新冠肺炎对全球空气质量的影响:系统综述

Saude Tecnologia Pub Date : 2021-01-04 DOI:10.25758/SET.2282
A. Monteiro, A. Mergulhão, Vítor Manteigas, M. Almeida-Silva
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引用次数: 0

摘要

世界卫生组织3月11日宣布,新冠肺炎被视为一种大流行性疾病。现阶段,全球确诊病例约3700万例,死亡病例约100万例(2020年10月)。为了避免人口的传染,世界各国政府都采取了一些社会和卫生建议以及强制性措施。所有这些不仅对人们的生活方式产生了巨大的影响,也对环境产生了巨大影响。基于PRISMA方法,本研究旨在确定冠状病毒对空气质量的主要影响。七篇文章达到了所有纳入标准,并进行了深入研究。总的来说,在(部分)封锁期间,所有空气质量污染物都有所减少,对全球空气质量产生了积极影响。在与城市交通相关的地区,封锁前/期间CO(-53.1%)、PM 10(-22.8%)、PM 2.5(-29.8%)和NO 2(-54.3%)的差异变得显著。世界各地都观察到了类似的结果。尽管发表了这一声明,但作者意识到所有这些情况对社会和经济观点产生了极其负面的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The impact of COVID-19 in air quality worldwide: a systematic review
WHO had announced on the 11 th of March that COVID-19 was considered a pandemic disease. At this stage, around 37 million cases and one million deaths were confirmed worldwide (in October 2020). To try to avoid the contagion of the population, all governments around the world had applied several social and hygienic recommendations, as well as mandatory measures. All of this had a huge impact not only on people’s lifestyles but also on the environment. Based on PRISMA methodology, this study aims to identify the main impacts of coronavirus on air quality. Seven articles had accomplished all inclusion criteria and were deeply studied. In general, all air quality pollutants had decreased during the (partial) lockdown, showing a positive impact on air quality worldwide. In areas associated with urban traffic, the differences before/during lockdown became significant for the CO (-53.1%), PM 10 (-22.8%), PM 2.5 (-29.8%) and NO 2 (-54.3%). Similar results were observed all around the world. Although this statement, the authors are aware of the extremely negative impact that all this situation has on the social and economic point of view.
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