1. NASA SST ST, Miami, Nov 2011 Pathfinder, GHRSST, CEOS, and the SST Essential Climate Variable Framework Kenneth S. Casey 1 and Craig Donlon 2 1 - NOAA National Oceanographic Data Center 2 - European Space Agency

2. NASA SST ST, Miami, Nov 2011 In other words, a talk which will hopefully provide some context for broader international and CDR related activities.

3. NASA SST ST, Miami, Nov 2011 = The Committee on Earth Observing Satellites, the international coordinating group for earth-observing agencies.

4. NASA SST ST, Miami, Nov 2011 = The Group for High Resolution SST, the international coordinating group for SST.

5. NASA SST ST, Miami, Nov 2011 Where these two meet = the CEOS SST Virtual Constellation

6. NASA SST ST, Miami, Nov 2011 SST-VC: Implementation We proposed to implement the SST-VC building on the existing Group for High Resolution SST framework. (LTSRF)

7. NASA SST ST, Miami, Nov 2011 SST-VC: Implementation Using this approach, the CEOS SST-VC has instant access to: A baseline SST virtual constellation system of systems Internationally agreed SST products and services (data access, user support services) Initial consensus technical documentation for the constellation A functional coordination mechanism active at the international level (Science Team, Advisory Council, Project Office)

8. NASA SST ST, Miami, Nov 2011 CEOS Interfaces to GHRSST International GHRSST Science Team User Requirements for high resolution Sea Surface Temperature data products and services from operational, scientific, and climate communities. GHRSST-PO Project Office Coordinator GHRSST-PO Project Office Coordinator CEOS interface GHRSST Advisory Council CEOS SST Virtual Constellation (SST-VC) CEOS SST Virtual Constellation (SST-VC) WGCV WGEdu WGClimWGCV WGISS CEOS-SIT

9. NASA SST ST, Miami, Nov 2011 CEOS benefits in many ways…  Strengthen CEOS Agency SST activities through better synergy and communication  Better SST product and service interoperability building on the strengths of CEOS Agencies  Facilitate better data access and product applications  Provide value for money by capitalising on the investments already committed to GHRSST  Allow a rapid spin up of SST-VC activities GHRSST benefits as well…  CEOS can encourage wider participation of all Agencies  Direct reporting of issues and requirements to principals Benefits of the Proposed Approach

10. NASA SST ST, Miami, Nov 2011 Initial Proposal accepted and Full Proposal submitted Membership updated based on agency review Review/Consideration by CEOS Plenary Implementation plan to be completed by the end of 2011 Now, why does any of this matter? SST-VC: Status Next week

11. NASA SST ST, Miami, Nov 2011 SST-VC: Proposed Activities

12. NASA SST ST, Miami, Nov 2011 SST VC participated in the first CEOS WGClimate meeting Miami Workshops to establish linkages to SI standards (NIST, NPL, QA4EO) ESA SST_cci established, team at work Contribution made to GCOS update of the Satellite supplement to the implementation plan Developing the CDR Data Processing Framework (DPF) to define the SST CDR vetting procedures Pathfinder v5.2 SST published in September in GDS2 format 6: Develop and Improve the SST ECV

13. NASA SST ST, Miami, Nov 2011 L4 L3 L2 L1 L0 CoarseLess Coarse FineFiner Fundamental CDRs Thematic CDRs SST_depth SST_fnd SST_subskin SST_skin CDR Data Processing Framework Established data management capability in the GDAC-LTSRF and GDS2 Defined the ECV conceptual “cube” of related SST CDRs (NO SINGLE SST PRODUCT CAN MEET ALL USER NEEDS!) But how to “approve” a dataset as a CDR? Science and application requirements Science and applications

14. NASA SST ST, Miami, Nov 2011 Define and document a clear framework for data providers who wish their datasets to be considered and evaluated as SST CDRs –Go beyond GDS2 format and the GDAC/LTSRF data management system Once defined and documented, build and support the framework CDR Data Processing Framework

15. NASA SST ST, Miami, Nov 2011 Include concepts from GCOS Climate Monitoring Principles, NOAA CDR Program, ESA CCI survey and Climate Ops model, GHRSST RAN-TAG Submission to intercomparison frameworks (e.g., GCOS SST and Sea Ice Working Group’s SST Intercomparison Facility, GMPE, SQUAM, HR-DDS, etc.) CDR Data Processing Framework

16. NASA SST ST, Miami, Nov 2011 Data assessed against independent, QC’d in situ SST (e.g. Argo, drifting buoys, depth SST from ships of reliable accuracy like IMOS ships) Data assessed against an established, traceable, reliable network of in situ radiometers (e.g. ISAR, M-AERI) Chris Merchant now leading the effort as the new CDR-TAG (formerly RAN-TAG) Chair CDR Data Processing Framework

17. NASA SST ST, Miami, Nov 2011 L4 L3 L2 L1 L0 CoarseLess Coarse FineFiner Fundamental CDRs Thematic CDRs SST_depth SST_fnd SST_subskin SST_skin Pathfinder Version 5.2 Contributes directly to the L2 and L3 SSTskin components Indirectly to L4 and connections with L1 Currently L3C, but L2P and L3U coming soon 1981-2010

18. NASA SST ST, Miami, Nov 2011 Pathfinder Version 5.2 PFV52 – DOISST (AVHRR_OI) Gap from late 1994 – early 1995 Seasonal/latitudinal biases to be reduced in V6 using LATBANDS Other known traits evident SSES and sst_dtime missing in V5.2 All online at: http://pathfinder.nodc.noaa.gov Sea Icedt_analysisSSTAerosolsWind SpeedSST+Ice

19. NASA SST ST, Miami, Nov 2011 PFV52 Meets NOAA CDR Program Requirements http://www.ncdc.noaa.gov/cdr/operationalcdrs.html Data Flow Diagram Reproducible Code Metadata Long Term Archive…

20. NASA SST ST, Miami, Nov 2011 PFV52 Maturity Matrix http://www.ncdc.noaa.gov/cdr/operationalcdrs.html

21. NASA SST ST, Miami, Nov 2011 PFV5.2 Documentation and Access

22. NASA SST ST, Miami, Nov 2011 PFV52 Documentation and Access NOAA CDR Program Climate Algorithm Theoretical Basis Document -http://www.ncdc.noaa.gov/cdr/operationalcdrs.htmlhttp://www.ncdc.noaa.gov/cdr/operationalcdrs.html Internal wiki with 24 pages of logs, documentation, and other information netCDF files rich with metadata (GDS2, ISO 19115-2, FGDC) Web site: http:///pathfinder.nodc.noaa.govhttp:///pathfinder.nodc.noaa.gov WWW/FTP/HTTP/THREDDS and Browse Graphic access mechanisms shown from http://data.nodc.noaa.gov/http://data.nodc.noaa.gov/ NODC Geoportal: http://data.nodc.noaa.gov/geoportalhttp://data.nodc.noaa.gov/geoportal “Like” NODC on Facebook at http://www.facebook.com/noaa.nodchttp://www.facebook.com/noaa.nodc RSS feed on Pathfinder at http://www.nodc.noaa.gov/SatelliteData/pathfinder4km/pathfinder_n ews_rss.xml http://www.nodc.noaa.gov/SatelliteData/pathfinder4km/pathfinder_n ews_rss.xml

23. NASA SST ST, Miami, Nov 2011 Future Pathfinder Version 6+ LATBANDS Inclusion of SSES and sst_dtime Inclusion of “all-pixel” values for inland waters Full suite of L2P, L3U, L3C products Possible inclusion of quality test results, re-calibrated L1b data, …? PLEASE DON’T ASK ME WHEN

24. NASA SST ST, Miami, Nov 2011 Sir Arthur G. Doughty “Of all national assets, archives are the most precious; they are the gift of one generation to another and the extent of our care of them marks the extent of our civilization.” 1860-1936 Dominion Archivist, Canada Photo circa 1912

25. NASA SST ST, Miami, Nov 2011 Thank You ! Questions Contacts for further information: Craig.Donlon@esa.intCraig.Donlon@esa.int and Kenneth.Casey@noaa.govKenneth.Casey@noaa.gov

26. NASA SST ST, Miami, Nov 2011 Additional slides for reference

27. NASA SST ST, Miami, Nov 2011 SST-VC Co-leads: 1.Kenneth S. Casey, National Oceanic and Atmospheric Administration (NOAA), USA 2.Craig Donlon, European Space Agency (ESA), Netherlands SST-VC Members: 1.Hans Bonekamp, European Organisation for the Exploitation of Meteorological Satellites (EUMETSAT), Germany 2.Andrew Bingham, Jet Propulsion Laboratory, National Aeronautics and Space Administration (NASA), USA 3.Misako Kachi, Japan Aerospace Exploration Agency (JAXA), Japan 4.Peter Minnett (GHRSST Science Team Chair), University of Miami, USA SST-VC: Current Membership

28. NASA SST ST, Miami, Nov 2011 We specifically identify the following Space Agencies and other entities whose participation could be solicited : Comision Nacional de Actividades Espaciales (CONAE), Argentina Indian Space Research Organisation (ISRO) Korea Aerospace Research Institute (KARI) Chinese Academy of Space Technology (CAST) National Remote Sensing Center of China (NRSCC) National Satellite Meteorological Center/Chinese Meteorological Administration (NSMC/CMA) Russian Federal Service for Hydrometeorology and Environmental Monitoring (ROSHYDROMET) Russian Aviation and Space Agency (Roskosmos) Global Climate Observing System (GCOS) Group for Earth Observation (GEO) Other CEOS members with an interest in SST SST-VC: Desired Membership