Conduct a baseline survey before and after NBS implementation

“Cooperation between, residents, businesses and the local authority to facilitate the adaptation of a large urban area in Aarhus for more rainfall in the future. They will be able to influence urban development in the direction of more attractive use of rainwater. Local Rainwater Drainage (LRD) is a current trend derived from the political desire to deal with some of the expected increase in extreme rainfall by collecting and using it for recreational purposes. Society will thus be able to adapt to climate change better whilst providing more recreational facilities and environmental improvements.” (Ref. 1)

The Leonardo Garden was a community garden in an empty building site of 8th district of Budapest, that implementation was initiated by KÉK, the Contemporary Architectural Centre. (Reference 3)
The recultivation of two neglected, empty plots of land created one of the earliest community gardens in Hungary. Plants for consumption, spices, herbs and ornamental plants were planted. The 95 plots in the Garden were cultivated by young people, families and pensioners, but the Garden also served educational purposes, as it frequently received school groups. The Garden has hosted a number of public community and cultural, gastronomic and musical events, which were well attended by both the neighbourhood and the general public. The community garden was closed in March 2018 because the company that owns the land wanted to start construction on it. (Reference 5)

"The main idea of the project is to join the two parks at the end of the intervention (Pedion Areos and Lofos Likavitou) with a green mass that will flow all along the intervention, bringing back the greenery to an area that used to be a green zone in the outside of the old Athens walls.That green corridor is formed by: (1) the existing trees preserved; (2) the new trees added; (3) a continuous floor all along the project with a pattern that is an abstraction from olive tree branches; (4) The artificial activity/bioclimatic trees they create" (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)

This project was implemented on the rooftop of a ten-floor building with a floor space of 1.4 hectares, with the implementation of a green roof of 650m2. The motivation behind this was to study the thermodynamic impact of a green roof in hot Athens. Results concluded that the greenroof significantly affected the thermal performance of the building. Energy savings of 50% were observed for air conditioning on the floor directly below the installation. In addition to the energy-saving benefits, the study also found increased biodiversity in the area. A plethora of birds and beneficial insects were observed on the roof, ranging from robin redbreasts, yellowhammers, yellow tits, coal tits, and sparrows to kestrels hovering high above eyeing up the smaller birds. Other species such as honey bees, tiger swallowtail, monarch butterflies, dragonflies and ladybugs were also seen (Ref 1). The study suggested in improved micro-climate and biodiversity of the constitution square (Ref 1, 6, 7).

The program aims to change gray urban courtyards into friendly places - the green oasis for neighborhood meetings and resting areas. Small project proposals developed by the housing associations for the revitalization/transformation of courtyards from all over the city compete for co-funding (up to 75%) from the city council. Many projects (over 86 by the year 2015) have been funded and implemented since the beginning of the initiative in 2008.(1)(2)

Sweden's second largest population of the acutely threatened Green Spotted Toad ("Bufotes viridis") populates in the Northern harbour (Norra hamnen) in Malmö. In 2014 when inventories were carried out, it was shown that four water areas were used for reproduction. Despite a major exploitation interest, city administrations and landowners, together with the County Administrative Board (Länsstyrelsen Skåne), agreed to protect the population and to take measures to maintain its status (ref. 1, 2). A 15.5 hectare area had been protected until further notice from continued land changes and other disturbing activities, and the area had been fenced (ref. 1).

‘Odla i stan’ aims to spread and develop urban farming in a long-term and sustainable manner with residents, associations, property owners and city administrations. The company also works with educational farming at schools and in Malmö Museums (Malmö Museer). Furthermore, “urban farming is an excellent method for increasing social community while providing self-produced food. ‘Odla i stan’ works to organize and coordinate organic farming in the urban environment.” This is done by only working with organic methods and trying to use only local resources.
(ref. 1, 3)

Organic Without Borders (OWB) is an NGO (ideell förening) that works to develop and support methods for a sustainable future anywhere in the world. The NGO develops methods through socio-ecological city farming and working pedagogically with children and adults and their relationship to food and farming in Sweden and other countries (ref.1).

Approximately one-fifth of the rain that falls in Malmö's urban area is led to Risebergabäcken, which makes it by far Malmö's largest watercourse. None of the other watercourses receives more than a very small part of the municipality's stormwater. The flow in Risebergabäcken is in many places it is narrow and deep, which means that the water rises quickly when there is a lot of rain (ref. 7). Large precipitation and asphalt industrial environment in Skogholm's meadows (Skogholms ängar) have long been a problem of overload in Risebergabäcken, but the ecological stormwater system delays and cleans the water, as well as preventing erosion and floods (ref. 1).