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- Cool paint lessens the heat in the city 🏙️
Cool paint lessens the heat in the city 🏙️
Applying cool paints to roofs, walls, and roads reduces heat absorption, making the built environment more comfortable for people.
Feature of the week
Cool paint can make urban areas feel 1.5°C cooler ⛅️
Cool paint coatings are formulated with additives that reflect the sun’s heat, reducing surface heat absorption and emission.
This makes them a viable solution to mitigating the urban heat island effect, a term that describes how urban areas experience warmer temperatures than their surroundings, which could affect the health and quality of life of urban residents.
To understand the impact of cool surfaces on urban comfort, scientists from Singapore conducted a real-scale field experiment that compared the temperatures between two different streets: one with cool paintings applied to roofs, walls and roads, and another with conventional paint. After two months of observation, the researchers confirmed that the street with cool paint coatings was, indeed, 1.5 degrees Celsius cooler than its surroundings.
Editorial highlights
The Urban Heat Island effect is making densely populated areas in cities hotter. How are city planners and governments in Asia addressing this? |
HEALTH Internet addiction negatively impacts social, academic and professional lives. In severe cases, people may experience physical pain, health issues and psychiatric problems. |
ENVIRONMENT Scientists have documented a Sumatran orangutan applying the sap of a pain-relieving plant to an open wound, suggesting a shared ancestral origin of human wound care practices. |
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The University of Tokyo | Japan 🇯🇵 | Life Sciences Noguchi was one of the recipients of the 2022 L’Oréal-UNESCO For Women in Science Japan Fellowship for explaining the mechanism that amplifies the diversity of neural activity, contributing to the understanding of the nervous system. |
Chinese Academy of Science | China 🇨🇳 | Physics Yang was named the 2022 Future Science Prize in Physical Sciences for the development of new-generation molecular beam instruments that can be used to further the understanding of chemical reactions’ dynamics. |