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.


Key challenges

Nature-based solution


Balne Lane Fields project

Wakefield, United Kingdom

“Balne Lane Fields are an area of land close to the city centre of Wakefield. The site comprises of an area of nine hectares, which includes a former landfill site that has been restored to open green space. Part of the site is within a flood zone (Balne Beck).” “The field is popular with the local population for informal recreation. The potential to improve the variety of recreational uses, ecological value and environmental quality together with its links to both local communities and strategic greenspaces make it an important piece of green infrastructure in the City of Wakefield.” (Ref. 1)
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Banks of the Ebro River

Zaragoza, Spain

"After decades of abandonment and deterioration, Zaragoza took advantage of the opportunity of the Expo 2008, to form a new relationship with the Ebro River, transforming empty, inaccessible, degraded and unsafe banks into places of encounter and representation. Public works on the Ebro were designed as structures with various functions." (Ref.3)
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Baubotanical tower in Wald-Ruhestetten, south of Stuttgart

Stuttgart, Germany

Baubotanik Tower is a test and demonstration building in Wald-Ruhestetten, approx. 150km south of Stuttgart. It exemplifies new engineering possibilities with living plants and visualizes the architectural and ecological potential of Baubotanik. Baubotanik or Living Plant Constructions is a technology of building with living trees, advanced by Stuttgart architect Ferdinand Ludwig. Baubotanik shapes living tree branches, stems and roots of trees into buildings to use qualities of forest in a dense city. For this purpose, living and non-living structural details are joined in a way they can grow together into a botanical and technical compound structure (ref 1, 2, 5).
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Bay at Norikus

Nürnberg, Germany

New recreation zone "Norikus Bay" in Nurenberg was completed in 2018 on the south bank of the Wöhrder lake, an artificial lake created in 1968 to protect the city from flooding. The dam itself, which is a 400m long path separating a part of the water surface from the bigger part of the lake, has become a tourist attraction with a water playground and other recreational amenities being offered. The water is naturally cleaned through the regeneration zone with natural plant filter, and simultaneously improves the habitat of fish and makes recreational swimming in possible in the cleaner water. New green areas are organized on the shore in order to improve environmental, aesthetic and recreational conditions of the area (1, 7, 8).
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BBC Roath Lock Studios

Cardiff, United Kingdom

The project involves the BBC Drama Village - a combination of studios and stores with associated offices and technical suites. It was the requirement for all buildings to achieve a BREEAM Excellent standard (ref 1). GreenBlue Urban structural RootCell systems were used for this development to create adequate tree root volumes, to ensure optimum tree establishment and growth in a demanding coastal location (ref 2). A Living Wall has been made which has a number of functions including the provision of a new home for solitary bees, lacewings and other invertebrates. A rainwater harvesting system has been installed (ref 1). Speaking generally, the studio, stores and office amounted to over 18,000 square meters and 900 new meters of HV, gas water drainage and telecoms (ref 1). Areas of eco-design include transportation, energy efficiency, water efficiency, materials, indoor environmental quality, waste reduction and biodiversity (ref 1).
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Beach park in Bremen

Bremen, Germany

A project of the local government developed with EU and federal funds that aimed at the development of the green and beach area in the course of the refurbishment of the flood protection system. The initiative sought to provide a model project for urban flood protection, which can showcase that flood protection measures do not require a separation between city and water and new recreational spaces at the water and shore can be created instead. The project involves redevelopment of the shore area, enlargement of the public space at the shore with additional sand deposit and greenery planting (Ref. 1, 2). The bank area with a beach and recreational facilities opened in May 2019 (Ref. 5).
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Bee-Friendly Nottingham

Greater Nottingham, United Kingdom

Bee-friendly Nottingham is a campaign run by Nottingham City Council to make Nottingham a more pollinator-friendly city, promote pollinator-friendly gardening at council events and to protect bee populations by planting pollinator-friendly plants via planting schemes (Ref. 1). It aims to make some lasting changes to the way people manage open spaces in order to help wild and domestic bees and provide more flowers for foraging and more habitat for nest sites (ref. 1).
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Beehives on the roofs of the Catholic University of Lublin

Lublin, Poland

The initiative involves establishing beehives on the roofs of the Catholic University of Lublin and the Centre for the Meetings of Cultures. It seeks to provide the habitat for the bees in the city, help in pollination, educate the society about the bees and shape more ecologically-friendly attitudes among the students, faculty and visitors. It should also produce honey that can be sold or distributed free of charge, which can serve in a promotional tool of the two institutions. The Centre for the Meetings of Cultures has additionally opened a garden to provide food for the pollinators [1,2,3,4,6]. In 2020, the initiative is still ongoing and expanding. Every year, the university organizes a competition about the life of bees for various age groups [7].
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Beekeeping in Audi Hungaria

Győr, Hungary

The idea of beekeeping originated from AUDI AG, Audi Hungaria's parent company. In 2015, Audi Hungaria was in the midst of implementing its flora and fauna protection plan thus the beekeeping idea was in line with ongoing developments, and was quickly taken up by management. 6 bee colonies with 270,000 bees were installed in September 2015. The bees produce 200-240 kilograms of honey each year, which is branded as Audi Hungaria Premium Honey, and gifted to visitors, as well as purchasable in the gift shop. The income is used for nature conservation programmes. The company also cooperates with the University of Sopron in a biomonitoring project which uses the bees as bioindicators of environmental pollution. (Reference 1)

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Beekeeping Station Bielefeld

Bielefeld, Germany

In 2002, the facilities of the Bielefeld Botanic Garden was expanded with a small apiary for local bees. The apiary was opened on the 90th anniversary of the Botanical Garden and since then in its 5 beehives accommodate the bees living in the garden. The facility is a place for breeding of bees to support their pollination activities and thus their role in food production while the apiary also offers visitors the chance to get an insight into the life and work of a beehive. Through various environmental educational programs, visitors and school children can learn about the importance of bees and the process of honey making. Beekeeping stations were also installed in other surrounding areas such as cemeteries, old dumps, fenced rainwater retention basins. (1,2,3,4)
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