1 / 8

OCR – Implementation Team EUMETSAT’s proposal

OCR – Implementation Team EUMETSAT’s proposal. Ewa Kwiatkowska. EUMETSAT motivation for support to OCR – Implementation Team. EUMETSAT operational ‘marine’ obligations to the EC’s Copernicus Programme Growth area for EUMETSAT Major programmatic user is CMEMS L arge and diverse user base

edwardsm
Download Presentation

OCR – Implementation Team EUMETSAT’s proposal

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. OCR – Implementation Team • EUMETSAT’s proposal Ewa Kwiatkowska

  2. EUMETSAT motivation for support to OCR – Implementation Team • EUMETSAT operational ‘marine’ obligations to the EC’s Copernicus Programme • Growth area for EUMETSAT • Major programmatic user is CMEMS • Large and diverse user base • Broad range of applications • Many data products • Users request • relevant products meeting application needs • products of known high quality • focus on coastal and inland waters (in addition to open sea) • harmonization, consistency and stability across missions

  3. OCR-VC INSITU-OCR Document (Requirements) Resource/Activity Gaps OCR Implementation Team OCR-IT Regular Review Resource coordination Rolling OCR Implementation Plan Activity/Project Activity/Project Activity/Project Activity/Project

  4. INSITU-OCR Document (Requirements)

  5. EUMETSAT OCR-IT vision and support OCR-IT is distributed and virtual • International cooperation hands-on • shared resources, activities, community tools, standards/consistency • EUMETSAT’s contribution: • Research and development studies (Copernicus ITT procurement rules) • Support for visiting scientists at EUMETSAT • support for scientist collocations to work on specific activities • European scientist travel support to meetings (???)

  6. EUMETSAT priorities: contribution to Fiducial Reference Measurements • Continuation of SVC cooperation: ESA, JRC, NOAA, NASA, EUM: MOBY-refresh, -Net, FRM4SOC, Copernicus SVC requirements document, IOCCG WG • Copernicus OC-SVC preliminary design (Preliminary Design of the Copernicus Ocean Colour Vicarious Calibration Project: Infrastructure, Project Planning and Financial Planning) • OCR-IT key-personnel supportand review (travel/time) • Archival of in situ data / FRMs • Definition of FRM data provision standards/formats • Development of an inter-operable Copernicus database node hosted with support from EUM • OCR-IT key-personnel support and review (time) • General coordination on field campaigns • Via the IOCCG website • S3VT contributions • Continuous consolidation and update of measurement protocols • European scientist travel support to meetings • Longer term: • Standardization of FRM data processing, including uncertainties • Development of FRM community processors • Field instrument characterization and calibration standards, SI traceable • Maintenance and development of field measurement protocols • Instrument calibration and field round robins Copernicus OC-SVC capability Traceable validation of OLCI quality Addressing standing S3VT-OC recommendations Algorithm improvements, product development FRM4SOC

  7. EUMETSAT Priorities: Copernicus algorithm improvements and new product development • Algorithm improvements • IOPs from OLCI • Bright Pixel Correction (NIR in-water contribution) • Key-personnel supportand review (Expert Review Team, travel/time) • New product development • Fluorescence • Key-personnel review (time) • Longer term: • Atmospheric correction and optical water classes with particular focus on coastal / complex waters • Further OLCI products • Geostationary ocean colour Fulfilling user needs

  8. Example of a successful development activity in an OCR-IT-like context • Study: Requirements for Copernicus Ocean Colour Vicarious Calibration Infrastructure (finished Jul’17) • EUMETSAT’s Copernicus ITT • Study presented to the IOCCG committee • Study run in tandem with ESA’s FRM4SOC • International Review Team of 10 experts in the field (travel funded by the study) • Two public and Expert Team reviews • FRM4SOC workshop on vicarious calibration • IOCS’17 breakout session • The requirement document is now offered as contribution to OCR-VC • INSITU-OCR White Paper, R1.4 Vicarious calibration International Expert Review Team Agnieszka Bialek (cc. Nigel Fox) (NPL) – metrology Bryan Franz (NASA) – vicarious calibration method Carol Johnson (NIST) – metrology, MOBY calibration Craig Donlon (ESA) – FRM4SOC David Antoine (LOV) – in situ infrastructure BOUSSOLE Giuseppe Zibordi (JRC) – in situ infrastructures Hiroshi Murakami (JAXA) – space instruments Menghua Wang (NOAA) – atmospheric correction, MOBY Vittorio Brando (CMEMS) – Copernicus marine service Young Je Park (KIOST) – operational requirements

More Related