Abstract

BackgroundThere is an expected increase in heatwaves globally. As such, it is imperative to have sufficient levels of heatwave-protective knowledge and behaviour in areas regularly affected by heatwaves. Our study assessed this among urban populations in Tunisia, Georgia and Israel.MethodsWe undertook a cross-sectional population survey in the three countries. The questionnaire focused on obtaining information on respondents’ knowledge level regarding 1) symptoms due to overheating, 2) risk groups for heatwaves, 3) actions to take when someone is overheated, and 4) heatwave-protective measures. Furthermore, we asked respondents about protective measures they applied during the last heatwave. We compared the results between the countries.ResultsHeatwave-protective knowledge was highest in Israel, and lowest in Georgia, for all indicators except for heatwave-protective measures, for which knowledge was highest in Tunisia. Most respondents who named certain protective measures had also applied these during the last heatwave: more than 90% for all measures except for one in Tunisia and Israel, and more than 80% for all measures in Georgia.ConclusionThere is a need to further improve heatwave-protective knowledge in Tunisia, Georgia and Israel. One potential solution to achieve this is by implementing a National Heat Health Action Plan. Improving knowledge is a vital step before adaptive behaviour can take place.

Highlights

  • IntroductionIt is imperative to have sufficient levels of heatwave-protective knowledge and behaviour in areas regularly affected by heatwaves

  • There is an expected increase in heatwaves globally

  • The lower age among Israel respondents is in line with the demographic differences between Israel, Tunisian Arabic (Tunisia) and Georgia (30.4, 32.7 and 38,8 for the total populations, respectively) [15, 20, 27]

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Summary

Introduction

It is imperative to have sufficient levels of heatwave-protective knowledge and behaviour in areas regularly affected by heatwaves. Our study assessed this among urban populations in Tunisia, Georgia and Israel. In cities, the temperature increase is disproportionately high due to the urban heat island effect. Building materials, such as concrete, retain heat during the day and release it in the evening. This can lead to differences in temperatures between urban and rural settings in close proximity up to 12 °C [3]

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