Displaying 51 - 60 of 61

Green courtyards of Szczecin

The program aims to change gray urban courtyards into friendly places - the green oasis for neighborhood meetings and resting areas. Small project proposals developed by the housing associations for the revitalization/transformation of courtyards from all over the city compete for co-funding (up to 75%) from the city council. Many projects (over 86 by the year 2015) have been funded and implemented since the beginning of the initiative in 2008.(1)(2)

Social garden near Trafostacja Sztuki

The project refers to the development of a vacant plot to create a social garden. Activities and plans implemented included: planting greenery, creating flower meadows and flowerbeds, common flowers planting by citizens, common vegetable growing area and a greenhouse, recreational area (hammock, trampolines, field games, sun loungers and sofas for recreation), cultural zone (outdoor cinema, exhibition space), workshop area (for artistic, ecological and sports workshops), canteen area (open-air kitchen, outdoor bar, communal dining space). The garden was open for the public between 2016 and 2018.(1)(4)

Waldorf kindergarten vegetable community garden

The initiative group from Timisoara, formed after the permaculture sessions supported by the Romanian Permaculture Association, contributed to the creation of a vegetable garden in the courtyard of the Waldorf Kindergarten.
The garden is a source of fresh vegetables for the morning snack of children and space for them to learn about gardening and plants.(1)

Green roof at the Museum of the Human Body

In 2013, architecture firm BIG's design was chosen for a proposed Museum of the Human Body in Montpellier (Ref. 1). The plan was "An ambitious scenographic project resulting from a simple and clear spatial design. The alliance of its architectural, environmental, and functional qualities". "The gentle slopes of its roofs transform into a landscape intertwining vegetable and mineral terraces that provide direct access to pedestrians on the urban sidewalk and the park" (Ref. 2). It would have involved a "park of eight hectares" (Ref. 12, page 4). The project has not yet become a reality (as of August 2, 2020).

Greener Sofielund

Sofielund invests in a sustainable area. Carpool/joint recycling centre were some of the proposals discussed when property owners, Malmö city and some experts discussed how Sofielund could become more sustainable in the future. The idea is that the environmental days in Malmö (e.g. a workshop) will lead to an action plan to make Sofielund greener. Property owners Sofielund has been at the forefront of a local sustainability work that can be a model for the rest of the country. In February 2017, a memorandum of understanding was signed about concrete efforts to strengthen the Sofielund area (Ref. 1, 2). There is a strong political support for the work that is being done in Sofielund and the BID concept is now upscaled to a sixth project area called Case Sofielund. (Ref. 6).

CityTree in Budapest

CityTree is a four-meter high freestanding installation that is able to purify city air of harmful pollutants by using a special moss culture. (Reference 1) The local government of the 3rd district tested the technology under a 6 month trial from September 2017 to March 2018. The CityTree pilot project in Budapest was concluded, once the district administration decided not to continue the project further due to technical reasons. The irrigation system started to malfunction very early in the trial period, which caused the mosses to dry out and thus producing no quantifiable results. (Reference 9)

Rákos-patak Green Corridor

The Rákos-patak Green Corridor is a large-scale development project aimed at revitalizing the environment of the Rákos Stream on a 23 kilometre long path from it's areas in the outskirts of Budapest to the city center. The most important element of the development project is the planned bicycle lane, which would connect the already existing bicycle lanes along the stream into a full 23 kilometre one. In some areas of the planned corridor, other developments will happen with the goal of preserving and restoring habitats which originally existed in the area before it was first regulated. Near the outer areas of the stream, afforestation will also take place. (Reference 9) The area of the stream is currently underdeveloped. According to the plans, the new green corridor could help decrease urban stress.

The Botanical Park

The Botanical Park is originally a garden which went through a modernization and rearrangement process in 2008. The park covers an area of 8.41 hectares and has a varied flora which is of Romania and also of various areas of the world which have a similar climate to the country. The purpose of the rearrangement was to maintain the area for scientific endeavours and to educate the public with respect to the importance of the environment. The municipality added this area to the 13th existing parks of Timisoara, which are part of the green belt of the city. (1)

Home & Gardens

This is a private initiative located in a residential complex in the northern area of Rome. When a new tenant purchases or rents a house, he is provided with a private garden for horticulture, together with the assistance of experts in vegetable planting and growing. The initiative was designed to educate people on the importance of consuming local foods and living in close interactions with green areas inside urban areas (1 and 6).

New Urban Woods in the Parco Nord

This is a tree-planting initiative for the creation of a new forested area in the Parco Nord of Bologna. During the project lifetime (originally planned from2016-2018), a total of 4.000 new trees will be planted. The trees will be 2-2,5 meters high to give the appearance of a forested area inside the city (1).
As of 2019, the implementation of the forest is on hold and it depends on the construction of the so-called "Passante di Bologna", namely a highway with 3 high-speed routes. If the highway is approved (and there is enough funding) then the forest can also be implemented (6).