Urban areas can create microclimates that allow certain city blocks to stay cooler than surrounding areas, providing an avenue for natural temperature variation even amid heat waves.
Ancient Roman city designs included narrow streets to reduce sunlight exposure, showcasing historical awareness of urban planning's role in climate control.
Light-colored surfaces in architecture have long been utilized, particularly in the Greek Isles, to combat heat through sunlight reflection, a traditional yet effective method.
The urban heat island effect can elevate temperatures in cities by 10 to 20 degrees Fahrenheit, leading to serious health risks for vulnerable populations.
#urban-heat-island-effect #city-planning #climate-adaptation #historical-architecture #microclimates
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