克里米亚半岛的热浪和寒潮及其对居民健康的影响

Q3 Social Sciences
T. E. Danova
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引用次数: 0

摘要

背景:气候变化对包括发病率和死亡率在内的人口健康有着重大影响。本文中的研究介绍了克里米亚半岛热浪和寒潮的特征。目的:评估热浪和寒潮的特征,确定克里米亚半岛气候治疗中心沿海和大陆位置不同造成的波浪特征差异。材料与方法:在研究中,我们使用了标准的统计数据处理方法。此外,数据可视化技术可以确定最高温度值区域。热浪和寒潮是使用日平均气温的第 3 个百分位数和第 97 个百分位数定义的。这种方法可以考虑研究事件的强度和持续时间。对地表气温的测量包括 2006 年至 2021 年期间在克里米亚半岛 19 个站点每天进行的八次观测。利用俄罗斯统计局的数据,按年龄和性别分析了克里米亚和塞瓦斯托波尔市常住人口的分布情况。结果:多达 43.5%的克里米亚半岛人口暴露于极端气温的风险增加。在使用温度的第 3 个百分位数和第 97 个百分位数的临界值后,我们确定了每个站点的热浪期和寒潮期。尽管克里米亚半岛气候温暖湿润,但每个站点每年都会出现 1 到 4 次寒潮和热浪。同时,寒潮的总强度是热浪总强度的两倍多。结论:本报告利用克里米亚半岛多年来日平均气温分布的 3% 和 97% 百分位数对克里米亚半岛的热浪和寒潮特征进行了评估,为制定措施减少极端气温对克里米亚半岛人类健康的负面影响提供了证据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Heat and cold waves on the Crimean Peninsula and their impact on population health
BACKGROUND: Climate change has a significant impact on the population health including morbidity and mortality. The studies presented in this paper present characteristics of heat and cold waves on the Crimean Peninsula. AIM: To assess the heat and cold wave characteristics, identify differences in the wave characteristics depending on the coastal and mainland location of climatotherapeutic centers on the Crimean Peninsula. MATERIAL AND METHODS: In our research we used standard statistical data treatment methods. Moreover, data visualization techniques allowed identifying zones of maximum temperature values. Heat and cold waves were defined using the 3rd and the 97th percentiles of the average daily air temperatures. This approach allows considering the intensity and duration of the events under study. Measurements of the surface air temperature included eight observations per day at 19 stations on the Crimean Peninsula for the period from 2006 to 2021. Distribution of the permanently residing population in the Crimea and the city of Sevastopol by age and gender was analyzed using the Rosstat data. RESULTS: As many as 43.5% of the population of the Crimean Peninsula have increased risk of exposure to extreme air temperatures. Having applied the threshold values of the 3rd and the 97th percentiles of the temperature, we identified the periods of heat and cold waves at each station. Even though the Crimean Peninsula has a warm and humid climate, 1 to 4 cold and heat waves have been observed at each station per year. At the same time, the total intensity of cold waves was more than twice the total intensity of heat waves. CONCLUSION: The presented assessment of heat and cold wave characteristics on the Crimean Peninsula, using 3% and 97% percentiles of the distribution of the average daily air temperature over several years, provides the evidence for developing the measures to reduce the negative impact of extreme temperatures on human health on the Crimean Peninsula.
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来源期刊
Ekologiya Cheloveka (Human Ecology)
Ekologiya Cheloveka (Human Ecology) Medicine-Medicine (all)
CiteScore
1.00
自引率
0.00%
发文量
62
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