Document Library - Sentinel Online
Sentinel-1 Radiometric Calibration of Products
This document defines the procedure to radiometrically calibrate Sentinel-1 Level 1 products generated by the Sentinel-1 IPF.
Sentinels Data Product ListThe present document provides the list of the Sentinels products generated by the Copernicus Space Component (CSC) core ground segment for access by the Copernicus users.
Sentinel 5P TROPOMI Static input for Level 2 processorsThis document describes the static input data that is required by the S5P/TROPOMI level 2 processors. This includes sources for reference spectra, elevation data and surface albedo climatologies.
Tailoring of the Earth Observation File Format Standard for the Sentinel-5P Ground Segment
This technical note provides the file naming conventions and the file format adopted by the Sentinel 5-Precursor (S5P) Payload Data Ground Segment (PDGS) for multiple product classes.
Sentinel-3 Synergy Level-1 ATBD
This Algorithm Theoretical Basis document (ATBD) describes the algorithms used to produce the Level-1C Synergy Product from OLC and SLST L1b products.
Sentinel-3 OLCI Level-0 and Level-1B ATBD
This Algorithm Theoretical Basis document (ATBD) describes the algorithms used to produce the OLCI Level 1b Radiometric Product from Raw Data and accompanying geo-referencing and external data anno ...
Sentinel 1 SAR Instrument Calibration and Characterisation Plan
This document describes the internal calibration and characterisation activities of the Sentinel-1 C-band SAR instrument.
Sentinel-1 Level-0 Product Format Specifications
This document aims to provide the format specifications for Level-0 products generated in the framework of the Sentinel-1 Payload Data Ground Segment (S1 PDGS) project.
Sentinel-3 OLCI Rayleigh Correction over Land ATBD
The Bottom of Rayleigh Reflectance (BRR) is a level 2 product over land that can be used in pixel classification. The Rayleigh correction formulation, defined for MERIS, remains pertinent for OCL ...
Sentinel-3 OLCI Glint Correction ATBD
This ATBD discusses the potential approaches to correct sun glint for OLCI. The amount of sun glint will be reduced as compared to MERIS; the field-of-view (FOV) is tilted to reduce the sun-glint p ...