The Urban Nature Atlas is a collection of more than 1000 inspiring nature-based solutions from European cities and beyond.
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Nature-based solution
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Re-establishment of the Ribbed Limpet in Ligurian MPAs
Genova, Italy
The project aims to reintroduce Patella ferruginea in the three Protected Marine Areas (AMP) (Portofino, Bergeggi and Cinque Terre), where the causes of extinction have been eliminated and an adequate level of protection is ensured (1). The project expects to achieve the following results: Biodiversity recovery and restoration of ribbed Mediterranean limpet by re-establishing a local population starting with 100 specimens; Reproduction and production of juveniles (some 6 000 larvae per year) to be introduced to the target areas for restocking; Full recovery and new population development of ribbed Mediterranean limpet in the target area; Restoration of the population translocated from Tavolara by introducing juveniles from controlled reproduction; and Strengthened territorial promotion and reinforcement of the “clean sea” message" (4).
Re-modelling Mandalay East Moat Sidewalk
Mandalay, Myanmar (Burma)
The remodelling project for the sidewalk of Mandalay East Moat is led by the Thingaha Foundation, a joint organization between the Eden Group, MAB Bank and Denko Trading. The Thingaha Foundation passed the project to the Mandalay City Development Council (MCDC) in April 2019 (1). The sidewalk between the east moat and 66th Street, which is one of the four public recreation zones located near the Mandalay Palace, was remodelled by replacing old trees with new trees to widen the sidewalk platform area and to be accessible to disabled people. The implementation activities also included planting new street trees, flower boxes and green bushes along the sidewalk (2, 3). An architect from Thailand drew the design, and besides new green infrastructure, it also included installing new benches and exercise equipment (3). Public advice was collected regarding the sidewalk designs, and city dwellers participated in choosing the final design (4). The residents of Mandalay use the sidewalk area for several physical activities and social gatherings, and different kinds of social events like book festivals to improve social interaction and social cohesion. The sidewalk has become one of the most visited attractions in Mandalay, both for the residents and visitors. (2, 3)
Rebuilding green wedges in Chartow
Poznań, Poland
To increase the attractiveness of the area around the block of houses, the city of Poznań plans to plant an oak stand of about 50 trees (first and completed phase) and again 50 trees (second ongoing phase) in two designated plots. The planted greenery will serve as a natural noise barrier and offsetting for a concrete block of flats nearby [1,5].
Reconstructing the Hachinger Brook
Munich, Germany
The Hachinger Brook is a natural water body, which level of water is highly influenced by groundwater. Due to the spatial expansion of Munich, sections of the brook were forced into concrete canals and pipes. The idea of restoring the brook into a quasi-natural state had already emerged in the committee of city panning in 1984. The city council of Munich decided in 2014 is to reconstruct the natural state on a 2,6 km stretch of the Hachinger Brook between Kampenwandstraße and Hüllgraben by excavating it and to turn it into a recreational area. In addition to the stream, the former village pond next to the stream is planned to be restored. (Reference 1) Trees and other vegetation will be planted alongside some sections of the brook. (Reference 1, 2). Because of the reluctance of the landowners on the proposed site of the intervention to accept a brook flowing through their property, in 2020, the implementation still hasn’t begun. (Reference 7)
Reconstruction and restoration of park Severen
Sofia, Bulgaria
The park was reconstructed by the municipality of Sofia in order to improve the local living environment and provide suitable conditions for rest, recreation, and sport. Actions included restoring the lake by reconstructing the bank, restoring flower gardens by adding 80 000 new flowers, and restoring green areas.
(Ref. 1; Ref. 2; Ref. 3)
(Ref. 1; Ref. 2; Ref. 3)
Reconstruction of Botanical Garden
Almaty, Kazakhstan
In 2018, the Bulat Utemuratov’s Foundation began reconstruction works at the main Botanical Garden in Almaty at the request of the Institute of Botany and Phytointroduction and with the support of the governor of Almaty city [1, 5, 6]. The goal of the project was the restoration of the botanic garden with preservation of its original green character and the modernization of its infrastructure [2, 5]. Taking into account the special status of the Botanical Garden and the high public interest in the reconstruction project, the Foundation ensured full transparency to the public. Taking public recommendations into considerations, the schematic design of the reconstruction was approved in the autumn of 2018 [6]. The project also aimed to do no harm to the existing flora and fauna of botanical gardens, and apply new technology to provide long service life to the garden [1, 4].
To achieve the project's goals, the water supply system was restored, drip and auto irrigation systems were created. Around 174.3 thousand plants were planted, including more than 1300 trees. Additionally, 50 thousand sq.m of roads and paths were repaired, lighting systems and video surveillance systems were installed, and the garden furniture was renovated [1]. The project also resulted in the development of three new entrance pavilions with an electronic ticketing system. A mobile application with a garden map and a description of the green areas has been developed [5]. Special attention was paid to the accessibility of all zones of the Botanical Garden for low-mobility groups. [1, 4, 5, 6].
Confirming the success of the project, within three months after the reconstruction was completed, over 210 thousand persons visited the Almaty Botanic Garden [6].
To achieve the project's goals, the water supply system was restored, drip and auto irrigation systems were created. Around 174.3 thousand plants were planted, including more than 1300 trees. Additionally, 50 thousand sq.m of roads and paths were repaired, lighting systems and video surveillance systems were installed, and the garden furniture was renovated [1]. The project also resulted in the development of three new entrance pavilions with an electronic ticketing system. A mobile application with a garden map and a description of the green areas has been developed [5]. Special attention was paid to the accessibility of all zones of the Botanical Garden for low-mobility groups. [1, 4, 5, 6].
Confirming the success of the project, within three months after the reconstruction was completed, over 210 thousand persons visited the Almaty Botanic Garden [6].
Reconstruction of Nelson Mandela Square
Nürnberg, Germany
Nelson Mandela Square is located on the south side of the main railway station in Nurnberg. Serving as an important transition zone for pedestrians (25,000 people daily), the neglected square, which was mostly used as a car park is to be redeveloped into a green park providing recreational facilities in the densely populated residential area. (2, 7). The square and the bicycle storage facility opened on September 15, 2020. 70 new trees, a spacious lawn, safe bicycle paths, benches, parking spaces and Nuremberg's first bicycle parking garage now ensure both quality of stay and functionality. (7)
Reconstruction of Park Lužánky
Brno, Czechia
Park Lužánky underwent extensive reconstruction between 1991-2012 through five phases (Ref 2) to restore a recreational hub of the city's largest park through ecologically sound design (Ref. 1; Ref. 2). Each phase worked restored different sections of the park. This included modification of green areas, landscaping (treatment of trees, planting new trees and perennial plants, restoration of grasslands), building a children's playground, a fitness park, and an artificial water element that imitates the former stream of the river Ponávka. (Ref. 1).
Reconstruction of park Raycho Kirkov
Plovdiv, Bulgaria
The park was completely renovated by planting trees, shrubs, flowers, and by renovating existing grey elements and adding new ones. The project was implemented as part of the programme for Improvement of the Ecological and Recreational environment of Plovdiv, which was funded by the ERDF through the national Operational Programme “Regional Development” 2007-2013 (Ref. 1; Ref. 2; Ref. 3; Ref. 6).
Reconstruction of the Barátság park
Győr, Hungary
The primary goal and function of the 29,000 square metres large park in Győr-Adyváros is to provide an accessible, modern sports park for all ages (Reference 6). Before the intervention, the area was a green public park, but the renovation added many sports facilities such as running tracks and water fountains along with the existing urban nature (Reference 1). New plants were added to the existing old trees and a Photinia hedge was planted around the park, which is rare in public spaces (Reference 6). A fence has also been added. As part of the intervention, three football pitches, a basketball court, a running track, a playground, a park for retired people and a building serving the fitness park were also implemented. In 2016, an outdoor gym was added to the park, co-financed between the municipality of Győr and Audi Hungaria (Reference 3).
