In response to the severe air pollution issue, the Chinese government implemented two
phases (Phase I, 2013–2017; Phase II, 2018–2020) of clean air actions since 2013 …

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 …

In the past decade, ozone (O 3) pollution has become a severe environmental problem in
China's major cities. Here, based on available observational records, we investigated the …

Spatiotemporal change patterns of China's industrial VOCs emissions were explored in
response to integrated air quality control policies during 2013–2019, and future emissions …

In China, emissions of ozone (O3)-producing pollutants have been targeted for mitigation to
reduce O3 pollution. However, the observed O3 decrease is slower than/opposite to …

Tropospheric ozone threatens human health and crop yields, exacerbates global warming,
and fundamentally changes atmospheric chemistry. Evidence has pointed toward …

Increasing surface ozone (O3) concentrations has emerged as a key air pollution problem in
many urban regions worldwide in the last decade. A longstanding major issue in tackling …

Surface ozone concentrations increased in many regions of China from 2015 to 2019. While
the central role of meteorology in modulating ozone pollution is widely acknowledged, its …

China's nationwide monitoring network initiated in 2013 has witnessed continuous
increases of urban summertime surface ozone to 2019 by about 5% year− 1, among the …

Elevated ozone (O 3) has emerged as the major air quality concern since China's clean air
actions, offsetting the health benefits gained from improved air quality. Given the shifted …