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End-to-end Data Management for Operational Observation Systems

End-to-end Data Management for Operational Observation Systems. Presented to the Workshop on the Ecological Impact of Hypoxia on Living Resources. Sharon Mesick Ecosystem Program Manager NOAA Coastal Data Development Center March 2007. Overview. End-to-end data management projects

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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 Workshop on the Ecological Impact of Hypoxia on Living Resources Sharon Mesick Ecosystem Program Manager NOAA Coastal Data Development Center March 2007

  2. Overview • End-to-end data management projects • SEAMAP / Gulf of Mexico Hypoxia Watch • WCO – NODC Conduit • 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. References: http://www.ngi.msstate.edu/hypoxia Contacts: Russ Beard, NCDDC Acting Director russ.beard@noaa.gov Sharon Mesick, NCDDC Ecosystem Program Manager sharon.mesick@noaa.gov

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