1 / 19

WP 2

WP 2. European ECV Capability and structured ECV Process. Jörg Schulz, EUMETSAT. WP 2 Partners and Tasks . Partners: EUMETSAT * , ITC, ECMWF, DWD, VITO, FMI, MTF Task 2.1 Analysis of ECV capability and prioritisation for GMES climate services;

ebony
Download Presentation

WP 2

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. WP 2 European ECV Capability and structured ECV Process Jörg Schulz, EUMETSAT

  2. WP 2 Partners and Tasks • Partners: EUMETSAT*, ITC, ECMWF, DWD, VITO, FMI, MTF • Task 2.1 Analysis of ECV capability and prioritisation for GMES climate services; • Task 2.2 Preparation of a white book for structured process to derive ECV data records

  3. Major External Events since Kick-Off • International Space week consisting of 3 meetings (Geneva 18-22 Feb 2013): • Architecture for space-based climate monitoring group • CEOS WG Climate • SCOPE-CM Executive Panel • GCOS Data Needs for Adaptation to Climate Variability and Change (Offenbach, 26-28 Feb 2013) • WCRP Data Advisory Council (Darmstadt, 4-5 Mar 2013) • GCOS AOPC (Geneva, 2-4 Apr 2013) • Major Points with relevance to CORE-CLIMAX: • CGMS/CEOS Data Record Inventory • Maturity Matrix Concept • Data Set Quality Assessments • New phase-2 SCOPE-CM projects

  4. WP 2 Deliverables

  5. WP 2 sub meeting on 19 March at EUMETSAT • We defined three elements for a capability assessment: • Data Record Inventories that contain technical specifications and also links to documented information on quality; • A System Maturity Matrix (SMM) that evaluates if the production of the ECV CDR follows best practices for science, engineering and utilisation; • An Application Performance Matrix (APM) that evaluates the performance of an ECV CDR with respect to a specific application. • In addition User Requirements for each application, Technical Specifications and validation and/or data quality assessment results for each record are needed to ‘measure’ the performance.

  6. CEOS/CGMS ECV Inventory Questionnaire • Joint activity of CEOS, CGMS and WMO in 2012; • Questionnaire form – addresses both existing and planned capabilities for data records in two separate questionnaires; • Areas: • General • Dataset Usage • Dataset Stewardship • Dataset Properties • Dataset Access • Results should describe the current and planned global capability on an ECV basis; • ECV inventory now contains ~ 215 records submitted for responsible organizations • CORE-CLIMAX uses it as a starting point on what data records are involved.

  7. EX CORE-CLIMAX MATURITY MATRIX DISCUSSION • CEOS WG meeting brought major points to the table from NOAA, ESA and GHRSST; • CORE-CLIMAX was offered and agreed to function as facilitator for further discussion during this year; • All players have slightly different targets for their development, i.e., different matrices may exist; • Agreement was on the fact what the maturity matrix can ‘measure’ and what not;

  8. New SMM Outline • Removed NOAA language; • Increased overall consistency of levels; • Introduced a feedback mechanism; • Attempted the usage for in situ data; • Etc. • Lets have a look. -> Excel File

  9. The CORE-CLIMAX System Maturity Matrix

  10. Example: Public Access, Feedback, Update

  11. Prerequisites and Needs for theApplication Performance Matrix • Needs useful User Requirements for an application that ideally provide 3 levels (breakthrough, target and optimum); • Needs useful technical specification and published validation results (ideally from data set quality assessments) for products assessed; • Need a weighting scheme for the columns as importance is different for different applications; • Need to define a function that maps distance to User Requirement into index 1-6; • Should jointly be populated by expert on data product and expert for application; • Result shall be an understandable message on the use of a data record for an application.

  12. The Application Performance Matrix (Draft)

  13. Example: Mid-Tropospheric Temperature Trend Product Technical Specification 1 anomalies are considered Requirements Table (ART) – Trend Analysis – Mid Tropospheric Temperature

  14. Example: Mid-Tropospheric Temperature Trend Leroy et al., 2008, J. Clim. 33 years 35 years 46 years

  15. Potential Mapping Function • In this case the mapping shall be based on the signal to noise ratio; • Following Ohring et al. (2005) a signal to noise of 5 is fulfilling the stability and random uncertainty requirement; • The mapping could be:

  16. Link to GCOS-143 Guidelines

  17. Link to GCOS Climate Monitoring Principles

  18. GCOS Principles Satellite Specific

  19. CORE-CLIMAX Capability Assessment Workshop • Workshop is to: • Perform a self assessment using the new capability assessment tools and GCOS guidelines of each participating data record; • Perform independent (our SAG, ourselves and external experts) assessment of the same data records; • Discuss the assessment outcome differences and find consensus on the result; • Integrate the results into an electronic data base for EC and Copernicus; • The workshop shall discuss the initial report on the capability for the European Commission; • Proposed workshop date and venue: 21-23 January 2014 @ EUMETSAT

More Related