Welcome to this week’s edition of the “Our Future Water” newsletter. In this issue, we focus on water management in public spaces, exploring how cities leverage green infrastructure to manage water resources and mitigate climatic risks.

Insights

Green Infrastructure Solutions in Urban Water Management

Many cities are turning to green infrastructure solutions that utilize nature’s ecosystem services to manage water resources and climatic risks. This includes permeable pavements, green roofs, and bioretention systems to help control stormwater runoff and reduce urban flooding. By integrating these solutions into public spaces, cities enhance their resilience to extreme weather events while providing co-benefits like improved air quality, increased biodiversity, and enhanced urban aesthetics. Explore how Vancouver, Melbourne, and Los Angeles are leading the way.

Multifunctional Green Spaces for Water Retention and Runoff Management

Public spaces like streets, parking areas, green spaces, sports grounds, and playgrounds are increasingly designed as multifunctional green infrastructure. They retain and transport runoff during heavy rains, reducing the burden on stormwater systems. For instance, sports grounds can be water retention areas, and playgrounds can feature rain gardens. This approach mitigates flooding while providing recreational areas and enhancing community well-being. Discover how Hamburg Wasser prevents flooding with an underground storage system beneath a stadium.

Transforming Schoolyards in Low-Income Communities

In low-income communities, underutilized schoolyards are transformed into vibrant, multifunctional spaces that address localized flooding and connect students with nature. Projects often include rain gardens, permeable surfaces, and outdoor classrooms for stormwater management and education. Involving students in these projects fosters environmental stewardship and hands-on learning about sustainability and water management. Read how Space to Grow transforms Chicago schoolyards to address flooding and connect students with nature.

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