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Heat-health governance in a cool nation: A case study of Scotland.

Authors :
Wan, Kai
Lane, Matt
Feng, Zhiqiang
Source :
Environmental Science & Policy; Sep2023, Vol. 147, p57-66, 10p
Publication Year :
2023

Abstract

Under climate change, many parts of the world are warming with increasing frequencies and intensities of heatwaves, bringing heat-health risks to places including those that have a historically temperate or cool climate. These places may have extensive experience in managing cold-health risks, while experience is lacking in dealing with heat-health risks due to their lack of historical exposure to high temperatures. This paper explores this overlooked area of the challenges and opportunities of heat-health governance in cool places using Scotland as a case study. Various important themes of heat-health governance in cool places were identified by the study, including socio-cultural barriers to intervention, vulnerable population overlaps, temporal and geographical scales, and governance arrangements. The study found challenges in managing heat-health risks including a perceived lack of heat-health risks and policy priority as well as unsuitable building stock. Meanwhile, it also identified opportunities for governing cold and heat risks holistically within existing institutional systems and creating co-benefits of improving communication and information dissemination, reducing inequality and improving indoor thermal comfort of both cold and heat as well as providing good quality greenspace. Our findings contribute to the development or improvement of national/regional strategies to manage heat-health risks not only in Scotland but also in other places with a historically cool or temperate climate. • Temperature increase under climate change poses health risks to cool places as well. • Cool places have distinctive challenges and opportunities in heat-health governance. • Perceived lack of heat risks poses socio-cultural barriers to heat-health governance. • A holistic governance approach of cold and heat-health risks was preferred. • Building design and occupant behaviour are crucial for thermal comfort. [ABSTRACT FROM AUTHOR]

Details

Language :
English
ISSN :
14629011
Volume :
147
Database :
Supplemental Index
Journal :
Environmental Science & Policy
Publication Type :
Academic Journal
Accession number :
165469897
Full Text :
https://doi.org/10.1016/j.envsci.2023.05.019