Climate change

This vertical garden was created with the aim to integrate the shopping mall in the surrounding green. A total of 44.000 plants of 200 different species were used on a surface of 1.262 square meters, making it the largest living wall in the world (now in Italy) at the time it was created. The green wall has met large positive response both by the owners of the shopping mall, who noticed a decrease in their energy expenses, and by local residents, who can appreciate the aesthetic beauty of the wall and breathe fresher and cleaner air. (2,3)

Just outside a densely built-up area in Bergen, a 6km nature-trail is being built. The trail brings citizens closer to nature and gives great opportunities for recreation. The trail runs up on the mountains and into the forest, and at selected points along the trail there are beautiful look-outs, picnic areas and places for children to play. Løvstien is being built with materials and a design that will tolerate high levels of rainfall, as Bergen is experiencing a lot of rain, and are projected to get even more over the coming decades due to climate change. (Ref. 1,3)

The roof of IKEA in Åsane outside Bergen covers 22,000 m2 and has been covered with plants since 2011. (Ref. 1) The green roof promotes biodiversity, cleanses the air from pollutants and acts an important flood prevention measure in the region, as Bergen experiences a lot of rainfall and is expected to receive more as a consequence of climate change over the coming decades. (Ref. 3,5) The roof has attracted a lot of birdlife, including endangered species. (Ref. 2)

The Vertical Garden Wall situated at the J&T Bank Café Bratislava was constructed in 2010 as Bratislava's first vertical green wall. The green wall in the two-story J & T Bank Café is one of the most recent implementations of Patrick Blanc – botanist and the creator of Vertical Garden. The Café was designed by the architectural studio MIMOLIMIT, and has been realized under the supervision of AED project. The vertical garden consists of more than 2600 plants of 66 various species (3).

This office complex at 10 Gedonstrasse in Munich was completed in the spring of 2002 with a pre-grown Ceratodon purpureum green roof and living green wall panels. It uses a special technique called BRYOTEC Technology, which enables the producing of (plant) mosses for revitalization. The biological crusts of mosses which it produces play a very important role in engineered soil media stabilisation, accelerating the development of depleted soils/substrates for vegetation establishment.
The extensive green roof is built up from mosses that require minimum maintenance. (Reference 1, 4)

The data centre for Citi Bank in Frankfurt is the first in the world to put sustainability at its heart, setting radical new standards in an industry at the forefront of the fight against global carbon emissions (1). The functional and aesthetic aspects, as well as their CO2 balance and later reusability, played a decisive role in the selection of all materials. Disguising the full volume of the data hall, the iconic green wall features indigenous plants and is fully irrigated by harvested rainwater. The wall, measuring some 55 m by 12 m high, complements the extensive green roof and helps maintain a constant building temperature throughout the year while reducing thermal gain in the summer months. (1)

A modern office building in Poznan and a headquarter of a large company was designed to include multiple environmentally friendly solutions like cycling facilities, energy-efficient appliances in the building, roof gardens, the use of rainwater in the sanitary facilities, waste segregation system and the overall energy-efficient design of the building façade to let in as much natural light as possible [1].

The Edinburgh Living Landscape (ELL) is a partnership between the Scottish Wildlife Trust, the City of Edinburgh Council, Edinburgh and Lothians Greenspace Trust (EGLT), the Royal Botanic Garden Edinburgh, Green Surge and Edinburgh University, it aims to help make Edinburgh a city fit for the future by fashioning healthy and beautiful environments that are resilient to climate change as well as being highly valued and accessible to people. It is made up of a range of projects that will create, restore and connect green areas of the city to make attractive and biodiverse landscapes that are enjoyed by residents and visitors. One of the examples is the Holyrood park. Naturalisation was tested in Holyrood Park, where a once regularly mown grassland is now cut only once per year. It benefits both wildlife and public amenity and also reduces maintenance costs for the site, with the potential to spend elsewhere on greenspace maintenance. This is a part of the ongoing Edinburgh Living Landscape Case Study which aims to make Edinburgh a city with healthy and beautiful environments, resilient to climate change. A range of similar projects will create, restore and connect green areas of the city to make an attractive and biodiverse landscape (ref 2, 3).

This blue and green infrastructure project of Bergen involves the development of a river park with riverside promenades, bridges and recreation areas. Bergen municipality wishes to develop the area along the Møllendalselven to a park that in the long run will extend from Store Lungegårdsvann to Svartediket and further up to the mountains. The area's industrial history forms the backdrop of a new park that will act as a green lung for the city's residents, both locally and in a slightly larger perspective, where Møllendalselven will become the central element. (Ref. 1, 2)

The project, concerning the installation of an experimental site for research and demonstration on the environmental benefits of the green roof in urban areas, arises from the need of the public administrations, and in particular the City of Genoa, to get a thorough technical knowledge in order to make urban planning tools more effective in the process of improving life quality in the urban environment (1).