%X Urban regions must quickly reduce their environmental impact as they contribute considerably
to global CO2 emissions. By 2030, it is projected that 60% of the global population will live in
cities, making them more susceptible to the consequences of climate change, including the
Urban Heat Island (UHI) phenomenon and changed precipitation patterns that increase the
danger of flooding. With a focus on Groningen's Schildersbuurt, this study explores the
possibility of incorporating green infrastructure (GI) with urban planning to improve public
health and climate adaptation. This research investigates how GI can tackle urban
environmental concerns and contribute to health through critical literature analysis and
research-by-design. The Schildersbuurt's notable heat absorption and susceptibility to
flooding are highlighted by the research's climate analysis. The proposed design attempts to
improve air quality, mitigate the effects of UHIs, and retain rainwater by implementing a GI
network that includes wall gardens, permeable pavements, raingardens, and a green
roundabout with underground water storage. The results are consistent with GI projects that
have been successfully implemented in other cities, indicating that a healthy urban
environment can be created through the employment of GI. Despite obstacles like expenses
and upkeep, the research highlights the capacity of GI in promoting healthy, climate adaptive
urban environments. Further studies should continue to improve these approaches,
guaranteeing their efficient adaptation and implementation in different urban environments.
%T Designing for Health - Green Infrastructure's Role in Urban Resilience and Health
%A Larissa Stuut
%L theses_frw4635
%D 2024