Fig. 1. Distribution of PM₁₀ concentration in Qipanjing Industrial Park in 2021 and location of space-based remote sensing instruments

Fig. 2. Distribution of PM_2.5 concentration in Qipanjing Industrial Park and its surrounding areas from 2015 to 2021. (a) 2015;(b) 2016; (c) 2017; (d) 2018; (e) 2019; (f) 2020; (g) 2021

Fig. 3. Schematic map of PM₁₀ (a) and PM_2.5 (b) concentrations and meteorological conditions of space-based satellites in September 2022

Fig. 4. Vertical observation results of space-based lidar on September 22, 2022 (a) and space-based remote sensing transmission analysis from September 20 to 26, 2022 (b)

Fig. 5. Images of particulate matter (a), ozone and its precursors (b) scanned by space-based remote sensing

Fig. 6. Minute-level results monitored by space-based remote sensing equipment. (a) Hongye Group Inner Mongolia Baofeng Coal Mine Limited Liability Company; (b) No. 1 Shaft of Inner Mongolia Xingguang Coal Limited Liability Company; (c) Inner Mongolia Guanghui Coal Liability Company Limited; (d) Dongchen Coal Mine of Ertok Banner/Ertok Banner Bayin Wusu Liubao Coal Mine

Fig. 7. Precise traceability by combination of remote sensing (a) and space-based remote sensing (b)

Fig. 8. Space-based satellite remote sensing monitoring of particulate matter concentration (a) and space-based remote sensing monitoring of particulate matter concentration alarm frequency heat map (b)

Fig. 9. Abnormal increase in C₂H₂ concentration (a) and flux analysis (b)

Fig. 10. Determination of key areas and navigation routes by space-based satellites

Fig. 11. Particulate matter concentration of industrial park and the surrounding areas from September 3 to 5, 2022 and the associated pollution emissions abnormal enterprises

Fig. 12. Multilevel platform collaboration for atmospheric environment