In the era of climate crisis, the search for places that offer natural climatic comfort has become a crucial element in understanding the interaction between the environment and the overall quality of human life. Although indoor artificial climate control can provide comfort, it has significant environmental impacts and fosters a more artificial human experience. This study explores how climatic comfort varies worldwide, with a particular focus on outdoor environments where natural atmospheric factors directly influence human perception of comfort. We conducted a global survey, integrated with spatial climate databases, to model outdoor climatic comfort based on temperature, humidity, and natural lighting. The most comfortable locations were identified in tropical/equatorial regions at relatively high elevations. We discuss the results of the current global population distribution, along with past, present, and future demographic scenarios, thereby revealing a critical situation for countries in the Sahel and Middle Eastern deserts.

A Global Investigation of Outdoor Climatic Comfort / Vasconcelos, V. V.; Salata, F.; Sacht, H. M.; Osaki, C. M. N.; Mendes, A. C. R.; Ferreira, C. V. M. A.; Oluwole, S.; Chaves, V. C.. - In: ATMOSPHERE. - ISSN 2073-4433. - 12:16(2025). [10.3390/atmos16121356]

A Global Investigation of Outdoor Climatic Comfort

Salata F.
Secondo
Conceptualization
;
2025

Abstract

In the era of climate crisis, the search for places that offer natural climatic comfort has become a crucial element in understanding the interaction between the environment and the overall quality of human life. Although indoor artificial climate control can provide comfort, it has significant environmental impacts and fosters a more artificial human experience. This study explores how climatic comfort varies worldwide, with a particular focus on outdoor environments where natural atmospheric factors directly influence human perception of comfort. We conducted a global survey, integrated with spatial climate databases, to model outdoor climatic comfort based on temperature, humidity, and natural lighting. The most comfortable locations were identified in tropical/equatorial regions at relatively high elevations. We discuss the results of the current global population distribution, along with past, present, and future demographic scenarios, thereby revealing a critical situation for countries in the Sahel and Middle Eastern deserts.
2025
climate adaptation; global comfort mapping; outdoor climatic comfort; population dynamics; subjective well-being
01 Pubblicazione su rivista::01a Articolo in rivista
A Global Investigation of Outdoor Climatic Comfort / Vasconcelos, V. V.; Salata, F.; Sacht, H. M.; Osaki, C. M. N.; Mendes, A. C. R.; Ferreira, C. V. M. A.; Oluwole, S.; Chaves, V. C.. - In: ATMOSPHERE. - ISSN 2073-4433. - 12:16(2025). [10.3390/atmos16121356]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1766861
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