Welcome to the Atlas

In 2012 Marks & Spencers funded a volunteering initiative, the Big Beach Clean-up, through which their staff were able to volunteer to clean local beaches and waterways to make local environmental improvements. This initiative is part of M&S’ Forever Fish campaign which is funded by the profits from the 5p carrier bag charge in M&S foodhalls. The 4th annual Big Beach Clean Up (which took place in 2015) aimed to clean 135 beaches and canals up and down the country with over 8,000 people (3,000 M&S employees and 5,000 M&S customers) (ref. 5). As part of this initiative, around 30 members of staff from Nottingham’s local high street store went down to the canal, between Castle Meadow retail park and Meadow Lane Lock, and spent the day removing masses of litter from the water (ref. 3).

In 2008, Mahidol University in Thailand announced its revised five-year Green Campus master plan titled 'A Promised Place to Live and Learn with Nature' for its main Salaya Campus. The scheme aimed to promote a green conscience and lifestyle for its students and faculty through sustainable campus developments that consider social and environmental aspects. The university's objectives were to achieve energy conservation, environmental sustainability, and social cohesion and well-being. The main features of the master plan included the creation and maintenance of green open spaces covering at least 70% of the campus premises, optimization of land use, transformation of infrastructure to encourage cycling, creation of outdoor learning, recreational and research areas, and enhancement of local biodiversity. The master plan also covered guidelines and targets for energy consumption, waste, and water management in the campus buildings. The Siri Ruckhachati Nature Park, the university's arboretum, was also redesigned with green and blue areas playing a role in flood management. Following the 'Green Campus' master plan, Mahidol University developed its existing mission further and became an 'Eco University' in 2012 and a 'Sustainable University' in 2021. These two missions focus primarily on reducing energy consumption and waste management.
(Ref.1,2,3,12)

The Institute of Landschaft and Freiraum together with Grün Stadt Zürich and ETH Zürich is developing a project on how plant biodiversity in the city of Zurich can be maintained through urban ecological design. In collaboration with the University of Lausanne, they will assess fragmentation effects on the species, functional and genetic diversity of wildflower patches, and, more specifically, on the population viability, evolutionary potential and connectivity of selected model species. These results will feed directly into the biodiversity programme at Zurich’s office of parks and open spaces (Grün Stadt Zürich). (Ref 1)

The project of the Park of Malaga was to rehabilitate the lateral spaces of the Paseo del Parque, the organization of the environment, the recovery of the flora and structure of the Park, as well to construct a solution for problems of mobility. (Ref. 1). Recovery of Vegetation of the park, its original layout, and its scientific character of garden Botanical and species acclimatization were central aims of the project (Ref 1).

There have been different activities throughout the time to recover and improve the Malecon Botanical Garden. In 2012, the main activity was to recover the Malecon Botanical Garden by introducing a collection of Mediterranean species and of other ethnobotanicals plants and delivering some other environmental services to the location (Ref 1). In 2019, there were different works to rehabilitate the Garden for the September Fair, and also some other plans to create a cultural and artistic space within the Garden (Ref 10 and 11).
The project has completed its first stage, but there is an ongoing number of initiatives to rehabilitate and improve the garden (Ref 9 and 10).
Regarding the status of the project, the first stage has been completed, but an ongoing initiative to rehabilitate and improve the garden is taking place (Ref 9 and 10).

Malls Mire is an area of mixed woodland and wetland habitat situated between Toryglen and Rutherglen. People from the surrounding communities have been working with Urban Roots to manage the woodland since 2009, improving its value for wildlife and working on the paths so that more people can enjoy it(Ref 1). It was declared a Local Nature Reserve in March 2015(Ref 2). Surveys by entomologists showed that the site is valuable for a number of rare beetles and a spider, the latter, Southern Motherphage (Coelotes terrestris) having only been found at one other site in Scotland(Ref 2).

The Malmo Office Tower is a building of offices built having in mind the example of the Swedish city of Malmo. The building is the only green building in Craiova and it has as a starting point the development of sustainable infrastructure and the use of alternative energy sources. It contains green balconies and it aims to become an example for other cities throughout Romania, bearing as a goal to transform in reality "the dream of a green city, where our children can breathe without worry" (1) It is located near the major 2 parks of the city.

This NBS is implemented on a nature reserve site, Ciuperceni-Desa, a protected area that has habitat types with natural eutrophic lakes, oligotrophic seawaters, panonic salty marshes, sandy panonic meadows, low altitude meadows, clusters of walnut vegetation and white poplar and cultivated arable land. In 2016 the Romanian Government alongside an NGO developed a plan for its protection and conservation since locals complained that it is not taken care off accordingly, that the area became a dump for people to trow their garbage and that it affects the species (1, 2)

Touted as a long-term solution to flooding of Mandaue City, establishment of a mangrove eco-park has begun, having received funding from the Department of Budget and Management (DBM) (Ref. 1). Through establishment of mangroves, the eco-park will "perform a significant role in shoreline protection, acting as a buffer against strong winds and waves", which is considered particularly important in light of the anticipated effects of climate change (Ref. 6).

A total 17-hectare plot is to be rehabilitated, as identified in the Mandaue City Government's Comprehensive Land Use Plan (Ref. 3). At present, it is unclear whether nature-based solutions (including mangrove restoration) are to be implemented across the entire 17ha of the site, but initial efforts have been focused on the restoration of a 5-ha section of mangrove forest (Ref. 2). Due to the lack of data on how exactly the remainder of the 17-ha area will be restored, the total NBS area for this project has only been recorded as 5-ha (5000m2) within this case study, rather than the entire 17,000m2 which is encompassed within the site.

The site is situated at the outfall of the Butuanon River which frequently overtops as a result of heavy rain and has been considered "biologically dead" since 1992 (Ref. 7). The site itself comprises a former dumpsite which had been "left derelict and filled with piles of trash", hence in addition to reducing flood risk, its rehabilitation will serve as green space in which "the residents of Mandaue City [can] gather and enjoy a breath of fresh air" (Ref. 2). The eco-park is considered to bring the added benefit of filtering water as it enters the Mactan Channel, in addition to reducing greenhouse gas emissions through carbon dioxide absorption (Refs. 1 & 6).

The Bakhawan Eco-Park is a 220-hectare mangrove forest located in Kalibo, Aklan province, Philippines, that started as a reforestation project in 1990. It was a joint project of the local government and a non-government organization, Kalibo Save the Mangroves Association (KASAMA), with the aim of reforesting the muddy shoreline of New Buswang district to protect the community from floods and storm surges [1,2]. Aside from preventing floods, the eco-park also provides locals with livelihood opportunities, mitigates the effects of climate change, and serves as a habitat for various mangrove tree species, birds, and marine life [1,2]. The project's success is largely attributed to the active involvement and support of the local community, with some families playing an integral role in the reforestation program. [2] Notably, the involvement of local women in the NBS initiative has contributed to the success of mangrove conservation. Some women have also taken on the task of policing the mangroves to prevent illegal tree-cutting by trespassers [4]. Today, the eco-park is acknowledged as one of the most successful mangrove reforestation project in the Philippines [1]