Displaying 211 - 220 of 277

Urban redevelopment project “Zukunft Nord”

A former American military base was purchased by a private investor in 2014. Due to this event, the city decided to redevelop the whole area covering 27 ha and to create a development plan for a forward-looking quarter based on an architectural competition. In parallel to the development, information events for the wider public took place. The new quarter will be constructed according to criteria set out by the German Association for Sustainable Construction. Objectives of this plan are also to improve the microclimate, biodiversity, connectivity, social and functional diversity of the district (Ref. 1 and 2). In 2020, construction work had not yet started. Plans are to begin construction in 2024 the earliest and to complete it by 2027. (Ref. 7)

The Living Environment Trust

“The Living Environment Trust is an environmental charity based in Coventry, which aims to promote environmental and sustainability awareness within local communities. Accordingly, the Trust uses the restoration of neglected inner-city green spaces as a way to engage a range of community groups, whilst also serving to enhance and expand the existing biodiversity and develop important community and educational resources.” (Ref. 1) “The Living Environment Trust was formed in 2007 to transform the neglected land around the Alan Higgs Centre into a community ecological and leisure resource.” (Ref. 2)

Liko-NOE building

Liko-Noe is a business office building that meets all of its energy demands on its own and has a sophisticated system of water reuse and management. The building features a green roof, a green facade, and water storage ponds on the outside (Ref. 1). The building has a constructed treatment wetland for the wastewater treatment, uses solar energy for photovoltaic panels as well as thermal wall (Ref. 4). The aim of the project is to demonstrate that nature-based building techniques can significantly help address the challenges of soil and water degradation, and climate change (Ref. 1).

Portsmouth University Library extension project

The University of Portsmouth Library extension project includes a green roof with sustainability features signed up to a Building Research Establishment Environmental Assessment Method (BREEAM) assessment. (3) The award-winning features include the rainwater collection system for flushing toilets and a sedum roof. (2)

Skainos Project: Vertical garden

Skainos is a community regeneration project developed by the Methodist Church in Ireland’s East Belfast Mission. The Skainos Project has created the Vertical Gardens where around 6,500 plants make up the vertical panels, with a height of 12.5 m. The panels are designed to change colour with the seasons and will attract wildlife. The plants condition the air, remove pollutants, and provide seasonal colour and vegetation. A variety of roof gardens harbour natural flora and fauna. Green Roof technology is used to help with water retention. (Ref 2, Ref 6, Ref 7)

Reconstruction of the Barátság park

The primary goal and function of the 29,000 square metres large park in Győr-Adyváros is to provide an accessible, modern sports park for all ages (Reference 6). Before the intervention, the area was a green public park, but the renovation added many sports facilities such as running tracks and water fountains along with the existing urban nature (Reference 1). New plants were added to the existing old trees and a Photinia hedge was planted around the park, which is rare in public spaces (Reference 6). A fence has also been added. As part of the intervention, three football pitches, a basketball court, a running track, a playground, a park for retired people and a building serving the fitness park were also implemented. In 2016, an outdoor gym was added to the park, co-financed between the municipality of Győr and Audi Hungaria (Reference 3).




The Bio Washing Machine

The Bio Washing Machine is a combination of an Aquifer Thermal Heat Storage (ATES) system and biological natural attenuation of groundwater and is thereby mainly focused on groundwater decontamination and energy storage. The ATES system accelerates the biological degradation of groundwater contamination and provides sustainable energy because cold water is pumped through buildings during the summer to cool the buildings and hot water during winter for heating. The groundwater decontamination measurements are aimed at protecting water in order to provide safe drinking water (ref. 1, 2, 3)

Climate Innovation District

The district will initially incorporate 516 new low carbon homes alongside manufacturing, leisure, offices and climate-resilient public realm. (2) The overall approach to landscaping, amenity space and public realm in the scheme is to make use of sustainable drainage techniques, enhance the biodiversity value of the River Aire corridor, provide an appropriate level of landscaped publicly accessible open space, and contribute positively to the overall distinctive sense of place at the site. (12)

"Gallus Garden" Community Garden

In Frankfurt, the "Gallus Garden" is a community garden built in 2016, which not only impresses with its 1000 m2 size but also reflects the cultural diversity in the district (4). The garden was initiated by the Kinder im Zentrum Gallus association in collaboration with the Gallus neighbourhood management with the help of many sponsors and donors such as the Open Space Office and Deutsche Bank (4). The garden consists of two areas with raised bed for families, kindergarten groups and individuals to cultivate their food there, while a third area is for community events with fruit trees. The aim of the Gallus Garden is to create a community place where old and new residents of the area get together, can share knowledge and spend time in nature (4,8).

Rewetting Sandall Beat Wood

This intervention aimed to address low water levels and low water quality in the Sandall Beat Wood and Cantley Park. The problems have been identified by the council and this project was planned to improve the water levels as well as the water quality. This also helped in improving the gross water flow of the regions and protected the wetland habitats. In addition to the above-mentioned benefits, the project successfully engaged local communities. (Ref 2).