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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Valle Averto WWF Natural Reserve

Venezia, Italy

The WWF Oasis of Valle Averto extends to the edge of the Venetian lagoon and is a typical fishing valley of the Venetian lagoon, the only one closed to hunting. It is located within a Community Importance Site (SIC IT3250030). It is also a Special Protection Zone (SPP IT3250046). The area, about 200 hectares, includes ample mirrors of brackish water, canes, igrophilous forests, canals. After being purchased by WWF, plants of the planífico igrofilo forest kind were re-introduced: oak, black poplar, elm, ash and other typical species (1).
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Vegetable and plant production on industrial wastelands

Liège, Belgium

The acronym VERDIR stands for Sustainable Rehabilitation and Responsible Innovation (Valorisation de l’Environnement par la Réhabilitation Durable et l’Innovation Responsable) and is a project of the University of Liège, about the development of local economic activities based on urban and peri-urban agriculture. It aims to convert existing brownfield sites according to the needs of the population. This involves the large-scale production of vegetables and plants which can be used for food but also for the pharmaceutical industry and the production of biomass, which is increasingly needed (Ref. 1).
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Vegetable barriers at the Port of Alicante

Alicante/Alacant, Spain

The Port of Alicante is finalizing the installation of a new environmental barrier at Pier 17, where bulk unloading is carried out, based on a water atomization method that allows dust particles to fall to the ground of the port area and not arrive by air to the city. (Ref 11) This initiative comprises activities to reduce pollution in the port, such as a vegetable barrier against the air pollution produced by the dust during the unloading of bulk materials, supplied by an irrigation system that recovers non-drinkable water from a nearby plant. It includes the extension of the Parque del Mar, to recover historical points for tourism and the funding of a research project on air pollution (Ref. 12). “This measure is integrated within the Plan of Urban Integration of the Port of Alicante, improving the landscape impact and the port-city boundary zones from the southern access of the urban environment, along with the “Parque del Mar”, to the west zone with the installation of vegetal screens in the inner zone of the port, contributing to an important particle retention and CO2 reduction.” (Ref. 1). Inside the park, which can be traversed through paths, there is a small ornamental lake with rockery and it has children's games and petanque courts, gymnastics courts and recreational areas. The green corridor has been created with the creation of artificial mounds, for which 65,000 cubic meters of earth have been necessary, which act as a vegetal screen and visually and acoustically isolate the port facilities of the city. (Ref 7)

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Vegetable Garden On The Roof Of The Pasteur Clinic

Toulouse, France

The Pasteur clinic in Toulouse installed a 500m² vegetable garden on the roof of its building in 2014. Maintained by clinic employees and various associations, the garden makes it possible to develop a friendly atmosphere and learn gardening while promoting biodiversity (Ref. 2). The garden grows produce including green beans, tomatoes, basil, strawberries and raspberries, (Ref. 3) and contains flowers such as nasturtiums, Cosmos, tagettes and edible chrysanthemums (Ref. 4).
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Vegetal Wall at the Max Juvenal Bridge

Aix-en-Provence, France

In 2008, a green wall of more than 500 m^2 using a hydroponic watering system was developed on the side of the Max Juvenal bridge. Designed by Patrick Blanc, french botanist and pioneer in the development of green walls, it is considered an "authentic work of art, which evolves over time and the seasons and contributes to "renaturing" the urban space" (Ref. 4, page 7). The wall is intended to illustrate the benefits that green walls can bring to the environment, such as the reduction of heat islands in urban areas and their contribution to cleaner air due to the production of oxygen and the reduction of CO2 rate by photosynthesis (Ref. 1).
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Vegetal wall created in a preschool

Rouen, France

A class of thirty students of a preschool "Jeanne Hachette of Rouen built, in the playground, an overgrown plant wall where climb non-toxic plants blooming from June to August (Ref. 1). Students engaged in a six-week educational module prior to planting the wall (Ref. 1). Engineering students from engineering school ESIGELEC assisted in delivering the program which taught students about the importance of plants and respecting the environment (Ref. 1).
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Vegetal Wall of a Bus Station

Aix-en-Provence, France

The construction of a new main bus station inaugurated in 2014, is part of a desire to reduce greenhouse gas emissions and to encourage users to favor bus routes (Ref. 1). Part of this construction project, a vegetal wall of 210 meters long and 8 meters high has been implemented in order to act on noise (-20 decibels) and visual pollution, and improve air quality. It will be the largest public vegetal wall in France. (Ref. 4, page 26)
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Venice-Mestre Angel Hospital

Venezia, Italy

The campus of the Venice-Mestre Hospital (Ospedale dell’Angelo Mestre, Angel Hospital), considered the most technologically advanced health facility in Italy is a general care hospital. A Landscape Garden surrounds the hospital complex, containing woods, lakes, hills and an area called “the meadow,” a large roof garden linking the hospital block. The buildings are connected by abundant gardens offering pleasant views to patients. The hospital includes various roof gardens, as extensive green areas that offer water protection, storage of water as well as proper drainage and required ventilation of the green. The hospital includes green roofs, gardens, green driveways and green terraces. (ref. 1 and 3)
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Vertical Forest

Milano, Italy

This NBS is part of the new Porta Nuova area, an extended urban transformation of a neglected area of Milan. It consists of two residential towers of 110 and 76 m height hosting 800 trees and over 20,000 plants from a wide range of shrubs and floral plants distributed according to the sun exposure of the facade. On flat land, each Vertical Forest equals, in amount of trees, an area of 20,000 square meters of forest. In terms of urban densification it is the equivalent of an area of a single family dwelling of nearly 75,000 sq.m (3).
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Vertical Garden

Palma de Mallorca, Spain

Vertical Garden is a 110 m2 garden installed in 2015 by Singular Green in front of the Hotel HM Tropical, as an outdoor project. (Ref 1) In October 2016, there was another 100m2 of garden installed. In 2020, there are also other companies that are trying to install vertical gardens on the island (Ref 4). There are special plants that were chosen due to its adaptive characteristics, as well as a special arrangement of the plants for aesthetics (Ref 1).
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