Abstract
With global warming, heat waves are becoming more frequent and intense, particularly in northern latitudes, where the pace of warming is faster. Due to its northern location, Swedish society has been built primarily to manage a cold climate, and is less prepared to manage heat, which the 2018 heat wave demonstrated. While young children are recognized as vulnerable to heat, and are reliant on preschool care, few studies have examined how the young and vulnerable people are cared for during heat waves in the institutional preschool setting. This exploratory study demonstrates how children in preschool environments are vulnerable to heat, in order to identify management needs by assessing experienced impacts and responses to the 2018 heat wave in Sweden. Empirically, the study builds on a survey completed by 33 unit heads responsible for 77 preschools in the focused municipality, and qualitative interviews with five educators and five parents, as well as temperature measurements in three selected preschools. This study shows that: (i) children and educators are exposed to both high indoor and outdoor temperatures in the preschools; (ii) both children and educators were affected by the heat wave in the preschools, and their sensitivity is deeply intertwined due to their dependency relationship, rendering a form of double sensitivity to heat; and (iii) the preschool heads and educators were unprepared to sufficiently cope with the heat wave, and organizational strategies for managing heat were lacking, indicating weak adaptive capacity. The significant exposure to heat in preschool environments, the dual sensitivity of children and preschool educators, and the low organizational readiness resulting in uncoordinated responses to reduce heat stress suggest a pronounced vulnerability to heat waves in preschools.
Highlights
Heat waves, as experienced in Sweden and other European countries during the summer of 2018, delivering record-breaking temperatures in July and August, heavily affect vulnerable parts of the population (Åstrom et al, 2019)
As pointed out by Xu et al (2012), more research is needed on both adaptive measures, and on what effects caregiving behavior can have during heat waves, in order to find effective strategies to manage heat risks in preschools. Contributing to this so far under-researched field, this study aims to demonstrate how children and staff in preschool environments are vulnerable to heat waves, in order to identify management needs in this particular welfare sector
The Swedish Meteorological and Hydrological Institute (SMHI) has developed a heat wave warning system based on three levels: message of high temperatures when the daily maximum temperature is expected to be at least 26 ◦C for three days; Class 1 warning when the daily maximum temperature is expected to be at least 30 ◦C for three days; and Class 2 warning when the maximum temperature is expected to be at least 30 ◦C for five days and/or at least 33 ◦C for three days (Oudin Åstrom et al, 2020)
Summary
As experienced in Sweden and other European countries during the summer of 2018, delivering record-breaking temperatures in July and August, heavily affect vulnerable parts of the population (Åstrom et al, 2019). Based on the World Meteorological Organization (WMO) definition of heat waves as five or more consecutive days with daily maximum temperatures surpassing the average maximum temperature by 5 ◦C, the Swedish Meteorological and Hydrological Institute (SMHI) has defined a heat wave in Sweden as a period when the daily maximum temperature exceeds 25 ◦C during at least five consecutive days (SMHI, 2011). Summer maximum temperatures in Sweden have already increased by 1.7 ◦C degrees from 1880 to 2005 (SMHI, 2019). Very few buildings have air conditioning or district cooling, and heat issues are seldom a factor in urban planning (Glaas et al, 2015)
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