Lowered local temperature

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)

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).

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)

"In order to make this center area attractive and dynamic, the EPASE (Saint-Etienne Public Development Agency) and the town hall of Saint-Etienne have set up an ambitious eco-neighborhood project. This project is based on public spaces that are built on an original urban park model where nature is the driving force behind the site. Nature is at the heart of this "park city" project, realized in record time: in a year and a half, the vast majority of the park's work has been carried out and the neighborhood has begun to change."(Ref. 1)

“Zagreb for Me” was an ambitious and comprehensive project launched in 2015 by the Zagreb Society of
Architects in cooperation with the Faculty of Architecture at the University of Zagreb and the City of Zagreb.
The goal of the project was to start a revitalization of public spaces through the realization of 17 urban
interventions in the whole city area at the same time. This distributed approach aimed to improve the general
“image of the city” and raise the quality of urban life in segments of housing, recreation, leisure and social
cohesion and revitalization of Zagreb's public spaces using public participation as a tool. This project aims to decentralize designed public spaces and draw attention to some forgotten city spots. At the same time, the project, created from a “bottom-up” initiative, establishes a new model of public participation as well as new forms of collaboration (Ref 1, 2, 3). The project "Zagreb for me" was created on the basis of Acupuncture of the city - an interdisciplinary approach and public participation, but it covers a wider urban space, ie it deals with public spaces throughout Zagreb. After the conducted urban-architectural tenders for the selected solutions, the realization is planned. Only one urban-architectural tender was conducted and the implementation of the project stopped there, but the project "Zagreb for me" was recognized as an example of good practice with the possibility of application in other cities. (Ref 5)

In 2012, the City of Lisbon has implemented a 2,5 km green corridor connecting Monsanto Forest Park ( 900ha) and the city centre through Eduardo VII Park. (1) It is a concept of continuous natural structure, consisting of a coordinated set of green spaces that intend to continuously bring the natural space to the interior of the city (ref.3)
This corridor is a fundamental part of the Ecological Structure, a matrix formed and articulated by systems: the Mobility System, the Water and Air Circulation System, the Fluvial-Estuarine Transition System and the Structural Ecological Units System.

Lisbon's Biodiversity Route is a pedestrian route of 14 km, marked according to the norms of the Portuguese Federation of Camping and Mountaineering. It connects the Forest Park of Monsanto to the Tejo river, which aims to contribute to raising the awareness of the value of the city's biodiversity (ref. 4). The position and dimension of these connected areas important in relation to the climate regulation, air quality and for the diversity of habitats that the city offers. The Biodiversity Route is a circular route, which can be done on foot or by bicycle where each species of fauna and flora that can be observed (Ref.1).

The petrol station is a result of a long-term project of MOL, called as the “The petrol station of the future”. The designers created a building with excellent thermal insulation, green walls, a green roof, solar panels, rainwater utilization and an alternative heating system. Even the interior of the building was created with as much environmentally friendly materials as possible. The building uses LED lighting only to save energy. These environmental efforts resulted in Energy savings of more than 50 percent, and the neutralization of 10 tons of CO2 gas emissions. (Reference 1)

The University of Sheffield has embraced green roof technology for its benefits to the built environment, and to support Sheffield City Council vision of Sheffield as the UK’s green roof capital. Most buildings the University feature intentionally vegetated green roofs and some existing buildings with suitable structures have been retrofitted with green roofs (ref 1). The first instrumented test plot for the green roof was installed on the Mappin Building roof. In 2009, Jessop West building and the Robert Hadfield – Green Roof Centre Demonstration Site are studied for replicating the model (ref 4).

Hellenikon Metropolitan Park will be a large urban park located in Hellinikon, Athens, Greece. The park will be the central attraction of the Hellinikon project. It will provide Athens with a much needed ecological boost. When finished the park will be the largest in Europe. It will be approximately 200 hectares spanning the site of the former Hellenikon International Airport (Ref 4). The project will follow an integrated approach to sustainability. The objective is to boost greenery and create high-quality spaces while minimizing the natural resources used, protecting and enhancing the ecosystems in the region, and also raising awareness and educating the public on sustainability issues (Ref 1). Initially, the project was planned to start in 2008 and to be completed by 2013, but with the unfortunate and unseeing financial crisis worldwide, was shelved. A part of the project has been completed in the first 5 years. In 2013, a new design strategy for the project was submitted as part of The Hellinikon Project. The team included Foster & Partners, Charles Anderson Landscape Architecture, ARUP and a group of Greek design consultants. The design was revised and resubmitted to the Greek government in 2018 (Ref 3). The project is now under the consideration of the Greek Ministry of Culture for infrastructure and monuments (Ref 1).