利用SSI指数研究伊朗不同气候条件下的热舒适变化

M. Asghari, G. Fallah Ghalhari, H. Heidari
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引用次数: 2

摘要

本研究旨在利用基于夏季炖指数(SSI)的计量参数评估1985年至2014年伊朗不同气候的热舒适趋势。这是一个时间序列研究。新的SSI是使用30年的气象数据来计算的,以说明伊朗不同气候条件下夏季几个月的热舒适或不适水平的变化。使用Mann- Kendall检验和Sen's Slope比较这段时间内指数的上升或下降趋势。该国南部和中部地区的热状况最差。少数工位置于舒适区(77≤SSI<83°F)。在研究期间,SSI的波动并不大(P<0.001)。然而,观察到普遍上升的趋势,表明气温上升。这一初步评估可与气象站的其他大气参数一起每日报告,可在减少接触者之间与热有关的并发症方面发挥重要作用,并可作为采取适当保护措施的基础。本研究在伊朗进行了很长一段时间的调查,根据所获得的结果,考虑到SSI指数的内在特征,如易于计算和解释,以及使用每日报告的气象数据计算指数的可能性,建议使用SSI作为热应力的筛选指数,以便在伊朗气候的室外环境中采取预防政策。
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Investigation of Thermal Comfort Changes Using Summer Simmer Index (SSI): A Case Study in Different Climates of Iran
This study aimed to assess the thermal comfort trend using a metrological parameter based on the Summer Simmer Index (SSI), for different climates of Iran between 1985 and 2014. This is a Time-series study. The new SSI was calculated using metrological data in a 30 year- period for illustrating the changes to the thermal comfort or discomfort level through summer months in different climates of Iran. Mann- Kendall test and Sen's Slope were used to compare the upward or downward trend of the index during this period. The worst thermal condition was observed in the southern and central regions of the country. A few stations were put in comfort zone (77≤SSI<83°F). The fluctuations of SSI were not considerable during the study period (P<0.001). However, a commonly upward trend was observed, indicating rising temperature. This initial assessment, which can be reported daily along with other atmospheric parameters at meteorological stations, could play a significant role in reducing the heat-related complications among exposed individuals and a basis for taking appropriate protective measures. Based on the results obtained in this study, which has been investigated in Iran for a long period of time, considering intrinsic features of the SSI index, such as ease of calculation and interpretation and also the possibility of calculating the index using daily reported meteorological data, the use of SSI as a screening index of thermal stress in order to adopt preventive policies in outdoor settings in climates of Iran is recommended.
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