Gaining insight into the response of surface ozone (O 3) formation to its precursors plays an
important role in the policy-making of O 3 pollution control. However, the real atmosphere is …

Abstracts Observation-based method for O 3 formation sensitivity research is an important
tool to analyze the causes of ground-level O 3 pollution, which has broad application …

Ground-level ozone affects Earth's climate and human health. The formation of ozone is a
complex process, depending on both atmospheric chemical processes and meteorological …

This study investigated transport pathways and photochemical formation responsible for
ozone exceedances during the September 2021 deployment of the Tracking Aerosol …

This study aims to determine the impact of land use changes on air quality at the largest
conurbation area in Malaysia, Kuala Lumpur Extended Mega Urban Regions (KLEMUR) …

Ozone (O3) pollution has a negative effect on the public health and crop yields. Accurate
diagnosis of O3 production sensitivity and targeted reduction of O3 precursors [ie, nitrogen …

Nitrogen dioxide (NO 2) is a key tropospheric O 3 precursor. Since 2013, efforts to decrease
air pollution in China have driven substantial declines in annual NO 2 concentrations …

Carbonyl compounds are ubiquitous in the troposphere, yet their contributions to ambient
ozone (O 3) formation have rarely been quantified in China. To better understand their roles …

Nitrogen dioxide (NO 2) is one of the most important air pollutants that highly affect the
formation of secondary fine particles and tropospheric ozone. In this study based on hourly …

Abstract The Lake Michigan Ozone Study from 21 May to 23 June 2017 (LMOS 2017) aimed
to better understand the anthropogenic and biogenic sources that contribute to ozone and …