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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Green design solutions for residential area
Can Tho, Vietnam
Located in the heart of Hung Phu, a new urban area within Can Tho, K-Villa+ has been designed to "mak[e] the most of open and harmonious space[s] with nature, using green design solutions to improve bioclimatic comfort for users, while respecting sustainable values and being friendly to the living environment" (Ref. 5). The low construction density of the building project has been coupled with prioritisation and installation of green areas both on the building itself and in the surrounding ground; permeable coverings to increase water percolation, and landscaping with native and climate-adapted trees and plants (Refs. 1 & 5.) An ecological pond has further been included in the landscaping of the villa's grounds and a rainwater harvesting system has been installed (Ref. 3). Through the application of these green design solutions, the urban heat island is considered to be reduced and bioclimate improved for those within the building, and biodiversity promoted through the planting of a variety of native species (Refs. 1, 2, 3 & 5).
Note that due to a lack of data, the exact point location of the villa is not depicted in the map below, but rather the new urban district, Hung Phu, in which the villa sits.
Note that due to a lack of data, the exact point location of the villa is not depicted in the map below, but rather the new urban district, Hung Phu, in which the villa sits.
Green dormitory of the Vietnam National University
Ho Chi Minh City, Vietnam
To improve the ecological and living environment for the residents, Vietnam National University in Ho Chi Minh City (VNU-HCM) inaugurated a project, "For a Green Dormitory" in September, 2022. The project is a tree planting activity sponsored by the program "One million urban green trees" (MTIC) by Green Viet Water Biodiversity Conservation Center (GreenViet), through the Conservation Fund project. The aim of the green dormitory project was to promote the planting of different species of trees to improve the ecological and living environment for more than 40,000 students staying at the centre. More than 1000 trees such as Pink trumpet, Black Star, Oil, and Camphor have been planted at planned points at the dormitory (1). The initial goal was to plant a total of 5,250 trees from September 2022 to March 2023 and included a series of greening activities of mass organizations at the dormitory campus of the Vietnam National University. So far, more than 1000 students, 200 lecturers, the dormitory manager of VNU-HCM and more than 50 members of Dang Gia Trang Manufacturing, Trading and Service Co., Ltd, participated in the project (1). In addition to this, the project also initiated an exchange program through which plastic waste was exchanged to receive green trees, encouraging awareness among officials, employees and boarding students (2).
Green elements, the Poligono Levante reurbanization
Palma de Mallorca, Spain
The re-urbanization of the Poligono de Levante neighbourhood included the creation of two large urban parks to form a green area of 47 722 m2 and several environmental considerations such as a bridge for fauna (Ref 1), as it is a strategical zone of Palma . It is a combination of different initiatives, some of which include green elements (Ref 1 and Ref 3).
Green facade for Bielefeld gastronomic pavilion - Green Cube
Bielefeld, Germany
Developer company Helix plant systems built a facade for the restaurant at the Kasselbrink pavilion located at one of the central squares of Bielefeld. According to the preliminary expectations, the green facade will release 760 kg of oxygen per year and absorb 1070 kg of CO2, having a positive effect on the ecosystem, reduce the building's energy use for heating and cooling while also has aesthetic value by breaking the grey tone of the square (Ref. 1, 7, 8).
Green Façade in Genova
Genova, Italy
The green wall was built as a pilot project in cooperation between the national government, the University of Genova and the Ecosystemic Research Group with the aim to assess urban air pollution. The wall is being monitored to understand which plant species are the most ideal for carbon sequestration in cities (2 and 3).
Green facade Vasakronan
Göteborg (FUA), Sweden
Sweden's largest real estate company, Vasakronan, tests its first green outdoor facade at Kyrkogatan in Göteborg. The project was implemented with aim of improving the local climate and contributing to a more sustainable and resilient city. (Ref. 1)
Green facades programme city of Münster
Münster, Germany
As an open root space, climbing plants usually only need a small floor area. Such planting areas can be cut out in a semicircular shape
directly on the facade, for example in the eaves strip of the roof overhangs (irrigation may be necessary). The city department for urban development initiated a funding programme for green facades and walls on private property in the city district of Wolbeck. It formed part of the proposed measures of the urban redevelopment programme for the district to improve its attractiveness and enhance green spaces. It included the reimbursement of up to 70 per cent of the arising material costs provided that the owner commits to maintaining the green façade for ten years. Although only three parties participated in the programme, public awareness of the multiple benefits of green space were raised (ref. 1, 2, 3 and 4).
directly on the facade, for example in the eaves strip of the roof overhangs (irrigation may be necessary). The city department for urban development initiated a funding programme for green facades and walls on private property in the city district of Wolbeck. It formed part of the proposed measures of the urban redevelopment programme for the district to improve its attractiveness and enhance green spaces. It included the reimbursement of up to 70 per cent of the arising material costs provided that the owner commits to maintaining the green façade for ten years. Although only three parties participated in the programme, public awareness of the multiple benefits of green space were raised (ref. 1, 2, 3 and 4).
Green Gate Offices' Vertical Gardens
Bucureşti, Romania
The NBS is a building of offices which includes vertical gardens. The building brings a unique "green urban concept" into the local market, reflected in the vertical garden and the courtyard, creating a natural, vast outdoor image and a "harmony with nature" environment on each floor. Linked gardens provide a space that will allow employees working in Green Gate to relax and socialize. (1)
Green Infrastructure For Tomorrow in Medway
Medway, United Kingdom
GIFT-T (Green Infrastructure For Tomorrow - Together!) is a four-year European project of which Medway was one of five case studies. In this project communities, businesses and governments were brought together to facilitate bottom up planning and implementation of green infrastructure (Ref 1). The product of this is a general business plan, and the planned intervention of focus here is the "Thames Terrace Invertebrates - corridors for wildlife" (Ref 2). Hoo Island already has areas that serve well to sustain invertebra species, but as of yet also has underutilised potential in this respect. This intervention addresses the latter.
Green interventions for Cibali forest
Catania, Italy
The association Legambiente Catania has presented a project to protect and enhance the biodiversity of the Cibali forest, a natural reserve in Catania close to the volcano Etna. The area has been subjected to strong anthropogenic pressures in the last decades, and the area is home of several species of flora and fauna. The main aim of this intervention Is to protect endangered species and to preserve the services the forest provides in terms of air quality regulation and heat mitigation. In addition, the entire zone is a cultural heritage for the whole island (Ref.1.)
