Conduct a baseline survey before and after NBS implementation

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).

Glasgow Green is the largest park in central Glasgow with an area of 55 ha. The Glasgow Green renewal project was planned in order to restore the area from the disrepair and poor aesthetic quality to attractive, extensive open spaces, modern play facilities, spacious winter gardens, and historic people’s palace (Ref 1). The Glasgow Green renewal plan has been devised to restore Glasgow Green (including the People's Palace and Winter Gardens, Fleshers' Haugh and Richmond Park) to its original glory and create an improved visitor attraction. (Ref 3)

This audit, consisting of two parts, maps all green spaces in the Doncaster borough and presents an analysis of the quality and quantity of these areas as subdivided into 88 communities in Doncaster. It aims to better understand the multi-functionality of these spaces as well as what are the leverage points to improve their quality.
The first part of the audit contributes toward the evidence base required for the Local Development Framework (LDF) Sites and Policies Development Plan Document. It will also be a useful reference document complementing Core Strategy policy (CS17) providing green infrastructure. Part two of the green space audit investigated the quality and value of the sites. It allows the council to identify priority green spaces, ascertain their formal and informal intended use and allow the council to make strategic decisions on priorities and long term management. It also looks at community profile areas where provision exceeds the defined standards and investigates if green spaces in these areas are surplus to requirement. (Ref 1 & 5).

The once rich in fish Nidda river in the north of Frankfurt was canalized and dammed in the 20th century. River loops were pierced, filled in or made into oxbow lakes. Newly built weirs stopped the fish migration. The expansion provided good protection against flooding, but the river became a canal (2).
In the 1990s, the Nidda neighbours developed a program for the renaturation of the river, the concept "Natural Nidda". It was decided by the city council of Frankfurt am Main in 1998 (2). The project consisted of many measures aiming at the restoration of the natural course and ecosystem of the Nidda river, the creation new habitats for flora and fauna, the expansion of the floodplain area and thus the river's retention capacity, the deconstruction of weirs, the renovation and building of bridges and the reconnection of disconnected branches of Nidda. Besides the environmental aspects, another project goal was to make the riverside more accessible for local offering various ways for relaxation and recreation. (2,7)

A nature park in Bucharest containing the wetlands surrounding Lake Vacaresti. It was initially a swamp drained by the communist regime, which builds a complex of apartment blocks. In 2014 it was declared protected by the Romanian Government and named Văcărești Nature Park, and was approved as a natural protected area in 2016. (1)

A 1.96-hectare insidious unused land in the District 2 of Bucharest has been transformed into a modern park through a project funded by European funds. The project was selected in the top 100 Regional as an example of good European practice.Initially, the park was a storage space for household waste (1, 3).

A multi-sensory garden designed and built especially for people with dementia and their carers has been opened in Doncaster at St. Catherine's mental health hospital. The Garden is the result of multiple charities and organisations coming together to push the project forward. The aim was to create a stimulating, relaxing and safe environment for people living with dementia, as well as their carers, to enjoy. The garden has been designed to be multi-sensory to prompt memory recall by appealing to senses such as sight, smell, touch, sound and even taste that come with the different seasons (Ref 1 & 2).

Vine Court is a student residential complex located at the heart of the University’s city campus. It is equipped with both green and brown roofs, providing environmentally friendly habitats for local flora and fauna, utilizing local plant mixes and building material rubble from the excavated site. (Reference 2). It is at the forefront of sustainable residential development in the UK higher education sector and it was built to a high standard of sustainable design and energy performance. In addition to the eco-technologies incorporated into the structure, the brickwork includes built-in nest boxes for swifts and bats. It has been awarded a design stage BREEAM Excellent certification (Reference 1).

The intervention at Ness Gardens was a result of the recommendation from the landmark 2010 report - 'Towards a New Social Purpose: Redefining the Role of Botanic Gardens'. (Reference 2). It is part of Growing the Social Role of Botanic Gardens research project, whose aim is to work with local communities on common issues of social and environmental importance (Reference 2). Additionally, as part of the University of Liverpool, the Gardens provide a resource for research programmes (Reference 3).
The project involved workshops, designed to support the botanic gardens through their engagement with their social roles and help them deliver their chosen project. The three participating botanic gardens were asked to develop and deliver a discrete project that would address a social issue or community group relevant to their garden. Ness targeted socially disadvantaged people in its catchment area. A group of students from Shorefields Technology College in Liverpool took part in a joint project where for six days, they swapped the urban classroom for the garden. The evaluation was done by RCMG (Reference 2)

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).