of the river due to straightening, bank enforcements, navigational use and intensive agricultural land use along its banks, the Zwalm river basin is now to be restored at several sites. The case study aims at restoring the river to a healthy and functioning ecosystem while still allowing navigational use. A focus is on habitat restoration (spawning beds, buffer strips) and passability for fish.
This case study is one of 17 that are part of the EU Horizon2020 project MERLIN - Mainstreaming Ecological Restoration of freshwater-related ecosystems in a Landscape...
After a decade of restoration measures along the Tzipori stream in Israel, this case study will monitor their success and aims at upscaling measures to the watershed scale in order to create a model for management of stream basin rehabilitation.
This case study is one of 17 that are part of the EU Horizon2020 project MERLIN - Mainstreaming Ecological Restoration of freshwater-related ecosystems in a Landscape context: INnovation, upscaling and transformation.
