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End-to-end Data Management for Operational Observation Systems

Presentation on operational observation systems data management, best practices, functions, and partnerships. Includes end-to-end process, quality assurance, and stakeholder outreach. Integration of GIS, metadata, and geospatial data.

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End-to-end Data Management for Operational Observation Systems

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  1. End-to-end Data Management for Operational Observation Systems Presented to the Summit on Long-Term Monitoring of the Gulf of Mexico Hypoxic Zone Sharon Mesick, NCDDC Ecosystem Program Manager January 2007

  2. Overview • End-to-end data management projects • SEAMAP / Gulf of Mexico Hypoxia Watch (pg 3) • WCO – NODC Conduit (Appendix B) • Adopting best practices for an Operational Observation System

  3. Five Data Management Functions • Discover • Look, find and get data, data products and information • Access • To data and information • Archival • Storage and maintenance • Products • Quality Assurance, development and maintenance • Outreach • Facilitate stakeholder awareness

  4. SEAMAP / Gulf of Mexico Hypoxia Watch • Partnership project • NMFS, CoastWatch, NCDDC • Manual data development process • Interoperable standards addressed • Metadata, geospatial • Discovery, access, archive requirements met • Multiple public access points

  5. NCDDC Data Development ------------------------- • Receive / QC data • Geospatially enable • Generate contours • Generate metadata • GIS Integration • Product generation Products GIS & JPEG NODC Archival NCDDC Metadata Catalog NCDDC Clearinghouse Node MERMAid Hypoxia Watch Data Management Flow

  6. Direct Data Access Ocean Archive System Multiple Public Access Points • Metadata Search • NCDDC Portal • FGDC Clearinghouse • Geospatial One Stop • Data Access Applications • Internet GIS • General Access • Hypoxia Web site

  7. Gulf of Mexico Hypoxia Watch Program http://www.ncddc.noaa.gov/ecosystems/hypoxia

  8. West Coast Observing System • Partnership project • NMSP, CeNCOOS, PISCO, NODC, NCDDC, others • Operational, end-to-end system • Automated, extensible system • Interoperable standards addressed • OPeNDAP, metadata, geospatial • Discovery, access, archive requirements met • Multiple public access points

  9. End-to-End Data Management

  10. Direct Data Access NODC OPeNDAP Server OPeNDAP.org Ocean Archive System Multiple Public Access Points • Metadata Search • NCDDC Portal • FGDC Clearinghouse • Geospatial One Stop • Data Access Applications • Internet GIS • WCOS Portal • General Access • SIMoN (Sanctuary Integrated Monitoring Network) • CeNCOOS OceanObs

  11. Access Catalog Holdings Hypoxia Catalog Hypoxia Catalog Website NCDDC WCO-NODC Conduit ------------------------- NCDDC FTP Server NODC Retrieval Process Send Retrieve • Determine new data • Retrieve new data • and metadata • Convert data • Call XML-RPC server • to generate and • publish metadata • Package results and • send to FTP site Retrieve new Data and Metadata Publish Publish Hypoxia Watch LUMCON NODC OPeNDAP Server NODC Archival Send Metadata for Conversion and Publishing NGoM/CI XML-RPC Server ---------------- • Convert metadata • to FGDC XML • Publish to various • systems Other Publish Publish Ingest NCDDC Metadata Catalog NCDDC Clearinghouse Node MERMAid End-to-End Hypoxia Data Management

  12. Summary • WCOS – demonstrates an operational, automated system • Readily extensible • Coral Reef Early Warning System • Flower Garden Banks, other NMS • Proposed hypoxia data management system ensures a strong integrated approach • Consistent data standards and procedures • Engages regional partners in data assembly • Supports discovery, access, delivery, and archive • Real-time, NRT and collections

  13. Contacts: Russ Beard, NCDDC Acting Director russ.beard@noaa.gov Sharon Mesick, NCDDC Ecosystem Program Manager sharon.mesick@noaa.gov

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