Welcome to the Atlas

The project involves the formation of a statutory Green Belt of 3,500 hectares as part of the broad strategy of the Tyne & Wear County Structure Plan to restrain the further spread of the built environment and to safeguard the city's countryside from encroachment (Ref 2). The Green Belt prevents small villages to merge with large towns, preserving their individual identities, and also accommodates a wide variety of the borough's environmental assets, including Local Wildlife Sites and wildlife corridors (ref 3). It is claimed to contribute significantly to the city's green infrastructure (Ref 1 & 4).
The Green Belt boundaries have not changed since 1998 (Ref 1), but it is currently (in 2020) under reassessment in response to the development needs of adjacent towns (Ref 1). Thus even though the intervention started almost 50 years ago, it is an ongoing process.

The Sunderland Greenspace Audit explained the city's green space in detail and set guidelines and standards that will help to ensure that all areas of the city have a range of quality green spaces available to them. Hereby the Sunderland City Council wished to improve the green public spaces to retain existing residents and attract new ones, to enhance the image of the city and for it to be used as a means to attract future investment in the form of new shops and jobs (Ref 1).

The "Sunderland North Community Allotments" project aimed to clear and renovate derelict allotment plots, remove fly-tipping and rubbish and transform the site into brand new resources for local people. The project is expected to increase people’s knowledge of growing healthy produce and aims to enhance their diet whilst improving the amount of exercise and time spent in a green space. The project has been implemented in multiple areas including but not limited to Fulwell, Primrose, Thompson Road, Shields Road, High Southwick, Fulwell and Waterworks Field, Shields Road. Very recently, one of the allotments in Fulwell Mill got destroyed by a devastating fire. (Ref 1, 9 and 10)

Joan Reventós Park is a public park of about two hectares in Barcelona. It was opened in May 2009. The park is located within the catchment area of “Riera de les Monges” watercourse. For this reason, a sustainable drainage and sewer system (SUDS) was created in case of heavy rainfall, also harboring a flood area that prevents overflows (Ref. 1). This 20,091 square meter forest area has been converted into a recreational space for the local neighborhood and a playground, as well as a connecting corridor between the school zones and the center of the neighborhood (Ref. 3)

The sustainable garden was created in 2013. Based on the gold award-winning RHS flower show entry in 2012 by the university’s ‘water@leeds’, the garden is an excellent example of collaborative working between the Facilities Directorate, Leeds University Union and academic staff. The garden provides a multi-functional space for staff, students and visitors to campus to enjoy quiet contemplation but also to cultivate an allotment-and-forest-style edible garden. It is a great example of a functioning ecosystem with wildflower areas, soft fruit hedgerows, insect houses and pocket habitats. (1)

The Kersentuin (Cherry Garden), an environmentally, socially and economically friendly community in Leidsche Rijn, an urbanization-from-scratch area in the west part of Utrecht, has been founded and developed by the residents themselves. The area is very popular and is seen as an interesting best practice in ideal green neighbourhood developments (ref. 4). It is a sustainable neighbourhood which integrates technical and social sustainability by building sustainable houses and creating public green spaces that promote biodiversity and social cohesion. The main characteristic of the Cherry Garden is the self-management of the green spaces which is achieved by gardening days. The project was innovative at the time of implementation and inspired many other projects (ref. 1).

Park Track North (Park Spoor Noord) is built on a former railway territory and was aimed to provide a social, green and mobility 'corridor' as the territory disconnected parts of the city (Ref. 1,4). Now, the park has a sustainable drainage system, allows a maximum diversity of people to use the park and has trees that will last for a long time. The park is further considered sustainable because of the use of FSC wood, re-used materials and energy-efficient lighting while the historical railway elements are restored or reused (Ref. 1,7).

The Sustainable Residential Complex project was a measure taken by the city of Dubai, one of the largest city ecological footprints, with a goal to reduce it to the smallest ecological footprint by 2050. For the past two decades, the UAE government has made an effort to lower its own dependency on fossil fuels, shifting toward more environmentally-friendly sources to power its cities. The sustainable residential complex development project is one of the few initiatives taken by the city administration of Dubai under Vision 2021. Located just outside Dubai the area is the first operational net-zero energy residential complex in Dubai. [1, 2]

The new sports campus that has recently been opened in The Hague contains multiple NBS solutions including one of the largest green roofs in the area, permeable paving of parking spots, a creek and trees that can stormwater storage. The building of the sports campus on which the green roof is created is completely CO2 neutral as it runs on solar and geothermal energy. (1,2,5,6,7,8).

This intervention involved the realignment and merging of St. Mary's Way and Livingstone road into "St. Mary's Way Boulevard" of which a sustainable urban drainage (SUD) system is a key component. It consists of 31 large specimen trees that are planted in soil cells. The purpose of this project was to improve pedestrian accessibility, attract net investors, and to enhance the water drainage system (Ref 1).