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西班牙农村和城市地区的热脆弱性分析:哪些因素解释了高温的地理行为?

Analysis of vulnerability to heat in rural and urban areas in Spain: What factors explain Heat's geographic behavior?

作者信息

López-Bueno J A, Navas-Martín M A, Díaz J, Mirón I J, Luna M Y, Sánchez-Martínez G, Culqui D, Linares C

机构信息

Escuela Nacional de Sanidad, Instituto de Salud Carlos III, Madrid, Spain.

Escuela Nacional de Sanidad, Instituto de Salud Carlos III, Madrid, Spain.

出版信息

Environ Res. 2022 May 1;207:112213. doi: 10.1016/j.envres.2021.112213. Epub 2021 Oct 16.

Abstract

INTRODUCTION

There is currently little knowledge and few published works on the subject of vulnerability to heat in rural environments at the country level. Therefore, the objective of this study was to determine whether rural areas are more vulnerable to extreme heat than urban areas in Spain. This study aimed to analyze whether a pattern of vulnerability depends on contextual, environmental, demographic, economic and housing variables.

METHODS

An ecological, longitudinal and retrospective study was carried out based on time series data between January 01, 2000 and December 31, 2013 in 42 geographic areas in 10 provinces in Spain. We first analyzed the functional relationship between the mortality rate per million inhabitants and maximum daily temperature (Tmax). We then determined the summer temperature threshold (Pthreshold) (June-September) at which increases in mortality are produced that are attributable to heat. In a second phase, based on Pthreshold, a vulnerability variable was calculated, and its distribution was analyzed using mixed linear models from the Poisson family (link = log). In these models, the dependent variable was vulnerability, and the independent variables were exposure to high temperatures, aridity of the climate, deprivation index, percentage of people over age 65, rurality index, percentage of housing built prior to 1980 and condition of dwellings.

RESULTS

Rurality was a protective factor, and vulnerability in urban areas was six times greater. In contrast, risk factors included aridity (RR = 5.89 (2.26 15.36)), living in cool summer zones (2.69 (1.23, 5.91)), poverty (4.05 (1.91 8.59)) and the percentage of dysfunctional housing (1.13 (1.04 1.24)).

CONCLUSIONS

Rural areas are less vulnerable to extreme heat than the urban areas analyzed. Also, population groups with worse working conditions and higher percentages of dwellings in poor conditions are more vulnerable.

摘要

引言

目前,在国家层面上,关于农村环境中热脆弱性这一主题的知识和已发表的作品很少。因此,本研究的目的是确定在西班牙农村地区是否比城市地区更容易受到极端高温的影响。本研究旨在分析脆弱性模式是否取决于背景、环境、人口、经济和住房变量。

方法

基于2000年1月1日至2013年12月31日期间西班牙10个省份42个地理区域的时间序列数据,进行了一项生态、纵向和回顾性研究。我们首先分析了每百万居民死亡率与每日最高温度(Tmax)之间的函数关系。然后确定了夏季温度阈值(Pthreshold)(6月至9月),在该阈值下,死亡率的增加可归因于高温。在第二阶段,基于Pthreshold,计算了一个脆弱性变量,并使用泊松族的混合线性模型(链接=对数)分析了其分布。在这些模型中,因变量是脆弱性,自变量是高温暴露、气候干旱指数、贫困指数、65岁以上人口百分比、农村指数、1980年以前建造的房屋百分比和住房条件。

结果

农村地区是一个保护因素,城市地区的脆弱性是农村地区的六倍。相比之下,风险因素包括干旱(相对风险=5.89(2.26,15.36))、生活在夏季凉爽地区(2.69(1.23,5.91))、贫困(4.05(1.91,8.59))和功能失调住房的百分比(1.13(1.04,1.24))。

结论

农村地区比所分析的城市地区更不容易受到极端高温的影响。此外,工作条件较差且住房条件差的人口群体更容易受到影响。

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