Technological

This is one of the most innovative and environmentally sustainable hospitals in the world, wherein more than 50% of its energy is generated on-site. It is covered with green roofs and has play decks for children. Farm Urban designed and installed three state-of-the-art aquaponic systems on the play decks. The systems enrich both the environment and diet of the children, as the food grown here is used in the ward meals. (ref 6) The hospital was designed by a team of architects and is located in Springfield Park, Liverpool featuring a highly striking external design, bordered by extensive greenery (Ref. 2).
The project was part of the ACORN consortium with John Laing Social Infrastructure and Interserve Facilities Management. The hospital was completed within 130 weeks and was opened in October 2015 (Ref. 1).

The City Council has passed an ambitious woodland plan designed to protect the municipality's groundwater.By planting woods in vulnerable areas where boreholes have been drilled for drinking water, the use of pesticides or other pollutants in the immediate area can be avoided. Aarhus residents will be ensured clean drinking water in 20 years even though the population is rising.(Ref. 2) New woodlands west of Aarhus will be a magnet for lovers of the open air, and secure clean drinking water for the city's population.(Ref. 1)

A restructuring of the National Park of Athens is being done from the last few years to revitalize one of the tourists' attractions in the city. The restructuring is mainly focused on the conservation of animal species found in the park. The project also aims to transform the park into a meeting point for culture and sports as well as activities including workshops, yoga, pilates, music, theater, tours and educational games for kids (Ref 7). The park contains a duck pond and a small zoo. In addition to this, it opened a botanical museum and a library for children for educational purposes (Ref 1,2,3). The project was planned to carry out in two stages. In the first stage, Athens will tender a 2.9 million euros upgrade of the infrastructures, and a study that is budgeted at 370,000 euros for the restoration of the Garden’s zoological park, botanical museum, the famed Roman mosaic area, and restoration of the Herod Atticus wall. The second stage concerns restoration of the Garden’s flora and removal of damaged shrubbery (Ref 6).

Lake Rusalka is one of the key elements of Kasprowicz Park, which is a popular recreational area in Szczecin. The shoreline between the Summer Theater and the Japanese Bridge is an attractive stroll. The project aims to improve the functionality, attractiveness and aesthetic value of the coastline and an island on the lake. It envisions going back to the historical tradition of the boats rental as well as includes plans for the revitalization of the part of the shoreline, creation of the Japanese gazebo on the island and construction of mooring berth [1]. In 2020, the project was still on the waiting list in the city’s participatory budget distribution. Local authorities expect its implementation to take place by 2022, the earliest [6].

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).

The project was about restoration of the Aarhus river. The river was piped during the 1930s for hygienic reasons and to give space for road infrastructure. In 1989, the city decided to resurface the river. The river acts as a green and blue corridor running through the city centre. Furthermore, The City Council approved a plan for the recreational vision of the Aarhus River and e.g. flood prevention measures have been taken. (Ref. 1, 2, 3) The Aarhus Å project was completed in the years from 2006 to 2013. (Ref. 15)

In 2002, the facilities of the Bielefeld Botanic Garden was expanded with a small apiary for local bees. The apiary was opened on the 90th anniversary of the Botanical Garden and since then in its 5 beehives accommodate the bees living in the garden. The facility is a place for breeding of bees to support their pollination activities and thus their role in food production while the apiary also offers visitors the chance to get an insight into the life and work of a beehive. Through various environmental educational programs, visitors and school children can learn about the importance of bees and the process of honey making. Beekeeping stations were also installed in other surrounding areas such as cemeteries, old dumps, fenced rainwater retention basins. (1,2,3,4)

Before the intervention, the dam was a derelict former industrial and recreational area. (Reference 6) It was transformed into a green recreational park of the southern part of Budapest. 40,000 square metres of grass was laid, 700 trees, 20,000 shrubs and 20,000 perennials were planted. (Reference 4) The park now is a home to a biodiverse population of wild birds. It is one of the few places of the city that have direct connection to the Danube, giving space for strolling, doing sport, playing and relaxing. In 2018, a large-scale development began next to the dam, with the aim of creating a new city center. This would make the park a place for leisure for much greater number of people, but may be detrimental to the ecosystem of the dam. (Reference 6)

The initiative aims to ensure open access to the river Regalica for the local community and to create a multifunctional recreational area there. Given current spatial development plans, the chosen location is the only feasible solution to facilitate public access to the river. The project will address multiple NBS domains as its plans include: building new water stand, fishing place, and an observation deck, developing an ecological and educational path along the riverside, developing recreational spaces for the community including outdoor and cultural activities. The project relates to the long-term brand strategy of the city: ‘Szczecin floating garden 2050’[1]. The architectural plan was accepted and put forward for the implementation in 2019; currently, in July 2020, the project is still in the planning phase [4].

The Green Bridge at the D2 motorway in Moravian Svätý Ján (Dúbrava locality) is a project under the Alpine Carpathian Corridor Project (ERDF). The project deals with biodiversity and is focused on building a safe and efficient passage for migrating animals over the D2 motorway connecting Bratislava and Brno (Czech Republic). The mountain ranges of the Alps and the Carpathians, which straddle the border of Austria and Slovakia, are the largest sources of biodiversity in Central Europe. The Corridor’s structure has created a forum for the managers of these regions to share ideas and develop solutions that can be applied within the entire region, instead of only per protected area. To ensure long-term continuity, key stakeholders are party to a Memorandum of Understanding that can contribute to sustainability in their area of responsibility. (1, 5, 6)