COVID-19 Emission Reductions Reveal the Efficiency and Warming Impact of Short-Lived Greenhouse Gases

This includes eight ozone sensitivity simulation results + control run files. In the sensitivity simulations, NOx emissions for each region was replaced by the BAU emissions. So, the difference between the sensitivity simulations and control run demonstrate the impact of COVID emission anomaly for each region on global ozone. 1. Africa 2. Europe 3. Australia 4. Middle East + W Asia 5. Rest of Asia 6. S America 7. N America 8. China + control run (BAU) Temporal resolution: Monthly from February (02) to June (06) in 2020 Spatial resolution: 1.125 degree Vertical coordinate: Pressure.本数据集包含八组臭氧敏感性模拟结果与对照模拟文件。在敏感性模拟实验中，各区域的氮氧化物（NOₓ）排放均替换为常规情景（Business As Usual，BAU）下的排放量。因此，敏感性模拟与对照模拟结果的差值，可体现各区域新冠疫情排放异常对全球臭氧浓度的影响。 1. 非洲 2. 欧洲 3. 澳大利亚 4. 中东及西亚 5. 亚洲其他地区 6. 南美洲 7. 北美洲 8. 中国 + 对照模拟（常规情景，BAU） 时间分辨率：2020年2月至6月的逐月数据 空间分辨率：1.125度 垂直坐标：气压坐标系