A warming climate raises concerns regarding the impact of climate change on air quality.Climate-modulated emissions(e.g.,biogenic emissions,lightning and soil NOx emissions,and wildfires)and conducive weather conditio...A warming climate raises concerns regarding the impact of climate change on air quality.Climate-modulated emissions(e.g.,biogenic emissions,lightning and soil NOx emissions,and wildfires)and conducive weather conditions(e.g.,anticyclones,atmospheric stagnation,and heatwaves)can influence both the background ozone level and the production of urban ozone[[1],[2],[3],[4]].The increased ozone levels threaten public health,crop yields,and the land carbon sink[3].Previous studies revealed gaps in understanding of how global surface ozone responds to long-term climate change.Specifically,it remains unclear whether historical climate change had already impact on the trend of surface ozone concentration.展开更多
基金supported by the National Natural Science Foundation of China(42205114 and 42293323)the Jiangsu Carbon Peak and Neutrality Science and Technology Innovation fund(BK20220031)the Jiangsu Science Fund for Distinguished Young Scholars(BK20240035).
文摘A warming climate raises concerns regarding the impact of climate change on air quality.Climate-modulated emissions(e.g.,biogenic emissions,lightning and soil NOx emissions,and wildfires)and conducive weather conditions(e.g.,anticyclones,atmospheric stagnation,and heatwaves)can influence both the background ozone level and the production of urban ozone[[1],[2],[3],[4]].The increased ozone levels threaten public health,crop yields,and the land carbon sink[3].Previous studies revealed gaps in understanding of how global surface ozone responds to long-term climate change.Specifically,it remains unclear whether historical climate change had already impact on the trend of surface ozone concentration.
