Case studies tagged with Air quality and local climate regulation

LEAFSKIN® is an ultralight green roof set up over pedestrian streets or squares, in order to create shadow areas in urban spaces.  

The tecnhology can also provide interesting implimentation like carring lighting system or  advertising on the bottum. 

Description of the NbS

The NbS is composed by three main elements:

1. The facilities room. It is an unused newspaper kiosk, where there will be installed the irrigation system machines. An irrigation pipe is coming from this kiosk to the structures and a duct with the excess water returns back
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Starting with a single focus on afforestation, the project aimed at integrating Nature-Based Solutions for limiting flooding, enhancing biodiversity and reducing traffic noise pollution.

Following an integrated approach, further objectives included:

• Safeguarding agriculture in the long term, by setting aside dedicated areas for agriculture for local farmers;
• Increasing road safety for pedestrians and cyclists (restructuring crossings, developing links for recreational traffic);
• Providing opportunities for recreation and play;
• Safeguarding
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Biotope City is an integral concept of the Biotope City Foundation Amsterdam based on the integrative combination of Flora + Fauna + Humans to realise the dense city as nature.

World's first official climate-resilient district and world's first constructed Biotope City in Vienna with 2/3 affordable social housing and climate adaptation by the support of GREENPASS - the world's first Software-as-a-Service for climate...

The three green wedges around the City of Jiaxing aim to regulate urban climate and to provide space for recreation by enhancing the structure and socioecological multi-functionality of the green infrastructure in the city. 

Trees as nature-based solutions are promoted for co-development and co-design to alleviate problems of heat, air pollution and noise in the city in a participatory way.

Green corridors are linear parks that help renature cities by connecting green areas to one another to form urban green infrastructure networks. They are often retrofitted along areas of abandoned traffic infrastructure, e.g. railway lines, or waterways to create interconnecting parks. Green corridors are particularly beneficial for urban biodiversity as well as cooling cities and improving air quality by providing cool air pathways.

The city of Stuttgart took this concept and implemented it on a large, city-wide scale. Located in a valley with low wind speeds, the city is prone to...