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Intensive field campaigns as a means for improving scientific knowledge to address urban air pollution
Atmospheric Environment ( IF 5 ) Pub Date : 2021-02-01 , DOI: 10.1016/j.atmosenv.2020.118094
Erik Velasco , Armando Retama , Miguel Zavala , Marc Guevara , Bernhard Rappenglück , Luisa T. Molina

Abstract Air quality policies based on scientific and technical information are effective for controlling air pollution and protecting public health. Analysis of observations from periodic intensive field studies combined with updated emission inventories, air quality monitoring and numerical modeling can be used to address the causes that trigger air pollution and catalyze the design of cost-effective emissions control policies. Cutting-edge science is needed to address the air quality challenges posed by growing urbanization and climate change, emergent emission sources, and changes in emission profiles resulting from the implementation of advanced technology and regulatory measures. Cities should work towards building robust infrastructure and air quality management tools and rely on scientific research to attain cleaner air. The impacts of changes in emissions profiles and atmospheric chemistry under a changing climate need to be better understood and incorporated in the design of air quality management programs.

中文翻译:

密集的实地活动作为提高科学知识以解决城市空气污染的一种手段

摘要 基于科技信息的空气质量政策对控制空气污染和保护公众健康是有效的。定期密集实地研究的观察结果分析与更新的排放清单、空气质量监测和数值模型相结合,可用于解决引发空气污染的原因并促进具有成本效益的排放控制政策的设计。需要尖端科学来解决日益增长的城市化和气候变化、新兴排放源以及因实施先进技术和监管措施而导致的排放特征变化所带来的空气质量挑战。城市应该努力建设强大的基础设施和空气质量管理工具,并依靠科学研究来获得更清洁的空气。
更新日期:2021-02-01
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