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Population health effects and health-related costs of extreme temperatures: Comprehensive evidence from Germany

机译:人口健康影响和极端温度与健康相关的成本:德国的综合证据

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This study assesses,the short and medium-term impact of extreme temperatures on population health and health-related costs in Germany. For 1999 to 2008, we link the universe of 170 million hospital admissions and all 8 million deaths with weather and pollution data at the day-county level. Extreme heat significantly and immediately increases hospitalizations and deaths. This finding holds irrespective of whether we employ econometric models that are standard in economics or models that are standard in epidemiology; we compare and discuss both approaches. We find evidence for partial "harvesting." At the end of a 30-day window, the immediate health effects are, on average, one quarter lower, but this reduction is primarily evident for cardiovascular and neoplastic diseases. Moreover, aggregating at the yearly level reduces the effect size by more than 90 percent. The health-related economic costs accumulate up to (sic)5 million per 10 million population per hot day with maximum temperatures above 30 degrees C (86 degrees F). (C) 2018 Elsevier Inc. All rights reserved.
机译:这项研究评估了极端温度对德国人口健康和健康相关成本的短期和中期影响。在1999年到2008年之间,我们将全天候县级的天气和污染数据与全球1.7亿例住院病人和800万例死亡病例联系在一起。极度高温会立即增加住院和死亡人数。无论我们采用经济学上的标准计量经济学模型还是流行病学的标准计量模型,这一发现都成立。我们比较并讨论了两种方法。我们发现了部分“收获”的证据。在30天的窗口结束时,对健康的直接影响平均降低了四分之一,但这种降低主要体现在心血管疾病和肿瘤疾病上。此外,每年汇总可将效果大小降低90%以上。与健康相关的经济成本每热日每1000万人口累积(sic)500万,最高温度超过30摄氏度(86华氏度)。 (C)2018 Elsevier Inc.保留所有权利。

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