Play the simulation game
Neighborhood with Climate
The serious simulation game “Neighborhood with Climate” was designed to empower residents to take matters into their own hands and decide how to adapt their neighborhoods to the challenges of climate change.
Watch out, because this game works in real life
The game was developed as part of the Co-Adapt Project – ‘Communities for Climate Change Action’
What can you do about climate change?
- Reduce summer temperatures
- Retain and manage rainwater
- Improve the local microclimate
- Support and enhance biodiversity
- Support and enhance biodiversity
What is the game all about?
The game allows you to explore and choose the most effective climate adaptation solutions. What will change in your neighborhood if you sow a flower meadow, plant a tree, or create a rain garden? Will these solutions help you reduce summer temperatures, improve air quality, and retain rainwater?
Examples of actions
Wilanów Township
Wilanów Township: absorptive ditch with vegetation to intercept rainwater which reduces its discharge into the sewer system and reduces the risk of flooding
12 Al. Rzeczypospolitej, Warsaw
Wilanów Township
Wilanów township: hedgerows dividing the space and at the same time capturing air pollution
Fr. Klimczaka 20, Warsaw
Copenhagen
Used instead of a lawn, flower meadows improve the microclimate, keep more moisture in the ground, increase biodiversity
Skt. Kjelds Plads 3, Copenhagen
Oslo
Edible plants around buildings increase the proportion of greenery and improve the microclimate, promote biodiversity
Furuset, Ulsholtveien 31, Oslo
Philadelphia
Trees along streets receive excess rainwater which helps to reduce the risk of flooding and improve environmental conditions for trees
Furuset, Ulsholtveien 31, Oslo
Ursynów
Collecting rainwater from roofs and discharging it into the ground – retaining excess rainwater on site, large variety of vegetation
11 Pasaż Ursynowski Street, Warsaw
This game helps you make wise decisions
Act locally, change globally
CoAdapt
The CoAdapt project is benefiting from €1.49 million in funding received from Iceland, Liechtenstein and Norway under the EEA Funds through the National Centre for Research and Development.
