Henning Larsen’s Post

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How do we beat the heat? In-house industrial PhD Fellow Gulin Yazicioglu spends her time researching how we can mitigate the urban heat island effect in the future: "I'm investigating transformative potential of green infrastructure in shaping the the future resilience of cities. In the retrofitting of our cities, integrating greenery in alignment with urban layouts becomes incredibly important, contributing not only to temperature regulation but also improving overall environmental sustainability and biodiversity." Part of the research includes explorations of future scenarios in cities around the world, starting with Copenhagen. 👇

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Director, Innovation and Sustainability at Henning Larsen

🌞 Summertime is here 🌞, and we can feel its effects on our cities! And it will only get hotter in the future. But how hot will it get, and how can we mitigate the heat? Our Henning Larsen Industrial PhD candidate, Gulin Yazicioglu, has been investigating how rising temperatures will affect cities across the globe. She has simulated the perceived temperature at City Hall Square, Rådhuspladsen, in Copenhagen to explore the impact of future climate on thermal comfort in Denmark. 🥵 2024 = 24°C 🥵🥵 2050 = 26°C 🥵🥵🥵 2080 = 29°C 😀 2080 = 23°C (strategically placed trees and planting) This shows that thermal comfort deteriorates until green interventions come into play! Here's how she has been setting up the studies: 1️⃣ #CCWeatherGen, developed by the University of Southampton, is employed to generate future weather files for 2050 and 2080. The shift is based on the A2 emissions scenario, which emphasizes self-reliance and local identities, with a continuous population increase surpassing 10 billion by 2050. 2️⃣ The Universal Thermal Climate Index (#UTCI) is used to calculate the feel-like temperature for June 21st at 13:00. UTCI takes into account a broad range of variables impacting thermal comfort beyond just temperature, including humidity, wind, and radiation. These variables significantly influence our physiological responses to the environment, making UTCI a more precise indicator for analyzing how environmental conditions affect the human body and influence people's behavior. Great work 🎓 Gulin 🎓!

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Dr. Ipek Ölcüm

Managing Director / Geschäftsführerin, Specialist lawyer for construction and architects law / Fachanwältin für Bau- und Architektenrecht

1w

Looking forward for more research results about it 🙏

Karin Egede

GeoSciArt Installations and Cultural Events

1w

Could be interesting to know, what effect it may have on the heat of a city, if all the roofs are WHITE in stead of BLACK????

fateme pourbehzadi

Architect | interior designer | I visualize your dream home idea

1w

Love this

Elena Shulgina

MSc Architecture | DGNB-Consultant | Gesundheitswesen/HealthCare | Nachhaltigkeit/Sustainability

1w

Great tip!

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