Health and well-being (SDG 3)

“Frederiksgade gets new and climate-friendly life. Aarhus will be the European City of Culture in 2017, by which time Frederiksgade, running between the river and City Hall, will become an attractive street enhanced by water and greenery in the city centre. The makeover has been possible by innovative, focused collaboration between municipal departments, businesses with widely differing expertise and the owners and tenants of the street itself.” (Ref. 1, 12)

A significant expansion of the summer water level in the biggest local natural river, Giber River, was carried out in Aarhus. The increase in water flow in Giber River was achieved by a range of different measures, such as pumping purified wastewater into the river and building a string of rainwater collection ponds that will be allowed to slowly drain into the river. (Ref. 1)

“An integrated solution for groundwater, rainwater, waste water, streams and ponds creates attractive housing in a new suburb (NyE), with room for exciting architecture. The water cycle plays a key role in urban development in Denmark, and water is one of the ever-present elements in our lives. Århus needs to prevent flooding caused by climate change, avoid polluting our groundwater, and improve the environment in streams and ponds to allow the use of water to create recreational value for the residents. This way, Århus can build a balanced aquatic environment, which will ultimately create a better city.” (Ref. 1)

The establishment of the first stage consisting of 650 homes, day care center and grocery store was initiated in the autumn of 2016 after more than 10 years of planning, and in the summer of 2018, the first residents moved into Nye. More homes are on the way. (Ref 14). In its current form of just over 150 ha, it has a capacity of approx. 15,000-20,000 inhabitants or approx. 10,000 homes at full expansion (Ref 15)

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 botanical garden of Athens was reconstructed in 2004 to protect and maintain the biodiversity of the area. Covering a land of 1,860 sq.m., this Botanical Garden hosts over 2,500 different kinds of plants from all over the world and a rich variety of flora. All the plants and trees are protected in the park. The community also sends seeds all over the country to spread and maintain biodiversity throughout the region and hold agroecological events to increase the concern and educate the locals (Ref 1,3). The park also has a lake and a library inside it. (Ref 2)

The garden was established in 2012 by self-management of the community of Exarcheia. The site is a former parking lot in public land, historically reclaimed by the neighbourhood as a green zone. People occupied the space, designed the park, and constructed it. The former parking lot was owned by the Technical Chamber of Greece (TCG). A weekly assembly manages the site and activities. The aim of the community garden is formative, to show how to grow food, reproduce and collect seeds. The park has encompassed multiple functions in addition to community food-producing garden, such as children's playground, a place for cultural events, gathering and emancipation (Ref 1, 2, 3).

Restructuring a public derelict land into few private vegetable and fruit gardens. The gardeners practice organic gardening making it more sustainable. This provides foods as well as increasing the soil fertility, and reduction of the soil erosion. This also creates some extra vegetable and fruit market in the city. 20 % of the food produced is donated to the food bank. The project is a community project which also helps to bring people together. Started in April 2012 (Ref 1,4). The project is one of the initiatives by the Greek municipalities allotting land to local citizens with the purpose of increasing food security for the underprivileged, educating the younger generation, and providing their citizens with a retreat from city life (Ref 3).

The project primarily aimed to replace the largely underused 2-hectare public green space, Chavasse Park by creating a new public park that forms the centrepiece of the Liverpool One development.
The park, designed under the collaboration of BDP and Architect Pelli Clarke Pelli, was envisioned to become a green oasis within the city centre, with the ability to accommodate a lively programme of outdoor events (Reference 1). It comprises a ‘Grand Lawn’, richly planted terraced and walled gardens, sites for beautiful pavilion buildings, sheltered seating, trees, planting and multifunctional paving areas (Reference 2). Chavasse Park was awarded Green Flag status and is home to a nature trail and a unique species - Speckled Bush Cricket. The Park is home to more than 150 species of insects, birds and animals (Reference 4)

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)