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46.5 hectares of nationally-important habitat was restored in Doncaster as part of an Environment Agency-led project benefiting communities and wildlife. The work across seven woodland areas was designed to help improve water quality, reduce flood risk, and enhance natural habitats for protected species. By providing additional flood storage the project is able to help attenuate both peak and flood flow from rainfall events, reducing flood risk and damage and reducing the financial and carbon cost of pumping water from the Torne catchment. Although this project extended beyond Doncaster, Sandall Beat in Doncaster was part of the key sites (Ref 1).

The project revitalized beaches around three lakes near Poznan: Kierskie, Strzeszynskie, and Rusalka. Over 1000-ha of forest and three lakes located within the city borders make this a unique recreational area for the inhabitants of Poznan and its surroundings. The project aims to modernize the neglected beaches and build basic infrastructure and communication paths. The plans involved cleaning of the area, planting greenery, regulation of the lake beachline, introducing environmentally friendly solutions (e.g. solar lamps), open-air playgrounds and gyms, and renovation/installation of the new bridges over the lakes [1].

In 1995 the city of Munich decided to implement a new green residential district in the derelict area of the former Munich-Riem airport which was closed in 1992. (Reference 9) The area was designed to have an intensively used residential area in the north and an extensively used green recreational area in the south. The project was completed in 2005. It is 210 hectares large, making it the third-largest public park in Munich. (Reference 1) The park includes a 10-hectare large artificial lake, a 15-hectare large forest and two 20 meter high artificial observation and toboggan hills made from the demolition material of the former airport. (Reference 9) The park is appreciated by people but concerns about the loss of biodiversity have been raised. Citizens use the park for walking, cycling, swimming in the lake or simply for relaxation. (Reference 4)

The restoration of the Nesttun watercourse was made in order to secure the watercourse’s surroundings against damaging floods and to develop its urban qualities as a blue/green structure traversing this part of the city. The City of Bergen has exploited possibilities in flood control measures to develop the watercourse’s natural qualities and improve accessibility. A number of measures were completed in order to give the watercourse a positive ecological status and make it into an attractive recreation corridor, learning arena and secure ‘blue-green’ urban structure. (Ref 1, 2)

"On June 1st 2017, Saint-Etienne Métropole officially committed itself to the implementation of measures to promote the circulation of wildlife between the different green spaces with important biodiversity in its territory" (Ref. 3). "Saint-Etienne Métropole has signed with 13 partners a new contract called "green and blue". It is a new blue and green framework for the whole territory, a regulatory tool for the protection of biodiversity" (Ref. 2). "It aims to continue and reinforce the actions already undertaken with a transversal and urban dimension" (Ref. 2).

Grassland habitats are considered among the most threatened ecosystems in Europe, in particular, dry grasslands which are being constantly and significantly reduced (ref.9).
The NBS intervention consists of the restoration and conservation of two priority habitats of dry grassland (protected areas):(i) Festuco-Brometalia grasslands, are among the most species-rich plant communities in Europe and contain a large number of rare and endangered species; (ii) Pseudo-steppe of Thero-Brachypodietea (ref.1).
The project will take place in three sites on the Apennines: two within the Rome Province and one within the Potenza province, both part of the Mediterranean biogeographical region (ref.9).

The project focuses on a total re-qualification of the coastal area of Ostia. The project involves the construction of new residential areas, recreational areas, a new green park and the recovery of the sand dunes (1).
Regarding the implementation of the project, the project was halted as the public administration changed with new elections, in 2015 several people were arrested and are facing charges due to poor project management (5).

The Tiber is considered strategic to promote a policy of conservation and enhancement of the entire historic city. To transform what has become a "distance" in a resource for the city, it is necessary to involve the river in new spatial, functional, infrastructural and ecological relationships. The rediscovery of the river as a large ecological corridor permits the upgrading of some strong crosses of physical and functional connection to the opposite shores and corresponding enhancement of the river basin; Including the transverse Aventino / Porta Portese, divided into two functional lots, and the transversal Gianicolo-Moretta (1).

The park acts as a source of biodiversity for the whole Padana Plain. Many species are threatened by the loss or degradation of their habitats and the invasion of alien species. Of particular concern are the loss and degradation of wetlands and the degradation of streams, springs and secondary water courses. This project aims at restoring the natural habitat and reintroducing the original plant an animal species, while keeping under control invasive alien species. (1). The project is set to end on 31st of October 2020. (1)

LIFE VIMINE is a project that aimed to define and apply a new type of integrated approach to the management of the territory, based on the erosion protection of the most indigenous barns and marshes in the Laguna of Venice. These unique habitats are rapidly disappearing due to natural processes and human impacts of varying nature. The project has contributed to repair and protect salt marshes borders as soon as erosion starts, build micro soil bioengineering works that are able to absorb wave energy, reduce erosion, promote sedimentation with a low effort and cost and improve coastal resilience and protection (1).