| CAL/VAL | |
| 1 | Calibration of the absolute radiometry for solar irradiance of TROPOMI Emiel Van Der Plas (KNMI) |
| 2 | Potential for TROPOMI/S5P Ozone Profile Validation against Brewer Umkehr observations MariLiza Koukouli (Laboratory Of Atmospheric Physics, Aristotle University Of Thessaloniki) |
| 3 | S5P/TROPOMI CH4 and CO total column average mixing ratio validation over Thessaloniki, Greece using FTIR spectrophotometry Marios Mermigkas (AUTH) |
| 4 | Evaluation of SO2 column and profile measurements from balloon sounding data Gary Morris (NOAA-ERSL) |
| 5 | Evaluation of GEMS glyoxal vertical column densities Eunjo Ha (Seoul National University) |
| 6 | First evaluation of GEMS formaldehyde retrieval algorithm Gitaek Lee (Seoul National University) |
| 7 | Cross-evaluating WRF-Chem, TROPOMI, APEX and in situ NO2 measurements over Antwerp, Belgium Catalina Poraicu (Royal Belgian Institute For Space Aeronomy) |
| 8 | Validation of the TROPOMI/S5P NO2 and HCHO columns using ground-based MAX-DOAS measurements over Thessaloniki, Greece Dimitris Karagkiozidis (Laboratory of Atmospheric Physics, Aristotle University Of Thessaloniki) |
| 9 | Reference measurements to support validation of TROPOMI HDO products Rigel Kivi (Finnish Meteorological Institute) |
| 10 | Optical degradation in TROPOMI Erwin Loots (KNMI) |
| 11 | Straylight in TROPOMI Erwin Loots (KNMI) |
| 12 | Updated validation of the Total Ozone Column and Ozone profile in the frame of the TRO3VALAG project; A case study for Athens, Greece John Christodoulakis (National & Kapodistrian University Of Athens) |
| 13 | Validation results of TROPOMI ALH product using EARLINET ground-based lidar observations during 2018 - 2022 Konstantinos Michailidis (Aristotle University of Thessaloniki) |
| 14 | Towards a new FRM4DOAS site in the Po valley in the frame of Phase I and Phase II IDEAS-QA4EO Task 2 Elisa Castelli (CNR-ISAC) |
| 15 | Validation of Sentinel-5P operational ozone data products: Status, advances and remaining challenges Tijl Verhoelst (BIRA-IASB) |
| 16 | The EVDC Cal/Val Database Jarek Dobrzanski (Skytek) |
| 17 | A comparison of the impact of TROPOMI and OMI tropospheric NO2 on global chemical data assimilation Kazuyuki Miyazaki (JPL) |
| 18 | MAX-DOAS measurements of NO2 and HCHO in Kinshasa (DR Congo): comparisons with TROPOMI and GEOS-CHEM Alexis Merlaud (BIRA-IASB) |
| 19 | A win-win success story: the HCHO and stratospheric NO2 TROPOMI/S5P validation using the FTIR ground-based network Corinne Vigouroux (Royal Belgian Institute For Space Aeronomy) |
| AQ | |
| 20 | Nitrogen Dioxide Changes in the Greater Toronto Area during the First Two Years of the COVID-19 Pandemic from ground-based and TROPOMI measurements Xiaoyi Zhao (ECCC) |
| 21 | The impact of inland ship emissions on air quality Xiumei Zhang (KNMI) |
| 22 | Testing the CO2M NO2 Retrieval Algorithm using TROPOMI Spatial Zoom Data Benjamin Leune (KNMI) |
| 23 | Updated NOx emissions during lignite phase-out era in Greece using S5P/TROPOMI Ioanna Skoulidou (Laboratory of Atmospheric Physics, Aristotle University Of Thessaloniki) |
| 24 | Observations of extreme dust and smoke aerosol plumes during 2018-2022 over the Eastern Mediterranean Konstantinos Michailidis (Aristotle University of Thessaloniki) |
| 25 | Improved estimates of soil NO fluxes inferred by TROPOMI NO2 observations and inverse modelling Beata Opacka (Royal Belgian Institute For Space Aeronomy) |
| 26 | Bromine monoxide composition in volcanic plumes measured by S-5P/TROPOMI – a global survey of magmatic composition and plume chemistry Simon Warnach (Max Planck Institute) |
| 27 | Comparison of global cloud fraction S5P/TROPOMI measurements from November 2017 to December 2021 with Synoptic observations Chrysovalantis Sarakis (Laboratory of Atmospheric Physics, Aristotle University of Thessaloniki, Greece) |
| 28 | TROPOMI Geometry-dependent Lambertian-equivalent surface reflectivity (GLER) product for improved trace-gas retrievals Wenhan Qin (SSAI) |
| 29 | Using Sentinel-5P TROPOMI CO, NO2, SO2, and UVAI Imagery on Twitter to Appraise the Public of Current Air Quality Hazards Amy Huff (IMSG at NOAA/NESDIS/STAR) |
| 30 | Assessment of impact of COVID-19 pandemic on atmospheric composition over Romania using high spatial resolution observations from Sentinel-5P/TROPOMI and ground-based measurements Daniel-Eduard Constantin (Dunarea De Jos University Of Galati) |
| 31 | Satellite measurements of carbon monoxide as a tool for air quality assessment Tomi Karppinen (Finnish Meteorogical Institute) |
| 32 | Container ship emission signatures in TROPOMI NO2 data Anu-Maija Sundström (FMI) |
| 33 | Surface-level NO2 Prediction using Machine Learning on Sentinel-5P TROPOMI Satellite Observations and CAMS European Air Quality Reanalysis Datasets Anna-Lena Erdmann (EUMETSAT) |
| 34 | Exploiting satellite measurements to explore uncertainties in UK bottom-up NOx emission estimates Richard Pope (University of Leeds) |
| 35 | Version 2 of the global catalogue of large SO2 anthropogenic and volcanic sources and emissions derived from satellite measurement Vitali Fioletov (Environment And Climate Change Canada) |
| 36 | TROPOMI operations: Small groundpixels for great science Mirna Van Hoek (KNMI) |
| 37 | Comparison of S5P/TROPOMI inferred NO2 surface concentrations with in-situ measurements over Central Europe Andreas Pseftogkas (Aristotle University of Thessaloniki) |
| 38 | Unprecedented 3D observation of anthropogenic particulate pollution over France using multispectral TROPOMI data Prem Maheshwarkar (Interuniversity Laboratory Of Atmospheric Systems) |
| 39 | Coherence of Sentinel-5p Tropospheric NO2 columns validation using MAX-DOAS and Pandora direct-sun measurements Gaia Pinardi (BIRA-IASB) |
| 40 | Using Weekly TROPOMI HCHO Observations to Quantify Biogenic VOC Fluxes over Europe in 2018-2021 Glenn-michael Oomen (BIRA-IASB) |
| 41 | Sentinel-5P products in Terrascope Jeroen van Gent (Royal Belgian Institute For Space Aeronomy) |
| 42 | Exploiting the full spatio-temporal resolution of S5P NO2 data for Belgian air quality monitoring Tijl Verhoelst (Royal Belgian Institute For Space Aeronomy) |
| 43 | The role of existing and future Copernicus Sentinels in forecasting and monitoring wildfires in Europe – a preliminary analysis of Summer 2022 Federico Fierli (EUMETSAT) |
| 44 | Uncertainty quantification by Gaussian random fields for point-like emissions from satellite observations Teemu Härkönen (Lut University) |
| AQ/A | |
| 45 | Quantification of correlations of trace gases measured by TROPOMI and aerosol amounts for different types of biomass burning Hamoun Heidari Bateni (Max Plank Institute for Chemistry) |
| A/C | |
| 46 | Retrieval of Aerosol Properties from GEMS data: Comparison to TROPOMI data Yeseul Cho (Yonsei University) |
| 47 | Searching for cloud shadow effects in TROPOMI air quality measurements Victor Trees (KNMI) |
| 48 | Sentinel-5p TROPOMI cloud products and their evolution: quality assessment using ground-based Cloudnet data Steven Compernolle (BIRA-IASB) |
| 49 | Radiative Transfer Model and Neural Networks for Aerosol Type Retrieval Using TROPOMI-like Simulated Data Over Maritime Zones Davide De Santis (Tor Vergata University of Rome) |
| 50 | A Neural Network Based Approach for Different Aerosol Type Estimation Exploiting Sentinel-5P Data Over Maritime Zones Davide De Santis (Tor Vergata University of Rome) |
| 51 | Improved CCD tropospheric ozone from S5P/TROPOMI satellite data using local cloud fields Kai-Uwe Eichmann (University Of Bremen) |
| GHG | |
| 52 | A survey of global shipping NOx emission signals in the S5P/TROPOMI data Miriam Latsch (Institute of Environmental Physics, University of Bremen) |
| 53 | Towards Arctic and boreal methane flux estimates: systematic evaluation of TROPOMI XCH4 observations at high latitudes Ella Kivimäki (Finnish Meteorological Institute) |
| 54 | A new divergence method to quantify methane emissions using observations of Sentinel-5P TROPOMI Mengyao Liu (KNMI) |
| 55 | TROPOMI/S5P Total Column Water Vapor Product: validation against AERONET ground-based measurements Katerina Garane (Aristotle University of Thessaloniki) |
| 56 | Continuous Methane Emissions from the Oil and Gas Industry in the Permian Basin Pepijn Veefkind (Royal Netherlands Meteorological Institute) |
| 57 | CO2 plume detection and inversion using deep neural networks: application to synthetic images of XCO2 fields over urban areas Joffrey Dumont Le Brazidec (CEREA) |
| 58 | Detection and Quantification of Methane Super-Emitters by Combining Multiple Satellite Instruments Joannes D. (Bram) Maasakkers (SRON) |
| 59 | Non-local metrics applied to the comparison of CO2 plumes and their sensitivities to mesoscale meteorology Author: Pierre Vanderbecken (CEREA-ENPC), presented by: Joffrey Dumont le Brazidec |
| AQ/GHG | |
| 60 | French ARGONAUT project: Inferring pollutants (NOx, CO, NMVOCs) and CO2 emissions at high resolution over France using Sentinel-5P and the CIF-CHIMERE inversion system Gaëlle Dufour (LISA-CNRS) |
| GHG | |
| 61 | Impact of Spectroscopy on CH4 Total Column Retrievals from Sentinel-5P/TROPOMI in the Short-Wave Infrared Philipp Hochstaffl (DLR) |
| O3 | |
| 62 | TOPAS ozone profile retrieval from TROPOMI ultraviolet spectral range in combination with CrIS infrared spectral range Mark Weber (University Of Bremen) |
| 63 | Tropospheric ozone column dataset derived by combination of TROPOMI and limb satellite measurements Viktoria Sofieva (Finnish Meteorological Institute) |
| 64 | The TROPOMI surface UV radiation product Jukka Kujanpää (Finnish Meteorological Institute) |
| General | |
| 65 | Policy Context on Air Quality / GHG and ESA related projects Antony Delavois (ESA) |
| 66 | The ESA Atmosphere Science Cluster – current and future activities Alexandru Dandocs (ESA) |