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Heat related mortality in Cyprus under the A1B emissions scenario: Is additional air-conditioning an appropriate mitigation strategy?

机译:A1B排放情景下塞浦路斯的热相关死亡率:是额外的空调适当的缓解策略吗?

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While climate change is expected to increase average temperatures around the globe as well as the number of atypically hot days and nights, several studies had identified an increase in heat-related mortality during hot weather. Indoor cooling has been identified as an important protective factor against heat related mortality but could result in higher emissions from power plants and to increased air pollution related mortality. We aimed in calculating the impact of increasing temperatures on heat-related mortality in Cyprus for the present and the 2040???2050 decade and address the protective effect of air-conditioning as the main mitigation option.
机译:虽然气候变化预计将增加全球的平均气温以及非典型炎热的日子和夜晚的数量,但在炎热天气期间,几项研究已经确定了热与热性死亡率的增加。室内冷却已被鉴定为抵抗热相关死亡率的重要保护因素,但可能导致发电厂的排放量较高并增加空气污染相关死亡率。我们旨在计算增加温度对塞浦路斯的热与热敏性死亡率的影响,以及2040年2050年的2050年,并解决空调作为主要缓解选项的保护作用。

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