2018 年热浪对老年人健康的影响:对气候变化适应战略的影响。

Environmental analysis, health and toxicology Pub Date : 2020-12-01 Epub Date: 2020-12-21 DOI:10.5620/eaht.2020024
Soyeon Kim, Sang-Yub Kim, Jongmin Oh, Yeora Chae, Jongchul Park, Daesoo Kim, Young-Min Kim
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人们越来越关注热浪对健康的影响。然而,热浪对弱势群体个人健康的影响却鲜有研究。我们的目的是调查热浪对居住在农村地区的老年人的急性健康影响,并调查他们的适应能力。在2018年热浪期间,我们对居住在韩国农村地区的104名老年人每人进行了多达6次的体温(BT)、血压、睡眠障碍和室内温度的重复测量。使用线性混合效应模型分析了根据室内外温度变化引起的体温(BT)、收缩压(SBP)和舒张压(DBP)的变化,并对年龄、性别、吸烟和药物使用进行了控制。我们还调查了热浪适应能力、热浪避难所和自我报告的健康问题。研究期间测得的平均室内温度为 30.5°C(范围:22.9-38.3°C),环境温度为 30.6°C(范围:24.6-36.3°C)。BT随室内和室外温度的升高而明显增加。对 BT 的影响在老年妇女和患有高血压的老年人中更大。DBP 一般随着室内温度的升高而降低,但只有患有高血压的老年人的相关性具有统计学意义。只有 22 人(21.2%)在热浪期间使用了空调。大多数人不使用空调主要是为了避免高昂的电费。在参与者中,58.7% 的人表示有睡眠障碍,这是最常见的自我报告的健康问题。居住在农村地区的老年人在热浪期间直接暴露在高温下,由于适应能力差,他们的生命体征对室内温度的升高非常敏感。因此,有必要采取精心设计的策略来减轻热浪期间与健康相关的压力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Effects of the 2018 heat wave on health in the elderly: implications for adaptation strategies to climate change.

There has been growing concern over the effects of heat waves on health. However, the effects of heat waves on the health of individuals in vulnerable groups have rarely been examined. We aimed to investigate the acute health effects of heat waves in elderly individuals living in rural areas and to survey their adaptation capacity. Repeated measurements of body temperature (BT), blood pressure, sleep disturbance, and indoor temperature were conducted up to six times for each of 104 elderly individuals living in rural areas of South Korea during the 2018 heat wave. Changes in BT, systolic blood pressure (SBP), and diastolic blood pressure (DBP) according to variations in indoor and outdoor temperature were analyzed using linear mixed effect models controlling for age, sex, smoking, and drug use. We also surveyed heat wave adaptation capacity, heat wave shelters, and self-reported health problems. The average indoor temperature measured during the study period was 30.5°C (range: 22.9-38.3°C) and that of ambient temperature was 30.6°C (range: 24.6-36.3°C). BT significantly increased with indoor and outdoor temperatures. The effect on BT was greater in elderly women and the elderly with hypertension. DBP generally decreased with increasing indoor temperature, though the correlation was only statistically significant among the elderly with hypertension. Only 22 (21.2%) individuals used air conditioners during the heat wave. Most did not use an air conditioner mainly to avoid high electricity costs. Of the participants, 58.7% reported experiencing sleep disturbance, which was the most frequent self-reported health problem. Elderly individuals living in rural areas are directly exposed to high temperatures during heat waves, and their vital signs are sensitive to increases in indoor temperature due to poor adaptation capacity. Well-designed strategies for alleviating health-related stress during heat waves are necessary.

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