Challenges/Opportunities with mobile (car/airborne) DOAS

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Presentation transcript:

Challenges/Opportunities with mobile (car/airborne) DOAS Airborne: 4 talks, 5 Posters Ship: 3 Posters Car: 5 talks, 1 Poster Applications: Atmospheric processes (halogen sources, heterogeneous chemistry) Emissions + Transport (fluxes, distributions, testing of models) Monitoring (time series, remote locations, satellites)

How do we best use mobile DOAS to assess spatial inhomogeneity?  Satellite validation, emission fluxes, atmospheric models

J Remmler: Azimuth variability of trace gases and aerosols measured during MADCAT campaign in summer 2013 in Mainz, Germany A.C. Meier: Comparison of airborne imaging DOAS measurements of NO2 with ground-based observations in Bucharest A. Merlaud: Small Whiskbroom Imager for atmospheric composition monitoring (SWING) from an UAV: Results from the 2014 AROMAT campaign G. Kuhlmann: Improving the Empa NO2 retrieval for the airborne APEX imaging spectrometer: first results W. Liu: Advanced monitoring technology of vehicle emission for assessing traffic management P. Xie: Study on distribution and transport of precursor SO2 and NO2 in North China Plain by using mobile DOAS D. Poehler: Using mobile CE-DOAS instruments to quantify the contribution of individual vehicles to NO2 pollution A. Richter: Car DOAS measurements in Vienna: horizontal and temporal evolution of tropospheric NO2 on the city scale P. Peterson: Use of ground-based and AMAX-DOAS to examine horizontal and vertical BrO gradients at Barrow, Alaska