The Urban Nature Atlas is a collection of more than 1000 inspiring nature-based solutions from European cities and beyond. 

Use the Quick Filter by selecting an icon or the Advanced Filter to identify specific nature-based solution projects of your interests. The map will be updated to show the results of your search, and a list of all relevant projects will be displayed below. Click on the title of the nature-based solutions to see further information. If you would like to remove a selected quick filter, click on it to reset.

 

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Nature-based solution

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Beta-Promenade

Tallinn, Estonia

Extending from Kalasadam to the Noblessner quarter, the beta-promenade is a simple footpath along the seaside (from the fish market of the Fishing Harbor to the port town of Noblessner), created by removing fences, opening up gates and fortifying the shore. (ref 1) It is a project for public space creation in Tallinn Seaside by Linnalabor, where the seafront area is heightened in the public interest (Ref 2)
The beta promenade was made by filling an old, impassable landfill on a sometimes bumpy and fenced-in, but sea-view and spacious footpath, opening the old gate of the Patarei Fortress wall and marking the nearly two-kilometre shore route (ref. 1).
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Bicycle parking space with green grass roof

Zürich, Switzerland

Architect Santiago Calatrava is set to create a grass-topped office block on the plaza in front of Stadelhofen Station in Zurich with public parking for 1000 bicycles on the ground level. The project is expected to provide a good habitat for some species with controlling the seasonal cooling and heating of the building. (Ref 1)
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Bidston Moss project

Wirral, United Kingdom

Until the 1990's Bidston Moss was a landfill site and was "unsafe for public access", thus giving a negative impression (close to several residential areas). Restoring work begun in 1995, and in 2006 development started in Bidston Moss through a Newlands scheme: including new features and landscape enhancements to “unlock the full potential” of the area (“as a valued and well-used community woodland for local people and wildlife.”). (Ref. 1, 2)
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Bilbao Roof Top Community Garden

Bilbao, Spain

The project focused on the creation of a rooftop community garden located near a metro station in Bilbao that aims at educating the residents of the neighborhood on how to grow vegetables, how to eat healthily but also offers free practice hours for every person that wants to have their own plot. The project was initiated by the Bilbao's Center of Innovation, a center that aims to contribute to the economic, strategic and solidarity development of the Municipality of Bilbao (Ref 1).
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Bio-Habitat

Bologna, Italy

This NBS opts for switching to more sustainable and organic ways of handling natural parks in the urban areas of the city of Bologna. The project was launched in 2008 and focused on 100 hectares, meaning 10 parks (out of the 1.100 total in the city). The goal is to develop maintenance techniques with low impact on local flora and fauna, stimulating biodiversity and an equilibrium with the surrounding urban environment, as well as the reduction of toxicity impacts for vulnerable residents (i.e. children and elderly people) (1 and 2).
This NBS solution focuses on changing maintenance of Bologna public urban parks from conventional techniques to biological ones (1 and 2).
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Biodiver-city in Elba Park

Sunderland, United Kingdom

In 2015, 20,000 British Pounds have been raised to help wildlife in the Elba Park in Sunderland. The funding was granted to create new habitat for priority species in Shiney Row in Elba park. Community groups and schools were one of the major parts of the project. People were engaged to enhance their learning experience. This project was partly crowd-funded (Ref 1).
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BiodiverCity

Malmö, Sweden

The BiodiverCity-project aimed to develop products, services and processes which support and enhance the city’s biodiversity and thus contribute to a vision of a green, attractive and healthy city (ref. 1). The project had been divided in three steps, step 1 involving preliminary studies and step 2 was practical work for two years. During step 2 different cases were identified to test new ways to e.g. increase the city's biodiversity. Step 3 included spreading to other sectors through seminars, education and exhibition activities. It also included the commercialization of green solutions (ref. 2).
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BiodiverCity - biodiversity initiatives in Leipzig

Leipzig, Germany

With spaces for biodiversity being continuously threatened by urban development, the environmental association Ökolöwe Leipzig initiated a biodiversity-enhancing project during the 100th Catholic Day event in Leipzig in May 2016. Consisting of green interventions at four schoolyards all over Leipzig involving the active collaboration of students who are also expected to maintain the interventions into the future and 100 mobile high beds at the central city square for public display, the project objective was to demonstrate how to foster biodiversity even in limited urban spaces while also to raise awareness (1, 3).
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Biodiversity conservation in Bologna

Bologna, Italy

The project focuses on the conservation of a locally rare plant (Dictamnus albus L.) and the community of its natural pollinators. At present, European natural populations of Dictamnus albus are declining because of the scarcity of pollination service; in addition to this, suitable habitats (woodland fringes and clearings) are becoming rare due to land-use changes as a result of the abandonment of traditional agro-sylvo-pastoral activities. This project assesses these issues by re-introducing and monitoring the plant in its natural habitat while re-establishing a suitable habitat for the plants and their natural pollinators (1).
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Biodiversity enhancement in the Forest of Avaize

Saint-Etienne, France

The park of "Bois d'Avaize", with an area of 30 ha, is located south-east of Saint-Étienne on a hill site between 540 and 640 m altitude. A former mining site, operated from the 15th century until 1931, it was gradually reclaimed by vegetation before being converted into a municipal park in 1996 (Ref. 1). In 2016, the site was selected for the development of a project to enhance biodiversity by creating of a conservatory orchard, increasing amphibian-friendly habitats (with creation of ponds), and improving the connection of the park with the Pilat massif (a mountainous area) (Ref. 1). It is classified with the label "Natura 2000" for the conservation of natural environments for the richness of its fauna and flora (Ref. 1). Work was undertaken between 2017-2018 with management and monitoring set to occur from 2018-2050 (Ref. 1).
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