European Data Set Issue

LONG TERM PRESERVATION OF EARTH OBSERVATION SPACE DATA

EUROPEAN EARTH OBSERVATION SPACE DATA SET

Prepared by LTDP Working Group Reference GSCB-LTDP-EOPG-RP-09-0003 Issue 2 Revision 0 Date of Issue 31/01/2013 Status Issued Document Type Report Distribution Public Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 2 of 152

CHANGE LOG Issue: 2.0

Reason for change Issue Date New Document 1.0 12 August 2010 Updates 2.0 31 January 2013

CHANGE RECORD Issue: 2.0

Reason for change page(s) Paragraph(s) New Document All All

Role Name

Editor LTDP WG

Contributors European and Canadian Data Owners and Archive Holders

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Table of Contents

1. INTRODUCTION ...... 4 1.1 BACKGROUND ...... 4 1.2 DOCUMENT SCOPE AND PURPOSE ...... 5 1.3 REFERENCES ...... 7 2. C1: HIGH AND VERY HIGH RESOLUTION SAR ...... 8 2.1 HIGH AND VERY HIGH RESOLUTION SAR TABLE 1 ...... 8 2.2 HIGH AND VERY HIGH RESOLUTION SAR. TABLE 2 ...... 19 3. C2: HIGH AND VERY HIGH RESOLUTION MULTI-SPECTRAL IMAGING MISSIONS/SENSORS. 33 3.1 HIGH AND VERY HIGH RESOLUTION MULTI-SPECTRAL IMAGING MISSIONS/SENSORS. TABLE 1 ...... 33 3.2 HIGH AND VERY HIGH RESOLUTION MULTI-SPECTRAL IMAGING MISSIONS/SENSORS. TABLE 2 ...... 54 4. C3: MEDIUM RESOLUTION LAND AND OCEAN MONITORING (WIDE SWATH OCEAN COLOUR AND SURFACE TEMPERATURE SENSORS, ALTIMETER)...... 76 4.1 MEDIUM RESOLUTION LAND AND OCEAN MONITORING (WIDE SWATH OCEAN COLOR AND SURFACE TEMPERATURE SENSORS, ALTIMETER). TABLE 1 ...... 76 4.2 MEDIUM RESOLUTION LAND AND OCEAN MONITORING (WIDE SWATH OCEAN COLOUR AND SURFACE TEMPERATURE SENSORS, ALTIMETER). TABLE 2 ...... 100 5. C4: ATMOSPHERIC ...... 121 5.1 ATMOSPHERIC. TABLE 1 ...... 121 5.2 ATMOSPHERIC. TABLE 2 ...... 134 6. C5: OTHER SCIENTIFIC MISSIONS/SENSORS ...... 144 6.1 OTHER SCIENTIFIC MISSIONS/SENSORS. TABLE 1 ...... 144 6.2 OTHER SCIENTIFIC MISSIONS/SENSORS. TABLE 2 ...... 149

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1. INTRODUCTION

1.1 Background Monitoring of global change processes has lead to increasing demand for long-term time series of Earth Observation (EO) data spanning 20 years, or more. These data are necessary to support international activities and programmes such as the United Nations Framework Convention on Climate Change (UNFCCC) and the Global Monitoring for Environment and Security (GMES). Content of EO space data archives is extending from a few years to decades and their scientific value is continuously increasing hence is well recognized the need to preserve them without time limitation and to keep the archived EO space data well accessible and exploitable as they constitute a humankind asset. To preserve these digital assets and to ensure their accessibility and usability for future generations is the aim of digital long-term preservation. Long-term accessibility and exploitability of Earth Science data requires that not only sensed data but also the associated knowledge (e.g. technical and scientific documentation, algorithms, data handling procedures, etc) is properly preserved and made accessible. Trust of the archived data is also fundamental and therefore it is important to preserve the quality and the integrity of the data through self-contained information. The large amount of new Earth Observation missions upcoming in the next years will moreover lead to a major increase of EO space data volumes. This fact, together with the increased demands from the scientific user community, marks a challenge for Earth Observation space data holders and archive owners regarding coherent data preservation and optimum availability and accessibility of the different EO data and products. A cooperative and harmonised collective approach on Long Term Data Preservation (LTDP) in Europe (i.e. a European EO LTDP Framework) is fundamental to coordinate and optimise European efforts in the LTDP domain. The aim is to ultimately preserve the entire European EO space data set for the benefit of all European countries and users, while at the same time reducing the overall costs of data preservation. Reduction of operation costs will also reduce the risk that commercial operators discard old archived data because their reduced commercial interest may in some cases not justify the effort to further archive them. In 2006, the European Space Agency (ESA) initiated a coordination action to share a common approach towards the long-term preservation of Earth Observation space data among all European and Canadian stakeholders. During 2007, the Agency started consultations with its Member States presenting an EO Long Term Data Preservation strategy [R. 1] targeting the preservation of all European and Canadian EO space data for an unlimited time-span. The strategy aimed also at ensuring and facilitating access and usability of these data through the implementation of a cooperative and harmonized collective approach among the EO space data holders. The Long Term Data Preservation Working Group with representatives from ASI, CNES, CSA, DLR and ESA was formed at the end of 2007 within the Ground Segment Coordination Body [GSCB, R. 2] and has been extended in 2011 with the participation of CCRS and UKSA. The goal of this working group is to define and promote, with the involvement of all the European Earth Observation space data holders and archive owners, the European LTDP Common Guidelines [R. 3] and also to increase awareness for long-term data preservation. The resulting draft LTDP guidelines produced at the beginning of 2008 were reviewed by all ESA member states in the DOSTAG. During the 1st Earth Observation Long Term Data Preservation workshop in May 2008 [R. 4] the draft guidelines and the framework were presented and discussed by all European and Canadian Earth Observation space data holders and archive owners. The participants discussed and developed a joint strategy to advance long-term data preservation of EO data both technically and programmatically and recognized the need and benefit of a common approach. Furthermore they agreed on the draft LTDP Common Guidelines presented at the workshop as a first concrete and fundamental step to move ahead in creating the Long Term Data Preservation Framework. ESA was given the task to trigger and coordinate the subsequent steps towards the progressive European LTDP Framework implementation. A consolidated European LTDP Common Guidelines document was then produced by the LTDP working group on the basis of the comments and feedback received during the LTDP workshop and submitted in June 2009 to a public review process with the goal to collect additional comments and feedback Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 5 of 152

from Earth Observation space data holders and archive owners and to issue an as much as possible agreed upon version of the document by the end of 2009. The first issue (Issue 1.0) of the European LTDP Common Guidelines was generated starting from feedback and comments received in the public review process and were formally approved by GSCB. The LTDP Guidelines are intended to be a living document and are updated periodically to include the results of additional cooperation activities in Europe (e.g. results from 2nd LTDP Workshop, R. 5). In addition, the LTDP WG has generated the Earth Observation “Preserved Data Set Content (PDSC)” document [R. 6] indicating what to preserve in terms of data and associated knowledge and information during all phases of an Earth Observation mission. In Earth Observation, the “Preserved Data Set Content (PDSC)” should be comprised as a minimum, in addition to the EO data, of all information which permit the designated user community to successfully interact, understand and use the EO data as mandated by the preservation objective. The PDSC states that for an Earth Observation mission (i.e. project, campaign, experiment), the key data set target of preservation shall be composed by: 1) Data Records (ranging from raw data to higher level products, browses, auxiliary, ancillary and calibration and validation data set). 2) Processing Software: this includes the processors to generate mission products, visualization, quality control and value adding software and tools. 3) Mission Documentation The PDSC document should be used as a “checklist” and opportunely tailored for each EO mission/instrument according to their specific characteristics and status. For past and current missions, the recovery of the full EO PDSC content could be trickier and not completely achievable. The Data Curator should in such cases properly tailor the PDSC for the specific mission and assess the level of recovery that can be targeted. The results of the PDSC tailoring should consist in an inventory for each EO mission/instrument, and each of the resulting elements in the inventory, including the elements on which they are dependent or necessary to understand and use them (e.g. the operating system underlying an EO data processor), should be appraised in terms of physical state, location and ownership. Risk assessment in terms of capability of preservation and accessibility for each element of the inventory should be subsequently performed and the most appropriate preservation actions identified and planned for implementation. The result of this activity should consist of one or more “preservation strategy and approach” documents. Such document(s) should refer to the LTDP guidelines and clearly define current compliance and future plans to improve adherence. The identified preservation actions should be then implemented and the risks associated with inventory elements preservation properly and continuously monitored. For future missions, the definition of the “Preserved Data Set Content” shall be initiated during the mission definition and implementation phases and continuously maintained in the following phases. This European Data Set Document identifies the Mission Datasets that should be addressed for preservation and mainly includes information on the “Raw data and higher level products” available for each European Mission. The PDSC document should be tailored for each Dataset described in this document to identify also associated data Records (e.g. auxiliary data), Processing Software and Documentation to be then further appraised in terms of status and location and preserved according to the LTDP Guidelines.

1.2 Document Scope and Purpose Main goal of the European EO Long Term Data Preservation Framework is to preserve the European, and Canadian, EO space data set for an unlimited time-span ensuring and facilitating the accessibility and usability of the preserved data sets respecting the individual entities applicable data policies. The European EO Space Data Set consists of: 1. All EO space data from missions or instruments owned by public or private organisations from European Member States and Canada. 2. All EO space data over Europe from non-European Member States missions or instruments available through agreements with European entities (e.g. Third Party Missions managed by the European Space Agency). Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 6 of 152

3. All EO space data over Canada from non-Canadian missions or instruments available through agreements with Canada (e.g. Third Party Missions managed by the Canadian Space Agency). The space missions or sensors whose data constitutes the European EO Space Data Set are subdivided in the following main categories: ü C1: High and Very High resolution SAR imaging missions/sensors (different Radar bands). ü C2: High and Very High resolution multi-spectral imaging missions/sensors. ü C3: Medium resolution Land and Ocean monitoring missions/sensors (e.g. wide swath ocean colour and surface temperature sensors, altimeter, etc). ü C4: Atmospheric missions/sensors. ü C5: Satellite based, other scientific missions/sensors. The scope of this document is to list all the past, current and future missions or instruments whose data are composing the European EO Space Data Set providing in addition some information related to mission owners, instrument characteristics and information related to LTDP. This document is reviewed and updated once per year. The document is composed of two different kinds of tables both associated to each one of the categories identified above. The first table contains seven columns with the following generic information on the mission and instrument: 1. Name of the Mission and Instrument 2. Mission owners and partners (i.e. Distributors of European data with mission data archive) a. Owner: b. Partner/Distributor: 3. Orbit details and URL to official web site 4. Mission timeframe and Instrument status a. Mission: Completed, Ongoing, Future b. Timeframe “Launch Date” and “EOL Date” if Completed, “Launch Date” and “Planned EOL Date” if Ongoing, “Planned Launch Date” and “Planned EOL Date” if Future. c. Instrument: Operational, Not Operational 5. Instrument Type 6. Instrument Technical characteristics Wavelength definitions used are as follows: VIS (~0.40 µm - ~0.75 µm) NIR (~0.75 µm - ~1.3 µm) SWIR (~1.3 µm - ~3.0 µm) TIR (~6.0 µm - ~15.0 µm) MW (~1.0 cm - ~100 cm) MWIR (~3.0 µm - ~6.0 µm) FIR (~15.0 µm - ~0.1 cm) 7. Instrument measurements and applications

The second table contains seven columns with the following LTDP specific information on the mission and instrument: 1. Name of the Mission and Instrument. 2. Coverage of available data (i.e. archived or future): Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 7 of 152

a. Archived: Global, European or Other b. Future: N.A. or planned 3. Timeframe of available data (i.e. archived or future): a. Archived: Start date (Month and Year) and End date if available (Month and Year) b. Future: N.A. 4. Archived data (AIPs) levels and format (according to the following example): a. Level 0: SAFE format b. Level 1: XXX format c. Level 2: GEOTiff format 5. Archive location and current volume (at TB level) of archived data (according to the following example): a. Toulouse c/o CNES: 1PB b. Matera c/o ASI: 250 TB c. Etc.. 6. Data Access Mechanisms and Web Links (e.g. data access web site, catalogue web-site). 7. Data Access Conditions (including web links to Data Access Conditions if available): 1. Free and Open Data Access: A. Without User Registration (no link). B. With User registration / and or acceptance of Terms and Conditions (link to registration and to acceptance of Terms and Conditions). 2. Restrained Data Access: A. Data with access allowed for some user categories with quota at minimum (e.g. reproduction) cost (link to data policy and project proposal submission forms or procedure description). B. Commercial Data with payment of fee (link to data policies and/or products pricelist). 8. Contact point: name and email of contact point responsible for missions’ data and related LTDP activities.

1.3 References R. 1 European Strategy for Long term EO data preservation and access, ESA/PB- EO/DOSTAG(2007)2, 8 October 2007. R. 2 GSCB web site, http://earth.esa.int/gscb R. 3 “European LTDP Common Guidelines”, GSCB-LTDP-EOPG-GD-09-0002, Long Term Data Preservation Working Group, http://earth.esa.int/gscb/ltdp/EuropeanLTDPCommonGuidelines_Issue2.0.pdf R. 4 LTDP Workshop 2008, http://earth.esa.int/gscb/ltdp/LTDP_Agenda.html R. 5 LTDP Workshop 2011, http://earth.esa.int/gscb/ltdp/presentations-workshop2011.html R. 6 LTDP Preserved Data Set Content, LTDP WG, Issue 4.0, LTDP-GSEG-EOPG-RD-11-0003, http://earth.esa.int/gscb/ltdp/LTDP_PDCS_4.0.pdf

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2. C1: HIGH AND VERY HIGH RESOLUTION SAR

2.1 High and Very High resolution SAR Table 1

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners Resolution Summary (depending on looks, incident angle and bandwidth) Hi- Type: Sun-synchronous res: 7 - 44 m or 14 - 88 m, ScanSAR mode: Altitude: 692 km Mission: Completed 35 - 77 m or 70 - 154 m, Polarimetry: 24 - 88 m [Best Resolution: 7m] ALOS Owner: JAXA Period: 98.7 mins High resolution microwave Inclination: 98.16 deg Timeframe Swath Summary High resolution mode: 70 imaging of land and ice for use Advanced Land Repeat cycle: 46 days km, Scan SAR mode: 250 - 360 km, in environmental monitoring, Launch Date: 24 Jan 2006 Imaging S1 Observing ECT: 10:30 LST Polarimetry: 30 km agriculture and forestry, microwave radars Satellite Longitude (if geo): EOL Date: 22 Apr 2011 [Max Swath: 360 km] disaster monitoring, Earth Agreement with Asc/desc: Descending resource management and PALSAR Instrument: Not Operational Accuracy Summary Surface Resolution: ESA URL: 10 m (Fine Mode); Surface Resolution: 100 interferometry http://www.jaxa.jp/projects/sat/ m (Scan Mode); Radiometric: ±1 dB alos/index_e.html Waveband Summary Microwave: L-Band 1270 MHz

Type: Sun-synchronous Mission: Future Altitude: 628 km ALOS Period: 100 mins Timeframe Owner: JAXA Inclination: 97.9 deg Planned Launch Date: Dec Advanced Land Repeat cycle: 14 days 2013 S2 Observing ECT: 12:00 LST Same as ALOS Same as ALOS Same as ALOS Satellite 2 Agreement with Longitude (if geo): Planned EOL Date: Dec 2018 ESA (TBC) PALSAR Asc/desc: Descending URL: N.A. Instrument: Not Operational

Resolution Summary Single polarisation Owner & Type: Sun-synchronous Mission: Ongoing mode; Stripmap: few metres, ScanSAR: All-weather images of ocean, COSMO-SkyMed Altitude: 622 km Imaging from few tens to several tens of metres; land and ice for monitoring of S3 Distributor: Timeframe 1 Period: 97.15 mins microwave radars Frame: resolution: order of 1 m; Two land surface processes, ice, ASI/e-GEOS Inclination: 97.8 deg Launch Date: 08 Jun 2007 polarisation mode· PING PONG: few environmental monitoring, risk Repeat cycle: 16 days metres management, environmental Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 9 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners ECT: 06:00 LST Planned EOL Date: Jun 2014 [Best Resolution: 1m] Swath Summary resources, maritime SAR 2000 Longitude (if geo): Single polarisation modes: Stripmap (40 x management, Earth topographic Asc/desc: Ascending Instrument: Operational 40 km), ScanSAR (100 x 100 km or 200 x mapping URL: 200 km), Spotlight (10 x 10 km); Two http://www.asi.it/SiteEN/Conte polarisation modes: PING PONG (30 x 30 ntSite.aspx?Area=Osservare+la km) +Terra [Max Swath: 200 km] Waveband Summary Microwave: X-band, with choice of 4 polarisation modes (VV, HH, VV/HH, HV/HH). Mission: Ongoing

COSMO-SkyMed Owner & Timeframe Same as 2 Same as COSMO-SkyMed 1 COSMO- Same as COSMO-SkyMed 1 S4 Distributor: Launch Date: 09 Dec 2007 Same as COSMO-SkyMed 1 SkyMed 1 ASI/e-GEOS SAR 2000 Planned EOL Date: Dec 2014 Instrument: Operational

Mission: Ongoing

COSMO-SkyMed Timeframe Same as Owner & 3 Distributor: Same as COSMO-SkyMed 1 COSMO- Same as COSMO-SkyMed 1 S5 Launch Date: 27 Oct 2008 SkyMed 1 Same as COSMO-SkyMed 1 ASI/e-GEOS SAR 2000 Planned EOL Date: Oct 2015 Instrument: Operational

Mission: Ongoing

COSMO-SkyMed Timeframe Same as 4 Owner & Same as COSMO-SkyMed 1 COSMO- Same as COSMO-SkyMed 1 Distributor: S6 Launch Date: 6 Nov 2010 SkyMed 1 Same as COSMO-SkyMed 1

SAR 2000 ASI/e-GEOS Planned EOL Date: Nov 2017 Instrument: Operational

Mission: Completed Resolution Summary Image, wave and ENVISAT ASAR Owner & Type: Sun-synchronous Imaging alternating polarisation modes: approx 30 x All-weather images of ocean, S7 Distributor: Altitude: 782 km Timeframe microwave radars 30 m, Wide swath mode: 150 x 150 m, land and ice for monitoring of Advanced Period: 100.5 mins land surface processes, sea and ESA Global monitoring mode: 950 m x 950 m Synthetic- Inclination: 98.52 deg Launch Date: 01 Mar 2002 [Best Resolution: 30m] polar ice, sea state, and Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 10 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners Aperture Radar Repeat cycle: 35 days EOL Date: 08 Apr 2012 Swath Summary Image and alternating geological and hydrological ECT: 10:30 LST polarisation modes: up to 100 km, Wave applications. Has 2 stripmap Longitude (if geo): Instrument: Not Operational mode: 5 km, Wide swath and global modes (Image and Wave (for Asc/desc: Descending monitoring modes: 400 km or more [Max ocean wave spectra)) and 3 URL: http://envisat.esa.int/ Swath: 400 km] ScanSAR modes Accuracy Summary Radiometric resolution in range: 1.5 - 3.5 dB, Radiometric accuracy: 0.65 dB Waveband Summary Microwave: C-band, with choice of 5 polarisation modes (VV, HH, VV/HH, HV/HH, or VH/VV) Type: Sun-synchronous Resolution Summary 30 m Altitude: 782 km Mission: Completed [Best Resolution: 30m] Period: 100.5 mins All-weather images of ocean, Swath Summary 100 km Inclination: 98.52 deg Timeframe ice and land surfaces. ERS-1 SAR [Max Swath: 100 km Owner & Repeat cycle: 35 days Monitoring of coastal zones, Launch Date: 17 Jul 1991 Imaging Accuracy Summary Landscape S8 Active Distributor: ECT: 10:30 LST polar ice, sea state, geological microwave radars topography: 3 m, Bathymetry: 0.3 m, Sea Longitude (if geo): EOL Date: 07 Mar 2000 features, vegetation (including Microwave ESA ice type: 3 classes Asc/desc: Descending forests), land surface processes, Instrumentation. Instrument: Not Operational Waveband Summary Microwave: 5.3 URL: hydrology. Image Mode GHz, C band, VV polarisation, bandwidth http://www.esa.int/esaEO/GGG 15.5 ± 0.06 MHz WBR8RVDC_index_0.html

Mission: Completed Resolution Summary 30 m Timeframe [Best Resolution: 30m] ERS-1 SAR Owner & Accuracy Summary Sea surface wind Launch Date: 17 Jul 1991 Imaging Measurements of ocean wave S9 Active Distributor: Same as above speed: 3 m/s, Significant wave height: 0.2 EOL Date: 07 Mar 2000 microwave radars spectra Microwave ESA m Instrumentation. Instrument: Not Operational Waveband Summary Microwave: 5.3 Wave mode GHz (C-band), VV polarisation

Type: Sun-synchronous Resolution Summary 30 m ERS-2 SAR Mission: Completed All-weather images of ocean, Altitude: 782 km [Best Resolution: 30m] Owner & ice and land surfaces. Active Period: 100.5 mins Timeframe Swath Summary 100 km Distributor: Imaging Monitoring of coastal zones, S10 Microwave Inclination: 98.52 deg [Max Swath: 100 km Launch Date: 21 Apr 1995 microwave radars polar ice, sea state, geological Instrumentation. ESA Repeat cycle: 35 days Accuracy Summary Landscape features, vegetation (including Image Mode ECT: 10:30 LST topography: 3 m, Bathymetry: 0.3 m, Sea EOL Date: 04 July 2011 forests), land surface processes, Longitude (if geo): ice type: 3 classes Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 11 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners Asc/desc: Descending Instrument: Not Operational Waveband Summary Microwave: 5.3 hydrology. URL: GHz, C band, VV polarisation, bandwidth http://www.esa.int/esaEO/SEM 15.5 ± 0.06 MHz GWH2VQUD_index_0_m.h4t ml

Mission: Completed Resolution Summary 30 m ERS-2 SAR Timeframe [Best Resolution: 30m] Accuracy Owner & Launch Date: 21 Apr 1995 Summary Sea surface wind speed: 3 m/s, Active Distributor: Imaging Measurements of ocean wave S11 Microwave Same as above Significant wave height: 0.2 m EOL Date: 04 July 2011 microwave radars spectra Instrumentation. ESA Waveband Summary Microwave: 5.3 Wave mode Instrument: Not Operational GHz (C-band), VV polarisation

GMES SPACE COMPONENT DATA ACCESS - Distributor: Missions: Ongoing GMES Imaging S12 Various orbits Various Characteristics Various Applications SAR Data from ESA Contributing Missions microwave radars several GMES Contributing Missions

Type: Sun-synchronous Owner: Altitude: 570 km Mission: Completed Resolution Summary 18m (range) × 18m High resolution microwave Period: 96 mins Timeframe (azimuth at 3 looks) Swath Summary 75 imaging of land and ice for use JERS-1 SAR JAXA Inclination: 98 deg km Accuracy Summary Surface in environmental monitoring, Imaging S13 Repeat cycle: 44 days Launch Date: 11 Feb 1992 Resolution: 18 m agriculture and forestry, L-band Synthetic microwave radars Aperture Radar ECT: 10:45 LST Waveband Summary Microwave: L-Band disaster monitoring, Earth Agreement with Longitude (if geo): EOL Date: 12 Oct 1998 1275 MHz resource management and ESA Asc/desc: Descending Instrument: Not Operational interferometry URL: not available Resolution Summary Resoluction will PAZ Type: Sun-synchronous High resolution x-band radar Owner & Mission: Future move between <1m and 15 m depending on Altitude: 510 km Imaging acquisition modes for security, land use, urban S14 Distributor: X Band Synthetic Period: 90 mins Timeframe microwave radars [Best Resolution: 1m] Swath Summary management, environmental CDTI Inclination: 98 deg monitoring, risk management. Aperture Radar Planned Launch Date: 31 Dec Swath will vary according to the Repeat cycle: acquisition mode: 5x5 km to 100 km x 100 Different acquisition modes: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 12 of 152

Resolution Summary Standard: 25 x28 m (4 looks), Wide beam (1/2):48-30 x 28m/ 32 - 25 x 28 m (4 looks), Fine resolution: 11 - 9 x 9 m (1 look), ScanSAR (N/W): 50 Type: Sun-synchronous Mission: Ongoing x 50 m/100 x 100 m (2 - 4/4 - 8 looks), Owner & Altitude: 798 km Extended (H/L): 22 - 19 x 28 m/63 - 28 x Distributor: Period: 100.7 mins Timeframe 28 m (4 looks) All-weather images of ocean, Inclination: 98.594 deg Radarsat-1 CSA Swath Summary Standard: 100 km Wide: ice and land surfaces. Used for Repeat cycle: 24 days Launch Date: 04 Nov 1995 Imaging 150 km Fine: 45 km ScanSAR Narrow: 300 monitoring of coastal zones, S15 Synthetic ECT: 18:00 LST microwave radars km ScanSAR Wide: 500 km Extended (H): polar ice, sea ice, sea state, Aperture Radar Longitude (if geo): Planned EOL Date: 31 Mar Distributor: 75 km Extended (L): 170 km Wide: 150 km geological features, vegetation (CSA) C band Asc/desc: Ascending 2015 e-GEOS Fine: 45 km ScanSAR Narrow: 300 km and land surface processes URL: http://www.asc- ScanSAR Wide: 500 km Extended (H): 75 csa.gc.ca/eng/satellites/radarsat Instrument: Operational km Extended (L): 170 km 1/default.asp Accuracy Summary Geometric distortion: < 40 m, Radiometric: 1.0 dB Waveband Summary Microwave: C band: 5.3 GHz, HH polarisation Resolution Summary Standard: 25 x 28 m (4 looks), Wide beam (1/2):40 - 26 x 28 Mission: Ongoing m/32 - 25 x 28 m (4 looks), Fine resolution: Type: Sun-synchronous Owner: 11-9 x 9 m (1 look), ScanSAR (N/W): 50 x Altitude: 798 km MDA/RSI Timeframe 50 m/100 x 100 m (4/8 looks), Extended Period: 100.7 mins (H/L): 22 - 19 x 28 m/ 63 - 28 x 28 m (4 All-weather images of ocean, Inclination: 98.6 deg Radarsat-2 Launch Date: 14 Dec 2007 looks), Ultrafine: 3 m; Fine Quad-Pol: 11 x ice and land surfaces. Used for Repeat cycle: 24 days Distributor: Imaging 9 m (1 look); Standard Quad-Pol: 25 x 28 monitoring of coastal zones, S16 Synthetic ECT: 18:00 LST e-GEOS Planned EOL Date: 17 Apr microwave radars m (4 looks); Multi-look Fine: 11 x 9 m (4 polar ice, sea ice, sea state, Aperture Radar Longitude (if geo): 2015 look) [Best Resolution: 25m] geological features, vegetation (CSA) C band Asc/desc: Ascending Swath Summary Standard: 100 km (20 - and land surface processes Agreement with URL: http://www.asc- Instrument: Operational 49 deg), Wide beam (1/2): 165 km/150 km CSA csa.gc.ca/eng/satellites/radarsat (20 - 31/31 - 39 deg), Fine resolution: 50 2/default.asp km (37 - 48 deg), ScanSAR (W): 500 km (20 - 49 deg), Extended (H/L): 70 km/170 km (50 - 60/10 - 23 deg), Ultrafine: 20 km; Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 13 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners Quad-Pol (Standard and Fine): 25 km; Multi-look Fine: 50 km [Max Swath: 500 km] Accuracy Summary Radiometric Accuracy: 1.0 dB Waveband Summary Microwave: C band 5.405 GHz: HH, VV, HV, VH polarisation - includes fully polarimetric imaging modes, and left- and right-looking capability Resolution Summary Low Resolution: 100 x 100 m (8 looks); Medium Resolution: 50 x 50 m (4 looks); Medium Resolution Land: 16 x 16 m (4 looks); Medium Resolution Land ScanSAR: 30 x 30 m (4 looks); High-Resolution: 5 x 5 m (1 look); Type: Sun-synchronous Very High Resolution: 3 x 3 m (1 look); Altitude: 600 km Mission: Future Ice-Oil Low Noise: 100 x 100 m (8 looks); Radarsat Period: 96.5 mins Ship Detection Mode: Variable; Constellation Inclination: 97.7 deg Timeframe [Best Resolution: 5m] Mission (RCM)1 Repeat cycle: 12 days Owner & Planned Launch Date: Jul Swath Summary Low Resolution: 500 km; All-weather, C-band data to ECT: 18:00 LST Distributor: 2018 Imaging Medium Resolution: 350 km; Medium support ecosystem monitoring, S17 Synthetic Longitude (if geo): Aperture Radar - microwave radars Resolution Land: 30 km; Medium maritime surveillance and CSA Asc/desc: Ascending Planned EOL Date: Jul 2025 Resolution Land ScanSAR: 125 km; High- disaster management. CSA URL: http://www.asc- RADARSAT Resolution: 30 km; Very High Resolution: csa.gc.ca/eng/satellites/radarsat/ Instrument: Not Operational Constellation 20 km; Ice-Oil Low Noise: 350 km; Ship default.asp Detection Mode: 350 km [Max Swath: 350 km] Accuracy Summary Radiometric Accuracy: 1.0 dB Waveband Summary Microwave: C band 5.405 GHz: HH, VV, HV, VH polarisation - includes fully polarimetric imaging modes.

Radarsat Owner & Same as RCM 1 Mission: Future Same as RCM 1 Same as RCM 1 Constellation Same as RCM 1 S18 Distributor: Mission (RCM)2 Timeframe CSA Synthetic Planned Launch Date: Jul Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 14 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners Aperture Radar - 2018 CSA RADARSAT Planned EOL Date: Jul 2025 Constellation Instrument: Not Operational

Radarsat Mission: Future Constellation Mission (RCM)3 Timeframe Owner & Same as RCM 1 Same as RCM 1 Same as RCM 1 Planned Launch Date: Jul Same as RCM 1 S19 Synthetic Distributor: Aperture Radar - 2018 CSA CSA Planned EOL Date: Jul 2025 RADARSAT Constellation Instrument: Not Operational

Type: Sun-synchronous Mission: Future Resolution Summary 10 x 10 m – 100 x Altitude: 620 km Owner: 100 m Period: 97.2 mins Timeframe SAOCOM 1A CONAE [Best Resolution: 10m] Inclination: 97.89 deg Radar Planned Launch Date: Dec Imaging Swath Summary 20 – 350 km Land, ocean, emergencies, soil S20 Repeat cycle: 16 days 2014 microwave radars [Max Swath: 350 km] moisture, interferometry, others L-Band Synthetic ECT: 06:00 LST Accuracy Summary 0.5 dB Waveband Aperture Radar Agreement with Longitude (if geo): Planned EOL Date: Dec 2019 Summary L-band (1.275 GHz). ASI Asc/desc: Ascending

URL: http://www.conae.gov.ar/ Instrument: Not Operational

Mission: Future Owner: Timeframe SAOCOM 1B CONAE Same as Same as SAOCOM 1A Same as SAOCOM 1A Radar Planned Launch Date: Dec SAOCOM 1A Same as SAOCOM 1A S21 2015 L-Band Synthetic Agreement with Aperture Radar Planned EOL Date: Dec 2010 ASI Instrument: Not Operational

Type: Sun-synchronous SAOCOM 2A Owner: Mission: Future Same as Altitude: 620 km Same as SAOCOM 1A Radar CONAE SAOCOM 1A Same as SAOCOM 1A S22 Period: Timeframe

L-Band Synthetic Inclination: 98 deg Aperture Radar Repeat cycle: 16 days Planned Launch Date: 2019 Agreement with ECT: 06:00 LST Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 15 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners ASI Longitude (if geo): Planned EOL Date: 2024 Asc/desc: Descending URL: http://www.conae.gov.ar/ Instrument: Not Operational

Mission: Future Owner: SAOCOM 2B CONAE Timeframe Same as Same as SAOCOM 2A Same as SAOCOM 1A Radar SAOCOM 1A Same as SAOCOM 1A S23 Planned Launch Date: 2020

L-Band Synthetic Aperture Radar Agreement with Planned EOL Date: 2025 ASI Instrument: Not Operational Radar Frequency1.275 GHz (L-band) Radar Wavelength23.5 cm System Bandwidth19 MHz Theoretical Resolution on the Surface25 m (azimuth) x 25 m Seasat was the first Earth- orbiting satellite designed for Satellite Altitude800 km Mission: Completed (range) Number of Looks4 Swath Owner: Width100 km Antenna Dimensions10.74 m remote sensing of the Earth's SEASAT oceans. NASA/JPL Nearly circular 800 km orbit Timeframe x 2.16 m Antenna Look Angle20 degrees Synthetic with an inclination of 108 Imaging from vertical Incidence angle on the Synthetic Aperture Radar S24 Launch Date: June 28, 1978 Aperture Radar degrees. Fourteen Earth orbits microwave radars surface23 degrees +/- 3 degrees across the (SAR) L-band, HH (SAR) L-band Agreement with were Completed each day. EOL Date: October 10, 1978 swath Polarization Horizontal transmit, polarization, fixed look angle to Horizontal receive (HH) Transmitted Pulse ESA Instrument: Not Operational monitor the global surface wave Length33.4 microseconds Pulse repetition field and polar sea ice frequency (PRF) 1463-1640 Hz conditions. Transmitted peak power1.0 kW Data recorder bit rate (on the ground)110 Mbits/s (5 bits/word) Resolution Summary Strip mode: 5 x 5 m, Type: Sun-synchronous Marine core services, land Mission: Future Interferometric wide swath mode: 5 x 20 m, Altitude: 693 km monitoring and emergency extra-wide swath mode: 25 x 100 m (3 Period: 98.74 mins services. Monitoring sea ice Timeframe looks), wave mode: 5 x20 m Inclination: 98.19 deg zones and arctic environment. [Best Resolution: 5m] Owner& Repeat cycle: 12 days Planned Launch Date: Oct Imaging Surveillance of marine Sentinel-1A Swath Summary Strip mode: 80 km; S25 Distributor ECT: 18:00 LST 2013 microwave radars environment, monitoring land Interferometric wide swath mode: 250 km, C-Band SAR Longitude (if geo): surface motion risks, mapping ESA/EC Planned EOL Date: Jan 2021 extra-wide swath mode: 400 km, Wave Asc/desc: Ascending of land surfaces (forest, water mode: sampled images of 20 x 20 km at URL: Instrument: Not Operational and soil, agriculture), mapping 100 km intervals http://www.esa.int/esaLP/LPgm in support of humanitarian aid [Max Swath: 400 km] es.html in crisis situations Accuracy Summary NESZ: -22 dB; Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 16 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners PTAR: -25 dB; DTAR: -22 dB; Radiometric accuracy 1 dB (3 sigma); Radiometric stability: 0.5 dB (3 sigma) Waveband Summary C-band: 5.405 GHz, HH, HV, VH, VV, Incidence angle: 20-45 Mission: Future Timeframe Owner & Planned Launch Date: Jan Sentinel-1B Same as Sentinel- S26 Distributor: Same as Sentinel-1A 2015 Same as Sentinel-1A Same as Sentinel-1A C-Band SAR 1A ESA/EC Planned EOL Date: May 2022 Instrument: Not Operational

The SIR-C/X-SAR payload was The Shuttle orbit supported a cooperative NASA/JPL, only measurements between 54 DARA/DLR, and ASI project ° S und 60 ° N. More northern flown on Space Shuttle Mission: Completed and southern latitudes are Three individual antennas: Endeavour. This payload / outside the area of visibility. mission is also known under the Timeframe • L-band (23.5cm wavelength), name of SRL (Space Radar The orbit of the SRTM Mission Launch Date: 9 April 1994 SIR-C X-SAR • C-band (5.8cm wavelength) Laboratory). It consisted of a was designed to cover almost of (Launch 1) and 30 September Owner & the land mass between 54 ° S radar antenna structure and (Shuttle Imaging 1994 (Launch 2) • X-band (3cm wavelength). Distributor: and 60 ° N by the ground Imaging associated radar system S27 Radar with SRTM carried two different and swathes of the US SIR-C EOL Date: 20 April 1994 microwave radars hardware designed to fit inside Payload C / X- ASI, DLR independent radar sensors: the US SIR-C instrument. Due to the smaller (Launch 1) and 11 October the Space Shuttle's cargo bay. SAR) and the German-Italian X-SAR. X-SAR ground swathes - a 1994 (Launch 2) Two Shuttle missions were SIR-C working in C-Band at 2.2 GHz. The result of the higher resolution - conducted, each of 10 days DEMs are coded according DTED-1 gaps between the ground tracks Instrument: Not Operational duration. It was the first standard; resolution is 3 arcsec. These are unavoidable. Additional spaceborne radar system DEMs are also known as "90m DEMs". gaps are caused by shuttle capable to obtain simultaneous maneuvring, for which the multifrequency (3) and radars are switched off. multipolarization radar imagery.

SRTM X-SAR Owner & The Shuttle orbit supported Mission: Completed Imaging Swath: 50 km X-SAR/SRTM was an S28 measurements between 54 ° S innovative way of collecting X-SAR is Distributor: Timeframe microwave radars X-Band (3cm wavelength) working in X- und 60 ° N. More northern and highly accurate topographic Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 17 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners Band ASI, DLR southern latitudes are outside Launch Date: 11 February Resolution: 25 m information using spaceborne the area of visibility. 2000 radar instruments. A deployable mast of 60-m length carried a The orbit of the SRTM Mission EOL Date: 11 days post X-SAR is working in X-Band at 8.8 GHz. second set of receiving was designed to cover almost of launch DEM coding standard is DTED-2, the antennas at its tip allowing the land mass between 54 ° S resolution is 1 arcsec. Instrument: Not Operational three dimensional viewing of and 60 ° N by the ground the earth's surface. swathes of the US SIR-C instrument. Due to the smaller The registered radar images X-SAR ground swathes - a have been converted to digital result of the higher resolution - elevation models (DEM) gaps between the ground tracks covering the globe between 60° are unavoidable. Additional North and 58° South. gaps are caused by shuttle maneuvering, for which the radars are switched off. http://www.dlr.de/srtm/level1/st art_en.htm

Type: Sun-synchronous Altitude: 514 km Mission: Ongoing Period: 94.85 mins Inclination: 97.4 deg Timeframe TanDEM-X Owner & Repeat cycle: 11 days Launch Date: 21 June 2010 Distributor: ECT: 18:00 LST Imaging S29 X-Band Synthetic Same as TerraSAR-X Same as TerraSAR-X Longitude (if geo): Planned EOL Date: Dec 2015 microwave radars Aperture Radar DLR Asc/desc: Ascending URL: Instrument: Operational http://www.dlr.de/hr/desktopdef

ault.aspx/tabid- 2317/3669_read-5488/

Type: Sun-synchronous Mission: Ongoing Resolution Summary Spotlight: 1.2 x 1 - 4 Altitude: 514 km m Stripmap: 3 x 3 - 6 m ScanSAR: 16 x 16 High resolution images for TerraSAR-X Owner & Period: 94.85 mins Timeframe m monitoring of land surface and Distributor: Inclination: 97.4 deg Imaging [Best Resolution: 1m] S30 X-Band Synthetic Launch Date: 15 Jun 2007 coastal processes and for Repeat cycle: 11 days microwave radars Aperture Radar DLR Swath Summary Spotlight: 5-10km x 10 agricultural, geological and ECT: 18:00 LST Planned EOL Date: Dec km, Stripmap: 30 km, ScanSAR: 100 km hydrological applications Longitude (if geo): 2013 [Max Swath: 100 km] Asc/desc: Ascending Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 18 of 152

Mission Ref Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr. Instrument status and Timeframe Type Characteristics and Applications Partners URL: http://www.terrasar.de/ Instrument: Operational Waveband Summary 9.65 GHz, 300 MHz bandwidth, all 4-polarisation modes. Mission: Future

TerraSAR-X2 Owner & Timeframe Same as S31 Distributor: Same as TerraSAR-X Planned Launch Date: 2014 Same as TerraSAR-X Same as TerraSAR-X X-Band Synthetic TerraSAR-X Aperture Radar DLR Planned EOL Date: 2018 Instrument: Not Operational

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 19 of 152

2.2 High and Very High resolution SAR. Table 2

1.B Free and Open Access with User registration (ALOS.PSR.WB1 L1.5 IPY Antarctica Cycles 21 - 34 and 27 – 31) Registration form: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2.A Restrained Data Access-Restrained Data Set allowed for some user categories ESA: KSAT Tromso European ESA: Terms and Conditions for the Utilisation of Volume: 169 TB ALOS coverage Tromso: June 2006 – http://catalogues.eo Data under ESA’s Third Party Missions portal.org/eoli.html scheme: Advanced Land North April 2011 ESA: e-GEOS ESA: M. Albani, S1 Observing African Matera Level 0: CEOS http://earth.esa.int/ https://earth.esa.int/pi/esa?type=file&ts=13052813 Matera: May 2006 – B.Hoersch Satellite coverage April 2011 Volume: 162 TB EOLi/EOLi.html 56743&table=aotarget&cmd=image&id=2260 PALSAR Part of ESRIN: Apr 2006 – ESA: ESRIN Frascati Guidelines for submission of project Proposal: Antarctica April 2011 Volume: 25 TB https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission: https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: https://earth.esa.int/pi/esa?type=file&ts=11597963 17527&table=listtarget&cmd=image&id=140

ALOS S2 N.A. N.A. TBD TBD TBD TBD TBD Advanced Land Observing Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 20 of 152

2.B Restrained Data Access-Commercial Data Set Registration Form: https://www.cosmo-skymed.it/CUUI- EN/index.htm https://www.cosmo -skymed.it/CUUI- Data Policies: EN/index.htm http://www.e-geos.it/terms/e-

ASI Matera GEOS%20Std%20Terms%20and%20Conditions% COSMO- Scientific Users Worldwide (Registration to the 20for%20COSMO- SkyMed 1 Volume: 80 TB in ASI: M. S3 coverage June 2007 - to date Level 0F site needed, SkyMed%20Products_May_2010.pdf total for the four Calabrese, submitted to ASI COSMO satellites http://www.e-geos.it/terms/e- A.Coletta SAR 2000 approval) GEOS%20EULA%20for%20COSMO- http://www.e- SkyMed%20Products_May_2010.pdf geos.it/Commercial Price Products: Users http://www.e-geos.it/products/pdf/prices.pdf Submission form: http://www.e- geos.it/order_forms/CSK_order_form.pdf

COSMO- Worldwide ASI Matera SkyMed 2 December 2007 - to Volume: 80 TB in Same as COSMO- ASI: M. S4 coverage Level 0F Same as COSMO-SkyMed 1 date total for the four SkyMed 1 Calabrese, COSMO satellites A.Coletta SAR 2000 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 21 of 152

ASI Matera COSMO- Worldwide SkyMed 3 October 2008 - to Volume: 80 TB in Same as COSMO- ASI: M. S5 coverage Level 0F Same as COSMO-SkyMed 1 date total for the four SkyMed 1 Calabrese, COSMO satellites A.Coletta SAR 2000

ASI Matera COSMO- SkyMed 4 Volume: 80 TB in Same as COSMO- ASI: M. S6 N.A. N.A. Level 0F Same as COSMO-SkyMed 1 total for the four SkyMed 1 Calabrese, COSMO satellites A.Coletta SAR 2000

http://catalogues.eo ESA: ESA: Infoterra Farnborough portal.org/eoli.html Infoterra: May 2002 http://earth.esa.int/ 1.B Free and Open Access with User registration – April 2012 Volume: 410 TB EOLi/EOLi.html Registration form: Oberpfaffenhofen: ESA: DLR ESA On-line archives: May 2002 – April Oberpfaffenhofen https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2012 Volume: 427 TB Level 0: ASAR https://oa- Data Policies: RAW es.eo.esa.int/ra/ ENVISAT Matera: May 2002 – ESA: e-GEOS https://earth.esa.int/c/document_library/get_file?fo https://oa- ESA: M. Albani, ASAR April 2012 Matera lderId=296006&name=DLFE-3602.pdf Worldwide ks.eo.esa.int/ra/ H.Laur Advanced Tromso: 2002 – Volume 354.77 TB https://earth.esa.int/c/document_library/get_file?fo S7 coverage https://oa- Synthetic- April 2012 lderId=13019&name=DLFE-570.pdf ESA: KSAT Tromso ip.eo.esa.int/ra/ Aperture Radar Canada: C. Kiruna: May 2002 – Volume: 175 TB Canada Theophilos April 2012 RAW: PN- ESA Brest: Nov ESA: Kiruna Canada decoded 2002 – April 2012 Salmijarvi Raw (browse only): Volume: 170.44 TB http://ceocat.ccrs.nr Canada: L1 can.gc.ca/portal/ind ESA: Ifremer Brest CCRS: Dec 2002 – ex.html Volume: 16.3 TB April 2012 L0 scene based: Canada: CCRS [email protected] Valume: 9.9 TB n.gc.ca (contract Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 22 of 152

ESA: Infoterra ESA Farnborough Volume: 62 TB http://catalogues.eo ESA: DLR portal.org/eoli.html ESA: Oberpfaffenhofen http://earth.esa.int/ Volume: 59 TB for 1.B Free and Open Access with User registration Infoterra: Jul 1991 - EOLi/EOLi.html all ERS-1/-2 Mar 2000 ESA Registration form: ESA ESRIN Frascati: Oberpfaffenhofen: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Volume: 70 TB Level 0: Jul 1991 - Mar 2000 ESA: M. Albani, ERS-1 SAR WILMA Data Policies: ESA: e-GEOS W.Lengert ESRIN: Jul 1991 – Active Most of the Matera https://earth.esa.int/c/document_library/get_file?fo S8 Mar 2000 Microwave world lderId=296006&name=DLFE-3602.pdf Volume: 29TB Instrumentation. Matera: Jul 1991 – Canada Canada: C. Wilma and 7 GB https://earth.esa.int/c/document_library/get_file?fo Image Mode Mar 2000 CCRS: Theophilos Wilma Annotated Canada: lderId=13019&name=DLFE-570.pdf Tromso: 1991 – 1996 Raw PN- Raw(browse only: ESA: KSAT Tromso decoded http://ceocat.ccrs.nr Canada - CCRS: Volume: 89 TB can.gc.ca/portal/ind Aug 08, 1991–Nov ex.html 11, 1999 Canada CCRS D1 tape L0: Volume 49.6 TB [email protected] n.gc.ca(contract CCRS HSM expire Spet 2012) Volume: 22 TB ERS-1 SAR ESA: Infoterra Level 0: 1.B Free and Open Access with User registration ESA: http://catalogues.eo Most of the Farnborough WILMA ESA: M. Albani, S9 portal.org/eoli.html Registration form: Active world Infoterra: Jul 1991 - Volume: included W.Lengert Microwave Ongoing Mar 2000 above http://earth.esa.int/ https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Instrumentation. archive Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 23 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Ref. Mission and Timeframe of and Current Data (AIPs) (E.g. Mission of Available Web Links (e.g. Data Access Conditions and Web Links Nr Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Wave mode Oberpfaffenhofen: ESA: DLR conversion to EOLi/EOLi.html Data Policies: Jul 1991 - Mar 2000 Oberpfaffenhofen SAFE Volume 51 TB for all https://earth.esa.int/c/document_library/get_file?fo ESRIN: Jul 1991 – ERS-1/-2 lderId=296006&name=DLFE-3602.pdf Mar 2000 ESA ESRIN Frascati: https://earth.esa.int/c/document_library/get_file?fo Matera: Jul 1991 – Volume: included lderId=13019&name=DLFE-570.pdf Mar 2000 above ESA Brest: Aug ESA: e-GEOS 1991 – Jun 1996 Matera Tromso: 1991 - 1996 Volume: included above ESA: Ifremer Brest

Volume: 12 TB only WAVE mode

ESA: KSAT Tromso Volume: included above ESA: Infoterra 1.B Free and Open Access with User registration ESA: ESA Farnborough Registration form: Infoterra: May 1995 Volume: 72 TB ESA http://catalogues.eo – Jul 2011 portal.org/eoli.html https://eo-sso-idp.eo.esa.int/idp/AuthnEngine ESA: DLR Level 0: Oberpfaffenhofen: Oberpfaffenhofen WILMA Data Policies: ERS-2 SAR http://earth.esa.int/ ESA: M. Albani, May 1995 – Jul 2011 Volume: 87.46 TB EOLi/EOLi.html https://earth.esa.int/c/document_library/get_file?fo W.Lengert Active for all ERS-1/-2 Most of the Matera: May 1995 – lderId=296006&name=DLFE-3602.pdf S10 Microwave world Jul 2011 ESA: e-GEOS Canada Instrumentation. https://earth.esa.int/c/document_library/get_file?fo Matera CCRS: Raw on On-line archives: Canada: C. Image Mode lderId=13019&name=DLFE-570.pdf ESRIN: May 1995 – D1 Theophilos Jul 2011 Volume: 77.4 TB https://oa-

RAW: PN- ip.eo.esa.int/ra/ Tromso: 1999 – Jul ESA ESRIN Frascati: decoded 2011 Volume: 90 TB https://oa- ks.eo.esa.int/ra/ Maspalomas: Oct ESA KSAT Tromso: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 24 of 152

Canada - CCRS: Aug ESA: INSA 6, 1995 – Dec 25, Maspalomas 2009 Volume: 0.73 TB Canada: (backup) Raw (browse only): http://ceocat.ccrs.nr Canada: can.gc.ca/portal/ind CCRS BSA ex.html Volume: 20TB L0:[email protected] rcan.gc.ca CCRS D1 (1996 – 2002) Volume: 55.9TB

ESA: Infoterra ESA: http://catalogues.eo Farnborough portal.org/eoli.html Infoterra: May 1995 Volume: included – Jul 2011 above http://earth.esa.int/ 1.B Free and Open Access with User registration EOLi/EOLi.html Oberpfaffenhofen: ESA: DLR Registration form: May 1995 – Jul 2011 Oberpfaffenhofen https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Volume: 51 TB for Matera: May 1995 – all ERS-1/-2 Data Policies: ERS-2 SAR Jul 2011 ESA: e-GEOS Level 0: https://earth.esa.int/c/document_library/get_file?fo Active Most of the ESRIN: May 1995 – ESA: M. Albani, S11 Matera WILMA lderId=296006&name=DLFE-3602.pdf Microwave world Jul 2011 W.Lengert Instrumentation. Volume: included https://earth.esa.int/c/document_library/get_file?fo Wave mode above lderId=13019&name=DLFE-570.pdf

Tromso: 1999 – Jul ESA ESRIN Frascati: 2011 Volume: included On-line archives:

Maspalomas: Oct above https://oa- 1998 – Jul 2011 ip.eo.esa.int/ra/ ESA KSAT Tromso: ESA Brest: Oct 1995 Volume: included https://oa- – Jul 2011 above ks.eo.esa.int/ra/

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 25 of 152

ESA: Ifremer Brest Volume: 6 TB only WAVE mode 1.B Free and Open Access with User Registration contacting SCI [email protected] http://gmesdata.esa.int/c/document_library/get_file GSCDA SAR ?p_l_id=13702&folderId=46272&name=DLFE- Data from 653.pdf European and several missions ESA ESRIN: 20 North ≈ http://gmesdata.esa. Data Policies: ESA: M. Albani, S12 (Terrasar-X, Jan 2009 – to date Various fornats African TB including Optical int/web/gsc/home B. Hoersch Radarsat, http://gmesdata.esa.int/web/gsc/terms_and_conditi Coverage Sensors Cosmo-skymed, ons etc..) http://gmesdata.esa.int/c/document_library/get_file ?uuid=26fd8509-a612-4e3e-973d- 5953c45e1702&groupId=10725

2.A Restrained Data Access-Restrained Data Set allowed for some user categories European https://earth.esa.int/web/guest/missions/3rd-party- coverage http://catalogues.eo missions/historical-missions/jers-1 portal.org/eoli.html JERS-1 SAR North ESA: e-GEOS ESA: Matera Level 0: Terms and Conditions for the Utilisation of S13 African Matera Volume: http://earth.esa.int/ ESA: M. Albani L-band Synthetic WILMA Data under ESA’s Third Party Missions coverage Jul 1992 – Oct 1998 11.32 TB EOLi/EOLi.html Aperture Radar scheme: Part of https://earth.esa.int/pi/esa?type=file&ts=13052813 Antarctica 56743&table=aotarget&cmd=image&id=2260 Guidelines for submission of project Proposal: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 26 of 152

Paz - X Band CDTI: TBD Volume: S14 Synthetic N.A. N.A. TBD TBD TBD N.A. Aperture Radar TBD

Canada CSA: Level 0:

RFC Buffer http://www.canada.gc.ca/importantnotices.html CSA: CCRS Ottawa CSA: Volume: 228 TB Serial bit steam CSA: to RFC Through Worldwide MDA/GSI. Can be e-GEOS CCRS: product 5.3 transcription on coverage CSA: seen through TB going (~45TB) 2.B Restrained Data Access Commercial Data Set CSA: C. Giguère, 1995 – to date CEOCAT Liang Ma http://ceocat.ccrs.nr DataPolicies: Radarsat-1 e-GEOS: CCRS: GERALD CCRS: GoC product 6.7TB CCRS Product can.gc.ca/portal/ind http://www.e-geos.it/terms/e- CCRS: C. Visibility of (2009 – to date) format: CEOS- ex.html S15 Synthetic GEOS%20Std%20Terms%20and%20Conditions% Theophilos Aperture Radar Matera cone CSA: ASF L1 20for%20Radarsat-1&2_May_2010.pdf (CSA) C band + eventual Volume: 230 TB other orders e-GEOS: http://www.e-geos.it/terms/RADARSAT- e-GEOS: outside the CSA Network e-GEOS: Level 1%20EULA%202007.pdf Riccardo Sala Since 1st July 2010 cone, but still stations 0 e-GEOS: downlinked Volume: 133 TB http://www.e- at Matera geos.it/ Price Products: e-GEOS: Matera Volume: 26 GB http://www.e-geos.it/products/pdf/prices.pdf

Order Form: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 27 of 152

Canada: http://www.canada.gc.ca/importantnotices.html 2.A Restrained Data Access-Restrained Data Set CSA: allowed for some user categories Raw (browse only) Data Policies: CEOCAT http://ceocat.ccrs.nr http://gs.mdacorporation.com/products/sensor/GT can.gc.ca/portal/ind U.pdf CSA: ex.html Price Products: Worldwide CSA: Product: coverage CSA: CSA: CCRS Ottawa http://gs.mdacorporation.com/SatelliteData/Radars 2007 – to date Volume: 125 TB Level 0: FRED https://neodf.nrcan. at2/Price.aspx CSA: C. Giguère, gc.ca/neodf/index.h Liang Ma

Radarsat-2 e-GEOS: CCRS: product 35.8 tml CCRS: GoC product TB CCRS Product e-GEOS CCRS: C. S16 Synthetic Visibility of (2009 – to date) format: CEOS- Order: Theophilos Aperture Radar Matera cone CSA Network L1 http://www.mdacor 2.A Restrained Data Access-Restrained Data Set (CSA) C band + eventual stations (6 stations) poration.com/infor allowed for some user categories other orders e-GEOS: e-GEOS: Volume: 12 TB mation_systems/gs/ outside the Data Policies; Riccardo Sala e-GEOS: Level cone, but still st Since 1 July 2010 http://www.e-geos.it/terms/e- downlinked e-GEOS: Matera 0 GEOS%20Std%20Terms%20and%20Conditions% at Matera Volume: 122 GB 20for%20Radarsat-1&2_May_2010.pdf

e-GEOS: http://www.e-geos.it/terms/LI-11525- 3%20RS2%20EULA_Gov't%20User_V1- http://www.e- 8_03FEB2011_ENGLISH.PDF geos.it/ http://www.e-geos.it/terms/LI-11525- 6%20RS2%20EULA_Single%20User_V1- 8_03FEB2011_ENGLISH.PDF Price Products: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 28 of 152

Radarsat Constellation Mission (RCM)1 CSA: CCRS Level 0: FRED CSA: C. Giguère, S17 Synthetic N.A. N.A. (Ottawa) or SAFE TBD Liang Ma Aperture Radar - (TBC) CSA Volume N.A. TBD RADARSAT Constellation

Radarsat Constellation Mission (RCM)2 CSA: CCRS Level 0: FRED CSA: C. Giguère, S18 Synthetic N.A. N.A. (Ottawa) or SAFE TBD Liang Ma Aperture Radar - (TBC) CSA Volume N.A. TBD RADARSAT Constellation

Radarsat Constellation Mission (RCM)3 CSA: CCRS Level 0: FRED CSA: C. Giguère, S19 Synthetic N.A. N.A. (Ottawa) or SAFE TBD Liang Ma Aperture Radar - (TBC) CSA Volume N.A. TBD RADARSAT Constellation

SAOCOM 1A S20 N.A. N.A. TBD TBD TBD TBD TBD Radar Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 29 of 152

SAOCOM 1B Radar TBD S21 L-Band N.A. N.A. TBD TBD TBD TBD http://space.skyrocket.de/disclaimer.htm Synthetic Aperture Radar

SAOCOM 2A Radar

S22 L-Band N.A. N.A. TBD TBD TBD TBD TBD Synthetic Aperture Radar

SAOCOM 2B Radar

S23 L-Band N.A. N.A. TBD TBD TBD TBD TBD Synthetic Aperture Radar

ESA: ESA ESA: Level 0 and 1 TBD European Oberpfaffenhofen ESA: Via DLR at partial ESA: DLR Johnson Space ESA: M. Albani Jun 1978 – Oct 1978 http://eoweb.dlr.de coverage Oberpfaffenhofen Center CCT Volume: 50 GB format ESA contact: ESA S24 SEASAT 200 orbits (PRI01); CEOS Earth Observation Canada CCRS: C. Canada: CCRS Theophilos Canada: Canada: CCRS (PRI02) Help Desk Team Restrained Access or Commercial: coverage of 0.2TB Jun 1978 – Oct 1978 Canada: CCRS Canada: TBD Canada http://www.nrcan.gc.ca/earth-sciences/products- Raw: services/satellite-photography-imagery/3021 DigiMultiPart Data Policies: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 30 of 152

1B.Free and Open Access http://ec.europa.eu/enterprise/newsroom/cf/_getdo Sentinel-1A cument.cfm?doc_id=7149 ESA: M. Albani, S25 N.A. N.A. TBD TBD TBD C-Band SAR Data Policies P. Potin http://esamultimedia.esa.int/multimedia/publicatio ns/SP-1322_1/

1B.Free and Open Access with user registration http://ec.europa.eu/enterprise/newsroom/cf/_getdo Sentinel- 1B cument.cfm?doc_id=7149 ESA: M. Albani, S26 N.A. N.A. TBD TBD TBD C-Band SAR Data Policies P. Potin http://esamultimedia.esa.int/multimedia/publicatio ns/SP-1322_1/

DLR

Various DLR: 1.B Free and Open Access with user registration DLR: April and DLR Level 0: CEOS DLR: K.Molch locations http://eoweb.dlr.de October 1994 Oberpfaffenhofen globally, Level 1: CEOS Data Policies: S27 Volume: 5.8 TB between SIR-C X-SAR Level 2: CEOS TBD ASI: M. 51.6°S and ASI Matera Volume: ASI: Off-line on ASI: April and Calabrese 51.6°N October 1994 TBD TB request

ASI: N.A.

Worldwide DLR Level 0: TBD DLR: DLR DLR: K.Molch coverage DLR: February 2000 Oberpfaffenhofen http://eoweb.dlr.de between Level 1: DTED 1.B Free and Open Data Access with user S28 SRTM X-SAR Volume: 17.4 TB 60°N and (DEM, HEM), registration ASI: M. 54°S with ASI Matera Volume: CEOS (Image ASI: February 2000 data) ASI: Off-line on Data Policies Calabrese omissions TBD TB request Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 31 of 152

ASI: N.A.

2.A Commercial Data with payment of fee (for non-scientific users) AND 2.B Restrained Data with access allowed for some http://eoweb.dlr.de/ user categories (scientific users) Level 0: Data access Instrument Mission information DLR: scientific users: source packets http://www.dlr.de/eo/en/desktopdefault.aspx/tabid- https://tandemx- TanDEM-X DLR Level 1: 5727/10086_read-21046/ Oberpfaffenhofen science.dlr.de/ DLR: K. Molch Global COSAR Mission information Astrium: S29 X-Band August 2010 - to date Volume: 1,65 PB. Synthetic coverage (complex), Data access non- http://www.astrium-geo.com/en/903-technical- Aperture Radar Geotiff scientific users: (detected) information http://www.astrium Level 2: -geo.com/en/168- Pricing scientific users: Geotiff tandem-x-global- https://tandemx- dem science.dlr.de/pdfs/cofur_list_tdx_20110331.pdf Pricing non-scientific users: http://www.astrium-geo.com/en/79-how-to-buy

TerraSAR-X Global http://eoweb.dlr.de/ 2.A Commercial Data with payment of fee (for S30 June 2007 - to date DLR Level 0: DLR: K. Molch coverage non-scientific users) AND X-Band Oberpfaffenhofen Instrument Data access Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 32 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Ref. Mission and Timeframe of and Current Data (AIPs) (E.g. Mission of Available Web Links (e.g. Data Access Conditions and Web Links Nr Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Synthetic Volume: 0,39 PB source packets scientific users: 2.B Restrained Data with access allowed for some Aperture Radar user categories (scientific users) Level 1: http://sss.terrasar- COSAR x.dlr.de Data policies: (complex), Geotiff Data access non- http://www.dlr.de/eo/en/desktopdefault.aspx/tabid- (detected) scientific users: 5725/9296_read-15979/ Level 2: http://www.astrium Pricing scientific users: -geo.com/en/135- Geotiff http://sss.terrasar-x.dlr.de/pdfs/pricelist_03.pdf terrasar-x Pricing non-scientific users: http://www.astrium- geo.com/files/pmedia/public/r463_9_itd-0508-cd- 0001-tsx_international_pricelist_en_issue_03.pdf

Level 0: Instrument source packets TerraSAR-X2 Level 1: DLR COSAR S32 X-Band N.A. N.A. Oberpfaffenhofen TBD TBD DLR: K. Molch (complex), Synthetic Volume: N.A. Aperture Radar Geotiff (detected) Level 2: Geotiff

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 33 of 152

3. C2: HIGH AND VERY HIGH RESOLUTION MULTI-SPECTRAL IMAGING MISSIONS/SENSORS.

3.1 High and Very high resolution multi-spectral imaging missions/sensors. Table 1

Type: Sun-synchronous Altitude: 692 km Mission: Completed Swath Summary 35 km (triplet stereo Owner: Period: 98.7 mins observations), 70 km (nadir High resolution panchromatic Inclination: 98.16 deg Timeframe JAXA observations) stereo imager for land Repeat cycle: 46 days Launch Date: 24 Jan 2006 High resolution [Max Swath: 70 km] applications which include M1 ALOS PRISM ECT: 10:30 LST optical imagers Waveband Summary VIS - NIR: 0.52 - cartography, digital terrain Longitude (if geo): EOL Date: 22 Apr 2011 0.77 µm (panchromatic) models, civil planning, Agreement with Asc/desc: Descending Instrument: Not Operational agriculture and forestry ESA URL: http://www.jaxa.jp/projects/sa t/alos/index_e.html

Mission: Completed Resolution Summary 10 m Owner: [Best Resolution: 10m] Timeframe JAXA Swath Summary 70 km High resolution multi-spectral [Max Swath: 70 km] imager for land applications Launch Date: 24 Jan 2006 High resolution M2 ALOS AVNIR-2 Distributor: Same as above Accuracy Summary Surface which include environmental optical imagers EOL Date: 22 Apr 2011 Resolution: 10 m (Nadir) Waveband monitoring, agriculture and Agreement with Instrument: Not Operational Summary VIS: 0.42 - 0.50 µm, 0.52 - forestry, disaster monitoring ESA 0.60 µm, 0.61 - 0.69 µm, NIR: 0.76 - 0.89 µm

Type: Sun-synchronous Mission: Future Resolution Summary Visible, NIR, Altitude: 778 km SWIR: 78 m, TIR: 156 m Owner: Period: 100.26 mins Timeframe [Best Resolution: 78m] Imaging multi- Inclination: 98.5 deg Swath Summary 120 km Used for fire detection, fire CBERS-3 CNSA / INPE Planned Launch Date: Feb spectral M3 Repeat cycle: 26 days [Max Swath: 120 km] extent and temperature IRS 2013 radiometers Agreement with ECT: 10:50 LST Waveband Summary VIS - NIR: 0.5 - measurement (vis/IR) ASI Longitude (if geo): Planned EOL Date: Feb 2016 1.1 µm; NIR - SWIR: 1.55 - 1.75 µm, Asc/desc: Descending 2.08 - 2.35 µm; TIR: 10.4 - 12.5 µm URL: Not available Instrument: Not Operational Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 34 of 152

Mission: Future Owner: Timeframe CBERS-3 Imaging multi- Resolution Summary 20 m Multispectral CCD CNSA / INPE Planned Launch Date: Feb spectral Earth resources, environmental M4 Same as above [Best Resolution: 20m] Camera 2013 radiometers monitoring, land use Agreement with (vis/IR) ASI Planned EOL Date: Feb 2016 Instrument: Not Operational

Mission: Future Resolution Summary 5 m panchromatic and 10 m multispectral Owner: Timeframe [Best Resolution: 5m] CBERS-3 Measurements of cloud type Swath Summary 60 km Panchromatic and CNSA / INPE Planned Launch Date: Feb High resolution and extent and land surface M5 Same as above [Max Swath: 60 km] multispectral 2013 optical imagers reflectance, and used for global Agreement with Waveband Summary VIS: 0.52 - 0.59 imager land surface applications ASI Planned EOL Date: Feb 2016 µm, 0.63 - 0.69 µm, NIR: 0.77 - 0.89 µm, PAN: 0.51 - 0.85 µm Instrument: Not Operational

Mission: Future Owner: Timeframe Resolution Summary 73 m Imaging multi- [Best Resolution: 73m] CBERS-3 CNSA / INPE Planned Launch Date: Feb spectral Waveband Summary VIS: 0.45 - 0.52 Earth resources, environmental M6 Wide Field Imager Same as above 2013 radiometers µm, 0.52 - 0.59 µm, 0.63 - 0.69 µm; monitoring, land use 2 Agreement with ASI (vis/IR) NIR: 0.77 - 0.89 µm Planned EOL Date: Feb 2016 Instrument: Not Operational

Type: Sun-synchronous Mission: Future Resolution Summary Visible, NIR, Altitude: 778 km SWIR: 78 m, TIR: 156 m Owner: Period: 100.26 mins Timeframe [Best Resolution: 78m] Inclination: 98.5 deg CBERS-3 Swath Summary 120 km Used for fire detection, fire CBERS- 4 CNSA / INPE Planned Launch Date: June M7 Repeat cycle: 26 days [Max Swath: 120 km] extent and temperature IRS 2014 IRS Agreement with ECT: 12:50 LST Waveband Summary VIS - NIR: 0.5 - measurement ASI Longitude (if geo): Planned EOL Date: June 2017 1.1 µm; NIR - SWIR: 1.55 - 1.75 µm, Asc/desc: Descending 2.08 - 2.35 µm; TIR: 10.4 - 12.5 µm URL: Not available Instrument: Not Operational CBERS-4 Resolution Summary 20 m Earth resources, environmental M8 Multispectral CCD Owner: Same as above Mission: Future Imaging multi- [Best Resolution: 20m] monitoring, land use Camera spectral Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 35 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Timeframe radiometers CNSA / INPE (vis/IR) Planned Launch Date: June Agreement with 2014 ASI Planned EOL Date: June 2017 Instrument: Not Operational

Mission: Future Resolution Summary 5 m panchromatic and 10 m multispectral Owner: Timeframe [Best Resolution: 5m] CBERS-4 Measurements of cloud type Swath Summary 60 km Panchromatic and CNSA / INPE Planned Launch Date: June High resolution and extent and land surface M9 Same as above [Max Swath: 60 km] multispectral 2014 optical imagers reflectance, and used for global Agreement with Waveband Summary VIS: 0.52 - 0.59 imager land surface applications ASI Planned EOL Date: June 2017 µm, 0.63 - 0.69 µm, NIR: 0.77 - 0.89 µm, PAN: 0.51 - 0.85 µm Instrument: Not Operational

Mission: Future Resolution Summary 73 m Owner: Timeframe Imaging multi- [Best Resolution: 73m] CBERS-4 CNSA / INPE Planned Launch Date: June spectral Waveband Summary VIS: 0.45 - 0.52 Earth resources, environmental M10 Wide Field Imager Same as above 2014 radiometers µm, 0.52 - 0.59 µm, 0.63 - 0.69 µm; monitoring, land use 2 Agreement with ASI (vis/IR) NIR: 0.77 - 0.89 µm Planned EOL Date: June 2017 Instrument: Not Operational

Orbit Height: 686 km Orbit Type: Sun-synchronous Mission: Ongoing near-circular Swath: 660 Km Constellation revisit time: Timeframe Owner: Bands: 3 (Green, red, NIR) The satellite will provide daily coverage at a resolution imagery for commercial Deimos Launch Date: Jul 2009 High resolution M11 DMC Deimos-1 that enables effective Res: 22 m applications, for government Imaging optical imagers monitoring of the rapidly Planned EOL Date: N.A. use and for rapid-response changing environment Swath Width: 600km+ Instrument: Operational Resolution: 22 m for MS (Multispectral following disasters. URL: bands) http://envisat.esa.int/object/in dex.cfm?fobjectid=5147 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 36 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Resolution Summary 32 m [Best Resolution: 32m] Type: Sun-synchronous Owner: Mission: Completed Swath Summary Two imaging banks Altitude: 686 km each with a 340km swath. The two Period: 98.4 mins DMC-UK-1 DMC Imaging Timeframe swaths overlap by 16km, providing a Visible and NIR imagery in Inclination: 98.2 deg High resolution total swath up to 648km support of disaster management M12 Repeat cycle: 5 days Launch Date: 27 Sep 2003 Surrey Linear optical imagers [Max Swath: 648 km] - part of the Disaster ECT: 10:15 LST Imager - 6 channel Accuracy Summary S/N 100:1 @ Management constellation Agreement with Longitude (if geo): EOL Date: 04 Oct 2011 ESA target albedo of 0.1. Asc/desc: Ascending Instrument: Not Operational URL: Not availible Waveband Summary VIS: 0.63-0.69 µm, 0.52-0.60 µm; NIR: 0.77-0.90 µm. Resolution Summary 22 m [Best Resolution: 22m] Type: Sun-synchronous Mission: Ongoing Swath Summary Two imaging banks Altitude: 686 km each with a 330km swath. The two DMCii-UK-2 Period: 98.5 mins Timeframe swaths overlap by 11km, providing a Visible and NIR imagery in Owner: Inclination: 98.14 deg High resolution total swath up to 638km support of disaster management M13 Surrey Linear Repeat cycle: 5 days Launch Date: 29 Jul 2009 DMC Imaging optical imagers [Max Swath: 638 km] - part of the Disaster Imager - 6 channel ECT: 10:30 LST Planned EOL Date: Jul 2014 Accuracy Summary S/N 150:1 @ Management constellation - 22m resolution Longitude (if geo): target albedo of 0.1. Asc/desc: Ascending Instrument: Operational URL: Not Available Waveband Summary VIS: 0.63-0.69 µm, 0.52-0.61 µm; NIR: 0.77-0.90 µm.

Type: Sun-synchronous Mission: Future Resolution Summary GSD 30 m Altitude: 650 km [Best Resolution: 30m] Period: 97.5 mins Timeframe EnMAP Swath Summary 30 km Detailed monitoring and Owner & Inclination: Planned Launch Date: Aug Hyperspectral [Max Swath: 30 km] characterization of rock and soil M14 Distributor Repeat cycle: 21 days Hyperspectral 2016 Imager Accuracy Summary Radiometric: <5% targets, vegitation, inland and ECT: 11:00 LST Imager DLR Waveband Summary 420 - 2450 nm coastal waters on a global scale Longitude (if geo): Planned EOL Date: Jul 2021 Asc/desc: Descending URL: http://www.enmap.org/ Instrument: Not Operational European Cities Coverage based on European Cities KOMPSAT-1 data. Distributor: Missions: Two Different High resolution M15 and TropForest Different Missions ESA Missions optical imagers 2010 datasets TropForest 2010 based on DEIMOS-1 data.

M16 Formosat-2 Owner: Type: Mission: Ongoing High resolution Providing 2 meter resolution of image in Earth observation systems offer Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 37 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Altitude: 891 km Timeframe optical imagers panchromatic band and 8 meter more or less broad coverage and NSPO Period: 103 mins resolution in multispectral bands with ever-finer detail, but their revisit Launch Date: 21 May 2004 Distributor Inclination: 99 deg swath of 24 km frequency is still limited for Repeat cycle: 1 days surveillance purposes. Astrium Geo- Planned EOL Date: Dec 2013 Mode Pan: 0.45 to 0.90 µm information ECT: 09:30 LST FORMOSAT-2, the first and Services, Longitude (if geo): Instrument: Operational Mode MS: only high-resolution satellite Agreement with Asc/desc: with a daily revisit capability, ESA under URL: B1: 0.45 to 0.52 µm (Blue) overcomes this obstacle to provide a new response to your Third Party http://www.nspo.org.tw/e60/ B2: 0.52 to 0.60 µm (Green) Missions surveillance needs.daily revisit menu0400.html B2: 0.62 to 0.69 µm (Red) capability for and large ground coverage for applications B4: 0.76 to 0.90 µm (NIR) including disaster investigation, environment monitoring, and vegetation evaluation. Camera Modes Simultaneous panchromatic and multispectral (pan-sharpened) Orbital Altitude 681 Panchromatic only Multispectral only kilometers / 423 miles Resolution 0.41 m / 1.34 ft* Orbital Velocity About 7.5 panchromatic (nominal at Nadir), 1.65 m km/sec or 17,000 mi/hr / 5.41 ft* multispectral (nominal at Inclination/Equator Crossing Nadir) GeoEye-1 customers have a Time 98 degrees / 10:30am Optical telescope, Owner: Metric Accuracy/Geolocation CE choice of ordering basic, ortho- Orbit type/period Sun- detectors, focal Mission: Ongoing stereo: 2 m / 6.6 ft, LE stereo: 3 m / 9.84 rectified or stereo imagery as GeoEye synchronous / 98 minutes plane assemblies ft, CE mono: 2.5 m / 8.20 ft. These are well as imagery-derived GeoEye-1 makes 15 orbits per Launch Date: 6 September and high-speed specified as 90% CE (circular error) for products, including Digital GeoEye-1 day. Its sun-synchronous orbit 2008 digital processing M17 the horizontal and 90% LE (linear Elevation Models (DEM’s) and (Orbview-5) Distributor: allows it to pass over a given electronics are Planned EOL Date: error) for the vertical with no ground Digital Surface Models area at about 10:30 a.m. local capable of September 2015 control (DSM’s), large area mosaics e-GEOS time every day. GeoEye-1 can processing 700 Swath Widths & Representative Area and feature maps. GeoEye-1 “revisit” any point on the Instrument: Operational million pixels per Sizes Nominal swath width - 15.2 km / products will serve a wide globe every three days or second. 9.44 mi at Nadir. Single-point scene - variety of applications. sooner, depending upon the 225 sq km (15x15 km), Contiguous large required look angle. area - 15,000 sq km (300x50 km), URL: Contiguous 1° cell size areas - 10,000 sq http://launch.geoeye.com/Lau km (100x100 km), Contiguous stereo nchSite/Default.aspx area - 6,270 sq km (224x28 km), (Area assumes pan mode at highest line rate) Imaging Angle Capable of imaging in Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 38 of 152

GMES Space Component Data Acess Optical Data Distributor: Missions: Ongoing GMES High resolution M18 Different Missions Various Characteristics from several ESA Contributing Missions optical imagers Contributing Missions Type: Sun-synchronous Resolution Summary Bands 1-4 Altitude: 681 km multispectral: 3.8-4 m, panchromatic: High resolution multi-spectral Period: 98 mins Owner: Digital Mission: Ongoing 0.82-1 m imager for land applications Inclination: 98.1 deg Globe [Best Resolution: 0.82 m] which include mapping of Repeat cycle: 14 days Timeframe natural resources and of natural Distributor: ECT: 10:30 LST High resolution Swath Summary 13 km M19 IKONOS Launch Date: Sep 1999 disasters, tax mapping, Longitude (if geo): optical imagers [Max Swath: 13 km] EUSI (until agriculture and forestry Asc/desc: Descending Planned EOL Date: N.A. analysis, mining, engineering, 2008), e-GEOS URL: Waveband Summary VIS: Band 1: construction, and change (since 2009) http://www.satimagingcorp.co Instrument: operational 0.45 - 0.52 µm, Band 2: 0.51 - 0.60 µm, detection m/satellite- Band 3: 0.63 - 0.70 µm, NIR: Band 4: sensors/ikonos.html 0.76 - 0.85 µm, S

IMAGE 2006 IMAGE 2006 based on data from SPOT- Distributor: Missions: Four Different High resolution M20 European Different Missions 4 HRVIR, SPOT-5 HRG and IRS-P6 ESA Missions optical imagers Coverage Dataset LISS III.

Resolution Summary Bands 2, 3 & 4: Type: Sun-synchronous 23.5 m, Band 5: 70.5 m Altitude: 817 km [Best Resolution: 23.5 m] Period: 101.35 mins Mission: Completed Owner: Swath Summary 141 km Data used for vegetation type Inclination: 98.6 deg IRS-1C Timeframe [Max Swath: 141 km] assessment, resource ISRO Repeat cycle: 24 days High resolution Linear Imaging Waveband Summary VIS: Band 2: assessment, crop stress M21 ECT: 10:50 LST Launch Date: 28 Dec 1995 optical imagers Self Scanner - III Distributor: 0.52 - 0.59 µm, Band 3: 0.62 - 0.68 µm, detection, crop production Longitude (if geo): (HR2) (LISS-III) NIR: Band 4: 0.77 - 0.86 µm, SWIR: forecasting, forestry, land use Asc/desc: Descending EOL Date: 21 Sep 2007 Euromap Band 5: 1.55 - 1.75 µm and land cover change URL: Instrument: Not Operational http://www.euromap.de/produ http://www.euromap.de/docs/doc_002.ht cts/prod_102.html ml

IRS-1C Owner: Resolution Summary 5.8 m High resolution stereo images M22 Panchromatic Same as above Mission: Completed High resolution [Best Resolution: 5.8 m] for study of topography, urban ISRO sensor optical imagers Swath Summary 70 km at nadir areas, development of DTM, Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 39 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Distributor: Timeframe (HR1) [Max Swath: 70 km] run-off models etc. Urban sprawl, forest cover/timber Euromap Launch Date: 28 Dec 1995 Waveband Summary Panchromatic volume, land use change VIS: 0.5 - 0.75 µm EOL Date: 21 Sep 2007 http://www.euromap.de/docs/doc_002.ht Instrument: Not Operational ml Resolution Summary Bands 2, 3 & 4: Type: Sun-synchronous 23.5 m, Band 5: 70.5 m Altitude: 817 km [Best Resolution: 23.5 m] Period: 101 mins Mission: Completed Owner: Swath Summary 141 km Data used for vegetation type Inclination: 98.6 deg IRS-1D Timeframe [Max Swath: 141 km] assessment, resource ISRO Repeat cycle: 24 days High resolution Linear Imaging assessment, crop stress M23 ECT: 10:30 LST Launch Date: 29 Sep 1997 optical imagers Waveband Summary VIS: Band 2: Self Scanner - III Distributor: detection, crop production Longitude (if geo): (HR2) 0.52 - 0.59 µm, Band 3: 0.62 - 0.68 µm, (LISS-III) EOL Date: 15 Jan 2010 forecasting, forestry, land use Euromap Asc/desc: Descending NIR: Band 4: 0.77 - 0.86 µm, SWIR: Band 5: 1.55 - 1.75 µm and land cover change URL: Instrument: Not Operational http://www.euromap.de/produ http://www.euromap.de/docs/doc_003.ht cts/prod_102.html ml

Mission: Completed Resolution Summary 5.8 m Owner: [Best Resolution: 5.8 m] High resolution stereo images Timeframe Swath Summary 70 km at nadir for study of topography, urban IRS-1D PAN ISRO High resolution [Max Swath: 70 km] areas, development of DTM, M24 (Panchromatic Same as above Launch Date: 29 Sep 1997 optical imagers Distributor: Waveband Summary Panchromatic run-off models etc. Urban sensor) (HR1) EOL Date: 15 Jan 2010 VIS: 0.5 - 0.75 µm sprawl, forest cover/timber Euromap http://www.euromap.de/docs/doc_003.ht volume, land use change Instrument: Not Operational ml Type: Sun-synchronous Altitude: 618 km Period: 97 mins Resolution Summary 2.5 m Inclination: 97.87 deg Mission: Ongoing [Best Resolution: 2.5 m] Owner: High resolution stereo images Repeat cycle: 5 days Swath Summary 30 km Timeframe for study of topography, urban ISRO ECT: 10:30 LST Very High [Max Swath: 30 km] areas, development of DTM, M25 IRS-P5 Cartosat-1 Longitude (if geo): Launch Date: 05 May 2005 resolution optical Distributor: Waveband Summary Panchromatic run-off models etc. Urban Asc/desc: Descending imagers (VHR2) VIS: 0.5 - 0.75 µm sprawl, forest cover/timber URL: Planned EOL Date: 2015 Euromap volume, land use change http://www.euromap.de/produ Instrument: Operational http://www.euromap.de/docs/doc_004.ht cts/prod_040.html and ml http://www.euromap.de/produ cts/prod_008.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 40 of 152

Orbit Circular Polar Sun Synchronous Orbit height 817 km Orbit inclination 98.7 deg Orbit period 101.35 min Linear Imaging Self Scanner Number of Orbits Per day 14 (LISS) 3 and 4 and an advanced Mission Ongoing Band Wavelength (µm) Resolution (m) Local time of equator Wide Field Scanner (AWiFS). IRS-P6 Owner: 2 0.52 - 0.59 (green) 24 crossing 10:30 am Repetivity Timeframe The LISS 3 instrument is (Resourcesat-1) 3 0.62 - 0.68 (red) 24 ISRO (LISS-III) 24 days Revisit 5 multispectral in the visible to Launch Date: 17 Oct 2003 Optical High 4 0.77 - 0.86 (near-IR) 24 M26 days Lift-Off mass 1360 kg mid-infrared region with a Linear Imaging Distributor: Resolution (HR2) 5 1.55 - 1.70 (mid-IR) 24 Attitude and orbit control 3- Planned EOL Date: Dec 2016 spatial resolution of 24m and Self Scanner III Swath width: 140 km axis body stabilised using swath width of 140km. (LISS-III). Euromap Instrument: Operational http://www.euromap.de/docs/doc_005.ht Reaction Wheels, Magnetic ml Torquers and Hydrazine Thrusters. http://www.isro.org/satellites/ irs-p6resourcesat-1.aspx http://www.euromap.de/produ cts/prod_030.html The LISS 4 instrument has two Band Wavelength (µm) Resolution (m) modes that both operate at a Mission Ongoing Owner: 2 0.52 - 0.59 (green) 6 spatial resolution of 6m. The 3 0.62 - 0.68 (red) 6 multispectral (visible to near- IRS-P6 Timeframe (Resourcesat-1) ISRO 4 0.77 - 0.86 (near-IR) 6 infrared) instrument has a swath Optical High M27 Linear Imaging Same as above Launch Date: 17 Oct 2003 5 1.55 - 1.70 (mid-IR) 6 width of 24km and 70km for the Distributor: Resolution (HR1) Self Scanner IV Swath width: 70 km in MONO mode panchromatic (monochrome) Planned EOL Date: Dec 2016 (LISS-IV) Euromap 23 km in MX mode mode. http://www.euromap.de/docs/doc_005.ht Instrument: Operational ml

Band Wavelength (µm) Resolution (m) Mission Ongoing 2 0.0.52-0.59 (green) 60 IRS-P6 Owner: The AWiFS has a spatial 3 0.62-0.68 (red) 60 (Resourcesat-1) Timeframe resolution of 60m and a 740km ISRO Optical High to 4 0.77-0.86 (near-IR) 60 swath width. Both LISSs have M28 Same as above Launch Date: 17 Oct 2003 Medium 5 1.55-1.70 (mid-IR) 60 Advanced Wide Distributor: 7-bit radiometric resolution, Resolution Swath width: 740 km Field Scanner Planned EOL Date: Dec 2016 while the AWiFS has 10-bit. Euromap Quantisation: 10 bit (AWiFS). Instrument: Operational http://www.euromap.de/docs/doc_005.ht ml Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 41 of 152

Swath: 70/23.9 Km Bands: PAN, VNIR(3) Res: 5.8 m Resourcesat-2 is its follow-on Mission scheduled for launch in 2008. Each

Resourcesat satellite carries three The Resourcesat data finds its Mission: Ongoing Electro-optical cameras as its payload - application in several areas like Regime Polar Sun- Owner: LISS-3, LISS-4 and AWIFS. All the agricultural crop discrimination Synchronous Circular orbit Timeframe three are multi-spectral push-broom and monitoring, crop ISRO Inclination 98.72 Orbital Launch Date: 20 Apr 2011 Imaging Sensors scanners with linear array CCDs as acreage/yield estimation, M29 IRS Resourcesat-2 period 102 minutes Apoapsis Distributor: Detectors. LISS-3 and AWIFS operate in precision farming, water 817 kilometres (508 mi) Planned EOL Date: Apr 2016 four identical spectral bands in the VIS- resources, forest mapping, Rural EuroMap Periapsis 817 kilometres NIR-SWIR range while LISS-4 is a high Instrument: Operational infrastructure development, (508 mi) resolution camera with three spectral disaster management etc, to

bands in VIS-NIR range. name a few. Compared to Resourcesat-1, LISS-4 multi-spectral swath has been enhanced from 23 km to 70 km based on user needs. Suitable changes including miniaturization in payload electronics have been incorporated in Resourcesat- 2.

Band Wavelength (µm) Resolution (m) 2 0.52 - 0.59 (green) 5.8 Mission: Ongoing 3 0.62 - 0.68 (red) 5.8 4 0.77 - 0.86 (near-IR) 5.8 Timeframe Owner: ISRO IRS Resourcesat-2 Optical High M30 Distributor: Same as above Launch Date: 20 Apr 2011 Swath width: 70 km in MONO mode LISS-IV Resolution (HR1) Euromap 23 km in MX mode Planned EOL Date: Apr 2016 Quantisation: 10 bit Instrument: Operational http://www.euromap.de/docs/doc_007.ht ml Band Wavelength (µm) Resolution (m) Owner: ISRO Optical High to IRS Resourcesat-2 Mission: Ongoing 2 0.52 - 0.59 (green) 24 M31 Distributor: Same as above Medium AWiFS 3 0.62 - 0.68 (red) 24 Euromap Timeframe Resolution (MR1) 4 0.77 - 0.86 (near-IR) 24 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 42 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Launch Date: 20 Apr 2011 5 1.55 - 1.70 (mid-IR) 24 Swath width: 740 km Planned EOL Date: Apr 2016 Quantisation: 12 bit Instrument: Operational http://www.euromap.de/docs/doc_007.ht ml

Owner: Type: Sun-synchronous Mission: Completed Resolution Summary "18.3m (range) × Altitude: 570 km 24.2m (azimuth) NASDA/JAXA Period: 96 mins Timeframe Swath Summary 75 km High resolution multi-spectral Inclination: 98 deg imager for land applications Agreement with High resolution Waveband Summary VIS: 0.42 - 0.50 M32 JERS-1 OPS Repeat cycle: 44 days Launch Date: 11 Feb 1992 which include environmental ESA optical imagers µm, 0.52 - 0.60 µm, 0.61 - 0.69 µm, ECT: 10:45 LST monitoring, agriculture and EOL Date: 12 Oct 1998 NIR: 0.76 - 0.89 µm Agreement with Longitude (if geo): forestry, disaster monitoring Canada Asc/desc: Descending Instrument: Not Operational URL: Resolution Summary Pan: 1 m; VNIR: 4 m [Best Resolution: 1m] Type: Sun-synchronous Mission: Ongoing Owner: Altitude: 685 km Swath Summary 15 km Timeframe [Max Swath: 15 km] KARI Period: 98.5 mins Inclination: Waveband Summary Panchromatic High resolution imager for land Launch Date: 27 Jul 2006 High resolution M33 KOMPSAT-2 Repeat cycle: 28 days VIS: 0.50 - 0.90 µm, VIS: 0.45 - 0.52 applications of cartography and optical imagers µm, 0.52 - 0.60 µm, 0.63 - 0.69 µm, ECT: 10:50 LST Planned EOL Dates: 27 Jul disaster monitoring Agreement with NIR: 0.76 - 0.90 µm Longitude (if geo): 2013 ESA Asc/desc: Ascending URL: Not Available Instrument: Operational

Owner: Mission: Completed Type: Sun-synchronous Resolution Summary 68 x 83 m The first five Landsats carried

NASA Altitude: 900 km [Best Resolution: 68 m] the MSS sensor which Timeframe Period: 103 mins Swath Summary 185 km responded to Earth-reflected LANDSAT 1 Inclination: 99.2 deg sunlight in four spectral bands. [Max Swath: 185 km] Launch Date: 23 Jul 1972 High resolution M34 Multispectral Agreement with Repeat cycle: 18 days Waveband Summary VIS - TIR: 5 Landsat 3 carried an MSS optical imagers Scanner ESA ECT: 9:42 LST bands: 0.5 - 12.6 µm sensor with an additional band, Asc/desc: Descending URL: EOL Date: 6 Jan 1978 designated band 8, that Agreement with http://landsat.gsfc.nasa.gov/ab responded to thermal (heat) Instrument: Not operational Canada out/L1_td.html infrared radiation.

LANDSAT 2 Owner: Altitude: nominally 900 km Mission: Completed Sensor type: opto-mechanical Multispectral The first five Landsats carried M35 Multispectral Inclination: 99.2° Spatial Resolution: 68 m X 83 m NASA Timeframe Scanner System the MSS sensor which Scanner Orbit: polar, sun-synchronous (commonly resampled to 57 m) responded to Earth-reflected Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 43 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Equatorial Crossing Time: Launch Date: 22 Jan 1975 Spectral Range: 0.5 - 1.1 µm sunlight in four spectral bands. nominally 9:42 AM mean Number of Bands: 4, 5 (Landsat 3 only) Landsat 3 carried an MSS Agreement with local time (descending node) EOL Date: 5 Feb 1982 Temporal Resolution: 18 days (L1-L3) sensor with an additional band, ESA Period of Revolution : 103 Image Size: 185 km X 185 km designated band 8, that Agreement with minutes; ~14 orbits/day Instrument: Not Operational Swath: 185 km responded to thermal (heat) Canada Repeat Coverage : 18 days Programmable: no infrared radiation. URL: http://landsat.gsfc.nasa.gov/ab out/L2_td.html Altitude: nominally 900 km Inclination: 99.2° Orbit: polar, sun-synchronous Sensor type: opto-mechanical Owner: Mission: Completed The first five Landsats carried Equatorial Crossing Time: Spatial Resolution: 68 m X 83 m the MSS sensor which NASA nominally 9:42 AM mean Timeframe (commonly resampled to 57 m) responded to Earth-reflected LANDSAT 3 local time (descending node) Spectral Range: 0.5 - 1.1 ∝m sunlight in four spectral bands. Agreement with Launch Date: 5 March 1978 Multispectral M36 Multispectral Period of Revolution : 103 Number of Bands: 4, 5 (Landsat 3 only) Landsat 3 carried an MSS ESA Scanner System Scanner minutes; ~14 orbits/day Temporal Resolution: 18 days (L1-L3) sensor with an additional band, EOL Date: 31 March 1983 Agreement with Repeat Coverage : 18 days Image Size: 185 km X 185 km designated band 8, that

Canada Swath: 185 km responded to thermal (heat) URL: Instrument: Not Operational Programmable: no infrared radiation. http://landsat.gsfc.nasa.gov/ab out/L3_td.html Owner: Mission: Completed Resolution Summary VIS-NIR: 80 m NASA Type: Sun-synchronous [Best Resolution: 80m] Altitude: 705 km Timeframe Imaging multi- Swath Summary 185 km LANDSAT 4 Period: 98.9 mins spectral [Max Swath: 185 km] Imaging multi-spectral M37 Multispectral Launch Date: 16 Jul 1982 Agreement with Inclination: 98.2 deg radiometers Waveband Summary VIS - NIR: 4 radiometers (vis/IR) Scanner ESA Repeat cycle: 16 days EOL Date: 01 Aug 1993 (vis/IR) bands: 0.5 - 1.1 µm Temporal Resolution: 16 days (L4 & Agreement with URL: http://landsat.usgs.gov/ Instrument: Not Operational Canada L5)

Owner: Resolution Summary VIS - SWIR, 30 Mission: Completed m; TIR: 120 m Measures surface radiance and NASA Imaging multi- [Best Resolution: 30m] emittance, lands cover state and LANDSAT 4 Timeframe spectral M38 Same as above Swath Summary 185 km change (eg vegetation type). Thematic Mapper radiometers Launch Date: 16 Jul 1982 [Max Swath: 185 km] Used as multipurpose imagery Agreement with (vis/IR) EOL Date: 01 Aug 1993 Waveband Summary VIS - TIR: 7 for land applications ESA bands: 0.45 - 12.5 µm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 44 of 152

Owner: Type: Sun-synchronous Resolution Summary VIS-NIR: 80 m NASA Altitude: 705 km Mission: Completed [Best Resolution: 80m] Period: 98.9 mins Swath Summary 185 km Timeframe Imaging multi- LANDSAT 5 Inclination: 98.2 deg [Max Swath: 185 km] spectral Imaging multi-spectral M39 Multispectral Repeat cycle: 16 days Launch Date: 01 Mar 1984 Waveband Summary VIS - NIR: 4 Agreement with radiometers radiometers (vis/IR) Scanner ECT: 10:00 LST bands: 0.5 - 1.1 µm ESA (vis/IR) Longitude (if geo): EOL Date: Feb 2012 Temporal Resolution: 16 days (L4 & Agreement with Asc/desc: Descending Instrument: Not Operational L5) Canada URL: http://landsat.usgs.gov/

Owner: Resolution Summary VIS - SWIR, 30 Mission: Completed m; TIR: 120 m NASA [Best Resolution: 30m] Measures surface radiance and Timeframe Imaging multi- Swath Summary 185 km emittance, lands cover state and LANDSAT 5 spectral [Max Swath: 185 km] M40 Same as above Launch Date: 01 Mar 1984 change (eg vegetation type). Thematic Mapper Agreement with radiometers Waveband Summary VIS - TIR: 7 Used as multipurpose imagery ESA (vis/IR) bands: 0.45 - 12.5 µm EOL Date: Feb 2012 for land applications Agreement with Instrument: Not Operational Temporal Resolution: 16 days (L4 & Canada L5) Resolution Summary PAN: 15 m, VIS Owner: - SWIR: 30 m, TIR: 60 m Type: Sun-synchronous Mission: Ongoing [Best Resolution: 15m] Swath NASA Altitude: 705 km Summary 185 km Period: 98.9 mins Measures surface radiance and LANDSAT 7 Timeframe Imaging multi- [Max Swath: 185 km] Inclination: 98.2 deg emittance, land cover state and Enhanced spectral Accuracy Summary 50 - 250 m M41 Repeat cycle: 16 days Launch Date: 15 Apr 1999 change (eg vegetation type). Thematic Mapper Agreement with radiometers systematically corrected geodetic ECT: 10:05 LST Used as multi-purpose imagery Plus DLR, ESA (vis/IR) accuracy Longitude (if geo): Planned EOL Date: Jan 2017 for land applications Waveband Summary VIS - TIR: 8 Agreement with Asc/desc: Descending Instrument: Operational bands: 0.45 - 12.5 µm Canada URL: http://landsat.usgs.gov

Type: Instrument on MIR Mission: Completed Resolution Summary " 6 / 18 m Owner & High resolution multi-spectral Space Station High resolution Swath Summary 48 / 100 km M42 MOMS-2P Distributor Timeframe imager for a variety of Altitude: 300 km optical imagers Waveband Summary 4 bands 0.44 – geoscientific applications DLR, RKA Inclination: 51.6 deg Launch Date: May 1996 0.81 µm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 45 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners URL: EOL Date: 1997 http://www.dlr.de/rb/en/deskt opdefault.aspx/tabid- Instrument: Not Operational 2814/4262_read-6334/ Type: Sun-synchronous Owner: Altitude: 909 km Mission Completed Resolution Summary 50m Swath Period: 103 mins Summary 100km (185km for observing MOS-1 NASDA/JAXA Inclination: 99 deg Timeframe Imaging multi- by two cameras) Multispectral Repeat cycle: 17 days Medium resolution visible and Agreement with spectral Waveband Summary VIS: 0.51- M43 Electronic Self- ECT: 10:30 LST Launch Date: 19 Feb 1987 thermal infrared imaging of ESA radiometers 0.59µm, 0.61-0.69µm, 0.72-0.80µm, Scanning Longitude (if geo): ocean and atmosphere EOL Date: 29 Nov 1995 (vis/IR) NIR: 0.80-1.10µm Radiometer Agreement with Asc/desc: Ascending Canada URL: Instrument: Not Operational http://www.jaxa.jp/projects/sa t/mos1/index_e.html Mission Completed Resolution Summary 32km (23.8GHz), Owner: Imaging multi- MOS-1 Timeframe 23km (31.4GHz) spectral Passive microwave radiometer Microwave NASDA/JAXA Swath Summary 370km M44 Same as above Launch Date: 19 Feb 1987 radiometers to measure ocean and Scanning Agreement with (passive Waveband Summary Microwave: atmosphere Radiometer ESA EOL Date: 29 Nov 1995 microwave) 23.8GHz, 31.4GHz Instrument: Not Operational

Mission Completed Resolution Summary VIS: 900m, TIR: Owner: 2700m MOS – 1 Imaging multi- Timeframe Swath Summary 1500km Medium resolution visible and Visible and NASDA/JAXA spectral M45 Same as above Waveband Summary VIS: 0.5-0.7µm, thermal infrared imaging of Thermal Infrared Launch Date: 19 Feb 1987 radiometers TIR: 6.0-7.0µm, 10.5-11.5µm, 11.5- ocean and atmosphere Radiometer Agreement with (vis/IR) ESA EOL Date: 29 Nov 1995 12.5µm

Instrument: Not Operational Type: Sun-synchronous Resolution Summary 50m Altitude: 909 km Mission Completed Swath Summary 100km (185km for MOS-1b Owner: Period: 103 mins Timeframe Imaging multi- observing by two cameras) Multispectral Inclination: 99 deg Medium resolution visible and NASDA/JAXA spectral Waveband Summary VIS: 0.51- M46 Electronic Self- Repeat cycle: 17 days Launch Date: 07 Feb 1990 thermal infrared imaging of radiometers 0.59µm, 0.61-0.69µm, 0.72-0.80µm, Scanning Agreement with ECT: 10:30 LST ocean and atmosphere (vis/IR) NIR: 0.80-1.10µm Radiometer ESA Longitude (if geo): EOL Date: 17 Apr 1996 Asc/desc: Ascending Instrument: Not Operational URL: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 46 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners http://www.jaxa.jp/projects/sa t/mos1/index_e.html Owner: Mission Completed Imaging multi- Resolution Summary 32km (23.8GHz), MOS- 1b NASDA/JAXA Timeframe spectral 23km (31.4GHz) Passive microwave radiometer Microwave M47 Same as above Launch Date: 07 Feb 1990 radiometers Swath Summary 370km to measure ocean and Scanning (passive Waveband Summary Microwave: atmosphere Radiometer Agreement with EOL Date: 17 Apr 1996 microwave) 23.8GHz, 31.4GHz ESA Instrument: Not Operational

Mission Completed Resolution Summary 50m Owner: Swath Summary 100km (185km for MOS-1b Timeframe Imaging multi- observing by two cameras) Medium resolution visible and Visible and NASDA/JAXA spectral Waveband Summary VIS: 0.51- M48 Same as above Launch Date: 07 Feb 1990 thermal infrared imaging of Thermal Infrared radiometers 0.59µm, 0.61-0.69µm, 0.72-0.80µm, Agreement with ocean and atmosphere Radiometer ESA EOL Date: 17 Apr 1996 (vis/IR) NIR: 0.80-1.10µm Instrument: Not Operational

Type: Sun-synchronous Resolution Summary PAN: 0.70m, XS: Altitude: 694 km 2,8 m Period: 99mn [Best Resolution: 0.7m] Inclination: Mission: Ongoing Owner: Swath Summary 20 km swath at nadir. Repeat cycle: 26 days Timeframe Agile platform giving ±50 deg off-track Cartography, land use, risk, Pleiades 1A ECT: 10:30 LST CNES High resolution [Max Swath: 20 km] agriculture and forestry, civil M47 High-Resolution Longitude (if geo): Launch Date: 17 Dec 2011 Distributor: optical imagers Waveband Summary 4 bands + PAN: planning and mapping, digital Imager Asc/desc: Descending Astrium Geo- Near IR (0.77 - 0.91 µm), Red (0.61 - Planned EOL Date: Dec 2016 terrain models, defence information URL: 0.71 µm), Green (0.50 - 0.60 µm), Blue

Services http://smsc.cnes.fr/PLEIADE (0.44 - 0.54 µm), Pan (0.47 - 0.84 µm) S/Fr/index.htm Instrument: Operational http://www.astrium- geo.com/pleiades/ Type: Sun-synchronous Resolution Summary PAN: 0.70m, XS: Altitude: 694 km Mission: Ongoing 2,8 m Owner: CNES Period: 99mn [Best Resolution: 0.7m] Timeframe Cartography, land use, risk, Pleiades 1B Inclination: Swath Summary 20 km swath at nadir. High resolution agriculture and forestry, civil M50 High-Resolution Distributor: Repeat cycle: Launch Date: 2 Dec 2012 Agile platform giving ±50 deg off-track optical imagers planning and mapping, digital Imager Astrium Geo- ECT: 10:30 LST [Max Swath: 20 km] terrain models, defence information Longitude (if geo): Planned EOL Date: Dec 2017 Waveband Summary 4 bands + PAN: Services Asc/desc: Descending Near IR (0.77 - 0.91 µm), Red (0.61 - URL: Instrument: Operational 0.71 µm), Green (0.50 - 0.60 µm), Blue Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 47 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners http://smsc.cnes.fr/PLEIADE (0.44 - 0.54 µm), Pan (0.47 - 0.84 µm) S/Fr/index.htm http://www.astrium- geo.com/pleiades/ Repeat Cycal 29days Mission: Future Applications domain:

Hyperspectral/Panchromatic sensor - Mapping of land cover and Orbit Altitude 680 km Timeframe agricultural landscapes Inclination 97.87 Spatial Resolution: 20-30 m (Hyp), 2.5- Owner & Planned Launch Date: June - Pollution monitoring Local Time descending node High resolution 5m (PAN) M51 Prisma Distributor 2014 - Quality of inland waters 10.30 optical imagers Swath Width: 30-60 km - Coastal zones and

ASI Planned EOL Date: June 2019 Mediterranean Sea URL: Spectral Range: 0.4-2.5 mm (Hyp), 0.4- - Soil moisture http://www.asi.it/en/activity/e Instrument: Not Operational 0.7 mm (PAN) - Carbon cycle monitoring arth_observation/prisma_ Resolution Summary 36 m or 18 m depending on wavebands selected. Type: Sun-synchronous [Best Resolution: 18m] Altitude: 615 km Mission: Ongoing Swath Summary 14 km Supports a range of land, ocean Period: 96.97 mins Timeframe Imaging multi- [Max Swath: 14 km] and atmospheric applications, Proba-1 Owner & Inclination: 97.9 deg spectral Accuracy Summary S/N 200 @ target including agricultural science, M52 Distributor Repeat cycle: 7 days Launch Date: 22 Oct 2001 radiometers albedo of 0.2. 12 bits digitisation. forestry, environmental science, CHRIS ECT: 10:30 LST ESA (vis/IR) atmospheric science and Longitude (if geo): Planned EOL Date: Dec 2012 Waveband Summary VIS - NIR: 400 - oceanography Asc/desc: Descending Instrument: Operational 1050 nm (63 spectral bands at a spatial URL: Not Available resolution of 36 m; or 18 bands at full spatial resolution (18 m))

Mission: Ongoing Swath: 25 Km Proba-1 Owner & Launch Date: 22 Oct 2001 High Resolution M53 Distributor Same as above Bands: PAN Same as above Camera HRC Planned EOL Date: Dec 2012 ESA Res: 5 m Instrument: Operational

Owner: Type: Sun-synchronous Resolution Summary 6.5 m Altitude: 622 km Mission: Ongoing [Best Resolution: 6.5m] RapidEye RapidEye High resolution images with Period: Swath Summary 78 km Timeframe High resolution short observing cycle for M54 Inclination: 98.7 deg [Max Swath: 78 km] Multi Spectral optical imagers commercial and scientific Repeat cycle: 1 days Accuracy Summary 2-3% Waveband Imager Launch Date: 29 Aug 2008 applications ECT: 11:00 LST Summary 4 VIS + 1 NIR band: 440 - Planned EOL Date: 30 Aug Agreement with Longitude (if geo): 510 nm, 520 - 590 nm, 630 - 685 nm, Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 48 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners DLR Asc/desc: Descending 2015 690 - 730 nm, 760 - 850 nm URL: http://www.rapideye.de/ Instrument: Operational Sentinel-2 polar-orbiting Data from Sentinel-2 will satellites will provide benefit services in areas such as systematic global acquisitions Mission: Future land managment by European 13 spectral bands (VNIR & SWIR) of high-resolution Timeframe and national public institutes, Owner & multispectral imagery with a the agricultural industry and Sentinel-2A and High resolution Spatial resolution: 10, 20 and 60 m M55 Distributor high revisit frequency. Planned Launch Date: June forestry as well as disaster 2B 2014 (S-2a), end 2014 (S-2b) optical imagers Swath: 290 km ESA control and humanitarian relief URL: Planned EOL Date: 2021 operations. Images of extreme http://www.esa.int/esaLP/SE events such as floods, volcanic MM4T4KXMF_LPgmes_0.ht Instrument: Not Operational eruptions and landslides will ml also be acquired by Sentinel-2. - Panchromatic band Sun-synchronous orbit - 4 MS (Multispectral) bands Altitude of ~670 km Mission: Future LTDN (Local Time of The overall mission objective is Pan Descending Node) at 10:30 Timeframe to provide information for B, G, R and NIR Owner: hour applications in cartography, Planned Launch Date: Jan High resolution M56 SEOSAT 49-day repeat cycle, 3 days land use, urban management, CDTI 2014 optical imagers accessibility - Swath > 55 km water management, Planned EOL Date: Jan 2021 - GSD (Ground Sample Distance) ≤ 2.5 environmental monitoring, risk URL: m (Pan), ≤ 10 m (MS) management and security http://events.eoportal.org/get_ Instrument: Not Operational announce.php?an_id=100023 Equivalent FOV= 5.13º 18 Type: Sun-synchronous Resolution Summary 10 m Altitude: 832 km (panchromatic) or 20 m Period: 101 mins Mission: Completed [Best Resolution: 10m] Owner: CNES Inclination: 98.7 deg Swath Summary 117 km (i.e. 60 km + Timeframe SPOT 1 Repeat cycle: 26 days 60 km with 3 km overlap) - steerable up HRV instrument Distributor: Each HRV (1) and HRV ECT: 10:30 LST High resolution to ±27 deg off-track M57 Spotimage provides 60 x 60 km images for (2) Longitude (if geo): Launch Date: 22 Feb 1986 optical imagers [Max Swath: 117 km] a range of land and coastal Asc/desc: Descending Waveband Summary VIS: B1:0.5 - Agreement with applications URL: EOL Date: Dec 2001 0.59 µm, B2:0.61 - 0.68 µm, NIR: ESA http://smsc.cnes.fr/SPOT/Fr/ B3:0.79 - 0.89 µm, Panchromatic: VIS Instrument: Not Operational 0.51 - 0.73 µm http://www.astrium- geo.com/en/143-spot- Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 49 of 152

Owner: CNES

Distributor: Mission: Completed Astrium Geo- Timeframe SPOT 2 information M58 HRV(1) and HRV Services Same as above Launch Date: 22 Jan 1990 Same as SPOT 1 Same as SPOT 1 Same as SPOT 1 (2) Agreement with EOL Date: 30 Jun 2009 ESA under Instrument: Not Operational Third Party Missions Owner: CNES

Distributor: Mission: Completed Astrium Geo- information SPOT 3 Timeframe Services M59 HRV(1) and HRV Same as above Same as SPOT 1 Same as SPOT 1 Same as SPOT 1 Launch Date: 25 Sep 1993 (2) Agreement with EOL Date: 14 Nov 1996 ESA under Third Party Instrument: Not Operational Missions

Owner: CNES Resolution Summary 10 m (0.64 µm) or 20 m Distributor: Mission: Ongoing [Best Resolution: 10m] Astrium Geo- Swath Summary 117 km (i.e. 60 km + information Timeframe 60 km with 3 km overlap). Steerable up Each HRVIR instrument Services SPOT 4 High resolution to ±27 deg off-track provides 60 x 60 km images for M60 Same as above HRVIR(1) Launch Date: 24 Mar 1998 optical imagers [Max Swath: 117 km] a range of land and coastal Agreement with Waveband Summary VIS: B1: 0.50 - applications ESA under Planned EOL Date: Jun 2013 0.59 µm, B2: 0.61 - 0.68 µm, NIR: 0.79 Third Party - 0.89 µm, SWIR: 1.58 - 1.75 µm, Missions Instrument: Operational Panchromatic:(B2) 0.61 - 0.68 µm

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 50 of 152

Resolution Summary Panchromatic: 5 Owner: CNES m, Multispectral: 10 m SWIR: 20 m [Best Resolution: 5m] Distributor: Mission: Ongoing Swath Summary 60 km (1 instrument), Astrium Geo- Timeframe 117 km (2 instruments). Same as SPOT SPOT 4 information 4 with off-track steering capability (±27 M61 Services Same as above Same as above Same as above HRVIR(2) Launch Date: 24 Mar 98 deg) [Max Swath: 117 km] Agreement with Planned EOL Date: Jun 2013 Waveband Summary VIS: B1: 0.50 - ESA under 0.59 µm, B2: 0.61 - 0.68 µm, NIR: B3: Third Party Instrument: Operational 0.78 - 0.89 µm, SWIR: 1.58 - 1.75 µm, Missions Panchromatic: 0.49 - 0.69 µm

Owner: CNES Resolution Summary Panchromatic: 5 m, Multispectral: 10 m SWIR: 20 m Distributor: Mission: Ongoing [Best Resolution: 5m] Astrium Geo- Swath Summary 60 km (1 instrument), High resolution multispectral information Timeframe 117 km (2 instruments). Same as SPOT mapper. 2 lines of detectors in Services SPOT 5 4 with off-track steering capability (±27 HRG instruments on this M62 Same as above Same as SPOT 4 HRG(1) Launch Date: 04 May 02 deg) mission can be processed to Agreement with [Max Swath: 117 km] produce imagery of 2.5 m. ESA under Planned EOL Date: Jun 2014 Waveband Summary VIS: B1: 0.50 - Images are 60 x 60 km in size Third Party 0.59 µm, B2: 0.61 - 0.68 µm, NIR: B3: Missions Instrument: Operational 0.78 - 0.89 µm, SWIR: 1.58 - 1.75 µm, Panchromatic: 0.49 - 0.69 µm

Owner: CNES Resolution Summary Panchromatic: 5 m, Multispectral: 10 m Distributor: Mission: Ongoing [Best Resolution: 5m] Astrium Geo- Swath Summary 60 km (1 instrument), High resolution multispectral information Timeframe 117 km (2 instruments). Same as SPOT mapper. 2 lines of detectors in Services SPOT 5 4 with off-track steering capability (±27 HRG instruments on this M63 Same as above Same as SPOT 4 HRG(2) Launch Date: 04 May 2002 deg) mission can be processed to Agreement with [Max Swath: 117 km] produce imagery of 2.5 m. ESA under Planned EOL Date: Jun 2014 Waveband Summary VIS: B1: 0.50 - Images are 60 x 60 km in size Third Party 0.59 µm, B2: 0.61 - 0.68 µm, NIR: B3: Missions Instrument: Operational 0.79 - 0.89 µm, SWIR: 1.50 - 1.75 µm, Panchromatic: 0.49 - 0.69 µm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 51 of 152

Owner: CNES Distributor: Mission: Ongoing Resolution Summary Astrium Geo- 10 m on ground, 5(-10 m on height information Timeframe Swath Summary: 120 km Services High resolution Stereoscopic images length: 600 Kms SPOT 5 M64 Same as above Launch Date: 04 May 2002 stereoscopic max 3D cartography HRS Agreement with cameras Waveband summary: Planned EOL Date: Jun 2014 ESA under Panchromatic: 0,49-0,69 µm Third Party Instrument: Operational Along track viewing angle of two Missions cameras: +/- 20 °

Resolution Summary 1.5m panchromatic 6m multispectral

Swath Summary Mission: Ongoing 60 km Type: Sun-synchronous 120 km x 120 km bi-strip or 60 km x Altitude: 694 km Owner & 180 km tri-strip mapping in a single pass ECT: 10:00 LST Timeframe distributor: Stereo and tri-stereo acquisition of 60 Longitude (if geo): High resolution km x 60 km scenes for production of M65 SPOT 6 Astrium Geo- Asc/desc: Descending Launch Date: 08 September 2012 optical imager DEM information URL: Services http://www.astrium- Planned EOL Date: N.A. Waveband Summary geo.com/en/147-spot-6-7 Mode Pan: 0.45 to 0.745 µm Instrument: Operational Mode XS: B0: 0.45 to 0.52 µm (Blue) B1: 0.53 to 0.59 µm (Green) B2: 0.625 to 0.695 µm (Red) B4: 0.76 to 0.89 µm (NIR)

Resolution Summary Type: Sun-synchronous Mission: Future Owner & 1.5m panchromatic Altitude: 694 km distributor: 6m multispectral ECT: 10:00 LST Timeframe High resolution M66 SPOT 7 Astrium Geo- Longitude (if geo): optical imager Swath Summary information Asc/desc: Descending Planned Launch Date: January 60 km Services URL: 2014 120 km x 120 km bi-strip or 60 km x Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 52 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners http://www.astrium- 180 km tri-strip mapping in a single pass geo.com/en/147-spot-6-7 Planned EOL Date: N.A. Stereo and tri-stereo acquisition of 60 Instrument: Not Operational km x 60 km scenes for production of DEM

Waveband Summary Mode Pan: 0.45 to 0.745 µm Mode XS: B0: 0.45 to 0.52 µm (Blue) B1: 0.53 to 0.59 µm (Green) B2: 0.625 to 0.695 µm (Red) B4: 0.76 to 0.89 µm (NIR)

Type: Sun-synchronous Resolution Summary Multi-spectral Altitude: 600 km Mission: Completed imagery (RGB). Resolution 5.6 m Period: [Best Resolution: 5.6m] TOPSAT Owner: Timeframe Experimental medium- Inclination: 98 deg Swath Summary Panchromatic imagery High resolution resolution imaging satellite M67 QinetiQ Repeat cycle: Launch Date: 27 Oct 2005 17 x 17 km; Multi Spectral - Swath 12 x TOPSAT optical imagers supporting a range of possible ECT: 10:30 LST 18 km Telescope land applications. Longitude (if geo): EOL Dates: Dec 2010 [Max Swath: 17 km] Asc/desc: Ascending Instrument: Not Operational Waveband Summary Panchromatic URL: imagery. Resolution 2.8 m

Resolution Summary 5.3 m spatial Type: Sun-synchronous resolution with 27 km swath Altitude: 720 km Mission: Future [Best Resolution: 5.3m] Period: Swath Summary 27 km VENUS Inclination: 98.27 deg Timeframe Imaging multi- [Max Swath: 27 km] High resolution superspectral Owner & Repeat cycle: 2 days Planned Launch Date: Jun spectral Waveband Summary 420 nm centre images (12 spectral bands) for M68 Venus Distributor ECT: 10:30 LST 2013 radiometers wavelength (width: 40 nm); 443 nm vegetation and landcover Superspectral Longitude (if geo): (vis/IR) (40); 490 nm (40); 555 nm (40); 620 nm applications Camera CNES Asc/desc: Descending Planned EOL Date: Jun 2016 (40); 620 nm (40); 667 nm (30); 702 nm URL: (24); 742 nm (16); 782 nm (16); 865 nm http://smsc.cnes.fr/VENUS/in Instrument: Not Operational (40); 910 nm (20) dex.htm

Type: Sun-synchronous Resolution Summary 0.46 / 1.84 m High resolution multi-spectral M69 WorldView-2 Owner: Digital Mission: Ongoing High resolution Altitude: 770 km Swath Summary 16.4 km imager for a variety of Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 53 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Globe Period: 100 mins Timeframe optical imagers Waveband Summary 8 bands 0.40 – geoscientific applications Inclination: 97.2 deg 1.04 µm Distributor: Repeat cycle: TBD days Launch Date: 8 Oct 2009 EUSI ECT: 10:30 LST Planned EOL Date: 8 Jan Longitude (if geo): 2017 Asc/desc: Descending URL: Instrument: Operational http://www.digitalglobe.com/ digitalglobe2/file.php/786/Wo rldView2-DS-WV2.pdf

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 54 of 152

3.2 High and Very high resolution multi-spectral imaging missions/sensors. Table 2

North African portal.org/eoli.html ESA: M. Albani, M1 ALOS PRISM Matera: Jul 2006 – ESA: e-GEOS Matera Level 0: CEOS https://earth.esa.int/pi/esa?type=file&ts=13052813 coverage B. Hoersch Apr 2011 Volume: 56.6 TB http://earth.esa.int/E 56743&table=aotarget&cmd=image&id=2260

Part of OLi/EOLi.html ESA: ESRIN Frascati Guidelines for submission of project Proposal: Antarctica ESRIN: May 2006 – Volume: 5.5 TB Sep 2009 https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission: https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: https://earth.esa.int/pi/esa?type=file&ts=11597963 17527&table=listtarget&cmd=image&id=140 ESA: European ESA: KSAT Tromso Tromso: Jun 2006 – ESA: coverage Apr 2011 Volume: 28 TB ESA: M. Albani, M2 ALOS AVNIR-2 Level 0: CEOS http://catalogues.eo Same as above. North African ESA: e-GEOS Matera B. Hoersch Matera: Jul 2006 – portal.org/eoli.html coverage Volume: 25.5 TB Apr 2011 http://earth.esa.int/E Part of ESA: ESRIN Frascati Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 55 of 152

CBERS-3 M3 N.A. N.A. TBD TBD TBD TBD TBD IRS CBERS-3 M4 Multispectral N.A. N.A. TBD TBD TBD TBD TBD CCD Camera CBERS-3 Panchromatic and M5 N.A. N.A. TBD TBD TBD TBD TBD multispectral imager CBERS-3 M6 Wide Field Imager N.A. N.A. TBD TBD TBD TBD TBD 2 CBERS- 4 M7 N.A. N.A. TBD TBD TBD TBD TBD IRS CBERS-4 Multispectral M8 N.A. N.A. TBD TBD TBD TBD TBD CCD Camera

CBERS-4 Panchromatic and M9 N.A. N.A. TBD TBD TBD TBD TBD multispectral imager CBERS-4 M10 Wide Field Imager N.A. N.A. TBD TBD TBD TBD TBD 2 A) Restrained Data Access with Project Proposal Submission Deimos Deimos Imaging: Imaging: Deimos Imaging: Deimos Deimos Imaging: http://www.deimos-imaging.com/image-catalog Deimos Imaging: M11 DMC Deimos-1 SSTL Guildford Most of the TBD Imaging: TBD TBD TBD Volume: TBD Project Proposal Submission: world http://www.deimos-imaging.com/about-dmi/DMI- PUB-ART01-10-E_Participation_form.doc/view Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 56 of 152

DMC Price Products: http://www.dmcii.com/pdf/DMCii%20EUR%20Pri ce%20List%20February%202010.pdf

http://www.dmcii.com/catalogue.html

ESA 1.B Free and Open Access with User registration Registration form: DMC Imaging: TBD https://eo-sso-idp.eo.esa.int/idp/AuthnEngine DMC DMC Imaging: DMC Imaging: DMC Imaging: Imaging: TBD DMC Imaging: TBD 2.A Restrained Data Access-Restrained Data Set TBD Guildford (SSTL) TBD DMC-UK-1 allowed for some user categories Volume: TBD ESA: M12 ESA: Terms and Conditions for the Utilisation of ESA: ESRIN: Apr 2007 – ESA: M.Albani, ESA ESRIN Frascati ESA: Level 1, Data under ESA’s Third Party Missions scheme European Sep 2007 http://catalogues.eo B. Hoersch Volume: 60 GB Format TBD coverage 2007 portal.org/eoli.html https://earth.esa.int/pi/esa?type=file&ts=13052813 56743&table=aotarget&cmd=image&id=2260 http://earth.esa.int/E OLi/EOLi.html Guidelines for submission of project Proposal https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission: https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: free https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 57 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) DMC Imaging: DMC DMC Imaging: DMC Imaging: DMC Imaging: M13 DMCii-UK-2 DMC Imaging: TBD Guildford (SSTL) Imaging: TBD TBD TBD TBD TBD Volume: TBD DLR DLR: K. Molch M14 EnMAP N.A. N.A. Oberpfaffenhofen TBD TBD TBD Volume : N.A. 1.B Free and Open Access with User registration Registration form: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2.A Restrained Data Access-Restrained Data Set allowed for some user categories Terms and Conditions for the Utilisation of Data under ESA’s Third Party Missions ESA: scheme: ESA: ESA: M.Albani, European Cities European KOMPSAT-1 data https://earth.esa.int/pi/esa?type=file&ts=13052813 M15 ESA ESRIN Format: TIF http://catalogues.eo B. Hoersch and TropForest Cities and from 2000-2006 56743&table=aotarget&cmd=image&id=2260 images portal.org/eoli.html 2010 datasets Forests Volume: 1.8 GB DEIMOS-1 data from http://earth.esa.int/E Guidelines for submission of project Proposal: 2010 OLi/EOLi.html https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission: https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: free https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140 Owner: ESA: 1.B Free and Open Access with User registration ESA: M.Albani, NSPO ESA: From April ESA http://catalogues.eo B. Hoersch M16 Formosat-2 Format: TBD Registration form: 2010 – to date portal.org/eoli.html Distributor Volume: TBD https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Spotimage, http://earth.esa.int/E Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 58 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Agreement OLi/EOLi.html 2.A Restrained Data Access-Restrained Data Set with ESA allowed for some user categories Terms and Conditions for the Utilisation of Data under ESA’s Third Party Missions scheme https://earth.esa.int/pi/esa?type=file&ts=13052813 56743&table=aotarget&cmd=image&id=2260 Guidelines for submission of project Proposal https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: free https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140 e-GEOS acquired over Europe and Northern e-GEOS: DLR Africa + a 2.A Restrained Access or Commercial Neustrelitz, managed GeoEye-1 copy of some e-GEOS: e-GEOS: http://www.e- e-GEOS: A. M17 by Euromap. (Orbview-5) of the e- Since 1 July 2009 Level 0: AXD geos.it/ http://www.e-geos.it/order_forms/geoeye- Oddone Volume: approx. GEOS world- order_form.pdf 7.931 TB wide planning orders done by European Customers GMES Space Component Data 2.A Restrained Access for GMES Services with ESA: M.Albani, European and ESA ESRIN: 20 TB ESA: Acess Optical ESA: Jan 2009 – to ≈ registration contacting SCI [email protected] B. Hoersch M18 African Various formats http://gmesdata.esa.i Data from several date including SAR Coverage nt/web/gsc/home Contributing Sensors Missions http://gmesdata.esa.int/c/document_library/get_file Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 59 of 152

EUSI: http://catalogues.eo European and ESA: DLR portal.org/eoli.html ESA: TBD Oberpfaffenhofen Middle East ESA DLR ESA: TBD Volume: 200 scenes http://earth.esa.int/E coverage Oberpfaffenhofen OLi/EOLi.html EUSI ESA: M.Albani

EUSI: DLR http://www.euspaceimaging.com/static/images/files EUSI: Dec 1999 – EUSI: e-GEOS: Oberpfaffenhofen EUSI: /pdf/WorldView%20Global%20Alliance%20Produ EUSI: G. Ellis Dec 2008 M19 IKONOS acquired over Volume: 10.8 TB Level 0: TBD http://www.euspacei cts%20Global%20Standard%20Price%20List.pdf

Europe and maging.com/orderin e-GEOS: A. Northern e-GEOS: DLR g/ Oddone Africa + a Neustrelitz, managed e-GEOS e-GEOS: Since 1 e-GEOS: copy of some by Euromap. B) Restrained Access or Commercial January 2009 of the e- Volume: approx. 0.67 Level 0: AXD e-GEOS: http://www.e-geos.it/order_forms/geoeye- GEOS world- TB order_form.pdf wide planning http://www.e- orders done geos.it/ by European Customers

1.B Free and Open Access with User registration ESA: M.Albani, IMAGE 2006 European and ESA: data from 2005 ESA: ESA ESRIN: Volume B. Hoersch M20 European African to 2007 from SPOT- Various formats http://catalogues.eo Registration form: TBD Coverage Dataset Coverage 4/5 and IRS-P6 portal.org/eoli.html https://eo-sso-idp.eo.esa.int/idp/AuthnEngine http://earth.esa.int/E Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 60 of 152

Euromap: 2.B Restrained Data Access, Commercial Data Set Level 0: raw http://www.euromap.de/products/prod_102.html Euromap: Level 1: Fast Euromap/DLR: IRS-1C Euromap at DLR European Format, http://www.euroma http://www.euromap.de/pdf/em_enduser_license_E LISS-III (Linear Euromap: May 1996 – Neustrelitz Euromap: F. M21 Coverage and Super Structure p.de/products/serv_ N_v4.0_20120614.pdf Imaging Self Oct 2004 Volume: 30.6 TB for Barner Northern BSQ, Geotiff 003.html Scanner) all IRS-1C data Africa Level 2: Fast Price Products: Format, http://www.euromap.de/products/prod_001.html Super Structure BSQ, Geotiff Submission Form: http://www.euromap.de/download/ord_mpkg.pdf Euromap/DLR: IRS-1C Euromap at DLR Euromap: Euromap: http://www.euroma 2.B Restrained Data Access, Commercial Data Set PAN Euromap: May 1996 – Neustrelitz Euromap: F. M22 European p.de/products/serv_ (Panchromatic Oct 2004 Volume: 30.6 TB for Level 0: raw Barner Coverage and 003.html http://www.euromap.de/products/prod_102.html sensor) all IRS-1C data Northern Level 1: Fast Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 61 of 152

Euromap: 2.B Restrained Data Access, Commercial Data Set

Level 0: raw Euromap/DLR: http://www.euromap.de/products/prod_102.html Euromap: Euromap at DLR Level 1: Fast http://www.euroma IRS-1D European Neustrelitz p.de/products/serv_ http://www.euromap.de/pdf/em_enduser_license_E Coverage and Format, Super LISS-III (Linear Euromap: Nov 1997 – Volume: 26.8 TB for Structure BSQ, 003.html N_v4.0_20120614.pdf Euromap: F. M23 Northern Imaging Self Sep 2005 all IRS-1D data Geotiff Barner Scanner) Africa Price Products: Level 2: Fast http://www.euromap.de/products/prod_001.html Format, Super Structure Submission Form: BSQ, Geotiff http://www.euromap.de/download/ord_mpkg.pdf

Euromap: 2.B Restrained Data Access, Commercial Data Set Level 0: raw http://www.euromap.de/products/prod_102.html

Euromap: Euromap at DLR Euromap/DLR: Level 1: Fast http://www.euromap.de/pdf/em_enduser_license_E IRS-1D European Neustrelitz http://www.euroma Format, N_v4.0_20120614.pdf PAN Coverage and Euromap: Nov 1997 – Volume: 26.8 TB for p.de/products/serv_ Euromap: F. M24 Super Structure (Panchromatic Northern Sep 2005 all IRS-1D data 003.html Barner BSQ, Geotiff Price Products: sensor) Africa http://www.euromap.de/products/prod_001.html Level 2: Fast Format, Super Structure Submission Form: BSQ, Geotiff http://www.euromap.de/download/ord_mpkg.pdf

Euromap: Euromap at DLR Euromap/DLR: 2.B Restrained Data Access Commercial Data Set Euromap: Nov 2007 – Euromap: Euromap: F. M25 IRS P5 Cartosat-1 European Neustrelitz http://www.euroma to date Barner Coverage and Volume: 146 TB Level 0: NRSA p.de/products/serv_ http://www.euromap.de/products/prod_102.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 62 of 152

Price Products: http://www.euromap.de/products/prod_001.html

Submission Form: http://www.euromap.de/download/ord_p5pan.pdf 2.B Restrained Data Access Commercial Data Set Euromap:

Level 0: NRSA http://www.euromap.de/products/prod_102.html Fred

Euromap: Euromap at DLR Level 1: Fast Euromap/DLR: http://www.euromap.de/pdf/em_enduser_license_E IRS-P6 European Neustrelitz Format, http://www.euroma Euromap: Nov 2004 – N_v4.0_20120614.pdf Euromap: F. M26 Resourcesat-1 Coverage and Volume: 37 TB Super Structure p.de/products/serv_ to date Barner LISS-III Northern (2012) +5.3 TB/year BSQ, Geotiff 003.html Price Products: Africa for all IRS-P6 data Level 2: Fast http://www.euromap.de/products/prod_001.html Format,

Super Structure Submission Form: BSQ, Geotiff http://www.euromap.de/download/ord_p6mpkg.pdf 2.B Restrained Data Access Commercial Data Set Euromap: Level 0: NRSA http://www.euromap.de/products/prod_102.html Fred Euromap/DLR: Euromap: Euromap at DLR Level 1: Fast http://www.euromap.de/pdf/em_enduser_license_E http://www.euroma IRS-P6 European Euromap: Nov 2004 – Neustrelitz Format, N_v4.0_20120614.pdf p.de/products/serv_ Euromap: F. M27 Resourcesat-1 Coverage and to date Volume: 37 TB Super Structure 003.html Barner LISS-IV Northern (2012) +5.3 TB/year BSQ, Geotiff Price Products:

Africa for all IRS-P6 data Level 2: Fast http://www.euromap.de/products/prod_001.html

Format, Super Structure Submission Form: BSQ, Geotiff http://www.euromap.de/download/ord_p6liss4mn.p df Euromap: Euromap at DLR Euromap: Euromap/DLR: 2.B Restrained Data Access Commercial Data Set IRS-P6 European Euromap: Nov 2004 – Neustrelitz Level 0: NRSA http://www.euroma Euromap: F. M28 Resourcesat-1 Coverage and to date Volume: 37 TB Fred p.de/products/serv_ http://www.euromap.de/products/prod_102.html Barner AWiFS Northern (2012) +5.3 TB/year Level 1: Fast 003.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 63 of 152

Euromap/DLR: Euromap at DLR In future via IRS Resourcesat-2 Euromap: F. M29 N.A. N.A. Neustrelitz TBD http://www.euroma LISS-III Barner Volume: N.A. p.de/products/serv_ 003.html Euromap/DLR: Euromap at DLR In future via IRS Resourcesat-2 Euromap: F. M30 N.A. N.A. Neustrelitz TBD http://www.euroma TBD LISS-IV Barner Volume: N.A. p.de/products/serv_ 003.html Euromap/DLR: Euromap at DLR In future via IRS Resourcesat-2 Euromap: F. M31 N.A. N.A. Neustrelitz TBD http://www.euroma TBD AWiFS Barner Volume: N.A. p.de/products/serv_ 003.html ESA ESA: ESA: ESA: e-GEOS Matera ESA 2.A Restrained Data Access-Restrained Data Set Matera: Oct 1992 – Volume: 1.09 TB http://catalogues.eo allowed for some user categories European Oct 1998 portal.org/eoli.html ESA: M. Albani coverage ESA: SSC Kiruna https://earth.esa.int/web/guest/missions/3rd-party-

Kiruna: Feb 1993 – Esrange ESA: Level 0, http://earth.esa.int/E missions/historical-missions/jers-1 M32 JERS-1 OPS North African CCRS: C. Mar 1993 Volume: 0.17 TB WILMA OLi/EOLi.html coverage Terms and Conditions for the Utilisation of Theophilos

Data under ESA’s Third Party Missions scheme Canada Canada: Canada: ESA contact Coverage fo CCRS: Apr 1992 – CCRS ESA Earth https://earth.esa.int/pi/esa?type=file&ts=13052813 Canada May 1993 Volume: 2.2TB Observation Help 56743&table=aotarget&cmd=image&id=2260 Desk Team Guidelines for submission of project Proposal Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 64 of 152

CCRS TBD

1.B Free and Open Access with User registration Registration form: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2.A Restrained Data Access-Restrained Data Set allowed for some user categories ESA: Terms and Conditions for the Utilisation of ESA: ESA: Level 0, http://catalogues.eo Data under ESA’s Third Party Missions scheme ESA: M.Albani, ESA: ESA: KSAT Tromso M33 KOMPSAT-2 Tromso: Mar 2008 - format modified portal.org/eoli.html B. Hoersch Worldwide Volume: 600 TB https://earth.esa.int/pi/esa?type=file&ts=13052813 to date CCSDS http://earth.esa.int/E 56743&table=aotarget&cmd=image&id=2260 OLi/EOLi.html Guidelines for submission of project Proposal https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 65 of 152

ESA 1.B Free and Open Access with User registration Registration form: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2.A Restrained Data Access-Restrained Data Set ESA: allowed for some user categories http://catalogues.eo Terms and Conditions for the Utilisation of portal.org/eoli.html Data under ESA’s Third Party Missions scheme http://earth.esa.int/E ESA: https://earth.esa.int/pi/esa?type=file&ts=13052813 ESA: OLi/EOLi.html Level 0: 56743&table=aotarget&cmd=image&id=2260 ESA: Europe Matera: Apr 1975 – ESA: e-GEOS Matera WILMA and North Oct 1976 Volume: 0.7 TB Guidelines for submission of project Proposal ESA: M. Albani LANDSAT 1 Africa M34 Multispectral CCRS: Raw Canada: https://earth.esa.int/pi/esa?type=file&ts=11597973 Canada: Canada: CCRS CCRS: C. scanner (MSS) Canada serial bit stream, Raw (browse only) 82790&table=aotarget&cmd=image&id=121 CCRS: July 26, 1972 Volume: 25,109 Theophilos Coverage fo DigiMultiPart CEOCAT to October 26, 1977 scenes Project proposal Submission Canada http://ceocat.ccrs.nr

can.gc.ca/portal/ind https://earth.esa.int/web/guest/pi- ex.html community/apply-for-data/full-proposal

Order: Price Products: free http://www.mdacor https://earth.esa.int/pi/esa?type=file&ts=115979631 poration.com/infor 7527&table=listtarget&cmd=image&id=140 mation_systems/gs/

Canada 2.A Restrained Data Access, Commercial Data Set Data Policies: http://www.canada.gc.ca/importantnotices.html#no Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 66 of 152

ESA: ESA: e-GEOS Matera Matera: Jul 1975 – Volume: 3.49 TB ESA:

ESA: Europe Mar 1982 Level 0: and North ESA: SSC Kiruna LANDSAT 2 ESA: M. Albani Africa Kiruna: May 1978 – ESRANGE WILMA Same as Landsat 1 M35 Multispectral Same as Landsat 1 MSS Mar 1982 Volume: 3.9 TB scanner (MSS) Canada CCRS: C. CCRS: Raw Coverage fo Theophilos Canada: Canada:CCRS serial bit stream, Canada CCRS: Apr 9. 1975 to Volume: 38,927 DigiMultiPart Feb 7, 1982 scenes ESA: e-GEOS Matera Volume 0.51 TB plus ESA: 500 HDDT tapes to ESA: ESA: Europe Matera: Jul 1978 – be transcribed ESA: M. Albani and North Oct 1982 Level 0: LANDSAT 3 ESA: SSC Kiruna CCRS: C. Africa WILMA Same as Landsat 1 M36 Multispectral Kiruna: Jul 1978 – ESRANGE Same as Landsat 1 MSS Theophilos scanner (MSS) Canada Nov 1982 Volume: 3 TB CCRS: Raw Coverage fo serial bit stream, Canada Canada: Canada: CCRS DigiMultiPart CCRS: May 7, 1978 – Volume: 38,927 Feb 7, 1983 scenes

ESA: ESA: INSA Maspalomas, Jul 1984 Maspalomas – Dec 1986 Volume: 370 GB ESA: ESA: Europe and North Matera: Aug 1982 – ESA: e-GEOS Matera Level 0: ESA: M. Albani LANDSAT 4 Africa Sep 1987 Volume: 2.4 TB WILMA M37 Multispectral Same as Landsat 1 Same as Landsat 1 MSS CCRS: C. Scanner (MSS) Canada Kiruna: Aug 1982 – Canada: CCRS Theophilos Coverage fo Oct 1987 ESA: SSC Kiruna Raw: serial bit Canada ESRANGE stream, Canada: Volume: 3.8 TB DigiMultiPart CCRS: Aug 22, 1982 – Feb 10, 1983 Canada: CCRS Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 67 of 152

ESA Same as Landsat 1 MSS

ESA:

ESA: Europe ESA: Matera: Dec ESA: e-GEOS Matera Canada ESA: M. Albani and North 1982 – Dec 1982 Volume 12 GB Level 0:

LANDSAT 4 Africa WILMA M38 Same as Landsat 1 2.A Restrained Data Access, Commercial Data Set CCRS: C. Thematic Mapper Canada: Canada: CCRS Canada CCRS: Raw Theophilos CCRS: Aug 22, 1982 Volume: 1,419 scenes Data Policies: Coverage fo – Feb 10, 1983 serial bit stream, Canada DigiMultiPart http://www.canada.gc.ca/importantnotices.html#no n Price Products: http://gs.mdacorporation.com/SatelliteData/Landsat 5/Price.aspx ESA: INSA Maspalomas ESA Volume: 1.19 TB Same as Landsat-1 MSS ESA: Maspalomas, ESA: e-GEOS Matera Jul 1984 – Feb 2012 Volume 6.04 TB ESA: ESA: Europe Wilma and 7.24 TB Canada ESA: M.Albani, and North Matera: Apr 1984 – Wilma Annotated Level 0: 2.A Restrained Data Access, Commercial Data Set B. Hoersch LANDSAT 5 Africa Nov 2011 WILMA M39 Multispectral Same as Landsat 1 Data Policies: CCRS: C. Scanner (MSS) Canada Kiruna: Mar 1984 – ESA: SSC Kiruna CCRS: Raw: Theophilos http://www.canada.gc.ca/importantnotices.html#no Coverage fo Mar 1999 ESRANGE serial bit stream, n Canada Volume: 11 TB DigiMultiPart Data Policies: CCRS: Mar 4, 1984 – http://gs.mdacorporation.com/products/sensor/GTU Aug 26, 1999 Canada: CCRS Volume: 75,281 .pdf Price Products: scenes http://gs.mdacorporation.com/SatelliteData/Landsat5/Pric e.aspx

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 68 of 152

LANDSAT 5 Africa ESRANGE M40 Same as Landsat 1 Same as Landsat 5 MSS CCRS: C. Thematic Mapper Volume: 93 TB Canada: Canada Theophilos CCRS:Raw: Coverage fo Canada RawCC Canada Canada: CCRS Serial bit stream, CCRS: D1 Apr 6, Volume: 438,492 1984 – Aug 31, 1999 scenes DigiMultiPar

CCRS: on-line Apr 1, CCRS HSM 2003 – to date Volume: 46.7 TB (207,906 scenes)

ESA ESA: INSA ESA: ESA: same as Landsat 5 MSS http://earth.esa.int/r ESA: Europe Maspalomas, Dec Maspalomas ESA: 1999 – Dec 2003 Volume: 3.01 TB esources/catalogues/ and North Level 0: Canada ESA: M. Albani Africa WILMA http://catalogues.eopor Matera: Jul 1999 – ESA: e-GEOS Matera tal.org/eoli.html 2.A Restrained Data Access-Restrained Data Set Dec 2003 Volume 23.22TB allowed for some user categories LANDSAT 7 http://earth.esa.int/EO DLR: Europe Enhanced Neustrelitz: Jul 1999 ESA: DLR DLR: Li/EOLi.html M41 and North Thematic Mapper – Jun 2003 Neustrelitz DLR: K.D. Africa Level 0: CEOS Data Policies: Plus Volume: 20 TB http://gs.mdacorporation.com/products/sensor/GTU Missling Kiruna: Jul 1999 – DLR: .pdf Jun 2003 ESA: SSC Kiruna http://eoweb.dlr.de CCRS: C. Canada CCRS: ESRANGE (catalog only) Price Products: Theophilos Coverage fo DLR: 1999 – 2003 Volume: 30 TB RAW: PN- http://gs.mdacorporation.com/SatelliteData/Landsat Canada decoded 7/Landsat7.aspx Canada: DLR: Neustrelitz Canada: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 69 of 152

Order: http://www.mdacor poration.com/infor mation_systems/gs/

1.B Free and Open Access with User registration DLR: Various DLR: locations DLR Neustrelitz DLR: Registration Form: DLR: K-D. M42 MOMS-2P betw. 28.5° DLR: 1996- 1997 Level 0: HDF Volume: 2.3 TB http://eoweb.dlr.de https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Missling north and

south Level 1: HDF http://www.eoportal.org/directory/pres_DLRMOM S2PL1AS.html ESA: INSA Maspalomas Volume: 2.14 TB as ESA Maspalomas: HDDT tapes Nov 1987 – Mar 1992 ESA: SSC Kiruna ESA: Matera: Nov 1987 – Esrange MOS-1 Mar 1992 Volume: 883 HDDT ESA: M. Albani European Multispectral tapes (MOS1 + Level 0: coverage M43 Electronic Self- Kiruna: Nov 1987 – MOS1b) to be telemetry TBD TBD CCRS: C. Scanning Canada Mar 1992 transcribed format Theophilos Radiometer Coverage fo

Canada Canada: ESA: ASI Matera CCRS: Nov 1987 – Volume: 750 HDDT Mar 1992 tapes (MOS1 + MOS1b) to be transcribed

Canada:CCRS Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 70 of 152

MOS-1 ESA: ESA: Level 0, Microwave M44 telemetry TBD TBD ESA: M. Albani Scanning European As above Included above format Radiometer coverage

MOS – 1 ESA: ESA: Level 0, Visible and M45 telemetry TBD TBD ESA: M. Albani Thermal Infrared European As above Included above format Radiometer coverage MOS-1b Multispectral ESA: ESA: Level 0,

M46 Electronic Self- telemetry TBD TBD ESA: M. Albani European As above Included above Scanning coverage format Radiometer MOS- 1b ESA: ESA: Level 0, Microwave M47 telemetry TBD TBD ESA: M. Albani Scanning European As above Included above format Radiometer coverage

MOS-1b ESA: ESA: Level 0, Visible and M48 telemetry TBD TBD ESA: M. Albani Thermal Infrared European As above Included above format Radiometer coverage

2.A Restrained Data Access-Restrained Data Set CNES: Image allowed for some user categories Archive Product Pleiades 1A CNES Toulouse http://smsc.cnes.fr/P CNES: D. CNES: CNES: 17 Dec 2011 – Level (on board http://www.astrium-geo.com/pleiades/ M49 High-Resolution Volume: 72 TB LEIADES/A_produ Boucon, R. Worldwide to date compressed) + Imager currently for Pleiades its.htm Moreno DIMAP `Data Policies: Serie (descriptive file) https://geostore.astrium-geo.com/en/legal- information/ Pleiades 1B http://smsc.cnes.fr/P 2.A Restrained Data Access-Restrained Data Set CNES: D. CNES: CNES: 2 Dec 2012 – CNES: Image M50 High-Resolution CNES Toulouse LEIADES/A_produ allowed for some user categories Boucon, R. Worldwide to date Archive Product Imager Volume: 72 Tbytes its.htm Moreno currently for Pleiades Level (on board http://www.astrium-geo.com/pleiades/ Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 71 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Serie compressed) + DIMAP Data Policies: (descriptive file) https://geostore.astrium-geo.com/en/legal- information/ ASI Matera M51 Prisma N.A. N.A. TBD TBD TBD TBD Volume: N.A. 1.B Free and Open Access with User registration Registration form: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2.A Restrained Data Access-Restrained Data Set allowed for some user categories ESA: Terms and Conditions for the Utilisation of ESA: ESRIN Frascati Data under ESA’s Third Party Missions scheme ESA http://catalogues.eo Volume: 430 GB portal.org/eoli.html https://earth.esa.int/pi/esa?type=file&ts=13052813 ESA: TBD Spots around ESRIN: May 2002 – 56743&table=aotarget&cmd=image&id=2260 ESA: M. Albani, M52 Proba-1 CHRIS ESA: SSC Kiruna http://earth.esa.int/E the world to date B. Hoersch ESRANGE OLi/EOLi.html Guidelines for submission of project Proposal Volume: 280 GB Kiruna: 2002 – to date On-line archive: https://earth.esa.int/pi/esa?type=file&ts=11597973 https://oa- 82790&table=aotarget&cmd=image&id=121 es.eo.esa.int/ra/ Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: free https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140 ESA: ESRIN Frascati ESA: Volume: 11 GB ESA:

ESA: TBD Spots around ESRIN: Oct 2002 - to http://catalogues.eo ESA: M. Albani, M53 Proba-1 HRC ESA: SSC Kiruna Same as Proba CHRIS the world date portal.org/eoli.html B. Hoersch ESRANGE

Volume: Included http://earth.esa.int/E Kiruna: 2002 – to date above OLi/EOLi.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 72 of 152

On-line archive: https://oa- es.eo.esa.int/ra/ Rapideye: Level 0: N/A. Rapideye: Level 1: NITF http://kiosk.rapideye 2.0 (1B) Rapideye .de/ RAPIDEYE Level 2: Rapideye: Brandenburg 2.A Restrained Data Access Commercial Data Set Rapideye: Feb 2009 - GeoTIFF (2A) Rapideye: M. Global Volume: to date Level 3: Vitale Raw data: 220 TB http://www.rapideye.com/about/resources.htm?tab= RapidEye GeoTIFF (3A) Level-1 to 3: 260 TB 6#TabbedPanels1

M54 Multi Spectral DLR: DLR: Scientific Price Products: Imager Level 0: N/A data pool - RESA, http://www.rapideye.com/upload/RE_Product_Pric DLR: Feb 2009 - to Level 1: NITF DLR: K.D DLR: Various https://centaurus.caf elist.pdf date 2.0 (1B) Missling locations DLR: Neustrelitz .dlr.de:8443/eoweb- Level 2: worldwide Volume: 1 TB ng/template/default/ GeoTIFF (2A) welcome/entryPage. Level 3: vm GeoTIFF (3A)

1.B Free and Open Access http://ec.europa.eu/enterprise/newsroom/cf/_getdo cument.cfm?doc_id=7149 ESA: M. Albani, M55 Sentinel-2a and 2b N.A. N.A. TBD TBD TBD Data Policies B. Hoersch http://esamultimedia.esa.int/multimedia/publicatio ns/SP-1322_1/

CDTI: TBD M56 SEOSAT N.A. N.A. TBD TBD TBD TBD Volume: N.A. ESA: Jan 1989 – Feb ESA: INSA ESA: M. Albani SPOT 1 2002 Maspalomas ESA: ESA: HRV (1) and HRV ESA: South ESA M57 Volume: 3.23 TB CNES: D. (2) Europe and http://catalogues.eo Level 0: 1.B Free and Open Access with User registration Boucon, R. West-North portal.org/eoli.html CNES: 22 Feb 1986 - CNES Toulouse: 162 WILMA Moreno Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 73 of 152

CNES: https://earth.esa.int/pi/esa?type=file&ts=13052813 http://www.astrium- 56743&table=aotarget&cmd=image&id=2260 geo.com/ Guidelines for submission of project Proposal https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140

CNES 2.B Restrained Data Access Commercial Dataset http://www.astrium-geo.com/en/143-spot-satellite- imagery

Data Policies: http://www.astrium- geo.com/files/pmedia/public/r1934_9_eula-spot- vuk-august2011.pdf

Price Products: http://www.astrium- geo.com/files/pmedia/public/r146_9_pricelist_spot Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 74 of 152

ESA: ESA: http://catalogues.eo ESA: INSA ESA: South ESA: Jul 1997 – Sep portal.org/eoli.html Maspalomas Level 0: ESA: M. Albani Europe and 2007 SPOT 2 Volume: 8.07 TB WILMA http://earth.esa.int/E West-North Same as SPOT-1 M58 HRV(1) and HRV OLi/EOLi.html CNES: D. Africa (2) CNES Toulouse: 162 Boucon, R. CNES: 22 Jan 1990 - CNES: TB currently for CNES: Moreno 30 Jun 2009 Worldwide SPOT 1-4 serie CNES: Level 0: Gerald http://www.astrium- geo.com/ 2.B Restrained Data Access Commercial Data Set

http://www.astrium-geo.com/en/143-spot-satellite- SPOT 3 CNES Toulouse: 162 CNES: D. http://www.astrium- imagery M59 HRV(1) and HRV Worldwide CNES: 25 Sep 1993 - TB currently for Level 0: Gerald Boucon, R. geo.com/ (2) 14 Nov 1996 SPOT 1-4 serie Price Products: Moreno http://www.astrium- geo.com/files/pmedia/public/r146_9_pricelist_spot_en_20 12.pdf CNES Toulouse: 162 CNES: D. SPOT 4 CNES: 24 Mar 1998 – Level 0: Gerald http://www.astrium- Same as SPOT-3 M60 Worldwide TB currently for Boucon, R. HRVIR(1) 29 Jan 2013 geo.com/ SPOT 1-4 serie Moreno

CNES Toulouse: 162 CNES: D. SPOT 4 CNES: 24 Mar 1998 – Level 0: Gerald http://www.astrium- Same as SPOT-3 M61 Worldwide TB currently for Boucon, R. HRVIR(2) 29 Jan 2013 geo.com/ SPOT 1-4 serie Moreno

CNES Toulouse: 143 CNES: D. SPOT 5 CNES: 04 May 2002 Level 0: Gerald http://www.astrium- Same as SPOT-3 M62 Worldwide TB currently for Boucon, R. HRG(1) – to date geo.com/ SPOT 5 Moreno Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 75 of 152

CNES Toulouse: 143 CNES: D. SPOT 5 CNES : 04 May 2002 Level 0: Gerald http://www.astrium- Same as SPOT-3 M63 Worldwide TB currently for Boucon, R. HRG(2) – to date geo.com/ SPOT 5 Moreno

CNES Toulouse: 143 CNES: D. CNES : 04 May 2002 Level 0: Gerald http://www.astrium- Same as SPOT-3 M64 SPOT 5 HRS Worldwide TB currently for Boucon, R. – to date geo.com/ SPOT 5 Moreno 2.B Restrained Data Access Commercial Data Set http://www.astrium-geo.com/en/143-spot-satellite- imagery Astrium Geo- Astrium Geo- Astrium Geo- http://www.astrium- information M65 SPOT 6 Worldwide information Services: information Services Level 0: Gerald Price Products: geo.com/ Services: Sep 2012 – to date Toulouse: TBD http://www.astrium- I.Lampin geo.com/files/pmedia/public/r146_9_pricelist_spot _en_2012.pdf http://www.astrium-geo.com/en/147-spot-6-7 2.B Restrained Data Access Commercial Data Set http://www.astrium-geo.com/en/143-spot-satellite- imagery Astrium Geo-

http://www.astrium- information M66 SPOT 7 Worldwide N.A. N.A. Level 0: Gerald Price Products: geo.com/ Services: I. http://www.astrium- Lampin geo.com/files/pmedia/public/r146_9_pricelist_spot _en_2012.pdf http://www.astrium-geo.com/en/147-spot-6-7 Qinetic: Farnborough M67 TOPSAT Qinetic: TBD Qinetic: TBD Qinetic: TBD Qinetic: TBD TBD Qinetic: TBD Volume: TBD CNES: D. CNES Toulouse M68 VENUS N.A. N.A. TBD TBD TBD Boucon, R. Volume: N.A. Moreno 2.B Restrained Data Access-Commercial Data Set EUSI: http://www.satimagingcorp.com/gallery- EUSI: EUSI: DLR EUSI: Mar 2010 – to EUSI: http://www.euspacei worldview-2.html M69 WorldView-2 European Oberpfaffenhofen EUSI: G. Ellis date maging.com/orderin coverage Volume: 7.6 TB Level 0: ERIAD g/ Price Products: http://www.satimagingcorp.com/pricing.html

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 76 of 152

4. C3: MEDIUM RESOLUTION LAND AND OCEAN MONITORING (WIDE SWATH OCEAN COLOUR AND SURFACE TEMPERATURE SENSORS, ALTIMETER).

4.1 Medium resolution Land and Ocean monitoring (wide swath ocean color and surface temperature sensors, altimeter). Table 1

Type: Sun-synchronous Resolution Summary 6 x 7 km Swath Altitude: 797 km Summary 2400 (across track) x 1800 Period: 100.92 mins Mission: Completed km (along track) Accuracy Summary Adeos - 1 Inclination: 98.59 deg Radiation budget, land surface, Measures polarization, and Owner: Repeat cycle: 41 days Timeframe POLarization Reflectance: 2% directional and spectral CNES/NASDA ECT: 10:50 LST Multiple and Launch Date: 17 Aug 1996 Waveband Summary VIS - NIR: characteristics of the solar O1 Longitude (if geo): direction/polarisation Directionality of 0.443 µm, 0.670 µm and 0.865 µm at 3 light reflected by aerosols, Distributor: Asc/desc: Descending EOL Date: 30 Jun 1997 radiometers the Earth's polarisations, and 0.443 µm, 0.49 µm, clouds, oceans and land CNES Reflectances URL: Instrument: Not 0.565 µm, 0.763 µm, 0.765 µm and surfaces http://www.jaxa.jp/projects/sat/ade Operational 0.91 µm with no polarisation os/index_e.html

http://smsc.cnes.fr/POLDER/

Type: Sun-synchronous Resolution Summary 6 x 7 km Swath Altitude: 803 km Summary 2400 (across track) x 1800 Period: 101 mins Mission: Completed km (along track) Accuracy Summary ADEOS – 2 Radiation budget, land surface, Measures polarization, and Owner: Inclination: 98.6 deg Timeframe POLarization Reflectance: 2% directional and spectral CNES/NASDA Repeat cycle: 4 days Multiple and Launch Date: 01 Nov 2002 Waveband Summary VIS - NIR: characteristics of the solar O2 ECT: 10:30 LST direction/polarisation Directionality of 0.443 µm, 0.670 µm and 0.865 µm at 3 light reflected by aerosols, Distributor: Longitude (if geo): radiometers the Earth's EOL Date: 24 Oct 2003 polarisations; and 0.443 µm, 0.49 µm, clouds, oceans and land CNES Asc/desc: Descending Reflectances Instrument: Not 0.565 µm, 0.763 µm, 0.765 µm and surfaces URL: Operational 0.91 µm with no polarisation http://www.jaxa.jp/projects/sat/ade os/index_e.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 77 of 152

MODIS Level 1 data, Swath: 2330 Km geolocation, cloud mask, and Atmosphere products: Bands: 36 channels Mission: Ongoing http://ladsweb.nascom.nasa.g Res: 1 Km ov/ MODIS land products: Owner: NASA Orbital elements Regime LEO Timeframe http://edcdaac.usgs.gov/datapr Aqua Longitude N/A Semimajor axis It has a viewing swath width of 2,330 oducts.asp MODIS Launch Date: May 4, 2002 Imaging multi-spectral O3 7077.75 km Eccentricity 0.001203 km and views the entire surface of the cryosphere products: radiometers (vis/IR) MODIS Agreement with Inclination 98.14° Orbital period Planned EOL Date: Sep Earth every one to two days. Its http://nsidc.org/daac/modis/in ESA 98.4 minutes Apoapsis 708 km 2013 detectors measure 36 spectral bands dex.html (440 mi) Periapsis 691 km between 0.405 and 14.385 µm, and it (429 mi) Orbits per day 14.5625 Instrument: Operational acquires data at three spatial MODIS ocean color and sea resolutions -- 250m, 500m, and surface temperature products: 1,000m. http://oceancolor.gsfc.nasa.go v/

Type: Sun-synchronous Altitude: 572 km Mission: Completed Resolution Summary 370 m Swath Period: Timeframe BIRD Inclination: 97.8 deg Summary 190 km Waveband Hot spot Detection Owner & Hot Spot Repeat cycle: Launch Date: 22 Oct 2001 Imaging multi-spectral Summary MWIR: 3.4 - 4.2 µm, TIR: (vegetation fires, volcanic O4 Distributor Recognition ECT: 10:30 LST radiometers (vis/IR) 8.4 - 9.3 µm activities, burning oil wells or System Longitude (if geo): EOL Date: 31 Dec 2005 coal seams DLR Asc/desc: Descending Instrument: Not URL: Operational http://spacesensors.dlr.de/SE/bird/

Mission: Completed BIRD Timeframe Resolution Summary 185 m Swath Wide-Angle Owner & Summary 533 km Waveband Launch Date: 22 Oct 2001 Imaging multi-spectral Vegetation and Cloud O5 Optoelectronic Distributor Same as above Summary VIS: 600 - 670nm, NIR: radiometers (vis/IR) coverage Stereo Scanner EOL Date: 31 Dec 2005 840 - 900 nm DLR Instrument: Not Operational Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 78 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Resolution Summary Range Type: Inclined, non- resolution 45 cm, along-track sunsynchronous resolution 250 m Altitude: 717 km Mission: Ongoing Swath Summary Footprint 15 km Period: 100 mins Accuracy Summary Arctic sea-ice: Inclination: 92 deg Timeframe Cryosat-2 1.6cm/year for 300kmx300km cells, Owner & Repeat cycle: 369 days SAR Launch Date: 8 Apr 2010 Land ice (small scale): 3.3 cm/year for Marine ice and terrestrial ice O6 Distributor LST: 0.25 degree nodal regression Radar altimeters Interferometer 100 x 100 km cells, Land ice (large sheet thickness measurement per day Planned EOL Date: 8 Apr Radar Altimeter ESA scale): 0.17 cm/year for Antarctica size Longitude (if geo): 2013 area Asc/desc: N/A Instrument: Operational Waveband Summary Microwave: URL: 13.575 GHz (Ku-Band) http://www.esa.int/esaLP/LPcryos at.html Resolution Summary IR ocean channels: 1 x 1 km, Visible land Type: Sun-synchronous Mission: Completed channels: 1 x 1 km Altitude: 782 km Measurements of sea surface Swath Summary 500 km Accuracy ENVISAT Period: 100.5 mins Timeframe Imaging multi-spectral temperature, land surface Summary Sea surface temperature: Owner & Inclination: 98.52 deg radiometers (vis/IR) temperature, cloud top Advanced Launch Date: 01 Mar 2002 <0.5 K over 0.5 x 0.5 deg (lat/long) O7 Distributor Repeat cycle: 35 days and multiple temperature, cloud cover, Along-Track area with 80% cloud cover Land ECT: 10:30 LST direction/polarisation aerosols, vegetation, Scanning ESA EOL Date: 08 Apr 2012 surface temperature: 0.1 K (relative) Longitude (if geo): radiometers atmospheric water vapour and Radiometer Waveband Summary VIS - NIR: Asc/desc: Descending Instrument: Not liquid water content 0.555 µm, 0.659 µm, 0.865 µm, SWIR: URL: http://envisat.esa.int/ Operational 1.6 µm, MWIR: 3.7 µm, TIR: 10.85 µm, 12 µm Waveband: VIS - NIR: 15 bands Main objective is monitoring Mission: Completed selectable across range: 0.4 - 1.05 µm marine biophysical and (bandwidth programmable between Timeframe biochemical parameters. 0.0025 and 0.03 µm) Owner & Secondary objectives are ENVISAT Launch Date: 01 Mar 2002 Imaging multi-spectral Spatial resolution: Ocean: 1040 x O8 Distributor Same as above related to atmospheric MERIS radiometers (vis/IR) 1200 m, Land & coast: 260 x 300 m properties such as cloud and ESA EOL Date: 08 Apr 2012 Swath width: 1150 km, global water vapour and to coverage every 3 days Instrument: Not vegetation conditions on land Accuracy: Ocean colour bands typical Operational surfaces S:N = 1700

Resolution Summary Swath Measures wind speed, ENVISAT Owner & Mission: Completed O9 Same as above Radar altimeters Summary Accuracy Summary significant wave height, sea Distributor Radar Altimeter Timeframe Altitude: better than 4.5 cm, Wave surface elevation, ice profile, height: better than 5% or 0.25 m land and ice topography, and Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 79 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe - 2 ESA Launch Date: 01 Mar 2002 Waveband Summary Microwave: sea ice boundaries 13.575 GHz (Ku-Band) and 3.2 GHz EOL Date: 08 Apr 2012 (S-Band) Instrument: Not Operational Resolution Summary IR ocean channels: 1 x 1 km, Microwave near- Type: Sun-synchronous nadir viewing: 20 km instantaneous Altitude: 782 km Mission: Completed field of view Period: 100.5 mins Swath Summary 500 km Accuracy Measurements of sea surface ERS-1 Inclination: 98.52 deg Timeframe Summary Sea surface temperature to temperature, land surface Owner & Repeat cycle: 35 days <0.5 K over 0.5 x 0.5 deg (lat/long) temperature, cloud top Launch Date: Jul 1991 Imaging multi-spectral O10 Along Track Distributor ECT: 10:30 LST area with 80% cloud cover, Land temperature and cloud cover, Scanning radiometers (vis/IR) ESA Longitude (if geo): EOL Date: Mar 2000 surface temperature: 0.1 K aerosols, vegetation, Radiometer Asc/desc: Descending atmospheric water vapour and Waveband Summary VIS - SWIR: URL: Instrument: Not liquid water content 0.65 µm, 0.85 µm, 1.27 µm, and 1.6 http://www.esa.int/esaEO/GGGW Operational µm, SWIR-TIR: 1.6 µm, 3.7 µm, 11 BR8RVDC_index_0.html µm and 12 µm, Microwave: 23.8 GHz, 36.5 GHz (bandwidth of 400 MHz)

Mission: Completed Resolution Summary Footprint is 16 - 20 km Swath Summary Accuracy Timeframe Summary Wave height: 0.5 m or 10% Measures wind speed, Owner & significant wave height, sea ERS-1 Launch Date: Jul 1991 (whichever is smaller) Sea surface O11 Distributor Same as above Radar altimeters surface elevation, ice profile, Radar Altimeter elevation: better than 10 cm ESA EOL Date: Mar 2000 land and ice topography,and Waveband Summary Microwave: sea ice boundaries Instrument: Not Ku-band: 13.8 GHz Operational Resolution Summary IR ocean Type: Sun-synchronous Mission: Completed channels: 1 x 1 km, Microwave near- ERS-2 Altitude: 782 km nadir viewing: 20 km instantaneous Measurements of sea surface Timeframe temperature, land surface Period: 100.5 mins field of view Along Track Owner & temperature, cloud top Inclination: 98.52 deg Launch Date: 21 Apr 1995 Imaging multi-spectral O12 Scanning Distributor Swath Summary 500 km Accuracy temperature and cloud cover, Repeat cycle: 35 days radiometers (vis/IR) Radiometer - 2 ESA ECT: 10:30 LST EOL Date: 04 Jul 2011 Summary Sea surface temperature to aerosols, vegetation, Longitude (if geo): <0.5 K over 0.5 x 0.5 deg (lat/long) atmospheric water vapour and Instrument: Not area with 80% cloud cover, Land liquid water content Asc/desc: Descending Operational URL: surface temperature: 0.1 K Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 80 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe http://www.esa.int/esaEO/SEMG Waveband Summary VIS - SWIR: WH2VQUD_index_0_m.html 0.65 µm, 0.85 µm, 1.27 µm, and 1.6 µm, SWIR-TIR: 1.6 µm, 3.7 µm, 11 µm and 12 µm, Microwave: 23.8 GHz, 36.5 GHz (bandwidth of 400 MHz)

Mission: Completed Resolution Summary Footprint is 16 - 20 km Timeframe Accuracy Summary Wave height: 0.5 ERS-2 Measures wind speed, Owner & m or 10% (whichever is smaller) Sea significant wave height, sea Launch Date: 21 Apr 1995 O13 Radar Altimeter Distributor Same as above Radar altimeters surface elevation: better than 10 cm surface elevation, ice profile, ESA EOL Date: 04 Jul 2011 Waveband Summary Microwave: land and ice topography,and Ku-band: 13.8 GHz sea ice boundaries Instrument: Not Operational

Type: Sun-synchronous Spatial Resolution: 188 m Altitude: 817 km Swath-width: 810 km Period: 101.35 mins Mission: Completed Radiometric Resolution, Quantisation: Owner: Inclination: 98.6 deg 7 bit Timeframe Repeat cycle: 24 days Spectral Coverage: 620-680 nm, 770- IRS-1C ISRO 860 nm ECT: 10:50 LST Launch Date: 28 Dec 1995 Optical Medium O14 Focal Length: 56.47 mm Wifs Distributor: Longitude (if geo): Resolution (MR1) Asc/desc: Descending EOL Date: 21 Sep 2007 CCD Arrays (no. of arrays * no. of elements): 2 * 2048 Euromap URL: Instrument: Not CCD Size: 13 µm x 13 µm http://www.euromap.de/products/p Operational Integration Time: 28.8378 ms rod_102.html Cross Track Field of View (FOV) for Single Pixel: 0.0002302 Spatial Resolution: 188 m Type: Sun-synchronous Swath-width: 728-812 km Altitude: 817 km Mission: Completed Radiometric Resolution, Quantisation: Period: 101 mins Owner: 7 bit Inclination: 98.6 deg Timeframe Spectral Coverage: 620-680 nm, 770- IRS-1D ISRO Repeat cycle: 24 days Launch Date: 29 Sep 1997 Optical Medium 860 nm O15 ECT: 10:30 LST Wifs Distributor: Resolution (MR1) Focal Length: 56.57 mm Longitude (if geo): EOL Date: 15 Jan 2010 CCD Arrays (no. of arrays * no. of Asc/desc: Descending Euromap elements): 2 * 2048 URL: Instrument: Not CCD Size: 13 µm x 13 µm http://www.euromap.de/products/p Operational Integration Time: 28.83806 ms rod_102.html Cross Track Field of View (FOV) for Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 81 of 152

Resolution Summary 1570 m, 525 m, Type: Sun-synchronous Mission: Completed 645 m Altitude: 817 km Swath Summary 200 km IRS-P3 Period: 101.35 mins Timeframe (approximately) Data for spectral analysis of Owner: ISRO Inclination: 98.7 deg Accuracy Summary O2 absorption in the NIR Launch Date: 21 Mar 1996 Imaging multi-spectral O16 Modular Opto- Repeat cycle: 24 days Radiometric:<1% band, vegetation indices, and Agreement with radiometers (vis/IR) electronic ECT: 10:30 LST Waveband Summary NIR: 755 - 768 vegetion condition and soil ESA and DLR EOL Date: Dec 2003 Scanner Longitude (if geo): nm (4 bands), VIS - NIR: 408 - 1010 assessment Asc/desc: Descending Instrument: Not nm (13 bands), SWIR: 1600 nm URL: http://www.isro.org/ Operational

Type: Inclined, non- sunsynchronous Resolution Summary 41.6 km at 18.7 Altitude: 1336 km Mission: Ongoing GHz, 36.1 km at 23.8 GHz, 22.9 km at Period: 112.4 mins 34 GHz Jason 1 Inclination: 66 deg Timeframe Swath Summary 120 deg cone Measurement of brightness Owner& Repeat cycle: 10 days Imaging multi-spectral centred on nadir temperature to retrieve total Distributor: Launch Date: 07 Dec 2001 O17 JASON LST: radiometers (passive Accuracy Summary Total water water vapour. Altimeter data

Microwave Longitude (if geo): microwave) vapour: 0.2 g/sq cm, Brightness to correct for errors caused by NASA/CNES Planned EOL Date: Sep Radiometer Asc/desc: N/A 2013 temperature: 0.15 K water vapour and cloud-cover. URL: Waveband Summary Microwave: http://sealevel.jpl.nasa.gov/mission Instrument: Operational 18.7 GHz, 23.8 GHz, 34 GHz /jason-1.html http://smsc.cnes.fr/JASON/

Mission: Ongoing Baseline tracking data for Timeframe precision orbit determination Jason 1 Owner& Resolution Summary and/or geodesy. Also for Laser Distributor: Launch Date: 07 Dec 2001 Accuracy Summary 2 cm overhead calibration of radar altimeter O18 Same as above Precision orbit Retroreflector ranging bias. Several types used on Array NASA/CNES Planned EOL Date: Sep various missions. (ASI 2013 involved in LAGEOS 2 Instrument: Operational development)

Jason 1 Owner& Resolution Summary Basic Nadir viewing sounding radar O19 Positioning Distributor: Same as above Mission: Ongoing Radar altimeters measurement: 1/sec (6 km along track), for provision of real-time high Ocean Solid Raw measurement: 10/sec (600 m precision sea surface Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 82 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Earth Ice NASA/CNES Timeframe along track) topography, ocean circulation Dynamics Swath Summary On baseline and wave height data Orbiting Launch Date: 07 Dec 2001 TOPEX/POSEIDON orbit (10 day Navigator Planned EOL Date: Sep cycle): 300 km between tracks at 2013 equator Accuracy Summary Sea level: 3.9 Instrument: Operational cm, Significant waveheight: 0.5 m, Horizontal sea surface wind speed: 2 m/s Waveband Summary Microwave: Ku-band (13.575 GHz), C-band (5.3 GHz) Type: Inclined, non- sunsynchronous Resolution Summary 41.6 km at 18.7 Altitude: 1336 km Mission: Ongoing GHz, 36.1 km at 23.8 GHz, 22.9 km at Period: 112.4 mins 34 GHz Jason 2 Inclination: 66 deg Timeframe Swath Summary 120 deg cone Measurement of brightness Owner& Repeat cycle: 10 days Imaging multi-spectral centred on nadir temperature to retrieve total Launch Date: June 2008 O20 JASON Distributor: LST: radiometers (passive Accuracy Summary Total water water vapour. Altimeter data Microwave NASA /CNES Longitude (if geo): Planned EOL Date: Dec microwave) vapour: 0.2 g/sq cm, Brightness to correct for errors caused by Radiometer Asc/desc: N/A 2013 temperature: 0.15 K water vapour and cloud-cover. URL: Waveband Summary Microwave: http://sealevel.jpl.nasa.gov/mission Instrument: Operational 18.7 GHz, 23.8 GHz, 34 GHz /jason-2.html MW (~1.0 cm - ~100 cm) http://smsc.cnes.fr/JASON/

Mission: Ongoing Baseline tracking data for precision orbit determination Timeframe Resolution Summary Jason 2 and/or geodesy. Also for Owner& Accuracy Summary 2 cm overhead Laser Launch Date: June 2008 calibration of radar altimeter O21 Distributor: Same as above Precision orbit ranging Retroreflector bias. Several types used on NASA/CNES Waveband Summary Array Planned EOL Date: Dec various missions. (ASI

2013 involved in LAGEOS 2 Instrument: Operational development)

Jason 2 Owner& Resolution Summary Basic Nadir viewing sounding radar Positioning Distributor: Mission: Ongoing measurement: 1/sec (6 km along track), O22 Same as above Radar altimeters for provision of real-time high Ocean Solid NASA/CNES Timeframe Raw measurement: 10/sec (600 m precision sea surface Earth Ice along track) topography, ocean circulation Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 83 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Dynamics Agreement with Launch Date: June 2008 Swath Summary On baseline and wave height data Orbiting EUMETSAT TOPEX/POSEIDON orbit (10 day Navigator Planned EOL Date: Dec cycle): 300 km between tracks at 2013 equator Instrument: Operational Accuracy Summary Sea level: 3.9 cm, Significant waveheight: 0.5 m, Horizontal sea surface wind speed: 2 m/s Waveband Summary Microwave: Ku-band (13.575 GHz), C-band (5.3 GHz) MW (~1.0 cm - ~100 cm) Mission: Future Timeframe Owner& Nadir viewing sounding radar Jason – 3 Distributor: Planned Launch Date: for provision of real-time high Future Jason O23 N.A. 2014 Radar altimeters Waveband Summary Microwave precision sea surface Payload NOAA CNES topography, ocean circulation

EUMESAT Planned EOL Date: 2017 and wave height data Instrument: Not Operational

Mission: Future Timeframe Owner& Nadir viewing sounding radar Jason - CS Distributor: Planned Launch Date: for provision of real-time high O24 Future Jason N.A. 2014 Radar altimeters Waveband Summary Microwave precision sea surface Payload ESA topography, ocean circulation EUMESAT EC Planned EOL Date: 2017 and wave height data Instrument: Not Operational

Type: Sun-synchronous Mission: Ongoing Resolution Summary 48 km Swath METOP–A Owner and Altitude: 840 km Summary 2054 km Accuracy Distributor: Period: 107.1 mins Timeframe Atmospheric Summary Temperature profile: 2 K, All-weather night-day O25 Advanced EUMETSAT Inclination: 98.8 deg temperature and humidity: 3 kg/m2, ice & snow cover: temperature sounding to an Microwave Repeat cycle: 29 days Launch date: 19 Oct 2006 humidity sounders 10% altitude of 45 km Sounding Unit- ECT: 9:30 LST Waveband Summary Microwave: 15 A Longitude (if geo): Planned EOL Date: Dec channels, 23.8 - 89.0 GHz Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 84 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Asc/desc: N/A 2013 URL: http://www.esa.int/esaLP/LPmetop Instrument: Operational .html http://www.eumetsat.int/Home/Ma in/Satellites/Metop/index.htm Mission: Ongoing Resolution Summary Hi-res mode: 25 - 37 km, Nominal mode: 50 km Timeframe Swath Summary Continuous; 2 x 500 Sea ice cover, sea ice type and Owner and km swath width Accuracy Summary wind speed over sea surface METOP–A Distributor: Launch date: 19 Oct 2006 Wind speeds in range 4 - 24 m/s: 2 m/s measurements. Air pressure O26 EUMETSAT Same as above Scatterometers and direction accuracy of 20 deg over ocean, polar ice Advanced Planned EOL Date: Dec Waveband Summary Microwave: C contours, ice/snow imagery, Scatterometer 2013 Band, 5.256 GHz soil moisture. Instrument: Operational Mission: Ongoing Resolution Summary 1.1 km Swath Summary 3000 km approx, Ensures Timeframe full global coverage twice daily Measurements of land and sea Owner and METOP–A Accuracy Summary Waveband surface temperature, cloud Distributor: Launch Date: 19 Oct 2006 Imaging multi-spectral Summary VIS: 0.58 - 0.68 µm, NIR: cover, snow and ice cover, O27 EUMETSAT Same as above Advanced Very radiometers (vis/IR) 0.725 - 1.1 µm, SWIR: 1.58 - 1.64 µm, soil moisture and vegetation

High Resolution Planned EOL Date: Dec MWIR: 3.55 - 3.93 µm, TIR: 10.3 - indices. Data also used for

Radiometer/3 2013 11.3 µm, 11.5 - 12.5 µm volcanic eruption monitoring Instrument: Operational Mission: Ongoing

Timeframe Resolution Summary 20.3 km Swath Atmospheric temperature Owner and profiles and data on cloud METOP–A Summary 2240 km Waveband Distributor: Atmospheric parameters, humidity High Resolution Launch Date: 19 Oct 2006 Summary VIS - TIR: 0.69 - 14.95 µm O28 EUMETSAT Same as above temperature and soundings, water vapour, total Infra-red (20 channels) humidity sounders ozone content, and surface Sounder/4 Planned EOL Date: Dec 2013 temperatures. Same as HIRS/3, with 10 km IFOV Instrument: Operational METOP–A Owner and Mission: Ongoing Resolution Summary Vertical: 1 - 30 O29 Infrared Distributor: Same as above Atmospheric km, Horizontal: 25 km Measures tropospheric Atmospheric EUMETSAT Timeframe temperature and Swath Summary 2052 km Accuracy moisture and temperature, Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 85 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Sounding humidity sounders Summary Temperature: 0.5 - 2 K, column integrated contents of Interferometer Launch Date: 19 Oct 2006 specific humidity: 0.1 - 0.3 g/kg, ozone, carbon monoxide, ozone, trace gas profile: 10% methane, dinitrogen oxide and Planned EOL Date: Dec Waveband Summary MWIR - TIR: other minor gases which 2013 3.4 - 15.5 µm with gaps at 5 µm and 9 affect tropospheric chemistry. µm Also measures sea surface and Instrument: Operational land temperature

Type: Sun-synchronous Altitude: 840 km Mission: Ongoing Period: 101.7 mins Resolution Summary 48 km Swath Timeframe Inclination: 98.8 deg Summary 2054 km Accuracy

METOP–B Owner and Repeat cycle: 29 days Summary Temperature profile: 2 K, Launch Date: 17 Sep 2012 Distributor: ECT: 9:30 LST Atmospheric humidity: 3 kg/m2, ice & snow cover: All-weather night-day

O30 Advanced EUMETSAT Longitude (if geo): temperature and 10% temperature sounding to an Planned EOL Date: 01 Microwave Asc/desc: N/A humidity sounders Waveband Summary Microwave: 15 altitude of 45 km May 2017 Sounding Unit- URL: channels, 23.8 - 89.0 GHz

A http://www.esa.int/esaLP/LPmetop .html Instrument: Operational

http://www.eumetsat.int/Home/Ma in/Satellites/Metop/index.htm Resolution Summary Hi-res mode: 25 Mission: Ongoing - 37 km, Nominal mode: 50 km Swath Summary Continuous; 2 x 500 Timeframe Sea ice cover, sea ice type and Owner and km swath width wind speed over sea surface METOP–B Distributor: Accuracy Summary Wind speeds in Launch Date: 17 Sep 2012 measurements. Air pressure O31 EUMETSAT Same as above Scatterometers range 4 - 24 m/s: 2 m/s and direction over ocean, polar ice Advanced accuracy of 20 deg Waveband Planned EOL Date: 01 contours, ice/snow imagery, Scatterometer Summary Microwave: C Band, 5.256 May 2017 soil moisture. GHz

Instrument: Operational Mission: Ongoing Resolution Summary 1.1 km Swath Owner and METOP–B Summary 3000 km approx, Ensures Measurements of land and sea Distributor: Timeframe Imaging multi-spectral full global coverage twice daily surface temperature, cloud O32 EUMETSAT Same as above Advanced Very radiometers (vis/IR) Waveband Summary VIS: 0.58 - 0.68 cover, snow and ice cover,

High Resolution Launch Date: 17 Sep 2012 µm, NIR: 0.725 - 1.1 µm, SWIR: 1.58 soil moisture and vegetation

Radiometer/3 - 1.64 µm, MWIR: 3.55 - 3.93 µm, indices. Data also used for Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 86 of 152

Instrument: Operational Mission: Ongoing

Atmospheric temperature Timeframe Resolution Summary 20.3 km Swath Owner and profiles and data on cloud METOP–B Summary 2240 km Waveband Distributor: Atmospheric parameters, humidity High Resolution Launch Date: 17 Sep 2012 Summary VIS - TIR: 0.69 - 14.95 µm O33 EUMETSAT Same as above temperature and soundings, water vapour, total Infra-red (20 channels) humidity sounders ozone content, and surface Sounder/4 Planned EOL Date: 01 temperatures. Same as May 2017 HIRS/3, with 10 km IFOV

Instrument: Operational Resolution Summary Vertical: 1 - 30 Mission: Ongoing km, Horizontal: 25 km Measures tropospheric

Swath Summary 2052 km Accuracy moisture and temperature, Timeframe METOP–B Owner and Summary Temperature: 0.5 - 2 K, column integrated contents of

Infrared Distributor: Atmospheric specific humidity: 0.1 - 0.3 g/kg, ozone, carbon monoxide, Launch Date: 17 Sep 2012 O34 Atmospheric EUMETSAT Same as above temperature and ozone, trace gas profile: 10% methane, dinitrogen oxide and

Sounding humidity sounders Waveband Summary MWIR - TIR: other minor gases which Planned EOL Date: 01 Interferometer 3.4 - 15.5 µm with gaps at 5 µm and 9 affect tropospheric chemistry. May 2017 µm Also measures sea surface and

land temperature Instrument: Operational

Type: Sun-synchronous Altitude: 840 km Mission: Future

Period: 101.7 mins Resolution Summary 48 km Swath Timeframe Inclination: 98.8 deg Summary 2054 km Accuracy

METOP– C Owner and Repeat cycle: 29 days Summary Temperature profile: 2 K, Planned Launch Date: 02 Distributor: ECT: 9:30 LST Atmospheric humidity: 3 kg/m2, ice & snow cover: All-weather night-day Apr 2016 O35 Advanced EUMETSAT Longitude (if geo): temperature and 10% temperature sounding to an

Microwave Asc/desc: N/A humidity sounders Waveband Summary Microwave: 15 altitude of 45 km Planned EOL Date: 01 Sounding Unit- URL: channels, 23.8 - 89.0 GHz Dec 2021 A http://www.esa.int/esaLP/LPmetop .html Instrument: Not http://www.eumetsat.int/Home/Ma Operational in/Satellites/Metop/index.htm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 87 of 152

Mission: Future Resolution Summary Hi-res mode: 25 - 37 km, Nominal mode: 50 km Timeframe Swath Summary Continuous; 2 x 500 Sea ice cover, sea ice type and Owner and km swath width Planned Launch Date: 02 wind speed over sea surface METOP– C Distributor: Accuracy Summary Wind speeds in Apr 2016 measurements. Air pressure O36 EUMETSAT Same as above Scatterometers range 4 - 24 m/s: 2 m/s and direction over ocean, polar ice Advanced accuracy of 20 deg Waveband Planned EOL Date: 01 contours, ice/snow imagery, Scatterometer Summary Microwave: C Band, 5.256 Dec 2021 GHz soil moisture.

Instrument: Not Operational Mission: Future Resolution Summary 1.1 km Swath Timeframe Summary 3000 km approx, Ensures Measurements of land and sea Owner and full global coverage twice daily METOP– C Planned Launch Date: 02 surface temperature, cloud Distributor: Waveband Summary VIS: 0.58 - 0.68 Apr 2016 Imaging multi-spectral cover, snow and ice cover, O37 EUMETSAT Same as above µm, NIR: 0.725 - 1.1 µm, SWIR: 1.58 Advanced Very radiometers (vis/IR) soil moisture and vegetation - 1.64 µm, MWIR: 3.55 - 3.93 µm, High Resolution Planned EOL Date: 01 indices. Data also used for TIR: 10.3 - 11.3 µm, 11.5 - 12.5 µm Radiometer/3 Dec 2021 volcanic eruption monitoring

Instrument: Not Operational Mission: Future

Timeframe Atmospheric temperature Resolution Summary 20.3 km Swath Owner and profiles and data on cloud METOP– C Planned Launch Date: 02 Summary 2240 km Waveband Distributor: Atmospheric parameters, humidity High Resolution Apr 2016 Summary VIS - TIR: 0.69 - 14.95 µm O38 EUMETSAT Same as above temperature and soundings, water vapour, total Infra-red (20 channels) humidity sounders ozone content, and surface Sounder/4 Planned EOL Date: 01 temperatures. Same as Dec 2021 HIRS/3, with 10 km IFOV

Instrument: Not Operational METOP– C Owner and Mission: Future Resolution Summary Vertical: 1 - 30 Atmospheric Measures tropospheric Infrared Distributor: km, Horizontal: 25 km O39 Same as above temperature and moisture and temperature, Atmospheric EUMETSAT Timeframe Swath Summary 2052 km Accuracy humidity sounders column integrated contents of Sounding Summary Temperature: 0.5 - 2 K, ozone, carbon monoxide, Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 88 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Interferometer Planned Launch Date: 02 specific humidity: 0.1 - 0.3 g/kg, methane, dinitrogen oxide and Apr 2016 ozone, trace gas profile: 10% other minor gases which Waveband Summary MWIR - TIR: affect tropospheric chemistry. Planned EOL Date: 01 3.4 - 15.5 µm with gaps at 5 µm and 9 Also measures sea surface and Dec 2021 µm land temperature

Instrument: Not Operational Sun-synchronous orbit at an altitude of 955 km. Equatorial Observe ocean color, crossings are local noon for Mission: Completed temperature, and ice ascending node and local midnight conditions, particularly in for descending node. Spacecraft Timeframe coastal zones, with sufficient Owner: NASA inclination is 99.1 degrees, with a Swath: 1556 Km spatial and spectral resolution Launch Date: 25 October Nimbus-7 leeward latitude of 80.77 degrees. Coastal Zone Color to determine the feasibility of O40 1978 Bands: 6 CZCS Agreement with Orbital period is 104.15 minutes, Scanner applications such as: detecting ESA and consecutive equator crossings EOL Date: 1 June 1994 Res: 825 m pollutants in the upper level are separated by 26.1 degrees of the oceans; determining the longitude. Instrument: Not nature of materials suspended URL: Operational in the water http://jwocky.gsfc.nasa.gov/n7tom s/nimbus7tech.html Type: Sun-synchronous Altitude: 850 km Mission: Completed Resolution Summary 1.1 km Swath Period: 101.9 mins Measurements of land and sea Owner: NOAA Summary 3000 km approx NOAA – 7 Inclination: 98.9 deg Timeframe surface temperature, cloud Waveband Summary VIS: 0.58 - 0.68 Advanced Very Repeat cycle: 0.5 days Imaging multi-spectral cover, snow and ice cover, O41 Launch Date: 23 Jun 1981 µm, NIR: 0.725 - 1.1 µm, MWIR: 3.55 High Resolution LST: radiometers (vis/IR) soil moisture and vegetation Agreement with - 3.93 µm, TIR: 10.3 - 11.3 µm, 11.5 - Radiometer/2 Longitude (if geo): EOL Date: June 1986 indices. Data also used for ESA 12.5 µm Asc/desc: Descending volcanic eruption monitoring Instrument: Not URL: Operational http://www.oso.noaa.gov/poes/

Owner: NOAA Mission: Completed NOAA – 8

Advanced Very Timeframe O42 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution Agreement with Launch Date: 28 Mar 1983 Radiometer/2 ESA EOL Date: 29 Dec 1985 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 89 of 152

Advanced Very Launch Date: 12 Dec 1984 O43 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution Agreement with Radiometer/2 EOL Date: 31 Dec 1997 ESA Instrument: Not Operational

Type: Sun-synchronous Mission: Completed Altitude: 804 km NOAA – 10 Owner: NOAA Period: 101.1 mins Timeframe

Inclination: 98.6 deg Advanced Very Launch Date 17 Sep 1986 O44 Repeat cycle: 0.5 days Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution Agreement with ECT: 4:38 LST Radiometer/2 EOL Date: 31 Dec 1997 ESA Longitude (if geo):

Asc/desc: Descending Instrument: Not http://www.oso.noaa.gov/poes/ Operational

Type: Sun-synchronous Altitude: 845 km Mission: Completed NOAA – 11 Period: 101.9 mins Owner: NOAA Timeframe Inclination: 99.1 deg

Advanced Very Repeat cycle: Launch Date: 24 Sep 1988 O45 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution ECT: 22:37 LST Agreement with Radiometer/2 Longitude (if geo): EOL Date: 30 Sep 2004 ESA Asc/desc: Ascending Instrument: Not URL: Operational http://www.oso.noaa.gov/poes/

NOAA – 12 Type: Sun-synchronous Mission: Completed Owner: NOAA Altitude: 850 km Timeframe Advanced Very Period: 101.3 mins O46 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution Inclination: 98.5 deg Launch Date: 14 May 1991 Agreement with Radiometer/2 Repeat cycle: ESA EOL Date: 31 Dec 2005 ECT: 4:49 LST Longitude (if geo): Instrument: Not Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 90 of 152

Type: Sun-synchronous Altitude: 850 km Mission: Completed NOAA – 14 Period: 102.1 mins Owner: NOAA Timeframe Inclination: 99.1 deg

Advanced Very Repeat cycle: Launch Date: 30 Dec 1994 O47 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution ECT: 17:52 LST Agreement with Radiometer/2 Longitude (if geo): EOL Date: 31 Dec 2005 ESA Asc/desc: Ascending Instrument: Not URL: Operational http://www.oso.noaa.gov/poes/

Type: Sun-synchronous Mission: Ongoing Altitude: 813 km Period: 101.4 mins Timeframe Owner: NOAA NOAA – 15 Inclination: 98.6 deg Launch Date: 01 May Advanced Very Repeat cycle: O48 1998 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution ECT: 7:08 LST Agreement with Radiometer/3 Longitude (if geo): ESA Planned EOL Date: 31 Asc/desc: Descending Dec 2013 URL: http://www.oso.noaa.gov/poes/ Instrument Operational

Type: Sun-synchronous Altitude: 870 km Mission: Ongoing Period: 102 mins Owner: NOAA Timeframe NOAA – 16 Inclination: 98.8 deg

Advanced Very Repeat cycle: Launch Date: 21 Sep 2000 O49 Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 High Resolution ECT: 13:54 LST Agreement with Radiometer/3 Longitude (if geo): Planned EOL Date: 31 Dec ESA Asc/desc: Ascending 2013 URL: Instrument: Operational http://www.oso.noaa.gov/poes/

NOAA – 17 Owner: NOAA Type: Sun-synchronous Mission: Ongoing O50 Advanced Very Altitude: 833 km Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 Timeframe High Resolution Period: 101.4 mins Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 91 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Radiometer/3 Agreement with Inclination: 98.75 deg Launch Date: 24 Jun 2002 ESA Repeat cycle: ECT: 10:00 LST Planned EOL Date: 31 Dec Longitude (if geo): 2014 Asc/desc: Descending Instrument: Operational URL: http://www.oso.noaa.gov/poes/

Type: Sun-synchronous Altitude: 870 km Mission: Ongoing Period: 102.1 mins NOAA – 18 Owner: NOAA Timeframe Inclination: 98.75 deg

Repeat cycle: Launch Date: 20 May 2005 O51 Advanced Very Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 ECT: 14:00 LST High Resolution Agreement with Longitude (if geo): Planned EOL Date: 31 Dec Radiometer/3 ESA Asc/desc: Ascending 2015 URL: Instrument: Operational http://www.oso.noaa.gov/poes/

Type: Sun-synchronous Altitude: 870 km Mission: Ongoing Period: 102.1 mins NOAA – 19 Owner: NOAA Timeframe Inclination: 98.75 deg

Repeat cycle: Launch Date: 04 Feb 2009 O52 Advanced Very Same as NOAA - 7 Same as NOAA - 7 Same as NOAA - 7 ECT: 14:00 LST High Resolution Agreement with Longitude (if geo): Planned EOL Date: 01 Mar Radiometer/3 ESA Asc/desc: Ascending 2016 URL: Instrument: Operational http://www.oso.noaa.gov/poes/

Type: Sun-synchronous Mission: Ongoing Resolution Summary 236 x 360m Altitude: 720 km [Best Resolution: 236m] Ocean colour data, Estimation Owner: ISRO Period: 99.31 mins Timeframe Oceansat – 2 Swath Summary 1440 km of phytoplankton Distributor: Inclination: 98.28 deg Launch Date: 24 Sep 2009 Ocean colour [Max Swath: 1440 km] concentration, identification O53 Repeat cycle: 2 days Ocean Colour instruments Waveband Summary VIS - NIR: 0.40 of potential fishing zones, Agreement with LST: Monitor Planned EOL Date: 24 Sep - 0.88 µm (8 channels) assessment of primary ASI Longitude (if geo): 2014 productivity Asc/desc: Descending URL: http://www.isro.org/ Instrument: Operational Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 92 of 152

Mission: Ongoing Owner: ISRO Timeframe Distributor: Resolution Summary 50 km Swath Oceansat – 2 Launch Date: 24 Sep 2009 Ocean surface wind O54 Same as above Scatterometers Summary 1400 - 1840 km Waveband Scatterometer measurements Agreement with Planned EOL Date: 24 Sep Summary 13.515 GHz MW ASI 2014 Instrument: Operational

Mission: Future Type: Sun-synchronous Altitude: 720 km Timeframe Owner: ISRO Period: 99.31 mins Resolution Summary 1 km Swath Planned Launch Date: Jan Mainly sea state applications Oceansat – 3 Distributor: Inclination: 98.28 deg Summary 1500 m 2014 including SWH, Geoid etc., O55 Ku-band Repeat cycle: 2 days Radar altimeters Waveband Summary 1306 GHz establishment of global Altimeter Agreement with LST: Planned EOL Date: Jan databases. ASI Longitude (if geo): 2019 Asc/desc: Descending URL: http://www.isro.org/ Instrument: Not Operational

Mission: Future Timeframe Ocean colour data, Estimation Owner: ISRO Planned Launch Date: Jan of phytoplankton Oceansat – 3 Distributor: Same as above 2014 Ocean colour concentration, identification O56 Ocean Colour Waveband Summary 12 channel instruments of potential fishing zones, Monitor Agreement with Planned EOL Date: Jan assessment of primary ASI 2019 productivity Instrument: Not Operational

Mission: Future Mainly for ocean biology and Owner: ISRO Resolution Summary 20 km, 17 km, Oceansat – 3 sea state applications Distributor: Timeframe Imaging multi-spectral 10 km Passive Same as above including SWH, geoid etc., O57 radiometers (passive Microwave Swath Summary 1500 km Waveband establishment of global Agreement with Planned Launch Date: Jan microwave) Radiometer 2014 Summary 18 GHz, 21 GHz, 37 GHz databases, meteorological ASI applications Planned EOL Date: Jan Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 93 of 152

Mission: Future Timeframe Owner: ISRO Planned Launch Date: Jan Distributor: Resolution Summary 50 km Swath Oceansat – 3 Same as above 2014 Ocean surface wind O58 Scatterometers Summary 1400 - 1840 km Waveband Scatterometers measurements Agreement with Planned EOL Date: Jan Summary 13.515 GHz ASI 2019 Instrument: Not Operational

Mission: Future Timeframe Owner: ISRO Oceansat - 3 Planned Launch Date: Jan Resolution Summary 1 km TIR and OCM combination Distributor: Thermal Same as above 2014 Imaging multi-spectral will support joint analysis for O59 Swath Summary 1500 km Waveband Infrared radiometers (vis/IR) Operational potential fishing Agreement with Summary 5 bands Radiometer Planned EOL Date: Jan zones. ASI 2019 Instrument: Not Operational

Orbit: Sun-synchronous polar Mission: Completed Application: Ocean-color circular orbit, altitude = 705 km, data, ocean biology and Timeframe Owner: GeoEye inclination =98.2º, equator Swath: 1200/2800 KM ecology, phytoplankton crossing time at local noon (12:00 concentrations and growth, Orbview-2 Launch Date: 1 Aug 1997 Sea-Viewing Wide O60 hours on descending node), 8 Bands pollution, algae blooms, etc. SeaWifs Field-of-View Sensor Agreement with successive orbit equatorial EOL Date: 11 Dec 2010 The data may help scientists

ESA crossing longitude = -24.721º, Instrument: Not to understand the role of period = 98.2 minutes, orbital Operational ocean plant life in the Earth's repeat time = 16 days (233 orbits) carbon cycle.

Type: Inclined, non- Swath Summary 6 km Owner & Measurement of global ocean 061 Poseidon sunsynchronous Mission: Completed Radar altimeters Accuracy Summary 2.4 cm Distributor surface topography Altitude: 1336 km Waveband Summary Microwave: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 94 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Topex NASA CNES/NASA Period: 112.4 mins Timeframe 126 GHz and 5.3 Radar Altimeter Inclination: 66 deg Repeat cycle: 10 days Launch Date: 10 Aug 1992 LST: EOL Date: 5 Jan 2006 Longitude (if geo): Asc/desc: N/A Instrument: Not URL: http://topex- Operational www.jpl.nasa.gov/mission/topex.h tml

Poseidon Mission: Completed

Timeframe Resolution Summary Typical: 5 - 11 Nadir viewing sounding radar Positioning Owner & km for provision of real-time high Ocean Solid Same as above Launch Date: 10 Aug 1992 O62 Distributor Radar altimeters Waveband Summary KU-Band precision sea surface Earth Ice (13.575 GHz) topography, ocean circulation Dynamics EOL Date: 5 Jan 2006 CNES/NASA and wave height data Orbiting Instrument: Not Navigator Operational Mission: Future

Timeframe Resolution Summary 1/3 km (vis) on the entire swath width Owner & Goal values Planned Launch Date: 01 Swath Summary 2250 km Distributor Data of use for crop forecast March 2013 Imaging multi-spectral Waveband Summary Operational and monitoring, vegetation O63 Proba-V Type: Sun-synchronous Altitude: 830 km radiometers (vis/IR) mode: VIS: 0.62 - 0.68 µm, NIR: 0.79 monitoring, and biosphere/ ECT: 10:30 LST Planned EOL Date: N.A. - 0.88 µm, SWIR: 1.58 - 1.65 µm, geosphere interaction studies ESA/VITO Asc/desc: Descending Blue: 0.45 - 0.48 µm Instrument: Not operational

Radar: 13.4 gigahertz; 110-watt pulse Mission: Completed Sun synchronoues low earth orbit at 189-hertz pulse repetition frequency Timeframe (PRF) Owner: NASA Semimajor Axis 7180.8 km Eccentricity 0.00014 Inclination Launch Date: June 19, microwave radar that O64 QuickSCAT 98.6 degrees Orbital Period 1999 Quick Scatterometer Antenna: 1-meter-diameter rotating measures near-surface wind Agreement with 100.93 minutes Right ascension of dish that produces two spot beams, speed and direction ESA the ascending node 178.47 degrees EOL Date: 29 November sweeping in a circular pattern Argument of perigee 47.4 degrees 2009 Instrument: Not Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 95 of 152

Type: Sun-synchronous Mission: Ongoing Altitude: 657 km Resolution Summary 100 km Swath Owner: Period: 98 mins Timeframe SAC-D Summary 300 km Accuracy CONAE Inclination: 98 deg L-band scatterometer to Aquarius L- Launch Date: Jun 2011 Summary 0.2 psu Waveband O65 Repeat cycle: 9 days Scatterometers provide roughness corection Band Summary L-Band (1.2 GHz) Agreement with ECT: 10:15 LST to brightness temperature Scatterometer Planned EOL Date: Jun ASI Longitude (if geo): 2017 Asc/desc: Ascending URL: http://www.conae.gov.ar/ Instrument: Operational

Mission: Ongoing Resolution Summary 200 - 300 m High Sensitivity Camera [Best Resolution: 200m] (HSC) measures top of Owner: Timeframe SAC-D Swath Summary Min 700 km atmosphere radiance in the CONAE Launch Date: Jun 2011 Imaging multi-spectral [Max Swath: 700 km] VIS & NIR spectral range O66 Same as above High Sensitivity radiometers (vis/IR) Waveband Summary PAN (VIR- measured by a high sensitivity Agreement with Camera Planned EOL Date: Jun NIR): 450 - 900 nm sensor detects: urban lights, ASI 2017 electric storms, polar regions,

Instrument: Operational snow cover, forest fires

Mission: Ongoing Resolution Summary 100 km Swath SAC-D Owner: Timeframe Summary 300 km Accuracy L-band passive microwave CONAE Imaging multi-spectral Launch Date: Jun 2011 Summary 0.2 psu Waveband radiometer measures O67 Aquarius L- Same as above radiometers (passive Summary L-band (1.4 GHz) brightness temperature of Band Agreement with microwave) Planned EOL Date: Jun ocean to retrieve salinity Radiometer ASI 2017 Instrument: Operational

Mission: Ongoing Resolution Summary < 47 km Swath Summary 380 km Accuracy Timeframe Owner: Summary .1 K Waveband Summary SAC – D CONAE Multiple Precipitation rate, wind speed, Launch Date: Jun 2011 (K Band) 23.8 GHz V Pol and 36.5 O68 Microwave Same as above direction/polarisation GHz H and V Pol Eight beams per sea ice concentration, water Radiometer Agreement with Planned EOL Date: Jun radiometers frequency vapour, clouds ASI 2017

Instrument: Operational Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 96 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe Resolution Summary Space resol: 350 NIRST detects hot spots and m; less burned area detectable: 200 High Temperature Events sqm (HTE), caused by biomass [Best Resolution: 350m] fires, volcanic eruptions, and Mission:Ongoing Swath Summary Instant: 182 km; other phenomena in order to Extended: 1000 km SAC- D Owner: Timeframe measure their temperatures, [Max Swath: 1000 km] CONAE and their released energy over Launch Date: Jun 2011 Other - Infrared Accuracy Summary 0.5 ºC O69 New Infrared Same as above land (fires & volcanic events). Scanner Technology Waveband Summary Infrared push- Scanner Agreement with Supplementary measurements Planned EOL Date: Jun broom scanner based on 2 linear Technology ASI of sea surface temperatures 2017 uncooled microbolometric arrays (SST) off the coasts of South sensitive to Mid-Wave Infra-Red (3.8 Instrument: Operational America and other targets of µm) and Long-Wave Infra-Red (10.85 opportunity with 180 km and 11.85 µm) spectral bands swath, overlapping the respectively Aquarius inner beams

Mission: Future Type: Sun-synchronous Altitude: 620 km Timeframe Owner: Period: 97.2 mins Planned Launch Date: Dec CONAE Inclination: 97.89 deg SAOCOM 1A, 2014 Imaging multi-spectral O70 Repeat cycle: 16 days Resolution Summary 200 m Fires monitoring TIR Camera radiometers (vis/IR) Agreement with ECT: 6:12 LST Planned EOL Date: Dec ASI Longitude (if geo): 2019 Asc/desc: Ascending URL: http://www.conae.gov.ar/ Instrument: Not Operational

Mission: Future Type: Sun-synchronous Altitude: 799 km Timeframe Period: 100.59 mins A high resolution Ka-band altimeter SARAL Planned Launch Date: Dec Owner & Inclination: 98.55 deg dedicated to sea level, ocean wave 2012 O71 Distributor Repeat cycle: 35 days Radar altimeters height and wind speed measurement Sea surface height AltiKa Ka-band LST: Planned EOL Date: Dec Waveband Summary 35.5 - 36 GHz Altimeter CNES Longitude (if geo): 2015 Asc/desc: Descending URL: Not Available Instrument: Not Operational Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 97 of 152

Type: Sun-synchronous Mission: Future Resolution Summary 300 m Altitude: 814 km [Best Resolution: 300m] Swath Timeframe Period: 100 mins Summary 1270 km, across-track tilt Inclination: 98.65 deg Planned Launch Date: Apr 12.2 deg to the West Sentinel – 3a Owner & Repeat cycle: 27 days Imaging multi-spectral 2014 [Max Swath: 1270 km] O72 Ocean and Land Distributor ECT: 10:00 LST radiometers (passive Accuracy Summary 2% abs, 0.1% rel. Marine and land services Colour Imager Longitude (if geo): Planned EOL Date: Aug microwave) ESA Waveband Summary 21 bands in Asc/desc: Descending 2021 VNIR/SWIR URL: http://www.esa.int/esaLP/LPgmes. Instrument: Not html Operational Resolution Summary 500 m Mission: Future (VNIR/SWIR), 1 km (TIR) [Best Resolution: 500m] Timeframe Sentinel – 3a Swath Summary 1675 km (near-nadir Sea and Land Planned Launch Date: Apr view), 750km (backward view) Owner & Imaging multi-spectral Surface 2014 [Max Swath: 1675 km] O73 Distributor Same as above radiometers (passive Marine and land services Temperature Accuracy Summary 0.2 K abs., 80 Planned EOL Date: Aug microwave) Radiometer ESA mK rel. 2021 Waveband Summary 9 bands in Instrument: Not VNIR/SWIR/TIR Operational

Mission: Future Resolution Summary 300 m Timeframe [Best Resolution: 300m] Swath Summary Profiling Accuracy Planned Launch Date: Apr Sentinel – 3a Owner & Summary 3 cm in range (1 s average, 2014 O74 SAR Radar Distributor Same as above Radar altimeters 2 m SWH incluiding atm. corrections) Marine and land services Altimeter Planned EOL Date: Aug Waveband Summary Dual freq radar ESA 2021 altimeter, Ku-band, C-band Instrument: Not Operational Resolution Summary 300 m Sentinel – 3b Owner & Mission: Future Imaging multi-spectral [Best Resolution: 300m] O75 Ocean and Land Distributor Same as above Timeframe radiometers (passive Swath Summary 1270 km, across- Marine and land services Colour Imager microwave) track tilt 12.2 deg to the West ESA Planned Launch Date: [Max Swath: 1270 km] Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 98 of 152

Ref Mission Mission and Mission and Instrument Technical Instrument Measurements Owners and Orbit details and URL Instrument status and Instrument Type Nr Instrument Characteristics and Applications Partners Timeframe N.A. Accuracy Summary 2% abs, 0.1% rel. Waveband Summary 21 bands in Planned EOL Date: N.A. VNIR/SWIR Instrument: Not Operational

Mission: Future Resolution Summary 500 m (VNIR/SWIR), 1 km (TIR) Sentinel – 3b Timeframe [Best Resolution: 500m] Sea and Land Swath Summary 1675 km (near-nadir Owner & Planned Launch Date: Imaging multi-spectral Surface view), 750km (backward view) O76 Distributor Same as above N.A. radiometers (passive Marine and land services Temperature [Max Swath: 1675 km] microwave) Radiometer ESA Planned EOL Date: N.A. Accuracy Summary 0.2 K abs., 80 mK rel. Instrument: Not Waveband Summary 9 bands in Operational VNIR/SWIR/TIR Resolution Summary 300 m Mission: Future [Best Resolution: 300m] Timeframe Swath Summary Profiling Accuracy Sentinel – 3b Owner & Summary 3 cm in range (1 s average, Planned Launch Date: N.A. O77 SAR Radar Distributor Same as above Radar altimeters 2 m SWH incluiding atm. corrections) Marine and land services Altimeter Planned EOL Date: N.A. Waveband Summary Dual freq radar ESA altimeter, Ku-band, C-band Instrument: Not Operational

Type: Sun-synchronous Resolution Summary 1.15 km at nadir Owner & Altitude: 832 km Mission: Ongoing - minimal variation for off-nadir Distributor Period: 101 mins viewing Timeframe Inclination: 98.7 deg Swath Summary 2200 km Data of use for crop forecast SPOT – 4 Repeat cycle: 26 days Imaging multi-spectral Waveband Summary Operational and monitoring, vegetation O78 Launch Date: 24 Mar 1998 CNES & ECT: 10:30 LST radiometers (vis/IR) mode: VIS: 0.61 - 0.68 µm, NIR: 0.78 monitoring, and biosphere/ Vegetation Spotimage Longitude (if geo): - 0.89 µm, SWIR: 1.58 - 1.75 µm, geosphere interaction studies Planned EOL Date: Jun (until Dec 2006) Asc/desc: Descending Blue: 0.43 - 0.47 µm / VITO (since URL: http://www.spotimage.com/ 2013 Jan 2007) http://smsc.cnes.fr/VEGETATION/ Instrument: Operational SPOT – 5 Mission: Ongoing Resolution Summary 1.15 km at nadir Owner & Imaging multi-spectral O79 Same as SPOT-4 - minimal variation for off-nadir Data of use for crop forecast Distributor radiometers (vis/IR) Vegetation Timeframe viewing Swath Summary 2200 km and monitoring, vegetation Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 99 of 152

CNES & Waveband Summary Operational monitoring, and biosphere/ Spotimage Launch Date: 04 May 2002 mode: VIS: 0.61 - 0.68 µm, NIR: 0.78 geosphere interaction studies (until Dec 2006) - 0.89 µm, SWIR: 1.58 - 1.75 µm, / VITO (since Planned EOL Date: Jun Blue: 0.43 - 0.47 µm Jan 2007) 2014

Instrument: Operational MODIS Level 1 data, Swath: 2330 Km geolocation, cloud mask, and Atmosphere products: Bands: 36 channels http://ladsweb.nascom.nasa.g Sun Synchronous orbit Mission: Ongoing Res: 1 Km ov/ MODIS land products: Owner: NASA http://edcdaac.usgs.gov/datapr Terra Orbital elements Eccentricity 0 Launch Date: 18 Dec 1999 It has a viewing swath width of 2,330 oducts.asp MODIS Inclination 98.2° Orbital period Imaging multi-spectral O80 Planned EOL Date: Sept km and views the entire surface of the cryosphere products: 98.1 minutes Apoapsis 685 km radiometers (vis/IR) MODIS Agreement with 2014 Earth every one to two days. Its http://nsidc.org/daac/modis/in ESA (426 mi) Periapsis 654 km detectors measure 36 spectral bands dex.html (406 mi) Instrument: Operational between 0.405 and 14.385 µm, and it acquires data at three spatial MODIS ocean color and sea resolutions -- 250m, 500m, and surface temperature products: 1,000m. http://oceancolor.gsfc.nasa.go v/

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 100 of 152

4.2 Medium resolution Land and Ocean monitoring (wide swath ocean colour and surface temperature sensors, altimeter). Table 2

ESA: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine ESA ESA: e-GEOS Matera ESA: 2.A Restrained Data Access-Restrained Data Set ESA: Volume: 4.63 TB Matera: Apr 2003 – to http://catalogues.eo allowed for some user categories Level 0: ESA: M. Albani, O3 Aqua MODIS European date portal.org/eoli.html Coverage, ESA: INSA WILMA Terms and Conditions for the Utilisation of B. Hoersch Maspalomas: Sep Maspalomas http://earth.esa.int/E Data under ESA’s Third Party Missions scheme North Africa 2003 – to date Volume:5.2 TB OLi/EOLi.html https://earth.esa.int/pi/esa?type=file&ts=13052813 56743&table=aotarget&cmd=image&id=2260 Guidelines for submission of project Proposal https://earth.esa.int/pi/esa?type=file&ts=11597973 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 101 of 152

1.B Free and Open Access with User Registration BIRD DLR: DLR : Wide-Angle http://www.eoportal.org/directory/info_DLRDataC Various DLR Neustrelitz Level 0: HDF DLR: K-D. O5 Optoelectronic DLR : 2001 - to date DLR Internal atalogues.html locations Volume: 1 TB Missling Stereo Scanner Level 1: HDF Registration Form: worldwide Level 2: HDF https://eo-sso-idp.eo.esa.int/idp/AuthnEngine

Cryosat-2 ESA: SAR ESA: April 2010 – to ESA: CNES Toulouse Level 0: ESA: M.Albani, O6 ESA: Global TBD TBD Interferometer date Volume: 60 TB Level 1: T. Parrinello Radar Altimeter Level 2:

ESA: Infoterra http://catalogues.eo 1.B Free and Open Access with User registration Farnborough ESA Level 0: portal.org/eoli.html ENVISAT Volume: 64 TB, Infoterra: May 2002 – ENVISAT Registration form: ESA: MERCI AATSR 16 http://earth.esa.int/E Advanced Apr 2011 Level 1: ESA: M. Albani, O7 TB OLi/EOLi.html https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Along-Track Worldwide Level 2: H. Laur

Scanning coverage Kiruna: May 2002 – MERIS and Data Policies: Radiometer ESA: Kiruna AATSR: Apr 2011 https://earth.esa.int/c/document_library/get_file?fo Salmijarvi https://oa- lderId=296006&name=DLFE-3602.pdf Volume: 66 TB es.eo.esa.int/ra/ Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 102 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) https://oa- https://earth.esa.int/c/document_library/get_file?fol ks.eo.esa.int/ra/ derId=13019&name=DLFE-570.pdf ESA: ESA MERIS RR: B) Free and Open Data Access with User http://merci- registration ESA ESA: Infoterra srv.eo.esa.int/merci/ Farnborough Volume: welcome.do Registration Form: ESA: Infoterra: May 2002 – 115 TB https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Level 0: Apr 2011 MERIS: http://merci-srv.eo.esa.int/merci/welcome.do ESA: e-GEOS Matera Level 1: https://oa- Matera: May 2002 – Volume 79.6 TB (ESRIN) ip.eo.esa.int/ra/ Data Policies: ESA: Apr 2011 Level 2: https://earth.esa.int/pi/docs/doc/download/revised_ ESA: INTA (ESRIN) Worldwide Maspalomas: May MERIS and ESA_data_policy.pdf Maspalomas coverage 2002 – Apr 2011 AATSR: https://earth.esa.int/c/document_library/get_file?fol Volume: 84.36 TB Envisat Format ESA: M. Albani, https://oa- derId=13019&name=DLFE-570.pdf H. Laur ENVISAT ESRIN: May 2002 – es.eo.esa.int/ra/ https://earth.esa.int/pi/esa?type=file&table=aotarget O8 ESA ESRIN Frascati MERIS Apr 2011 https://oa- &cmd=image&id=520 Volume: 24 TB and Canada: C. Kiruna: Jun 2002 – ks.eo.esa.int/ra/ Canada: 42 TB (MERCI) Theophilos Apr 2011

Coverage of Canada ESA: Kiruna Canada: CCRS Canada Salmijarvi Data Policies: Volume: 160 TB RFC (24.2TB) L1B (11.1TB) http://www.canada.gc.ca/importantnotices.html#no Canada Canada: n Canada: CCRS L2B (11.7TB) Browse and swath CCRS: May 2007 - Volume: 47 TB based L1 and L2: Apr 2011 ceocat.ccrs.nrcan.gc .ca ftp://meris.ccrs.nrca n.gc.ca/ B) Free and Open Data Access with User

ESA Level 0: registration ESA: CNES Toulouse Toulouse: May 2002 ENVISAT ENVISAT ESA: Volume: 12.2 TB http://catalogues.eo – Apr 2011 Level 1: Registration Form: ESA: M. Albani, O9 portal.org/eoli.html Radar Worldwide Level 2: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine H. Laur ESA: Kiruna Altimeter – 2 coverage Kiruna: May 2002 – http://merci-srv.eo.esa.int/merci/welcome.do Salmijarvi http://earth.esa.int/E Apr 2011 Volume: 9.19 TB OLi/EOLi.html Data Policies: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 103 of 152

Registration Form: ESA ESA: Ifremer Brest ESA: ESA: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Brest: Aug 1991 – Jun Volume: 13.8 TB ERS-1 Level 0: RASR ESA: 1996 http://catalogues.eo Calibrated Files ESA: M. Albani, O10 Along Track ESA: Infoterra portal.org/eoli.html Worldwide Level 1: Data Policies: W. Lengert Scanning Infoterra Farnbourough coverage ENVISAT http://earth.esa.int/E https://earth.esa.int/pi/docs/doc/download/revised_ Radiometer Farnbourough: Aug Volume: MERCI Level 2: OLi/EOLi.html ESA_data_policy.pdf 1991 – Dec 1997 ATSR1 - 5.5 TB https://earth.esa.int/c/document_library/get_file?fol

derId=13019&name=DLFE-570.pdf https://earth.esa.int/pi/esa?type=file&table=aotarget &cmd=image&id=520

ESA: Ifremer Brest ESA http://catalogues.eo Volume: 14.7 TB Level 0: ERAC ERS-1 ESA: Brest: Aug 1991 – Jun portal.org/eoli.html Files Same as ATSR above ESA: M. Albani, O11 1996 Radar Worldwide ESA: Infoterra Level 1: http://earth.esa.int/E W. Lengert

Altimeter coverage Farnbourough Level 2: OLi/EOLi.html Infoterra Volume: TBD Farnbourough: TBD

ESA ERS-2 ESA: Ifremer Brest Brest: Apr 1995 – http://catalogues.eo Volume: 4 TB Level 0: EATC2 Along Track ESA: July 2011 portal.org/eoli.html Calibrated Files ESA: M. Albani, O12 Scanning Same as ATSR above Worldwide ESA: Infoterra Level 1: http://earth.esa.int/E W. Lengert Radiometer - 2 Infoterra coverage Farnbourough Level 2: OLi/EOLi.html Farnbourough: Jun Volume: MERCI 1995 – Jun 2003 ATSR2 - 11 TB ESA Level 0: ERAC Same as ATSR above ESA: M. Albani, O13 ERS-2 ESA: Brest: Apr 1995 – ESA: Ifremer Brest Files http://catalogues.eo W. Lengert Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 104 of 152

Farnborough: Mar ESA: Infoterra 2008 – July 2011 Farnborough Volume: 50 GB Euromap: Level 0: NRSA Fred 2.B Restrained Data Access Commercial Data Set Euromap: Level 1: Fast Euromap at DLR Euromap/DLR: IRS-1C European Format, Euromap: May 1996 – Neustrelitz http://www.euroma http://www.euromap.de/products/prod_102.html Euromap: F. O14 Coverage and Super Structure Wifs Oct 2004 Volume: 30.6 TB for p.de/products/serv_ Barner Northern BSQ, Geotiff all IRS-1C data 003.html http://www.euromap.de/pdf/em_enduser_license_E Africa Level 2: Fast N_v4.0_20120614.pdf Format, Super Structure BSQ, Geotiff Euromap: Euromap at DLR IRS-1D European Neustrelitz Euromap: Nov 1997 – Euromap: F. O15 Coverage and Volume: 26.8 TB for Same as IRS-1C Same as IRS-1C Same as IRS-1C Wifs Sep 2005 Barner Northern all IRS-1D data Africa

ESA: IRS-P3 ESA Maspalomas: ESA: INSA ESA: through ESA ESA ESA and Format and ESA: M. Albani Aug 1998 – Feb 2004 Maspalomas helpdesk DLR: Level TBD https://earth.esa.int/web/guest/missions/3rd-party- O16 Modular Opto- Volume: 1.5 TB European missions/historical-missions/irs-p3 DLR: K.D. electronic DLR Neustrelitz: DLR: Coverage DLR: Missling Scanner 1996 – 2003 DLR Neustrelitz http://eoweb.dlr.de DLR: MOS-specific Volume: 2.76 TB TBD file format Jason 1 http://www- Level 0: binary aviso.cnes.fr:8090/ 1.B Restrained Data Access with user Registration CNES: D. CNES: Global O17 JASON 2002 – to date CNES Toulouse HTML/information/ Registration Form: Boucon, R. over ocean Microwave Volume Level 1: binary frames/general/prod http://www.aviso.oceanobs.com/en/data/registratio Moreno Radiometer Level 0: 30 GB with ASCII uits_uk.html n-form.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 105 of 152

http://www- 1.B Restrained Data Access with user Registration Registration Form: Jason 1 aviso.cnes.fr:8090/ Level 0: ASCII http://www.aviso.oceanobs.com/en/data/registratio CNES: D. Laser CNES: Global CNES Toulouse HTML/information/ O18 2002 – to date specific format n-form.html Boucon, R. Retroreflector over ocean frames/general/prod Volume: 58 MB Moreno Array uits_uk.html http://www.aviso.oceanobs.com/en/data/data- (not available) access-services.html

Level 0: ASCII CNES Toulouse Jason 1 Level 1: http://www- Positioning Volume: proprietary aviso.cnes.fr:8090/ Ocean Solid format (binary HTML/information/ CNES: D. CNES: Global § Level 0: 530 GB Same as above O19 Earth Ice 2002 – to date with ASCII frames/general/prod Boucon, R. over ocean Dynamics § Level 1: 97 GB header) uits_uk.html Moreno Orbiting § Level 2: 9 TB Navigator Level 2: SFDU (not available) CCSDS ASCII header Jason 2 http://www- Level 1: ASII aviso.cnes.fr:8090/ CNES: D. CNES: Global CNES Toulouse Same as Jason-1 O20 JASON 2008 - to date specific format HTML/information/ Boucon, R. over ocean Volume: 24 MB Microwave frames/general/prod Moreno Radiometer uits_uk.html http://www- Jason 2 aviso.cnes.fr:8090/ Level 0: ASCII CNES: D. Laser CNES: Global CNES Toulouse HTML/information/ Same as above O21 2008 - to date specific format Boucon, R. Retroreflector over ocean frames/general/prod Volume: 83 MB Moreno Array uits_uk.html (not available) Jason 2 CNES: CNES: CNES: CNES: D. O22 CNES Toulouse CNES: Positioning CNES: Global 2008 - to date http://www- Same as above Boucon, R. Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 106 of 152

O23 Future Jason N.A. N.A. TBD TBD TBD TBD TBD Payload Jason - CS

O24 Future Jason N.A. N.A. TBD TBD TBD TBD TBD Payload Level 0: EPS METOP–A 1.B Free and Open access with user registration native Discovery: Archive data access is free of charge Advanced EUMETSAT Level 1: EPS http://navigator.eum EUMETSAT Microwave EUMETSAT: Darmstadt native* etsat.int http://www.eumetsat.int/Home/Main/DataAccess/E Helpdesk: O25 Mar 2008 – to date [email protected] Sounding Unit- global Volume: 0.1 TB / year Ordering: UMETSATDataCentre A *(plus other formats on http://archive.eumet Registration Form: H. Rothfuss (AMSU-A) sat.int retrieval, e.g. HDF5, BUFR) https://eoportal.eumetsat.int/userMgmt/step1.faces

METOP–A Discovery: EUMETSAT Level 0: EPS EUMETSAT http://navigator.eum EUMETSAT: EUMETSAT: Mar Darmstadt native Helpdesk: O26 Advanced etsat.int Same as above global 2008 – to date Volume: 1.5 TB / year [email protected] Scatterometer Level 1: EPS

(ASCAT) native* Ordering: H. Rothfuss http://archive.eumet Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 107 of 152

Level 0: EPS native METOP–A Level 1: EPS Discovery: EUMETSAT native* http://navigator.eum EUMETSAT Darmstadt Advanced Very EUMETSAT: EUMETSAT: Mar etsat.int Helpdesk: O27 Volume: 0.45 TB / * Global Data Same as above High Resolution global 2008 – to date [email protected] year Ordering: Radiometer/3 Set, 1 km http://archive.eumet H. Rothfuss (AVHRR) plus other formats on sat.int retrieval, e.g. HDF5)

Level 0: EPS native Discovery: METOP–A EUMETSAT Level 1: EPS http://navigator.eum EUMETSAT High Resolution EUMETSAT: EUMETSAT: Mar Darmstadt native* etsat.int Helpdesk: O28 Same as above [email protected] Infra-red global 2008 – to date Volume: 0.1 / year Ordering: Sounder/4 * plus other formats on http://archive.eumet H. Rothfuss retrieval, e.g. sat.int HDF5, BUFR) METOP–A EUMETSAT Discovery: Level 0: EPS EUMETSAT EUMETSAT: EUMETSAT: Mar Darmstadt http://navigator.eum O29 Infrared native Same as above Helpdesk: global 2008 – to date Volume: 9.6 TB / year etsat.int Atmospheric [email protected] Level 1: EPS Sounding Ordering: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 108 of 152

METOP–B EUMETSAT EUMETSAT Advanced Darmstadt Same as Helpdesk: O30 Microwave Volume: 0.1 TB / year Same as METOP-A Same as METOP-A EUMETSAT: Ca. Quarter 2 2013 METOP-A [email protected] Sounding Unit- global (TBC) A H. Rothfuss

Level 0: EPS native Level 1: EPS native* EUMETSAT EUMETSAT Level 2: EPS METOP–B Darmstadt native* Helpdesk: O31 Advanced EUMETSAT: Ca. Quarter 2 2013 Volume: 1.5 TB / year Same as METOP-A Same as above [email protected] Scatterometer global (TBC) * Various resolutions and H. Rothfuss products plus other formats on retrieval, e.g. netCDF

Level 0: EPS EUMETSAT native EUMETSAT METOP–B Darmstadt Advanced Very Volume: 0.45 TB / Level 1: EPS Helpdesk: O32 Same as METOP-A Same as above High Resolution EUMETSAT: Ca. Quarter 2 2013 year native* [email protected] Radiometer/3 global (TBC) * Global Data H. Rothfuss Set, 1 km plus other Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 109 of 152

Level 0: EPS native EUMETSAT METOP–B Level 1: EPS EUMETSAT Darmstadt High Resolution native* Helpdesk: O33 Volume: 0.1 / year Same as METOP-A Same as above Infra-red EUMETSAT: Ca. Quarter 2 2013 [email protected] Sounder/4 global (TBC) * plus other formats on H. Rothfuss retrieval, e.g. netCDF, BUFR)

Level 0: EPS native

METOP–B EUMETSAT Level 1: EPS EUMETSAT

Infrared Darmstadt native* Helpdesk: O34 Atmospheric EUMETSAT: Ca. Quarter 2 2013 Volume: 9.6 TB / year Same as METOP-A Same as above [email protected] Sounding * various levels global (TBC) Interferometer plus other H. Rothfuss formats on retrieval, e.g. netCDF, BUFR) METOP–C Advanced O35 Microwave NA NA TBD TBD TBD TBD TBD Sounding Unit- A METOP–C O36 Advanced NA NA TBD TBD TBD TBD TBD Scatterometer METOP–C Advanced Very O37 NA NA TBD TBD TBD TBD TBD High Resolution Radiometer/3 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 110 of 152

ESA: https://earth.esa.int/pi/esa?type=file&table=aotarge ESA: INSA Maspalomas t&cmd=image&alias=TPMterms Maspalomas: Sep ESA: Volume: 20 GB on ESA: Nimbus-7 1980 – Dec 1984 ESA: through ESA Guidelines for submission of project Proposal O40 European Exabytes Level 0, 1 and ESA: M. Albani CZCS helpdesk coverage Level 2 https://earth.esa.int/pi/esa?type=file&ts=11597973 Esrin: Nov 1978 – Esrin 82790&table=aotarget&cmd=image&id=121 May 1986 Volume: 150 GB Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: https://earth.esa.int/pi/esa?type=file&ts=11597963 17527&table=listtarget&cmd=image&id=140 https://earth.esa.int/web/guest/contact-us ESA: KSAT Tromso ESA: ESA: ESA: ESA Volume: 6.8 TB for 1.B Free and Open Access with User registration O41 NOAA-7 http://catalogues.eo ESA: M. Albani European All NOAA Series: all NOAA series Level 1b: Registration form: Coverage, SHARP portal.org/eoli.html Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 111 of 152

ESA ESRIN Frascati Guidelines for submission of project Proposal Volume: 1 TB NOAA Series https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140

ESA: ESA: Level 1b: ESA ESA: ESA: see NOAA-7 SHARP http://catalogues.eo ESA: see NOAA-7 (Standard- portal.org/eoli.html Same as NOAA-7 European family HRPT ESA: M. Albani Coverage, Archive http://earth.esa.int/E

O42 NOAA-8 North Africa Request OLi/EOLi.html Canada Canada: Canada CCRS: 1983- Canada CCRS: 818 Product) Canada: C. 1985 scenes Data Policies: Theophilos Coverage of Canada: http://www.canada.gc.ca/importantnotices.html#no Canada Canada CCRS http://ceocat.ccrs.nr n can.gc.ca/portal/ind Format: L0 ex.html NATAS Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 112 of 152

ESA: see NOAA-7 NOAA – 9 ESA: see NOAA-7 ESA: same as NOAA-7 ESA: M. Albani Same as Same as O43 Advanced Very NOAA-8 Same as NOAA-8 NOAA-8 Canada CCRS: 1985- Canada CCRS: 10591 Canada: C. High Resolution Canada: same as NOAA-8 1989 scenes Theophilos Radiometer/2

NOAA – 10 ESA: see NOAA-7 ESA: see NOAA-7 ESA: M. Albani ESA: same as NOAA-7 Advanced Very Same as Same as O44 Same as NOAA-8 High Resolution NOAA-8 NOAA-8 Canada: C. Canada CCRS: 525 Radiometer/2 Canada CCRS: 1986- Theophilos scenes Canada: same as NOAA-8 1993

NOAA – 11 ESA: same as NOAA-7 ESA: see NOAA-7 ESA: see NOAA-7 ESA: M. Albani Advanced Very Same as Same as O45 Same as NOAA-8 High Resolution NOAA-8 Canada CCRS: 24198 NOAA-8 Canada: same as NOAA-8 Canada: C. Radiometer/2 Canada CCRS: 1989- scenes Theophilos 1994 NOAA – 12 ESA: see NOAA-7 ESA: see NOAA-7 ESA: same as NOAA-7 ESA: M. Albani Advanced Very Same as Same as O46 Same as NOAA-8 High Resolution NOAA-8 Canada CCRS: 14112 NOAA-8 Canada: C. Radiometer/2 Canada CCRS: 1993 - scenes Canada: same as NOAA-8 Theophilos 1996 NOAA – 14 ESA: see NOAA-7 ESA: see NOAA-7 ESA: same as NOAA-7 ESA: M. Albani Advanced Very Same as Same as O47 Same as NOAA-8 High Resolution NOAA-8 Canada CCRS: 32904 NOAA-8 Canada: C. Radiometer/2 Canada CCRS: 1993 - scenes Canada: same as NOAA-8 Theophilos 1996 ESA: see NOAA-7 ESA and ESA: see NOAA-7 ESA and ESA and Canada: ESA: M. Albani, NOAA – 15 Canada: Same Canada: Same Same as NOAA-8 ESA: same as NOAA-7 B. Hoersch Advanced Very EUMETSAT: O48 as NOAA-8 EUMETSAT: Feb as NOAA-8 High Resolution 2006 – to date Darmstadt EUMETSAT Radiometer/3 EUMETSAT: EUMETSAT: EUMETSAT: EUMETSAT European Canada CCRS: 1998 - Canada CCRS: 68 EUMETSAT: Discovery: Helpdesk: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 113 of 152

Canada: same as NOAA-8

ESA: see NOAA-7 ESA: see NOAA-7 ESA: same as NOAA-7

NOAA – 16 EUMETSAT: see Advanced Very Same as EUMETSAT: Feb Same as Same as NOAA- O49 NOAA-15 Same as NOAA-15 High Resolution NOAA-15 2006 – to date NOAA-15 EUMETSAT: same as NOAA-15 15

Radiometer/3 Canada CCRS: 2001- Canada CCRS: 29049 Canada: same as NOAA-8 2004 scenes ESA: see NOAA-7 ESA: see NOAA-7

NOAA – 17 EUMETSAT: Feb EUMETSAT: see Advanced Very Same as Same as Same as NOAA- O50 2006 – Sep 2010 NOAA-15 Same as NOAA-15 Same as NOAA-15 High Resolution NOAA-15 NOAA-15 15

Radiometer/3 Canada CCRS: 2002- Canada CCRS: 17250 2006 scenes

ESA and ESA: see NOAA-7 ESA: see NOAA-7 Canada: same as NOAA – 18 NOAA-15 EUMETSAT: 2006 – EUMETSAT: Same as Same as NOAA- O51 Advanced Very Jul 2009 Darmstadt EUMETSAT: Same as NOAA-15 Same as NOAA-15 NOAA-15 15 High Resolution AVHRR EARS Radiometer/3 Canada CCRS: 2006 - Canada CCRS: 31924 to date Data (Regional scenes Data) and AVHRR GAC Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 114 of 152

ESA: see NOAA-7 ESA: see NOAA-7 NOAA – 19 EUMETSAT: Same as EUMETSAT: Jul Same as Same as NOAA- O52 Advanced Very 2009 - to date Darmstadt Same as NOAA-15 Same as NOAA-15 NOAA-15 NOAA-18 15 High Resolution Radiometer/3 Canada CCRS: March Canada CCRS: 27800 2009 - to date scenes

Global over Oceansat – 2 ocean, measurements O53 TBD TBD TBD TBD TBD ASI: M.Calabrese Ocean Colour on ice, coastal Monitor areas, on inland waters.

Global over ocean, Oceansat – 2 measurements O54 TBD TBD TBD TBD ASI: M.Calabrese Scatterometer on ice, coastal areas, on TBD inland waters.

Global over ocean, Oceansat – 3 measurements O55 Ku-band N.A. TBD TBD TBD TBD TBD on ice, coastal Altimeter areas, on inland waters.

Global over Oceansat – 3 ocean, O56 Ocean Colour measurements N.A. TBD TBD TBD TBD TBD Monitor on ice, coastal areas, on Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 115 of 152

Global over Oceansat – 3 ocean, Passive measurements O57 N.A. TBD TBD TBD TBD TBD Microwave on ice, coastal Radiometer areas, on inland waters.

Global over ocean, Oceansat – 3 measurements O58 N.A. TBD TBD TBD TBD Scatterometers on ice, coastal TBD areas, on inland waters.

Global over Oceansat - 3 ocean, Thermal measurements O59 N.A. TBD TBD TBD TBD TBD Infrared on ice, coastal Radiometer areas, on inland waters.

1.B Free and Open Access with User registration

Registration form:

ESA: KSAT Tromso ESA: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Volume: 0.201 TB ESA: ESA: Tromso: 1998 – Dec ESA: 2.A Restrained Data Access allowed for some user 2010 Level 1b: http://catalogues.eo Orbview-2 European ESA: e-GEOS Matera categories ESA: M. Albani, O60 Matera: Jul 1999 – SHARP Format portal.org/eoli.html SeaWifs Coverage, Volume: 0.488 TB B. Hoersch Dec 2010 North Africa http://earth.esa.int/E Terms and Conditions for the Utilisation of Maspalomas: Apr ESA: INSA OLi/EOLi.html Data under ESA’s Third Party Missions scheme 1997 – Dec 2010 Maspalomas https://earth.esa.int/pi/esa?type=file&ts=13052813 Volume: 0.409 TB 56743&table=aotarget&cmd=image&id=2260 Guidelines for submission of project Proposal Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 116 of 152

Positioning CNES Toulouse CNES: CNES: CNES: D. Ocean Solid CNES: Global Volume: Included O62 CNES: 1992 – 2005 Level 2: format http://aviso-data- Boucon, R. Earth Ice over ocean above Same as above TBD center.cnes.fr/ssalto Moreno Dynamics Orbiting Navigator VITO: Archived data: Level 1C (Segments) VITO: VITO Belgium Level 2: Daily O63 Proba-V Global over VITO: Planned 2013 Volume: N.A. and 10-daily TBD TBD VITO: E. Goor land syntheses (S1 and S10) Format: HDF5 Plate Carrée 1/3 and 1 km Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 117 of 152

1.B Free and Open Access with User registration Registration form: https://eo-sso-idp.eo.esa.int/idp/AuthnEngine 2.A Restrained Data Access allowed for some user categories Terms and Conditions for the Utilisation of Data under ESA’s Third Party Missions scheme https://earth.esa.int/pi/esa?type=file&ts=13052813 ESA: 56743&table=aotarget&cmd=image&id=2260 ESA Brest: Jul 1999 – ESA: Ifremer Brest Level 2a and ESA: Through ESA O64 QuickSCAT ESA: Global Guidelines for submission of project Proposal ESA: M. Albani Nov 1999 Volume: 2.8 TB 2b: Format TBD helpdesk https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: free https://earth.esa.int/pi/esa?type=file&ts=115979631 7527&table=listtarget&cmd=image&id=140

http://manati.star.nesdis.noaa.gov/datasets/QuikSC ATData.php SAC-D Aquarius L- O65 N.A. N.A. TBD TBD TBD TBD TBD Band Scatterometer SAC-D O66 High Sensitivity N.A. N.A. TBD TBD TBD TBD TBD Camera Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 118 of 152

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 119 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Sentinel – 3b ESA: M. Albani, O77 SAR Radar N.A. N.A. TBD TBD TBD TBD S. Mecklenburg Altimeter VITO: Level 1: not available for VITO Belgium customers VITO: Volume (April 2012): April 1998 – February Raw data: 4.3 TB Level 2 2.B Restrained Data Access allowed for some user 2003: normal P-products: 4.6 TB archived data: VITO: SPOT – 4 VITO: categories programming (zipped) http://www.vgt.vito. O78 - Segments (P VITO: E. Goor Global over S1 products: 2 TB be/pages/catalogue. Vegetation products) land February 2003 – April (zipped) html Data Policies: 2012: special S10 products: 250 GB - Daily and 10- http://www.vgt.vito.be/pages/policy.html programming (zipped) daily syntheses (S1 and S10) Format: HDF4 Plate Carrée 1 km resolution VITO Belgium Volume (Mid 2012): Raw data: 5.2 TB VITO: 2.A Restrained Data Access Commercial Data Set SPOT – 5 VITO: P-products: 5.6 TB Same as SPOT- VITO: February 2003 http://www.vgt.vito. O79 (zipped) 4 VITO: E. Goor Global over - to date be/pages/catalogue. Data Policies: Vegetation S1 products: 3.5 TB land html http://www.vgt.vito.be/pages/policy.html (zipped) S10 products: 450 GB (zipped) ESA: SSC Kiruna ESA 1.B Free and Open Access with User registration Esrange ESA; ESA: ESA: Volume: 10.755 TB Kiruna: Jul 2001 – to http://catalogues.eo Registration form: European Level 0: ESA: M. Albani, O80 Terra MODIS date portal.org/eoli.html https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Coverage, ESA: e-GEOS Matera WILMA B. Hoersch Matera: Jul 2001 – to Volume: 8.07 TB North Africa http://earth.esa.int/E 2.B Restrained Data Access allowed for some user date OLi/EOLi.html categories ESA: INSA Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 120 of 152

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 121 of 152

5. C4: ATMOSPHERIC

5.1 Atmospheric. Table 1

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Type: Sun-synchronous Altitude: 408 km Resolution Summary One wind Mission: Future Period: 92.5 mins profile every 200 km along track,

Inclination: 97.01 deg averaged over 50 km Timeframe ADM-Aeolus Repeat cycle: 7 days Swath Summary Along line 285 km Owner & Global wind profiles (single line- Atmospheric ECT: 18:00 LST parallel to satellite ground track A1 Distributor Planned Launch Date: 2014 Lidars of-sight) for an improved weather Laser Doppler Longitude (if geo): Accuracy Summary Wind speed error ESA prediction Instrument Asc/desc: Ascending below 2 m/s Planned EOL Date: 2017 URL: Waveband Summary UV: 355 nm

http://www.esa.int/esaLP/ES Instrument: Not Operational AES62VMOC_LPadmaeolus _0.html Type: Sun-synchronous Altitude: 450 km Period: Mission: Future Inclination: 97 deg Resolution Summary 300 m Derivation of cloud and aerosol Repeat cycle: Timeframe EarthCARE Owner & horizontal (TBC) properties - Measurement of LST: A2 ATmospheric Distributor Planned Launch Date: Nov 2015 Lidars Waveband Summary Laser at 355 nm molecular and particle backscatter Longitude (if geo): LIDar ESA in Rayleigh, co-polar and cross- Asc/desc: Descending Planned EOL Date: Nov 2018 polar Mie channels URL: http://www.esa.int/esaLP/AS Instrument: Not Operational ESMYNW9SC_LPearthcare_ 0.html Mission: Future Resolution Summary 10 x 10 km ground pixel size for each of the three EarthCARE Timeframe views Owner & Earth radiation BroadBand Accuracy Summary flux retrieval Top of the atmosphere radiances A3 Distributor Same as above Planned Launch Date: Nov 2015 budget Radiometer accuracy 10 Wm-2 and radiative flux ESA radiometers (EarthCARE) Planned EOL Date: Nov 2018 Waveband Summary Shortwave channel: 0.2 - 4 µm, Total channel 0.2 - Instrument: Not Operational 50 µm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 122 of 152

Mission: Future Resolution Summary 500 m EarthCARE Timeframe horizontal Owner & Cloud Profiling Cloud profile and Waveband Summary Microwave: 94 Measurement of cloud properties, A4 Distributor Same as above Planned Launch Date: Nov 2015 Radar rain radars GHz light precipitation, vertical motion ESA (EarthCARE) Planned EOL Date: Nov 2018

Instrument: Not Operational

Resolution Summary 500 x 500 m [Best Resolution: 500m] Swath Mission: Future Summary 150 km swatch with, asymmetrically; 35 km to 115 km EarthCARE Timeframe Imaging multi- versus nadir point Owner & Observation of cloud properties spectral [Max Swath: 150 km] A5 Multi-Spectral Distributor Same as above Planned Launch Date: Nov 2015 and aerosol (aerosols to be radiometers Waveband Summary VIS - NIR: Imager ESA confirmed) (vis/IR) Band1: VIS, 670 nm, Band2: NIR, 865 (EarthCARE) Planned EOL Date: Nov 2018 nm, Band3: SWIR-1, 1.67 µm, Band4: Instrument: Not Operational SWIR-2, 2.21 µm, Thermal Infrared: Band5: 8.8 µm, Band6: 10.8µm, Band7: 12.0 µm

The Doppler Orbitography and Radio- positioning Integrated by Satellite instrument is a microwave tracking system that can be utilized to determine On the ground, DORIS data is the precise location of the ENVISAT Type: Sun-synchronous used to create precise orbit satellite. DORIS operates by measuring Altitude: 782 km Mission: Completed reconstruction models which are the Doppler frequency shift of a radio Period: 100.5 mins then used for all satellite Owner & Timeframe signal transmitted from ground stations Inclination: 98.52 deg instruments requiring precise orbit ENVISAT Distributor Microwave and received on-board the satellite. A6 Repeat cycle: 35 days Launch Date: 01 Mar 2002 position information. In addition, DORIS tracking system Currently there are about 50 ground ESA ECT: 10:30 LST DORIS operates in a Navigator beacons placed around the globe which Longitude (if geo): EOL Date: 08 Apr 2012 mode in which on-board cover about 75% of the ENVISAT Asc/desc: Descending positioning calculations are Instrument: Not Operational orbit. Precise Doppler shift URL: http://envisat.esa.int/ performed in real-time and relayed measurements are taken using an S- to the ground segment. band frequency of 2.03625 GHz, while a second VHS band signal at 401.25 MHz is used for ionospheric correction of the propagation delay. Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 123 of 152

Mission: Completed Resolution Summary 1.7 km vertical ENVISAT Swath Summary Not applicable Owner & Timeframe Stratospheric profiles of Waveband Summary Spectrometers: Global Ozone Distributor Atmospheric temparature and of ozone, NO2, A7 Same as above Launch Date: 01 Mar 2002 UV - VIS: 248 - 371 nm and 387 - 693 Monitoring by chemistry H20, aerosols and other trace ESA nm, NIR: 750 - 776 nm and 915 - 956 Occultation of EOL Date: 08 Apr 2012 species Stars nm, Photometers: 644 - 705 nm and Instrument: Not Operational 466 - 528 nm

The main objective of the microwave radiometer is the measurement of atmospheric humidity as supplementary information for tropospheric path Mission: Completed correction of the radar altimeter The MWR instrument on board Envisat signal, which is influenced both by ENVISAT Owner & Timeframe is a derivative of the radiometers used the integrated atmospheric water Microwave Distributor Microwave on the ERS-1 and ERS-2 satellites. It is A8 Same as above Launch Date: 01 Mar 2002 vapour content and by liquid radiometer Radiometer a dual-channel nadir-pointing Dicke- ESA water. In addition, MWR (MWR) type radiometer, operating at EOL Date: 08 Apr 2012 measurement data are useful for frequencies of 23.8 GHz and 36.5 GHz. Instrument: Not Operational the determination of surface emissivity and soil moisture over land, for surface energy budget, investigations to support atmospheric studies, and for ice characterisation.

ENVISAT Resolution Summary Vertical Mission: Completd resolution: 3 km, vertical scan range 5 - Data on stratosphere chemistry Michelson 150 km, Horizontal: 3 x 30 km, (global/polar ozone), climate Owner & Timeframe Atmospheric Interferometric Spectral resolution: 0.035 lines/cm research (trace gases/clouds), Distributor temperature and A9 Passive Same as above Launch Date: 01 Mar 2002 Swath Summary Accuracy Summary transport dynamics, tropospheric humidity Atmosphere ESA Radiometric precision: 685 - 970 cm-1: chemistry. Primary/secondary sounders Sounder EOL Date: 08 Apr 2012 1%, 2410 cm-1: 3% species: O3, NO, NO2, HNO3, Waveband Summary MWIR-TIR: N2O5, ClONO2, CH4 Instrument: Not Operational between 4.15 and 14.6 µm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 124 of 152

Resolution Summary Limb vertical 3 x 132 km, Nadir horizontal 32 x 215 ENVISAT km Mission: Completd Measures middle atmosphere Scanning Swath Summary Limb and nadir temperature. Provides tropospheric Imaging Owner & Timeframe mode: 1000 km (max) and stratospheric profiles of O2, Absorption Distributor Atmospheric Accuracy Summary Radiometric: A10 Same as above Launch Date: 01 Mar 2002 O3, O4, CO, N2O, NO2, CO2, Spectrometer chemistry <4% ESA CH4, H2O, and tropospheric and for Atmospheric Waveband Summary UV - SWIR: EOL Date: 08 Apr 2012 stratospheric profiles of aerosols Chartography 240 - 314 nm, 309 - 3405 nm, 394 - and cloud altitude Instrument: Not Operational 620 nm, 604 - 805 nm, 785 - 1050 nm,

1000 - 1750 nm, 1940 - 2040 nm and 2265 - 2380 nm

Type: Sun-synchronous Altitude: 782 km Period: 100.5 mins Mission: Completed Resolution Summary Cells of 50 x 50 ERS-1 Inclination: 98.52 deg km at 25 km intervals Owner & Timeframe Measurements of wind fields at the Repeat cycle: 35 days Swath Summary 500 km Accuracy Distributor ocean surface, wind direction A11 Active ECT: 10:30 LST Launch Date: Jul 1991 Scatterometers Summary Sea surface wind speed: 3 (range 0 - 360 deg), wind speed Microwave ESA Longitude (if geo): m/s, Sea ice type: 2 classes (range 1 - 30 m/s) Instrumentati Asc/desc: Descending EOL Date: Mar 2000 Waveband Summary Microwave: 5.3 on. Wind URL: Instrument: Not Operational GHz (C-band), VV polarisation mode http://www.esa.int/esaEO/GG GWBR8RVDC_index_0.html

The main purpose of the Mission: Completed The Microwave Radiometer - MWR microwave radiometer is the Timeframe (sometimes referred to as Microwave measurement of the tropospheric ERS-1 Owner & Sounder - MWS) is a nadir-viewing path delay for the altimeter Microwave Distributor Launch Date: Jul 1991 Microwave passive radiometer (two channels at through the measurements of the A12 Same as above radiometer Radiometer 23.8 and 36.5 GHz) providing atmospheric integrated water ESA EOL Date: Mar 2000 (MWR) measurements of the total water vapor content and the estimate of Instrument: Not Operational content of the atmosphere within a 20 the attenuation of the altimetric km footprint. signal by the liquid water content

of the clouds. Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 125 of 152

Type: Sun-synchronous Altitude: 782 km Period: 100.5 mins Mission: Completed Resolution Summary Vertical: 5 km Inclination: 98.52 deg (for O3), Horizontal: 40 x 40 km to 40 Measurements of sea surface ERS-2 Owner & Repeat cycle: 35 days Timeframe Imaging multi- x 320 km temperature, land surface Distributor ECT: 10:30 LST spectral Swath Summary 120 - 960 km temperature, cloud top temperature A13 Global Ozone Launch Date: 21 Apr 1995 Longitude (if geo): radiometers Waveband Summary UV-NIR: 0.24 - and cloud cover, aerosols, Monitoring ESA Experiment Asc/desc: Descending EOL Date: 04 Jul 2011 (vis/IR) 0.79 µm (resolution 0.2 - 0.4 nm) vegetation, atmospheric water URL: vapour and liquid water content

http://www.esa.int/esaEO/SE Instrument: Not Operational MGWH2VQUD_index_0_m. html

Resolution Summary Cells of 50 x 50 ERS-2 Mission: Completed km at 25 km intervals Active Owner & Timeframe Swath Summary 500 km Accuracy Measurements of wind fields at the Microwave Distributor Summary Sea surface wind speed: 3 ocean surface, wind direction A14 Same as above Launch Date: 21 Apr 1995 Scatterometers Instrumentation. m/s, Sea ice type: 2 classes (range 0 - 360 deg), wind speed ESA Wind mode (range 1 - 30 m/s) EOL Date: 04 Jul 2011 Waveband Summary Microwave: 5.3 Instrument: Not Operational GHz (C-band), VV polarisation

The main purpose of the Mission: Completd The Microwave Radiometer - MWR microwave radiometer is the (sometimes referred to as Microwave measurement of the tropospheric ERS-2 Owner & Timeframe Sounder - MWS) is a nadir-viewing path delay for the altimeter Microwave Distributor Microwave passive radiometer (two channels at through the measurements of the A15 Same as above Launch Date: 21 Apr 1995 radiometer Radiometer 23.8 and 36.5 GHz) providing atmospheric integrated water ESA (MWR) EOL Date: 04 Jul 2011 measurements of the total water vapor content and the estimate of content of the atmosphere within a 20 the attenuation of the altimetric Instrument: Not Operational km footprint. signal by the liquid water content of the clouds.

Mission: Completed With the assistance of a global network The Precise Range And Range- Owner & of mobile, unattended, autonomously Rate Equipment PRARE is a ERS-2 Distributor Timeframe Microwave operating ground stations, the system compact, space-borne, two-way, A16 Same as above performs synchronous two-way pn- two-frequency microwave satellite PRARE Launch Date: 21 Apr 1995 satellite tracking ESA coded range (= slant distance) and tracking system that is in routine EOL Date: 04 Jul 2011 carrier shifted range-rate (= relative operations onboard the second velocity) measurements at a sub- European Remote Sensing satellite Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 126 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Instrument: Not Operational decimeter resp. sub-millimeter/second ERS-2 since May 1st, 1995. level of accuracy.

Type: Sun-synchronous Altitude: 666 km Resolution Summary 0.5 km (0.380, GOSAT Period: 98 mins Mission: Ongoing 0.678, 0.870 µm bands), 1.5 km (1.62 Thermal And Inclination: 98.05 deg µm band) Swath Summary 1000 km Near infrared Owner: JAXA Timeframe Imaging multi- Repeat cycle: 3 days (0.380 µm, 0.678 µm, 0.870 µm Sensor for spectral Measurement of cloud and aerosol A17 ECT: 13:00 LST Launch Date: 23 Jan 2009 bands), 750 km (1.62 µm band) carbon radiometers for calibration of TANSO-FTS Longitude (if geo): Waveband Summary 0.380 µm, 0.678 Observation - Agreement with (vis/IR) Asc/desc: Descending Planned EOL Date: 01 Jan 2014 µm, 0.870 µm, 1.62 µm Cloud and ESA URL: Aerosol Imager Instrument: Operational http://www.jaxa.jp/projects/sa t/gosat/index_e.html GOSAT Thermal And Mission: Ongoing Near infrared Resolution Summary 10.5 km Swath Owner: JAXA Timeframe Atmospheric Sensor for Summary 160 km Waveband temperature and A18 carbon Same as above Launch Date: 23 Jan 2009 Summary 0.758 - 0.775 µm, 1.56 - CO2 and methane distribution humidity Observation - 1.72 µm, 1.92 - 2.08 µm, 5.56 - 14.3 Agreement with Planned EOL Date: 01 Jan 2014 sounders Fourier ESA µm Transform Instrument: Operational Spectrometer Type: Inclined, non- sunsynchronous Altitude: 867 km Megha- Period: 102.16 mins Mission: Ongoing Tropiques Inclination: 20 deg Imaging multi- Microwave Timeframe Resolution Summary 40 km Swath Owner & Repeat cycle: spectral To estimate rainfall, atmospheric Analysis and Summary 1700 km Waveband A19 Distributor LST: Launch Date: 12 Oct 2011 radiometers water parameters and ocean Detection of Summary 18.7 GHz, 23.8 GHz, 36.5 CNES/ISRO Longitude (if geo): (passive surface winds in the equatorial belt Rain and GHz, 89 GHz, 157 GHz Asc/desc: Ascending Planned EOL Date: Jan 2015 microwave) Atmospheric URL: Structures Instrument: Operational http://www.cnes.fr/web/CNE S-fr/5462-megha- tropiques.php Megha- Type: Inclined, non- Owner & Tropiques sunsynchronous Mission: Ongoing Atmospheric Resolution Summary 10 km Swath Cross-track sounder with the A20 Distributor Sondeur Altitude: 865 km temperature and Summary 2200 km Waveband objective of measuring water CNES/ISRO Timeframe Atmospherique Period: 102.16 mins humidity Summary Microwave: 183.3 GHz (6 vapour profiles in the troposphere Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 127 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners du Inclination: 20 deg Launch Date: 12 Oct 2011 sounders channels) in six layers from 2-12km altitudes Profil'd’Humidit Repeat cycle: e Intertropicale LST: Planned EOL Date: Jan 2015 par Radiometrie Longitude (if geo): Instrument: Operational Asc/desc: Ascending URL: http://www.cnes.fr/web/CNE S-fr/5462-megha- tropiques.php Type: Inclined, non- sunsynchronous Resolution Summary 40 km Swath Altitude: 867 km Summary 2200 km Accuracy Period: 102.16 mins Mission: Ongoing Summary Absolute: ± 2.5 W/m2/sr, Measures top-of-atmosphere Megha- Inclination: 20 deg Relative: ± 0.7 W/m2/sr shortwave radiation (0.2 - 4.0 µm) Tropiques Timeframe Owner & Repeat cycle: Earth radiation Waveband Summary VIS window and total radiation (0.2 - 50 µm). Scanner for A21 Distributor LST: Launch Date: 12 Oct 2011 budget channel: 0.5 - 0.7 µm, Solar channel Two additional narrow-band Earth's CNES Longitude (if geo): radiometers UV - SWIR: 0.2 - 4 µm, Total channel channels (0.5 - 0.7 µm and 11 - 12 Radiation Asc/desc: Ascending Planned EOL Date: Jan 2015 UV - FIR: 0.2 - 50 µm, Thermal µm) allow cloud detection and Budget URL: Instrument: Operational window channel: 10.5 - 12.5 µm scene identification http://www.cnes.fr/web/CNE

S-fr/5462-megha- tropiques.php Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Type: Geostationary Mission: Completed TIR: 5 km Altitude: 36000 km Swath Summary Full Earth disk in all Timeframe Imaging multi- Measures cloud cover, motion, Owner & Longitude (if geo): 0 three channels, every 30 minutes Meteosat – 1 spectral height, upper tropospheric A22 Distributor: URL: Launch Date: 01 Jan 1977 Accuracy Summary Cloud top height: radiometers humidity and sea surface EUMETSAT http://www.eumetsat.int/Hom 0.5 km, Cloud top/ sea surface EOL Date: 01 Jan 1985 (vis/IR) temperature e/Main/Satellites/MeteosatFir temperature: 0.7 K, Cloud cover 15% stGeneration/index.htm Instrument: Not Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Mission: Completed Water vapour: 5 km (after processing), Imaging multi- TIR: 5 km Measures cloud cover, motion, Owner & Meteosat -2 Timeframe spectral Swath Summary Full Earth disk in all height, upper tropospheric A23 Distributor: Same as Meteosat-1 radiometers three channels, every 30 minutes humidity and sea surface EUMETSAT Launch Date: 01 Jan 1981 (vis/IR) Accuracy Summary Cloud top height: temperature EOL Date: 11 Aug 1988 0.5 km, Cloud top/ sea surface temperature: 0.7 K, Cloud cover 15% Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 128 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Instrument: Not Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Mission: Completed TIR: 5 km Swath Summary Full Earth disk in all Timeframe Imaging multi- three channels, every 30 minutes Measures cloud cover, motion, Owner & Meteosat – 3 spectral Accuracy Summary Cloud top height: height, upper tropospheric A24 Distributor: Same as Meteosat-1 Launch Date: 01 Jan 1988 radiometers 0.5 km, Cloud top/ sea surface humidity and sea surface EUMETSAT EOL Date: 31 May 1995 (vis/IR) temperature: 0.7 K, Cloud cover 15% temperature Instrument: Not Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Mission: Completed TIR: 5 km Swath Summary Full Earth disk in all Meteosat – 4 Timeframe Imaging multi- three channels, every 30 minutes Measures cloud cover, motion, METEOSAT Owner & spectral Accuracy Summary Cloud top height: height, upper tropospheric A25 Visible and Distributor: Same as Meteosat-1 Launch Date: 01 Jan 1989 radiometers 0.5 km, Cloud top/ sea surface humidity and sea surface Infra-Red EUMETSAT (vis/IR) temperature: 0.7 K, Cloud cover 15% temperature Imager EOL Date: 04 Feb 1994 Instrument: Not Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), TIR: 5 km Mission: Completed Swath Summary Full Earth disk in all Meteosat – 5 Timeframe Imaging multi- three channels, every 30 minutes Measures cloud cover, motion, METEOSAT Owner & spectral Accuracy Summary Cloud top height, upper tropospheric A26 Visible and Distributor: Same as Meteosat-1 Launch Date: 02 Mar 1991 radiometers height: 0.5 km, Cloud top/ sea surface humidity and sea surface Infra-Red EUMETSAT (vis/IR) temperature: 0.7 K, Cloud cover 15% temperature Imager EOL Date: 16 Apr 2007 Instrument: Not Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 129 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Mission: Completed TIR: 5 km Swath Summary Full Earth disk in all Meteosat – 6 Timeframe Imaging multi- three channels, every 30 minutes Measures cloud cover, motion, METEOSAT Owner & spectral Accuracy Summary Cloud top height: height, upper tropospheric A27 Visible and Distributor: Same as Meteosat-1 Launch Date: 20 Nov 1993 radiometers 0.5 km, Cloud top/ sea surface humidity and sea surface Infra-Red EUMETSAT (vis/IR) temperature: 0.7 K, Cloud cover 15% temperature Imager EOL Date: 11 Apr 2011 Instrument: Not Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Mission: Ongoing TIR: 5 km Swath Summary Full Earth disk in all Meteosat – 7 Timeframe Imaging multi- three channels, every 30 minutes Measures cloud cover, motion, METEOSAT Owner & spectral Accuracy Summary Cloud top height: height, upper tropospheric A28 Visible and Distributor: Same as Meteosat-1 Launch Date: 03 Sep 1997 radiometers 0.5 km, Cloud top/ sea surface humidity and sea surface Infra-Red EUMETSAT (vis/IR) temperature: 0.7 K, Cloud cover 15% temperature Imager Planned EOL Date: 31 Dec 2016 Instrument: Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Mission: Ongoing TIR: 5 km Metostat – 8 Type: Geostationary Swath Summary Full Earth disk in all (MSG1) Altitude: 36000 km Timeframe Imaging multi- Measures cloud cover, motion, Owner & three channels, every 30 minutes METEOSAT Longitude (if geo): 0 spectral height, upper tropospheric A29 Distributor: Launch Date: 13 Aug 2002 Accuracy Summary Cloud top height: Visible and radiometers humidity and sea surface EUMETSAT URL: 0.5 km, Cloud top/ sea surface Infra-Red Planned EOL Date: Dec 2019 (vis/IR) temperature temperature: 0.7 K, Cloud cover 15% Imager http://www.eumetsat.int/Hom e/Main/Satellites/MeteosatSec Instrument: Operational Waveband Summary VIS - NIR: 0.5 ondGeneration/index.htm - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Metostat – 9 Resolution Summary Visible: 2.5 km, Mission: Ongoing Imaging multi- Measures cloud cover, motion, (MS21) Owner & Water vapour: 5 km (after processing), Same as Meteosat-8 spectral height, upper tropospheric A30 METEOSAT Distributor: Timeframe TIR: 5 km radiometers humidity and sea surface Visible and EUMETSAT Swath Summary Full Earth disk in all Launch Date: 21 Dec 2005 (vis/IR) temperature Infra-Red three channels, every 30 minutes Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 130 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Imager Planned EOL Date: Dec 2021 Accuracy Summary Cloud top height: 0.5 km, Cloud top/ sea surface Instrument: Operational temperature: 0.7 K, Cloud cover 15% Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Water vapour: 5 km (after processing), Mission: Ongoing TIR: 5 km Metostat – 10 Swath Summary Full Earth disk in all (MSG3) Timeframe Imaging multi- Measures cloud cover, motion, Owner & three channels, every 30 minutes METEOSAT Same as Meteosat-8 spectral height, upper tropospheric A31 Distributor: Launch Date: 05 July 2012 Accuracy Summary Cloud top height: Visible and radiometers humidity and sea surface EUMETSAT 0.5 km, Cloud top/ sea surface Infra-Red Planned EOL Date: Jun 2020 (vis/IR) temperature temperature: 0.7 K, Cloud cover 15% Imager Instrument: Operational Waveband Summary VIS - NIR: 0.5 - 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm Resolution Summary Visible: 2.5 km, Mission: Future Water vapour: 5 km (after processing), TIR: 5 km Metostat – 11 Timeframe Swath Summary Full Earth disk in all (MSG4) Imaging multi- Measures cloud cover, motion, Owner & three channels, every 30 minutes METEOSAT Same as Meteosat-8 Planned Launch Date: 31 Jan spectral height, upper tropospheric A32 Distributor: Accuracy Summary Cloud top height: Visible and 2015 radiometers humidity and sea surface EUMETSAT 0.5 km, Cloud top/ sea surface Infra-Red (vis/IR) temperature Planned EOL Date: 31 Jan 2023 temperature: 0.7 K, Cloud cover 15% Imager Waveband Summary VIS - NIR: 0.5 - Instrument: Not Operational 0.9 µm, TIR: 5.7 - 7.1 µm (water vapour), 10.5 - 12.5 µm

Type: Sun-synchronous Mission: Ongoing Resolution Summary Horizontal: 40 x Altitude: 840 km 40 km (960 km swath) to 40 x 5 km Period: 107.1 mins Timeframe (for polarization monitoring) Swath METOP–A Owner: Inclination: 98.8 deg Summary 120 - 960 km Accuracy Measurement of total column Global Ozone EUMETSAT Repeat cycle: 29 days Summary Cloud top height: 1 km amounts and stratospheric and Launch Date: 19 Oct 2006 Atmospheric A33 Monitoring ECT: 9:30 LST (rms), Outgoing short wave radiation tropospheric profiles of ozone. chemistry Experiment – 2 Agreement with Longitude (if geo): Planned EOL Date: Dec 2013 and solar irradiance: 5 W/m2, Trace Also amounts of H20, NO2, (GOME-2) DLR Asc/desc: N/A gas profile: 10 - 20%, Specific OClO, BrO, SO2 and HCHO.

URL: humidity profile: 10 - 50 g/kg Instrument: Operational Waveband Summary UV - NIR: 0.24 http://www.eumetsat.int/Hom - 0.79µm (resolution 0.2 - 0.4 nm) e/Main/Satellites/Metop/index Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 131 of 152

Waveband: Mission: Ongoing Spatial resolution: Vertical: 150 m METOP–A (trophosphere) and 1.5 km Timeframe Atmospheric (stratosphere), Horizontal: 100 km GNSS Receiver temperature and GNSS receiver for atmospheric Owner: Same as above approx (troposphere), 300 km approx A34 for Atmospheric Launch Date: 19 Oct 2006 humidity temperature and humidty profile EUMETSAT (stratosphere) Sounding sounders and sounding Swath width: Altitude range of 5 - 30 (GRAS) Planned EOL Date: Dec 2013 precision orbit km

Instrument: Operational Accuracy: Temperature sounding to 1 K rms Type: Sun-synchronous Altitude: 840 km Resolution Summary Horizontal: 40 x Period: 101.7 mins Mission: Ongoing 40 km (960 km swath) to 40 x 5 km (for polarization monitoring) Swath Owner: Inclination: 98.8 deg METOP–B Timeframe Summary 120 - 960 km Accuracy Measurement of total column EUMETSAT Repeat cycle: 29 days Global Ozone Summary Cloud top height: 1 km amounts and stratospheric and ECT: 9:30 LST Atmospheric A35 Monitoring Launch Date: 17 Sep 2012 (rms), Outgoing short wave radiation tropospheric profiles of ozone. Agreement with Longitude (if geo): chemistry Experiment – 2 and solar irradiance: 5 W/m2, Trace Also amounts of H20, NO2, DLR and ESA Asc/desc: N/A (GOME-2) Planned EOL Date: Sep 2017 gas profile: 10 - 20%, Specific OClO, BrO, SO2 and HCHO. TBC URL: humidity profile: 10 - 50 g/kg http://www.eumetsat.int/Hom Instrument: Operational Waveband Summary UV - NIR: 0.24 e/Main/Satellites/Metop/index - 0.79µm (resolution 0.2 - 0.4 nm) .htm Resolution Summary Horizontal: 40 x Type: Sun-synchronous 40 km (960 km swath) to 40 x 5 km Altitude: 840 km Mission: Future (for polarization monitoring) Swath Period: 101.7 mins Summary 120 - 960 km Accuracy Owner: Inclination: 98.8 deg Timeframe Summary Cloud top height: 1 km Measurement of total column METOP–C EUMETSAT Repeat cycle: 29 days (rms), Outgoing short wave radiation amounts and stratospheric and Global Ozone ECT: 9:30 LST Planned Launch Date: 02 Apr Atmospheric A36 and solar irradiance: 5 W/m2, Trace tropospheric profiles of ozone. Monitoring Agreement with Longitude (if geo): 2016 chemistry gas profile: 10 - 20%, Specific Also amounts of H20, NO2, Experiment - 2 DLR and ESA Asc/desc: N/A humidity profile: 10 - 50 g/kg OClO, BrO, SO2 and HCHO. TBC URL: Planned EOL Date: 01 Dec 2021 Waveband Summary UV - NIR: 0.24 http://www.eumetsat.int/Hom - 0.79µm (resolution 0.2 - 0.4 nm) e/Main/Satellites/Metop/index Instrument: Not Operational .htm Oceansat – 2 Owner: Type: Sun-synchronous A37 Mission: Ongoing Radio ISRO/ASI Altitude: 720 km Radio Occultation Accuracy Summary <1.0 K It will provide vertical profiles of Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 132 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Occultation Period: 99.31 mins Timeframe Sounder for the temperature, 0.2 g/kg Humidity atmospheric density, refractivity, Sounder for Inclination: 98.28 deg Atmosphere Waveband Summary Frequency 1560 pressure, temperature and Atmospheric Repeat cycle: 2 days Launch Date: 24 Sep 2009 - 1590 MHz and 1212 - 1242 MHz humidity upto height of 30 km studies (ROSA) LST: Planned EOL Date: 24 Sep 2014 Longitude (if geo): Asc/desc: Descending Instrument: Operational URL: http://www.isro.org/ http://www.asi.it/Rosa/RosaIT /ROSA.htm Type: Sun-synchronous Resolution Summary Spectrograph 1 Altitude: 590 km Mission: Ongoing km at limb, Imager 1 km in vertical Period: 97.6 mins Detects aerosol layers and Odin Swath Summary N/A, but measures in Inclination: 97.8 deg Timeframe abundance of species such as O3, Optical the altitude range 5 - 100 km Owner: Repeat cycle: Atmospheric NO2, OClO, and NO. Consists of A38 Spectrograph Launch Date: 20 Feb 2001 Accuracy Summary Depends on SNSB/SSC ECT: 18:00 LST chemistry spectrograph and IR imager. and Infra-Red species Longitude (if geo): Measures temperature for altitudes Imaging System Planned EOL Date: 31 Dec 2012 Waveband Summary Spectrograph: Asc/desc: Ascending above 30km. UV - NIR: 0.28 - 0.80 µm; IR Imager: URL: Instrument: Operational NIR: 1.26 µm, 1.27 µm, 1.52 µm http://www.ssc.se/?id=7180 Resolution Summary Vertical resol. 1.5- 3 km, along track 600 km Mission: Ongoing Measurements and Applications Swath Summary Altitudes of 5-100 Measures global distributions of Timeframe Atmospheric km Odin ozone and species of importance Owner: temperature and Accuracy Summary 2 - 40% A39 Submillimetre Same as above Launch Date: 20 Feb 2001 for ozone chemisty, ClO, HNO3, SNSB/SSC humidity depending on species and altitude Radiometer H2O, N2O, (HO2, H2O2). sounders Waveband Summary Microwave: Planned EOL Date: 31 Dec 2012 Measures temperature in the 118.7 GHz + 4 bands in the region 480 height range 15-100km. Instrument: Operational - 580 GHz: Tunable measures 2-3x1 GHz regions at a time; ~0.1 - ~0.3 cm Type: Sun-synchronous Resolution Summary 5.5 x 5.5 km Parasol Altitude: 705 km Mission: Ongoing Swath Summary 1600 km Accuracy POLarization Period: 98.8 mins Measurements and Applications Summary Radiation budget, land and Inclination: Timeframe Measures polarisation, and Owner & Multiple surface, Reflectance: 2% Directionality of Repeat cycle: directional and spectral A40 Distributor Launch Date: 01 Dec 2004 direction/polarisat Waveband Summary VIS - NIR: the Earth's ECT: 12:00 LST characteristics of the solar light CNES ion radiometers 0.490 µm, 0.670 µm and 0.865 µm at 3 Reflectances Longitude (if geo): reflected by aerosols, clouds, Planned EOL Date: Dec 2013 polarisations, and 0.49 µm, 0.565 µm, (PARASOL Asc/desc: TBD oceans and land surfaces 0.763 µm, 0.765 µm, 0.91 µm, and version) http://www.cnes.fr/web/CNE Instrument: Operational 1.02 µm with no polarisation S-en/1474-parasol.php Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 133 of 152

Ref Mission Mission and Mission and Instrument Instrument Instrument Technical Instrument Measurements Owners and Orbit details and URL Nr Instrument status and Timeframe Type Characteristics and Applications Partners Type: Sun-synchronous Altitude: 657 km Period: 98 mins Mission: Ongoing SAC-D Inclination: 98 deg Radio Owner: Repeat cycle: 9 days Timeframe Accuracy Summary <1.0 K It will provide vertical profiles of Radio Occultation Occultation CONAE/ASI ECT: 10:15 LST temperature, 0.2 g/kg Humidity atmospheric density, refractivity, A41 Launch Date: Apr 2011 Sounder for the Sounder for Longitude (if geo): Waveband Summary Frequency 1560 pressure, temperature and Atmosphere Atmospheric Asc/desc: Ascending Planned EOL Date: Jun 2017 - 1590 MHz and 1212 - 1242 MHz humidity upto height of 30 km studies (ROSA) URL: http://www.conae.gov.ar/ Instrument: Operational http://www.asi.it/Rosa/RosaIT /ROSA.htm Type: Inclined, non- sunsynchronous SciSat Altitude: 650 km Mission: Ongoing Atmospheric Owner & Period: 97.7 mins Waveband Summary SWIR - TIR: 2 - Measure and understand the Chemistry Distributor Inclination: 74 deg Timeframe 5.5 µm, 5.5 - 13 µm (0.02 cm-1 chemical processes that control the Experiment CSA Repeat cycle: 365 days Atmospheric A42 Launch Date: 12 Aug 2003 resolution) distribution of ozone in the Earth's (ACE) Fourier LST: chemistry atmosphere, especially at high Transform Agreement with Longitude (if geo): Planned EOL Date: Mar 2015 altitudes. Spectrometer ESA Asc/desc: N/A URL: http://www.asc- Instrument: Operational csa.gc.ca/eng/satellites/scisat/ default.asp Type: Inclined, non- SciSat sunsynchronous Measurements Altitude: 650 km Mission: Ongoing Resolution Summary Approx 1 - 2 km of Aerosol Owner & Period: 97.7 mins vertical Extinction in the Distributor Inclination: 74 deg Timeframe Stratosphere and CSA Repeat cycle: 365 days Atmospheric Waveband Summary Chemical processes involved in A43 Launch Date: 12 Aug 2003 Troposphere LST: chemistry UV - NIR: 0.285 - 1.03 µm (1 - 2 nm the depletion of the ozone layer. Retrieved by Agreement with Longitude (if geo): Planned EOL Date: Mar 2015 spectral resolution) Occultation ESA Asc/desc: N/A

(MAESTRO) URL: http://www.asc- Instrument: Operational csa.gc.ca/eng/satellites/scisat/ default.asp

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 134 of 152

5.2 Atmospheric. Table 2

EarthCARE Multi-Spectral A5 N.A. N.A. TBD TBD TBD TBD TBD Imager (EarthCARE) ESA: Kiruna ENVISAT ESA: Kiruna Mar ESA: M. Albani, A6 ESA: Global Salmijarvi ESA: Level 0 Via FTP DORIS 2002 – 8 Apr 2012 H. Laur Volume: 0.05 TB ESA: Kiruna ESA: Salmijarvi 1.B Free and Open Access with User registration Volume: 8.33 TB ESA ENVISAT Kiruna: May 2002 – 8 Registration form: ESA: Apr 2012 http://catalogues.eo Global Ozone ESA: DLR https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Level 1 and 2: portal.org/eoli.html ESA: M. Albani, A7 Monitoring by ESA: Global Oberpfaffenhofen: Oberpfaffenhofen Envisat generic Data Policies: H. Laur Occultation of 2002 – 8 Apr 2012 Volume: 6 TB http://earth.esa.int/E format Stars OLi/EOLi.html https://earth.esa.int/c/document_library/get_file?fo Sodankyla: Jan 2004 ESA: Sodankyla lderId=296006&name=DLFE-3602.pdf – 8 Apr 2012 Volume: 2.5 TB (Level 2 only) https://earth.esa.int/c/document_library/get_file?fo Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 135 of 152

ENVISAT ESA: ESA: Kiruna ESA Salmijarvi ESA: Michelson Kiruna: May 2002 – 8 Volume: 16.76 TB http://catalogues.eo ESA: M. Albani, A8 Interferometric ESA: Global Apr 2012 Level 0, 1 and portal.org/eoli.html Same as GOMOS above H. Laur Passive ESA: DLR 2: Envisat Atmosphere Oberpfaffenhofen: Oberpfaffenhofen generic format http://earth.esa.int/E Sounder 2002 – 8 Apr 2012 Volume: 17.5 TB OLi/EOLi.html ENVISAT ESA: Kiruna: ESA: Kiruna Microwave ESA: M. Albani, A9 ESA: Global Apr 2002 – 8 Apr Salmijarvi ESA: Level 0 ESA Helpdesk Same as GOMOS above radiometer H. Laur 2012 Volume: 0.049 TB (MWR)

ENVISAT ESA: ESA: Kiruna Salmijarvi Volume: ESA Scanning Kiruna: May 2002 – 8 ESA: 26.71 TB Imaging Apr 2012 Level 0, 1 and http://catalogues.eo ESA: M. Albani, A10 ESA: Global Same as GOMOS above Absorption 2: Envisat portal.org/eoli.html H. Laur ESA: DLR Spectrometer Oberpfaffenhofen: generic format for Atmospheric May 2002 – 8 Apr Oberpfaffenhofen http://earth.esa.int/E Chartography 2012 Volume: 41.5 TB OLi/EOLi.html

1.B Free and Open Access with User registration Registration form: ERS-1 ESA https://eo-sso-idp.eo.esa.int/idp/AuthnEngine ESA: M. Albani, ESA: Levels W. Lengert Active TBD TBD http://catalogues.eo A11 ESA: Global and formats Data Policies: Microwave portal.org/eoli.html Instrumentation. TBD https://earth.esa.int/c/document_library/get_file?fo http://earth.esa.int/E Wind mode lderId=296006&name=DLFE-3602.pdf OLi/EOLi.html https://earth.esa.int/c/document_library/get_file?fol derId=13019&name=DLFE-570.pdf ERS-1 ESA: Ifremer Brest ESA: Levels Microwave ESA: Brest Aug 1991 ESA: M. Albani, A12 ESA: Global Volume: Included and formats ESA Helpdesk Same as AMI above radiometer – June 1996 W. Lengert into ERS-1 RA TBD (MWR) Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 136 of 152

ESA ESA: M. Albani, ERS-2 ESA: 1995 – 4 July ESA: Levels W. Lengert ESA: DLR http://catalogues.eo A14 Global Ozone ESA: Global 2011 and formats Same as AMI above Oberpfaffenhofen portal.org/eoli.html Monitoring TBD Volume: 3 TB Experiment http://earth.esa.int/E OLi/EOLi.html ESA: M. Albani, ERS-2 ESA Brest ESA: Levels W. Lengert Microwave ESA: Ifremer Brest A15 ESA: Global Apr 1995 – 4 July and formats ESA Helpdesk Same as AMI above radiometer Volume: 4 TB 2011 TBD (MWR)

ESA: M. Albani, ESA: ESA: Levels W. Lengert ERS-2 A16 ESA: Global Apr 1995 – 4 July TBD and formats Not Available Same as AMI above PRARE 2011 TBD

GOSAT 1.B Free and Open Access with User registration Thermal And Near infrared Registration form: ESA: ESA: M. Albani, Sensor for ESA: Nov 2009 – to ESA: KSAT Tromso A17 ESA: Global TBD https://eo-sso-idp.eo.esa.int/idp/AuthnEngine B. Hoersch carbon date Level 1: Format Volume: 50.3 TB Observation - NIES GOSAT 2.A Restrained Data Access allowed for some user Cloud and categories Aerosol Imager Terms and Conditions for the Utilisation of Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 137 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Data under ESA’s Third Party Missions scheme https://earth.esa.int/pi/esa?type=file&ts=13052813 56743&table=aotarget&cmd=image&id=2260 Guidelines for submission of project Proposal https://earth.esa.int/pi/esa?type=file&ts=11597973 82790&table=aotarget&cmd=image&id=121 Project proposal Submission https://earth.esa.int/web/guest/pi- community/apply-for-data/full-proposal Price Products: free https://earth.esa.int/pi/esa?type=file&ts=11597963 17527&table=listtarget&cmd=image&id=140 GOSAT Thermal And Near infrared Sensor for ESA: ESA: M. Albani, ESA: Oct 2009 – to ESA: KSAT Tromso A18 carbon ESA: Global Level 1: Format TBD Same as above B. Hoersch date Volume: 5.1 TB Observation - NIES GOSAT Fourier Transform Spectrometer Megha- Tropiques CNES Toulouse: Microwave N.A. (Planned Level 0: 300 GB Analysis and A19 global in the N.A. Level 1: 410 GB TBD TBD TBD Detection of tropical area) TBD Rain and For the three Atmospheric instruments Structures Megha- N.A. (Planned 2.A and 2.B Restrained Access or Commercial Tropiques A20 global in the N.A. See above TBD TBD http://www.icare.univ- TBD Sondeur tropical area) lille1.fr/mt/index.php?section=access Atmospherique Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 138 of 152

EUMETSAT: EUMETSAT: Europe and North Africa Start: 08/1988 EUMETSAT End: 01/1998 Darmstadt Same as EUMETSAT: H. A24 Meteosat – 3 Same as Meteosat-2 Same as Meteosat-2 Atlantic Data Volume: 1.6 TB / Meteosat-2 Rothfuss Start: 08/1991 Coverage year End: 01/1993 Extended Atlantic Data Start: 08/1993 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 139 of 152

Meteosat – 4 EUMETSAT METEOSAT EUMETSAT: EUMETSAT: Darmstadt Same as EUMETSAT: H. A25 Visible and Europe and Same as Meteosat-2 Same as Meteosat-2 Start: 07/1989 Volume: 1.6 TB / Meteosat-2 Rothfuss Infra-Red North Africa End: 02/1994 year Imager EUMETSAT: EUMETSAT: Meteosat – 5 Europe and EUMETSAT METEOSAT Start: 05/1991 North Africa Darmstadt Same as EUMETSAT: H. A26 Visible and End: 07/1997 Same as Meteosat-2 Same as Meteosat-2 Volume: 1.6 TB / Meteosat-2 Rothfuss Infra-Red Indian Ocean Start: 07/1998 year Imager Data End: 04/2007 Coverage

EUMETSAT: Meteosat – 6 Start: 10/1996 EUMETSAT METEOSAT EUMETSAT: End: 01/2000 Darmstadt Same as EUMETSAT: H. A27 Visible and Europe and Same as Meteosat-2 Same as Meteosat-2 Volume: 1.6 TB / Meteosat-2 Rothfuss Infra-Red North Africa Rapid Scan – Europe: year Imager Start: 03/2000 End: 06/2007

EUMETSAT: EUMETSAT: Meteosat – 7 Europe and EUMETSAT METEOSAT Start: 06/1998 North Africa Darmstadt Same as EUMETSAT: H. A28 Visible and End: 07/2006 Same as Meteosat-2 Same as Meteosat-2 Volume: 1.6 TB / Meteosat-2 Rothfuss Infra-Red Indian Ocean Start: 11/2006 year Imager Data - to date Coverage

Metostat – 8 EUMETSAT: (MSG1) EUMETSAT: EUMETSAT EUMETSAT: METEOSAT Darmstadt Level 0: Native EUMETSAT: H. A29 Europe and Start: 01/2004 Same as Meteosat-2 Same as Meteosat-2 Spinning Volume: 20.4 TB / Rothfuss North Africa End: 09/2006 Enhanced year Level 1: Visible and Rapid Scan – Europe: Native* Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 140 of 152

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) Infra-Red Start: 10/2006 Level 2: Native Imager - to date * * plus other formats and a range of L2 products Metostat – 9 (MSG2) METEOSAT EUMETSAT EUMETSAT: EUMETSAT: Spinning Darmstadt Same as EUMETSAT: H. A30 Europe and Same as Meteosat-2 Same as Meteosat-2 Enhanced Start: 07/2006 Volume: 20.4 TB / Meteosat-8 Rothfuss North Africa Visible and - to date year Infra-Red Imager Metostat – 10 (MSG3) METEOSAT EUMETSAT EUMETSAT: EUMETSAT: Spinning Darmstadt Same as EUMETSAT: H. A31 Europe and Same as Meteosat-2 Same as Meteosat-2 Enhanced Start: 07/2012 Volume: 20.4 TB / Meteosat-8 Rothfuss North Africa Visible and - to date year Infra-Red Imager Metostat – 11 (MSG4) METEOSAT EUMETSAT: Spinning A32 Europe and N.A. N.A. N.A. N.A. TBD TBD Enhanced North Africa Visible and Infra-Red Imager METOP–A EUMETSAT: EUMETSAT: 2006 – EUMETSAT: EUMETSAT: B) Restrained Access or Commercial EUMETSAT: EUMETSAT to date Darmstadt Discovery: H. Rothfuss Global Ozone and DLR: Level 0: EPS http://navigator.eumetsat.int/discovery/Start/Explor A33 http://navigator.eum Monitoring Volume: 0.1 TB (l0, native e/Quick.do;jsessionid=3EC40CFFA11BEE82EA82 Global etsat.int Experiment – 2 l1) 1E2B7B3E630A Level 1: EPS DLR: K. Molch (GOME-2) Ordering: Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 141 of 152

EUMETSAT: EUMETSAT: METOP–A Level 0: EPS native EUMETSAT Discovery: B) Restrained Access or Commercial EUMETSAT: Mar GNSS Receiver Darmstadt Level 1: EPS http://navigator.eum EUMETSAT: 2008 - to date http://navigator.eumetsat.int/discovery/Start/Explor EUMETSAT: H. A34 for Atmospheric Volume: 0.1 TB / native* etsat.int Global e/Quick.do;jsessionid=3EC40CFFA11BEE82EA82 Rothfuss Sounding year (GRAS) *(plus other Ordering: 1E2B7B3E630A formats on http://archive.eumet retrieval, e.g. sat.int HDF5, BUFR)

METOP–B EUMETSAT Same as Global Ozone Same as METOP-A A35 and DLR: N.A. TBD METOP-A Same as METOP-A GOME TBD Monitoring GOME GOME Experiment - 2 Global METOP–C Global Ozone A36 N.A. N.A. TBD TBD TBD TBD Monitoring TBD Experiment - 2 Odin SSC: Royal Institute Optical of Technology SSC: N0, N1A A37 Spectrograph SSC: TBD SSC: TBD SSC:TBD TBD SSC: TBD Sweden Stockolm and N1B data and Infra-Red Volume: TBD Imaging System SSC: Royal Institute Odin of Technology SSC: N0, N1A A38 Submillimetre SSC: TBD SSC: TBD SSC: TBD TBD SSC: TBD Sweden Stockolm and N1B data Radiometer Volume: TBD Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 142 of 152

CNES:

Parasol CNES: www.parasol- POLarization polder.cnes.fr Level 0: 1.B Free and Open Data Access with User and archived http://smsc.cnes.fr/ Registration CNES: D. Directionality CNES: Dec 2004 – to CNES Toulouse A39 CNES: Global PARASOL/A_prod Boucon, R. of the Earth's date Volume: 27 TB Level 1: uits.htm Registration Form: Moreno Reflectances archived www.icare.univ- http://www.icare.univ-lille1.fr/register/register.php (PARASOL For both levels, lille1.fr version) specific format (for others levels Aerosol and clouds)

ROSA (on ASI: October 2009 – ASI Matera ASI: Levels and A40 ASI: Global TBD TBD ASI: M.Calabrese Oceansat-2) to date Volume: TBD format TBD ROSA (on A41 SAC-D) N.A. N.A. TBD TBD TBD TBD TBD

CSA CSA: Volume: 15 TB http://www.space.g ESA (including FTS and CSA: raw ACE c.ca 1.B Free and Open Access with User registration MAESTRO) data in CCSDS (for information format only, data not Registration form: University of available on-line) SciSat https://eo-sso-idp.eo.esa.int/idp/AuthnEngine Waterloo University of Atmospheric CSA and Volume: 65 TB (25 Waterloo: https://databace.uw 2.A Restrained Data Access allowed for some user CSA: C. Giguère, Chemistry ESA: TB compressed) unpacked Level aterloo.ca/level2/ categories Liang Ma Experiment Coverage of CSA and ESA: 2003 A42 0, Level 1 data https://databace.u (ACE) Fourier tropical, mid- – to date ESA: and level 2 data waterloo.ca/validati Terms and Conditions for the Utilisation of ESA: M. Albani, Transform latitude, and SSC Kiruna products in on/ Data under ESA’s Third Party Missions scheme B. Hoersch Spectrometer polar regions ESRANGE ASCII format https://earth.esa.int/pi/esa?type=file&ts=13052813 Volume: 0.351 TB in (Access is currently 56743&table=aotarget&cmd=image&id=2260 total SCISAT Restrained to products ESA: Level 1, people who have Guidelines for submission of project Proposal TBD Format participated in the https://earth.esa.int/pi/esa?type=file&ts=11597973 ESA ESRIN Frascati: mission or have 82790&table=aotarget&cmd=image&id=121 Volume: 645 MB in proposed a specific Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 143 of 152

Canada Registration Form: https://databace.scisat.ca/validation/valsignup.php CSA: Volume: included above

University of SciSat Waterloo Measurements Volume: Included CSA: raw ACE of Aerosol above data in CCSDS CSA: CSA and Extinction in format Same as above CSA: C. Giguère, ESA: the Stratosphere ESA: Liang Ma Coverage of CSA and ESA: 2003 University of A43 and SSC Kiruna Same as above tropical, mid- – to date Waterloo: Data Troposphere ESRANGE ESA: Same as ESA: M. Albani, latitude, and products in Retrieved by Volume: 0.351 TB in above B. Hoersch polar regions ASCII format Occultation total SCISAT (MAESTRO) products ESA: Level 1

ESA ESRIN Frascati: Volume: 645 MB in total SCISAT products

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 144 of 152

6. C5: OTHER SCIENTIFIC MISSIONS/SENSORS

6.1 Other Scientific missions/sensors. Table 1

Ref Mission and Mission Owners Mission and Instrument status Instrument Technical Instrument Measurements and Orbit details and URL Instrument Type Nr Instrument and Partners and Timeframe Characteristics Applications Type: Inclined, non- sunsynchronous Altitude: 315 km Mission: Completed CHAMP Period: GPS Owner: GFZ Timeframe Inclination: 87 deg Atmospheric TurboRogue Waveband Summary Temperature and water vapour F1 Repeat cycle: Launch Date: 15 Jul 2000 temperature and Space Receiver MW (~1.0 cm - ~100 cm) profiles LST: humidity sounders (TRSR) Agreement: DLR Longitude (if geo): EOL Date: 19 Sep 2010

Asc/desc: N/A Instrument: Not Operational URL: http://www.dlr.de/champ Mission: Completed CHAMP Owner: GFZ Timeframe Waveband Summary STAR Gravity Earth gravity field F2 Same as above Launch Date: 15 Jul 2000 MW (~1.0 cm - ~100 cm) Accelerometer instruments measurements

Agreement: DLR EOL Date: 19 Sep 2010 Instrument: Not Operational

Mission: Completed CHAMP Owner: GFZ Timeframe Overhauser Earth magnetic field F3 Magnetometer Same as above Launch Date: 15 Jul 2000 Magnetic field TBD measurements and Fluxgate Agreement: DLR Magnetometer EOL Date: 19 Sep 2010 Instrument: Not Operational Type: Sun-synchronous GOCE Altitude: 270 km Mission: Ongoing 3-Axis Main objective to measure the Period: 90 mins Electrostatic Owner & Timeframe Gravity 3 components of the gravity- F4 Inclination: 96.7 deg N/A Gravity Distributor: ESA instruments gradient tensor (i.e. Repeat cycle: 60 days Launch Date: 17 Mar 2009 Gradiometer gradiometer data). ECT: 6:00 LST (EGG) Planned EOL Date: Dec 2013 Longitude (if geo): Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 145 of 152

Ref Mission and Mission Owners Mission and Instrument status Instrument Technical Instrument Measurements and Orbit details and URL Instrument Type Nr Instrument and Partners and Timeframe Characteristics Applications Asc/desc: TBD Instrument: Operational URL: http://www.esa.int/esaLP/ES AYEK1VMOC_LPgoce_0.ht ml Mission: Ongoing Timeframe GOCE Owner & F5 Same as above Launch Date: 17 Mar 2009 Precision orbit N/A Satellite positioning GPS Receiver Distributor: ESA Planned EOL Date: Dec 2013 Instrument: Operational

Mission: Ongoing Timeframe Measures distance between the GOCE Owner & F6 Same as above Launch Date: 17 Mar 2009 Precision orbit N/A satellite and the laser tracking Laser Reflectors Distributor: ESA stations Planned EOL Date: Dec 2013 Instrument: Operational

Mission: Ongoing Timeframe Satellite Laser Ranging of GOCE Owner & GOCE, used for precise F7 Laser retro- Same as above Launch Date: 17 Mar 2009 Precision orbit N/A Distributor: ESA positioning and for Reflector Planned EOL Date: Dec 2013 geodynamics on GOCE Instrument: Operational

Mission: Ongoing GOCE Measurements of low- Satellite-to- Timeframe frequency (coarse-scale) Satellite Owner & F8 Same as above Launch Date: 17 Mar 2009 Precision orbit N/A gravity field variations as well Tracking Distributor: ESA as highly precise positioning on Instrument Planned EOL Date: Dec 2013 GOCE (SSTI) Instrument: Operational

GRACE Owner: NASA Type: Inclined, non- High accuracy accelerometer and a F9 Mission: Ongoing Precision orbit Performs precise orbit BlackJack sunsynchronous geodetic qualified GPS receiver determination, recover gravity Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 146 of 152

Ref Mission and Mission Owners Mission and Instrument status Instrument Technical Instrument Measurements and Orbit details and URL Instrument Type Nr Instrument and Partners and Timeframe Characteristics Applications Global Altitude: 400 km Timeframe data and to estimate the gravity Positioning Agreement: Period: 94 mins field. System (Turbo DLR, GFZ Inclination: 89 deg Launch Date: 17 Mar 2002 Rogue Space Repeat cycle: Planned EOL Date: 30 Sep 2013 Receiver) LST: Longitude (if geo): Instrument: Operational Asc/desc: TBD URL http://www.dlr.de/grace

GRACE Mission: Ongoing Resolution Summary 400 km High Accuracy Owner: NASA horizontal, N/A vertical Timeframe Inter-satellilte ranging system Inter-satellite Swath Summary N/A Accuracy Gravity estimestes for global models of F10 Ranging Same as above Launch Date: 17 Mar 2002 Summary 1 cm equivilant water instruments the mean and time variable System (aka K- Agreement: Waveband Summary Microwave: 24 Earth gravity field band Ranging DLR, GFZ Planned EOL Date: 30 Sep 2013 GHz and 32 GHz System) Instrument: Operational Type: Sun-synchronous Resolution Summary 33 - 50 km Altitude: 758 km depending on the position in the swath SMOS Period: 100.075 mins Mission: Ongoing - resampled to 15 km grid Inclination: 98.445 deg Objective is to demonstrate Timeframe Imaging multi- Swath Summary Hexagone shape, Microwave Repeat cycle: 149 days observations of sea surface spectral nominal width 1050 km allowing a 3 Imaging Owner & ECT: 6:00 LST Launch Date: 02 Nov 2009 salinity and soil moisture in F11 radiometers day revisit time at the equator Radiometer Distributor: ESA Longitude (if geo): suport of climate, meteorology, (passive Accuracy Summary 2.6 K absolute using Aperture Asc/desc: Ascending Planned EOL date: 02 Nov hydrology, and oceanography microwave) accuracy, RMS 1.6-4 K depending on Synthesis URL: 2013 applications the scene and the position within the (MIRAS) http://www.esa.int/esaLP/ES Instrument: Operational swath Waveband Summary L-Band AMBA2VMOC_LPsmos_0.h 1.41 GHz MW tml Type: Inclined, non- sunsynchronous Measurement of the spacecraft Altitude: 450 km non-gravitational accelerations, Period: 90 mins Mission: Future linear accelerations range: +/- Inclination: 87.4 deg Resolution Summary 0.1 nm/s2 Timeframe 2*10-4 m/s2; angular Repeat cycle: Swath Summary N/A Accuracy SWARM Owner & measurement range: +/- 9.6* F12 ECT: 6:00 LST Planned Launch Date: Jul 2013 Precision orbit Summary overall instrument random Accelerometer Distributor: ESA 10-3 rad/s2; measurement Longitude (if geo): error: <10-8 m/s2 bandwidth: 10-4 to 10-2 Hz; Asc/desc: N/A Planned EOL Date: Jul 2017 Waveband Summary N/A Linear resolution: 1.8*10-10 URL: Instrument: Not Operational m/s2; angular resolution: 8*10- http://www.esa.int/esaLP/ES 9 rad/s2 A3QZJE43D_LPswarm_0.ht ml Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 147 of 152

Mission: Future Resolution Summary 0.1 nT Swath SWARM Timeframe Absolute calibration of Vector Owner & Summary N/A F13 Absolute Scalar Same as above Magnetic field Field Magnetometer on board Distributor: ESA Planned Launch Date: Jul 2013 Accuracy Summary 0.1 nT Magnetometer Swarm satellites Planned EOL Date: Jul 2017 Waveband Summary N/A Instrument: Not Operational Mission: Future Suprathermal ion imager and Resolution Summary 0.3 mV/m Timeframe Langmuir probe to measure ion SWARM Swath Summary N/A Accuracy Owner & temp, electron temp, ion F14 Electric Field Same as above Planned Launch Date: Jul 2013 Space environment Summary <3 mV/m Waveband Distributor: ESA density, electron density, Instrument Summary N/A Planned EOL Date: Jul 2017 spacecraft potential and ion

incident angle Instrument: Not Operational

Mission: Future Resolution Summary L1 C/A code Timeframe range error better than 0.5 m RMS; L1/L2 P-code range error better than SWARM Owner & F15 Same as above Planned Launch Date: Jul 2013 Precision orbit 0.25 m RMS; L1 carrier phase error N/A GPSR (Swarm) Distributor: ESA better than 5 mm Planned EOL Date: Jul 2017 Waveband Summary N.A. Instrument: Not Operational

Mission: Future Timeframe Measures distance between the SWARM Owner & F16 Same as above Planned Launch Date: Jul 2013 Precision orbit N/A satellite and the laser tracking Laser Reflectors Distributor: ESA stations Planned EOL Date: Jul 2017 Instrument: Not Operational

Mission: Future Resolution Summary <1 arcsec SWARM Swath Summary N/A Accuracy Precise attitude determination Star Tracker Set Owner & Timeframe Summary < 3 arcsec pointing F17 Same as above Precision orbit from the combination of two or (3) Distributor: ESA accuracy around all STR axes Planned Launch Date: Jul 2013 three star trackers Waveband Summary N/A Planned EOL Date: Jul 2017 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 148 of 152

Mission: Future Resolution Summary <0.1nT Swath SWARM Timeframe Summary N/A Accuracy Summary Vector Field Owner & Magnetic field vector F18 Same as above Planned Launch Date: Jul 2013 Magnetic field <0.5 nT/15days Magnetometer Distributor: ESA measurments Waveband Summary N/A

Planned EOL Date: Jul 2017 Instrument: Not Operational Type: Sun-synchronous Altitude: 514 km Mission: Ongoing Period: 94.85 mins TerraSAR-X Timeframe Inclination: 97.4 deg Atmosphere F19 Owner: DLR Repeat cycle: 11 days Launch Date: 15 Jun 2007 and ECT: 18:00 LST Ionosphere Longitude (if geo): Planned EOL Date: Dec 2013 Asc/desc: Ascending Instrument: Operational URL: http://www.terrasar.de/ Mission: Ongoing TerraSAR-X Timeframe Orbit and F20 Owner: DLR Same as above Launch Date: 15 Jun 2007 Gravity Field Planned EOL Date: Dec 2013 Instrument: Operational

Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 149 of 152

6.2 Other Scientific missions/sensors. Table 2

Data Access Contact Point Archive Location Archived Coverage Approach and Mission and Timeframe of and Current Data (AIPs) (E.g. Mission Ref. Nr of Available Web Links (e.g. Data Access Conditions and Web Links Instrument Available Data Volume of Levels and Manager, Data catalogue and/or Archived Data Format LTDP Data access web site) Curator) DLR Neustrelitz 1.B Free and Open Data Access with User (Level 0) registration DLR: Volume: 1.17 TB for http://isdc.gfz- Level 0: CHAMP all CHAMP Level 0 potsdam.de/index.php?name=PNphpBB2&file=ind DLR: K.-D. Instrument GFZ: Orbit and GFZ and GFZ and DLR: 2000 - data ex&c=2 Missling F1 Source Packet http://isdc.gfz- Gravity Field DLR: Global 2010 potsdam.de/ Registration Form: GFZ: B. Ritschel GFZ: GFZ: (Levels 1, 2, 3, http://isdc.gfz- Various formats 4) potsdam.de/user.php?op=register&module=NewUs Volume: 0.76 TB er DLR Neustrelitz (Level 0) Volume: 1.17 TB for DLR: K.-D. CHAMP GFZ and GFZ and DLR: 2000 - all CHAMP Level 0 Missling F2 Magnetic and Same as above Same as above Same as above DLR: Global 2010 data Electric Field GFZ: B. Ritschel GFZ: (Levels 1, 2) Volume: 0.32 TB DLR Neustrelitz (Level 0) Volume: 1.17 TB for DLR: K.-D. CHAMP GFZ and GFZ and DLR: 2000 - all CHAMP Level 0 Missling F3 Atmosphere and Same as above Same as above Same as above DLR: Global 2010 data Ionosphere GFZ: B. Ritschel GFZ: (Levels 1, 2, 3) Volume: 6.03 TB 1.B Free and Open Access with User Registration GOCE 3-Axis Registration Form: ESA ESRIN Frascati Electrostatic ESA: Mar 2009 – to ESA: GOCE User https://eo-sso-idp.eo.esa.int/idp/AuthnEngine ESA: M. Albani, F4 ESA: Global Volume: 250 GB for TBD Gravity date Service Interface https://earth.esa.int/web/guest/missions/esa- R. Floberghagen all instruments Gradiometer operational-eo- (EGG) missions/goce/news?p_r_p_564233524_assetIdenti fier=goce-data-access-open-for-all-users-6982 Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 150 of 152

DLR Neustrelitz Registration Form: (Level 0) DLR: http://isdc.gfz- Volume: 1.21 TB for Level 0: potsdam.de/user.php?op=register&module=NewUs GRACE DLR: K.-D. all GRACE (-1/-2) Instrument GFZ: er Orbit and GFZ and GFZ and DLR: 2002 - Missling F9 Level 0 data Source Packet http://isdc.gfz- Gravity Field DLR: Global to date potsdam.de/ http://isdc.gfz- GFZ: B. Ritschel GFZ: (Levels 1a, 1b, GFZ: potsdam.de/index.php?module=pagesetter&func=v 2) Various formats iewpub&tid=1&pid=35 Volume: 0.92 TB Data Policies: https://earth.esa.int/pi/esa?type=file&table=aotarge t&cmd=image&alias=TPMterms DLR Neustrelitz (Level 0) Volume: 1.21 TB for DLR: K.-D. GRACE GFZ and GFZ and DLR: 2002 - all GRACE (-1/-2) Missling F10 Atmosphere and Same as above Same as above Same as above DLR: Global to date Level 0 data Ionosphere GFZ: B. Ritschel GFZ: (Levels 1, 2, 3) Not archived Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 151 of 152

1.B.Free and Open data Access with User registration Registration Form: ESA: http://isdc.gfz- www.eopi.esa.int potsdam.de/user.php?op=register&module=NewUs er

SMOS

2.A Restrained Data Access allowed for some user Microwave categories Imaging ESA: Nov 2009 – to ESA Kiruna ESA: M. Albani, F11 ESA: Global TBD Radiometer using date ESRANGE Guidelines for submission of project Proposal S. Mecklenburg Aperture Volume: 22.32 TB https://earth.esa.int/pi/esa?type=file&ts=11597973 http://catalogues.eo Synthesis 82790&table=aotarget&cmd=image&id=121 (MIRAS) portal.org/eoli.html Project proposal Submission http://earth.esa.int/E OLi/EOLi.html https://earth.esa.int/web/guest/pi-community/apply- for-data/full-proposal

Data Policies: https://earth.esa.int/c/document_library/get_file?fol derId=13019&name=DLFE-585.pdf ESA: Infoterra SWARM N.A. (planned ESA: M. Albani, F12 N.A. Farnbourough TBD TBD TBD Accelerometer as global) R. Floberghagen Volume: N.A. SWARM ESA: Infoterra N.A. (planned ESA: M. Albani, F13 Absolute Scalar N.A. Farnbourough TBD TBD TBD as global) R. Floberghagen Magnetometer Volume: N.A. SWARM ESA: Infoterra N.A. (planned ESA: M. Albani, F14 Electric Field N.A. Farnbourough TBD TBD TBD as global) R. Floberghagen Instrument Volume: N.A. ESA: Infoterra SWARM N.A. (planned ESA: M. Albani, F15 N.A. Farnbourough TBD TBD GPSR (Swarm) as global) TBD R. Floberghagen Volume: N.A. ESA: Infoterra SWARM N.A. (planned ESA: M. Albani, F16 N.A. Farnbourough TBD TBD Laser Reflectors as global) TBD R. Floberghagen Volume: N.A. Ref: GSCB-LTDP-EOPG-RP-09-0003 Issue: 2.0 Date: 31 January 2013 European EO Space Data Set Page: 152 of 152

SWARM ESA: Infoterra Vector Field N.A. (planned ESA: M. Albani, F18 N.A. Farnbourough TBD TBD Magnetometer as global) TBD R. Floberghagen Volume: N.A.

1.B Free and Open Data Acces with User Registration DLR Neustrelitz TerraSAR-X DLR: (Level 0) Orbit and Level 0: Registration form: Volume: included in Gravity Field Instrument http://isdc.gfz- DLR: K.-D. TerraSAR-X raw data GFZ:http://isdc.gfz- Missling F19 (based on 2- DLR: Global DLR: 2002 - to date Source Packet potsdam.de/user.php?op=register&module=NewUs stream (S8, 80 TB) potsdam.de/ frequency GPS er GFZ: B. Ritschel receiver) GFZ: GFZ: (Levels 1, 3) Various formats http://isdc.gfz- Volume: 0.37 TB potsdam.de/index.php?module=pagesetter&func=v iewpub&tid=1&pid=42 DLR Neustrelitz TerraSAR-X (Level 0) Atmosphere and Volume: included in DLR: K.-D. Ionosphere (based TerraSAR-X raw data Missling F20 DLR: Global DLR: 2002 - to date Same as above Same as above Same as above on 2 frequency stream (S8, 80 TB) GPS receiver) GFZ: B. Ritschel GFZ: (Levels 1) Volume: 0.06 TB