THEMATIC AREA
INSTRUMENT TYPE
MISSION
  • Aeolus
  • ALOS-1
  • Aura
  • Biomass
  • COSMO-SkyMed
  • COSMO-SkyMed Second Generation
  • CryoSat
  • Deimos
  • Deimos-1
  • Deimos-2
  • DMC First Generation
  • EarthCARE
  • Envisat
  • ERS
  • ERS-1
  • ERS-2
  • FLEX
  • GeoEye-1
  • GHGSat
  • GOCE
  • GOSAT
  • GOSAT-1
  • GOSAT-2
  • GRACE
  • ICEYE
  • IKONOS-2
  • IRS-1C
  • IRS-1D
  • IRS-P5
  • IRS-P6
  • IRS-R2
  • JERS-1
  • KOMPSAT-2
  • Landsat
  • Landsat-1
  • Landsat-2
  • Landsat-3
  • Landsat-4
  • Landsat-5
  • Landsat-7
  • Landsat-8
  • Metop
  • MSG
  • NOAA POES
  • OceanSat-2
  • ODIN
  • PAZ
  • PlanetScope
  • Pleiades
  • PROBA-1
  • PROBA-V
  • QuickBird-2
  • RADARSAT
  • RADARSAT-1
  • RADARSAT-2
  • RapidEye
  • SCISAT-1
  • Seasat
  • Sentinel-1
  • Sentinel-2
  • Sentinel-3
  • Sentinel-5P
  • SkySat
  • SMOS
  • Spire
  • SPOT
  • SPOT 1
  • SPOT 2
  • SPOT 3
  • SPOT 4
  • SPOT 5
  • SPOT 6
  • SPOT 7
  • Swarm
  • TanDEM-X
  • TerraSAR-X
  • WorldView
  • WorldView-1
  • WorldView-2
  • WorldView-3
  • WorldView-4
INSTRUMENT
  • AATSR
  • ACC
  • ACE-FTS
  • AIRSAFE
  • ALADIN
  • AMI/SAR
  • AMI/Scatterometer
  • ASAR
  • ASCAT
  • ASM
  • ATLID
  • ATSR-1
  • ATSR-2
  • AVHRR
  • AVNIR-2
  • AwiFS
  • BBR
  • BGI
  • C-SAR
  • CER
  • CHRIS
  • CPR
  • CZCS
  • DORIS
  • EFI
  • EGG
  • EOC
  • ETM
  • FAI
  • FLORIS
  • GERB
  • GIS
  • GOME
  • GOME-2
  • GOMOS
  • GPSR
  • GRACE ACC
  • GRACE INTERFEROMETER
  • GRACE LRR
  • GRACE SCA
  • HiRAIS
  • HiRI
  • HIRS/2
  • HRC
  • HRG
  • HRS
  • HRV
  • HRVIR
  • IASI
  • IRM
  • LISS-3
  • LISS-4
  • LRR
  • LRR
  • MAESTRO
  • MERIS
  • MGF
  • MHS
  • MIPAS
  • MIRAS
  • MODIS
  • MOS
  • MSI
  • MSS
  • MWR
  • NAOMI
  • NMS
  • OCM-2
  • OLI
  • OMI
  • OPS
  • OSA
  • OSIRIS
  • P-SAR
  • PALSAR
  • PAN
  • PAZ-SAR
  • PlanetScope Imager
  • PRARE
  • PRISM
  • RA
  • RA-2
  • RRI
  • SCIAMACHY
  • SeaWiFS
  • SeaWinds
  • SEI
  • SENSE
  • SEVIRI
  • SIRAL
  • SkySat Camera
  • SLIM6
  • SMR
  • SSTI
  • Star Tracker
  • STR
  • STRATOS
  • TANSO-CAI
  • TANSO-FTS
  • TIRS
  • TM
  • TSX-1
  • VFM
  • VGT
  • WAF-P
  • WIF
  • WV1
  • WV6
  • X-SAR
Relevance
Relevance
Newest First
Oldest First
A-Z
Z-A
All Documents Types
All Documents Types
Algorithms Theoretical Baseline Document
Availability Report
Campaign Report
Conference Presentation - Poster
Data Access Information
Detailed Processing Model
Frequently Asked Questions
General Reference
Input Output Data Definition
Mission Status Report
Newsletter
Proceedings
Product Cal/Val Plan/Report
Product Document
Product Handbook
Product Readme Note
Product Specifications
Publication - Paper
Quality Report
Software Verification Plan/Report
Technical Note
User Guide
Quality Reports Advanced Search

OTHER RESOURCES

Browse through mission documentation and reports, and learn more about European Space Agency Earth Observation projects and opportunities.

Search items

  • Document - Product Specifications

    26 June 2020

    Document - Product Specifications

    MERIS-Sentinel-3-Like-L1-andL2-PFS.pdf

    This document specifies the format of the Envisat/MERIS Level 1 and Level 2 products applicable to the 4th data reprocessing.

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-25

    Alternative Atmospheric Correction Procedure for Case 2 Water Remote Sensing using MERIS

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-7

    Atmospheric Correction over the Ocean (Case 1 Waters)

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-06

    BRIGHT PIXEL ATMOSPHERIC CORRECTION

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-01

    CLOUD ALBEDO AND CLOUD OPTICAL THICKNESS

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-18

    PHOTOSYNTHETICALLY AVAILABLE RADIATION (PAR)

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-12

    Pigment index, sediment and gelbstoff retrieval

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-1

    MERIS Cloud Albedo and Cloud Optical Thickness

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-22

    MERIS Terrestrial Chlorophyll Index

  • Document - Algorithms Theoretical Baseline Document

    1 Mar 2019

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-15

    MERIS aerosol remote sensing over land

  • Document - Technical Note

    1 Mar 2019

    Document - Technical Note

    Radiative transfer processes simulated within a coupled 'Atmosphere-Land-Ocean' system

    The purpose of this document is to describe the radiative transfer processes simulated within a coupled 'Atmosphere-Land/Ocean' system by two different codes developed by ???? Freie Universit??t Berlin ???? (FUB) in Germany and ???? Laboratoire Interdisciplinaire en Sciences de l'Environnement - Universit?��� du Littoral (LISE/UdL) in France.

  • Document - Technical Note

    1 Mar 2019

    Document - Technical Note

    Reference Model for MERIS Level 2 Processing

    The specifications provided here define the parameters to be used to generate inherent optical properties for the ocean and atmosphere as a function of geophysical properties and wavelengths, which can be the basis upon which to generate test data and auxiliary parameters needed for operation and end-to-end tests of the MERIS ground segment processor (i.e., mostly to generate water-leaving reflectances or total reflectances at the top of the atmosphere level). Parameters have been selected from various measurements and models in water, surface and atmosphere.

  • Document - Technical Note

    1 Mar 2019

    Document - Technical Note

    Parameters to be used to generate inherent optical properties for the oceanic and atmospheric components

    The specifications provided in this document define the parameters to be used to generate inherent optical properties for the oceanic and atmospheric components as a function of geophysical properties and wavelengths, which can be the basis upon which to generate test data and auxiliary parameters needed for operation and end-to-end tests of the MERIS ground segment processor (i.e. mostly to generate water reflectances or total reflectances at top of the atmosphere level). Parameters have been selected from various measurements and models in water, surface and atmosphere. The underlying geo-physical models are the same as those of the MERIS geophysical algorithms, as described in the MERIS Algorithm Theoretical Basis Document (ATBD) PO-TN-MEL-GS-0005 (Iss. 4.1).

  • Document - General Reference

    1 Mar 2019

    Document - General Reference

    ESA Medium Resolution Imaging Spectrometer (MERIS) - International Journal of Remote Sensing Special Edition

    This International Journal of Remote Sensing Special Issue provides a unique compendium of information on the MERIS instrument, aboard Envisat, covering most of the scientific and technical aspects of this instrument and its mission. It is intended to give a complete overview and demonstrates the wide range of its capabilities.

  • Document - Product Cal/Val Plan/Report

    9 Oct 2012

    Document - Product Cal/Val Plan/Report

    Validation Report following the 3rd MERIS data reprocessing

    This document prepared by the MERIS Quality Working Group (QWG) corresponds to the Validation Report following the 3rd MERIS data reprocessing. It aims at qualifying and quantifying the accuracy of the MERIS L2 products generated with the version 8.0 of MERIS Ground Segment prototype (MEGS), delivered to the whole community through the ODESA software (http://earth.eo.esa.int/odesa/). It is equivalent to version 6.0 of the Instrument Processing Facilities (IPF) at ESRIN.

  • Document - Algorithms Theoretical Baseline Document

    30 July 2011

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-0

    Introduction to MERIS Level 2 ATBDs

  • Document - Algorithms Theoretical Baseline Document

    25 Nov 2004

    Document - Algorithms Theoretical Baseline Document

    MERIS ATBD 2-10

    Land Surface Products