![]() Sentinel-5P and in-situ data for monitoring NO₂ trends related to COVID-19 advent at urban scale: the Cagliari metropolitan area test caseĪuthor: Raffaella Sanna (CRS4), presented by Davide De Santis (Tor Vergata University of Rome)Īn improved tropospheric NO₂ research product from TROPOMI over EuropeĬhairs: A. Investigation of 3D-effects for S5P-TROPOMI observations of point source emissions Quantifying urban, industrial, and background changes in NO2 during the COVID-19 lockdown period based on TROPOMI satellite observationsĭecoupling the Emissions from the Meteorology in TROPOMI NO2 Retrievals During the 2020 COVID-19 Lockdowns with Model Simulations Loyola (DLR) and P Veefkind (KNMI)Īdvances in satellite-derived emissions using Sentinel-5p Status of TROPOMI calibration and L01b processor developmentĬalibration features in the TROPOMI L0-1b data processorĮvaluation of the Bands 1 - 4 L1B products in Version 2.01Ĭhairs: D. S5p-TROPOMI: instrument status after almost five years in orbitįive years of excellent performance of the TROPOMI-SWIR module TROPOMI’s SWIR channel measuring methane and carbon monoxideĪdvanced retrieval of sulfur dioxide from TROPOMI using COBRAĪnalysis of the 2021 Cumbre Vieja eruption and the long-range transport of SO2 to Europe using TROPOMI and ground-based measurements Sentinel-5P Archive, Processing & Reprocessing StatusĬopernicus Sentinel-5 Precursor Routine Validation using Fiducial Reference Measurement data sets Use of TROPOMI data in the near-real time global CAMS data assimilation systemĬhairs: M. Spacecraft and Flight Operations Segment Status ![]() The Copernicus Sentinel-5 Precursor Mission Status Copernicus Sentinel-5P – a milestone for atmosphere monitoring
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