Species-focused

The Venice Lagoon is characterised by intensive agriculture and by a web of drainage channels discharging into the rivers. The Veneto Region, through the “Plan for diffuse pollution prevention and restoration of water in the draining basins of the Venice Lagoon” financed measures of re-calibration of riverbeds aimed at the renaturation of the hydraulic web, to increase the time of permanence of water and phytodepuration processes in the draining basin. This case study, in particular, includes measures on the drainage channels discharging into the Dese river, one of the main water bodies of the Venice Lagoon basin. In particular, it aimed at re-structuring the effluents of the mid-course of the Dese river (Rio S. Martino, Rio S. Ambrogio and Scolo Desolino). (1).

The project LIFE SeResto (LIFE12 NAT/IT/000331) aimed to trigger a process of aquatic recolonisation in “Northern Lagoon of Venice”, mainly through the transplantation of "Zostera marina" and "Zostera noltei" to small sites distributed throughout the area. The proposed intervention technique involved transplanting a small number of plants, with advantages in terms of lower costs and impact on the donor sites (1).

San Giuliano Park, inaugurated in May 2004, was designed by Arch. Antonio Di Mambro of the Comunitas Group. The first two lots have been implemented for a total area of about 74 hectares, including green areas and recreational infrastructure. The creation of this park is one of the biggest re-qualification initiatives in the national territory. With the implementation of the park, the area of Punta San Giuliano, used for years as a landfill of industrial and urban waste, definitively loses its barrier function between Mestre and its lagoon and returns to the natural state of the ancient city (1).

The project opts for switching to more sustainable and organic ways of handling natural parks in the urban areas of the city of Bologna. The project was launched in 2008 and focused on 100 hectares, meaning 10 parks (out of the 1.100 total in the city). The goal is to develop maintenance techniques with low impact on local flora and fauna, stimulating biodiversity and an equilibrium with the surrounding urban environment, as well as the reduction of toxicity impacts for vulnerable residents (i.e. children and elderly people) (1 and 2).
This NBS solution focuses on changing maintenance of Bologna public urban parks from conventional techniques to biological ones (1 and 2).

The park will have a surface of 100.000 sqm. It is designed to be the beating heart between municipality offices, fashion and culture related buildings, vital train connections and residential areas. The paths generate a mosaic of irregular plots. Each with specific groups of plant species, grasses or lawn. Circular tree groupings are superimposed on these plots, and together they will form a botanic library. The vegetal patches alternate with water and hard materials, thus creating a series of public spaces that house cultural and recreational program (1).

The project aimed to make the banks of the river Sava a more secure place by setting up illumination poles and thus motivate people to go there also by installing potable water fountains. The project includes environmental friendly illumination of both sides of the river Sava, development of 6 water pipes and toilets and renovation of the pedestrian and bike paths (4 sq km). The project in the second phase will also include additional illumination and water stations up to Jankomirski Bridge (in total 16 km, on both sides of the river Sava) (Ref 1).
The locals use the area for running, dog walking and for relaxation. Previously the place didn't have lights which made it unsafe during the night. The Mayor promised the citizens to return the river as well as an emphasis on the bridges that "conect, rather than separate" (Ref 1, 2, 3, 4).

On a yearly basis, the city of Zagreb, Zagrebački holding plants new trees and bushes to maintain Zagreb as a green city with 114 hectares of green spaces (Ref 2). Also includes maintenance of green surfaces, such as grass in public parks along with tram tracks and planting new trees and maintaining existing ones next to kindergartens and schools (Ref 2). Maintenance of city parks, lawns and tree lines includes cleaning, mowing and collecting grass and garbage from green areas, restoration of trampled lawns, maintenance and pruning of trees, shrubs and hedges, maintenance and care of seasonal and permanent flower beds, maintenance of paved and dune areas in parks and installation and maintenance of urban equipment in parks and children's playgrounds (Ref 1).

The city of Zagreb prepared city-owned land on 10 locations for urban gardening, called "city gardens" for citizens who do not own land in Zagreb. The project "City Gardens" is a positive example of sustainable use of urban land and improving the quality of life of our citizens in social, economic and environmental terms. City gardens provide access to healthy food and improve the household budget of citizens, contribute to preserving a healthier environment, preserving biodiversity, environmental awareness of citizens, connecting with nature, healthy leisure and promoting a healthy lifestyle and developing partnerships between the City of Zagreb and citizens (Ref 1).

"Kvillebäcken is the first urban district in Gothenburg built according to the new environmental demands. Traffic and buildings will be adapted to a more environmentally sustainable community, where no inhabitants will be dependent on transport by car. Housing and commercial buildings will meet strict demands on energy balance, indoor environment, healthy materials, protection from noise and moisture, greenery in the courtyards and surface water management. New environmental technology solutions will be used in the district, such as the efficient collection of household waste and covered bicycle parking. New solutions will also meet strict demands on economic and social sustainability." (Ref. 1)

The University's Botanical Garden is part of the National History Museum of Oslo and acts an important green space for both citizens and regional fauna. The Garden was founded in 1814 and is the oldest scientific garden in Norway, which through research, education and plant conservation seeks to increase public awareness of the importance of plant diversity. The Great-Granny's Garden is an important element in the Botanical Garden, aiming to preserve Norway’s horticultural heritage and prevent traditional fauna from disappearing, while encouraging sustainable use in future horticulture. The Garden also act as a sensory garden for people with dementia. (Ref.1,2)