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This vertical garden was created with the aim to integrate the shopping mall in the surrounding green. A total of 44.000 plants of 200 different species were used on a surface of 1.262 square meters, making it the largest living wall in the world (now in Italy) at the time it was created. The green wall has met large positive response both by the owners of the shopping mall, who noticed a decrease in their energy expenses, and by local residents, who can appreciate the aesthetic beauty of the wall and breathe fresher and cleaner air. (2,3)

A previous mining site was redeveloped into the Puits Couriot Park-Museum of Mining. "A first part of the park was opened to the public in 2006. Since then, the developments have followed one another and others are to come in the near future, among others, the footbridge spanning the railway line" (Ref. 5). The park was redesigned from 2014-2017 with the intention to preserve the historical heritage of this museum of the mine. "The park Joseph Sanguedolce (or also mentioned as Couriot Park) is designed to meet the usages of all, in a gentle logic of appropriation of the site by nature, conducive to walking and relaxation. The large lawn is maintained for sporting activities or relaxing in the grass, in the sun ..." (Ref. 3).

The green area which surrounds the famous museum has been renewed in the last years. It is an interesting site of botanic interest, as there are more than 400 species of plants living there, and more than 150.000 trees. In particular, the company Slow Food Campania cultivated a small vegetable garden. Is a project of small- scale agriculture, in order to enhance a variety of cultivation and biodiversity conservation. The company Slow Food has been supported by the company Lande srl, specialized in the revitalization of historical green areas at the urban level (Ref.1).
The interventions include the restoration and re-functionalization of 10 areas: the Garden and Casamento Torre, the Giardino della Fruttiera di basso, the Fagianeria, the Capraia, the Porta di Mezzo, the Cisternone, the Cellaio, the Vallone di San Gennaro, the ex Eremo dei Cappuccini (Ref.1).

The data centre for Citi Bank in Frankfurt is the first in the world to put sustainability at its heart, setting radical new standards in an industry at the forefront of the fight against global carbon emissions (1). The functional and aesthetic aspects, as well as their CO2 balance and later reusability, played a decisive role in the selection of all materials. Disguising the full volume of the data hall, the iconic green wall features indigenous plants and is fully irrigated by harvested rainwater. The wall, measuring some 55 m by 12 m high, complements the extensive green roof and helps maintain a constant building temperature throughout the year while reducing thermal gain in the summer months. (1)

At the Frankfurt Airport, the departures hall of Terminal 2 features green walls measuring about 135 square meters and covered with live plants. The walls also provide oxygen from photosynthesis, improve acoustics, and reduce carbon dioxide concentrations and dust in the air (1).
The plants grow in special mats without soil and are automatically irrigated with the aid of a drainage system. Frankfurt Airport now sports various types of ferns, climbing plants, and spider plants. Flamingo flowers add dashes of red to the green sea. The hanging gardens are located in Concourses D and E. (1)

A landscape scheme had laid out around the Scottish Parliament building and structures were turfed and covered in grass. The landscaping softens the concrete canopies with wildflower meadows, rooftop gardens, ponds, plants, flowers etc. 2 distinct types of green roofs are present at the Parliament - wildflower meadow grass canopies and roof gardens. The Parliament is built on a brownfield site and it has increased the biodiversity of the site. A number of rare and native grasses were planted in the parliament’s open spaces. (ref 1)

The Edinburgh Living Landscape (ELL) is a partnership between the Scottish Wildlife Trust, the City of Edinburgh Council, Edinburgh and Lothians Greenspace Trust (EGLT), the Royal Botanic Garden Edinburgh, Green Surge and Edinburgh University, it aims to help make Edinburgh a city fit for the future by fashioning healthy and beautiful environments that are resilient to climate change as well as being highly valued and accessible to people. It is made up of a range of projects that will create, restore and connect green areas of the city to make attractive and biodiverse landscapes that are enjoyed by residents and visitors. One of the examples is the Holyrood park. Naturalisation was tested in Holyrood Park, where a once regularly mown grassland is now cut only once per year. It benefits both wildlife and public amenity and also reduces maintenance costs for the site, with the potential to spend elsewhere on greenspace maintenance. This is a part of the ongoing Edinburgh Living Landscape Case Study which aims to make Edinburgh a city with healthy and beautiful environments, resilient to climate change. A range of similar projects will create, restore and connect green areas of the city to make an attractive and biodiverse landscape (ref 2, 3).

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).

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).

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).