Sowe Valley Project
The Sowe Valley Project was a community-based project focusing on rivers restoration. It aimed to link the local community with the Sowe River Valley and to improve the valley’s biodiversity and habitats for the benefits of people and wildlife. (Ref. 2, 6, 11-13)
Green roof federal agency for environment
The renewal of the 220 sqm roof terrace of the Ministry of the Environment in 2010 focused on improving the thermal insulation of the building and the remaking of its green roof. The project was planned by the city council’s department for urban nature in collaboration with a landscape architect and implemented by a professional outdoor greening company (Ref. 2). The green roof won the award “green roof of the year 2013” and is also actively promoted as a model for green roofs, frequently shown to international guests of the Ministry. (Ref. 1).
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)
Leidsche Rijn sustainable urban drainage system
The surface water system in the VINEX location Leidsche Rijn near Utrecht is a special water system. Nowhere in the Netherlands is the surface water of such a large urban area treated in such a sustainable and climate-proof manner (ref. 2). In Leidsche Rijn, a relatively new city district of Utrecht, a sustainable closed circuit water system was introduced including natural wetlands, bioswales, pumping stations and permeable paving which filters stormwater organically. It is viewed as a more sustainable solution compared to traditional stormwater infrastructure because it benefits biodiversity (e.g. by means of fish passages) and prevents the need for storm water facilities and the influx of unfiltered surface water from elsewhere (ref. 1-3).
Green Corridor on Platenstraße
Platenstrasse in the Ginnheim district of Frankfurt was laid out as a four-lane feeder in the 1960s. It leads through the settlement of the same name, which was formerly the housing area of the US armed forces. After their withdrawal in 1994, the settlement came into municipal ownership. Many large families, often with a migration background, moved in. Wild parking lots and storage spaces were created without any quality of stay. In 2000, discussion about the redesign of the Plattenstrasse started and in 2015 it was completely transformed into a green corridor. The street space was rearranged and the paved areas were reduced to the necessary extent. Sensitive planning and respect for the established structures helped to preserve the character of the district while significantly increasing the green area with recreational facilities. (1)
Eco-District Plateau de Haye
"This disctrict of "Plateau de Haye" is part of the EcoQuartier approach, is one of the most ambitious urban renewal projects. In line with the development of the New Urban Renewal Program, work was carried out this year [2012] on the challenges of opening up territory to its urban and forestry environment in order to confirm the "Forest City" approach initiated by the architect-town planner Alexandre Chemetoff" (Ref. 1). It received the EcoQuartier National Grand Prize (Ref. 2). A forest, community gardens and a green corridor are being developed with a rainwater recovery system (Ref. 2). Work is set to continue until 2024 (Ref. 10). "It will first allow work to be done on the functionalities of the district : development of spaces freed up by the demolition of the Blanc Sycamore and the Purple Beech, reconversion of the Tamaris and Ombelles into housing, shops and spaces dedicated to companies, creation of green spaces , shared gardens and parking" (Ref. 10).
MoorLIFE
The South Pennine Moors is a conservation area in the Natura 2000 network. This site is crucial for active blanket bog and is part of two Special Protection Areas in the Birds Directive, including golden plover, dunlin, short-eared owl and merlin, dependent on the blanket bog for breeding and feeding. The conservation status of the site is threatened due to sulphate and nitrate pollution, causing severe depletion of crucial sphagnum moss cover. Fire damage has led to more extreme erosion than if the moorlands had remained sphagnum-rich. The restoration of favourable conditions thereby depends on re-establishing a sphagnum-rich bog. (3)
The project included three Natura 2000 sites, the Peak District Moors (South Pennine Moors Phase 1), South Pennine Moors Phase 2 and South Pennine Moors (3).
The project included three Natura 2000 sites, the Peak District Moors (South Pennine Moors Phase 1), South Pennine Moors Phase 2 and South Pennine Moors (3).
Sainte Marie Park and Festival of Nature
Park Sainte-Marie is the second largest park in Nancy (Ref. 8). "The park Sainte-Marie hides varieties of splendid oaks and many other rare plants. It also hosts that annual "Nature in Festivities" event in the first weekend of May which represents the largest plant market in the region (Ref. 2). "This park was awarded the "Tourism and Handicap" labels in 2007 and "Outstanding Garden" in 2010" (Ref. 1). "An old Alsatian House , created for the International Exhibition of the East of France in 1909" is conserved within the park (Ref. 8).
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)
Moson Danube Complex Project
Persistently low water levels on the Moson-Danube since 2002, caused by the sinking of and loss of supportive effect from the Danube, caused severe ecological, agricultural and water flow problems (Reference 12). The project, funded by the EU through the Széchenyi Development Plan, was aimed at improving water management and rehabilitating the degraded ecosystem of the area (Reference 1).
The project consists of two phases: the reconstruction and regeneration of the river in the entire Moson-Danube area, and the creation flood gate at the delta. The first phase was completed in 2015, the second phase started in 2017 and is planned to finish in 2021 (Reference 12 and 13).
The project consists of two phases: the reconstruction and regeneration of the river in the entire Moson-Danube area, and the creation flood gate at the delta. The first phase was completed in 2015, the second phase started in 2017 and is planned to finish in 2021 (Reference 12 and 13).

