Retrieved ozone profiles will be used to monitor the evolution (recovery) of stratospheric ozone. Such monitoring is important as the ozone layer protects life on Earth, and climate change might affect the ozone layer. In contrast, tropospheric ozone is toxic and it plays an important role in tropospheric chemistry. It is our aim to continue the record of stratospheric ozone, monitor changes, and improve the accuracy of the retrieved stratospheric profiles. In addition, we focus on tropospheric ozone in order to obtain information on the distribution of tropospheric ozone with a high spatial resolution and, if possible, with a high accuracy. This is not only important for studies of atmospheric pollution in the troposphere, but also important for climate studies as tropospheric ozone is a greenhouse gas. TROPOMI will measure two ozone profiles. The first is a full ozone profile that covers the entire atmosphere and is derived from the spectral range 270 nm to 320 nm and the tropospheric ozone profile focused on the lowest portion of the atmosphere is derived from the spectral range 300 nm to 320 nm.
|Version number||Version Effective Date||Summary of Changes|
|1.01.00||Next planned update|
|0.11.8||21-Dec-2017 to present||Not yet released|
|0.11.4||launch to 20-Dec-2017||First data production|
USER DOCUMENTATION: ATBD, PUM, & README
Links to the Algorithm Theoretical Basis Document (ATBD) and the Product User Manual (PUM) are located on the right of this page under Documentation. This data product is planned for release at the end of 2018. Once released, the Product Readme files (PRF) will be made available here.