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A 40 m2 vertical garden installed on one of the clinic's walls in 2012. It was the first vertical garden to be constructed in a hospital in Europe. It aimed to create a pleasant and relaxing atmosphere for visitors and patients at the clinic, improve the air quality and humidity of the complex and beautify the space of the hospital. (Ref 1) Over 1400 plants with over 40 species were included in the vertical garden (Ref 2).

An indoor vertical garden by a French botanist Patrick Blanc installed at the Headquarters office of the InternetSupport company in Bielefeld. The garden cleans the air and serves the aesthetic function of being an interior decoration (1).

"After the intervention, the 530 square metres of the block of land have been turned into a new public square with a metal structure over fifteen metres high which is the support of a hanging garden. The structure is attached to the two flank walls facing on to the square in such a way that it completely conceals them. Beneath the ground level of the square, there is a basement housing the new offices of the neighbourhood association, which is responsible for the environmental management of the garden and its use as an educational space." (Ref. 2)

Athens' first vertical garden has been installed temporarily at the entrance to the City of Athens administrative building at 22 Liossion St during the city's first green cultural festival, the Green Design Festival in 2008. Such gardens have a positive impact on the environment as the plants trap carbon dioxide, produce oxygen, absorb harmful atmospheric pollution and reduce air temperature in summer, which assists in cooling the building's interior (Ref 1).

The vertical garden is 600 m2 and is an intervention implemented in Pericon Plaza in the old city of Malaga. The garden is placed above a large metal mural with inspirational words for visitors to contemplate. The garden and metal mural were built on the wall-remains of a former house that stood in the spot but was in disrepair. (Ref 1)

The Vertical Garden Wall situated at the J&T Bank Café Bratislava was constructed in 2010 as Bratislava's first vertical green wall. The green wall in the two-story J & T Bank Café is one of the most recent implementations of Patrick Blanc – botanist and the creator of Vertical Garden. The Café was designed by the architectural studio MIMOLIMIT, and has been realized under the supervision of AED project. The vertical garden consists of more than 2600 plants of 66 various species (3).

In June 2012, the Vertical Plants at the Strasbourg National Institute of Applied Sciences (INSA) were installed by two second-year students. They along with faculty and students undertook a technical and regulatory feasibility study, before taking steps to mobilise local companies to meet the costs of the project (Ref. 1). The advantage is not only aesthetic, but the wall has thermal and acoustic properties, and serves as a refuge for biodiversity and is even capable of absorbing atmospheric pollution (Ref. 2).

‘De Schilde’ in The Hague was the former factory of Philips Telecommunication that had been empty for years. In 2016, it become the home to the largest commercial city facility for food production in Europe: a 1,200 m2 roof greenhouse for specialized vegetables, a 370 m2 covered fish farm and a 250 m2 area for integrated processing and packaging. In addition, 250 m2 within the farm was exclusively reserved for events and guided tours. (5) The farm comprised two-storey greenhouses on the roof and uses the UF system for the sustainable production of fish and vegetables. (5) The urban farm was initiated by the the municipality of the Hague and realised by Urbanfarmers, a Swiss technology company focused on building food production facilities in cities (5).

However, the initiative wasn't successful. In 2018, the company declared bankruptcy and terminated production in the rooftop farm as it did not produced any revenues. (12,13).

The Vesdre River Greenway plan was intended to give the town of Verviers the opportunity to reconnect the local residents and businesses with the river and to create new functions, such as recreational and economic activities, around the river Vesdre. The development of the plan was part of a research project called VALUE, Valuing Attractive Landscapes in the Urban Economy, which was funded through the European Union Interreg IVB programme for North West Europe. It aimed to demonstrate the economic value of Green Investment (GI) at the site scale, showing how to target investments to maximise the competitive benefits to communities. "To serve this purpose, the Economic Development Agency of the Province of Liege in collaboration with the University of Liege planned developing a cycle and pedestrian path in the Pré-Javais District, near the city centre, on the left side of the Vesdre River in Verviers, linking the centre of Verviers to the suburbs" (Ref. 5). The green and blue infrastructure was planned to allow the creation of a true link between natural wildlife, inhabitants and businesses, and will offer a new development strategy for the whole town (Ref. 3).

The project takes the form of a proposal for greenways of transport in the city to integrate transport infrastructure into the environment and insular landscape. The Park Vias would include communication channels that integrate into the natural environment, taking advantage of the environmental aspects to enhance the attractiveness of the greenways (ref 1). There are three greenways that were proposed, one which was made on an unfinished previous train railway (ref 1) from Manacor to Artà (Ref 6). This greenway was constructed with several social inclusion elements, there is no information about the other four (Ref 1).