Documents
To understand how TROPOMI data is processed and used, explore the Sentinel-5P document library for comprehensive guides ranging from user manuals and scientific algorithm details to data quality notes and system specifications.
Frequently used links
Below are the primary tools for monitoring, quality control, and accessing TROPOMI mission data:
TROPOMI Monitoring Portal: Tracks the health, instrument status, and calibration of Level 1 data.
S5P/TROPOMI VDAF: Features the latest official validation reports and data accuracy assessments.
Copernicus Sentinel-5P Data Space: The central hub to search, browse, and download all Level 1 and Level 2 data products.
Tools for working with TROPOMI data
A variety of open-source tools are available to help process, analyze, and visualize TROPOMI data files:
S5P-PAL: A web-based platform for mapping and visualizing operation and research-grade TROPOMI data products. A description of use cases is also given on this site.
Panoply: A versatile tool for plotting geo-referenced data and inspecting the internal structure of netCDF files.
PyCAMA: A Python-based toolkit used by researchers to perform rapid data analysis, correlation checks, and Level 3 gridding.
HARP: A data harmonization toolset used to ingest and transform complex satellite data into standard grids for use in software like QGIS.
Working with netCDF data: A technical guide to software packages for manipulating netCDF files, including important notes on TROPOMI file structure compatibility.
Atmospheric Toolbox: A comprehensive suite of software for processing and analyzing atmospheric remote sensing data, complete with a dedicated user forum.
ADAGUC: A web-service platform that allows you to dynamically reproject, resample, and visualize satellite data across space and time.