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Copernicus in situ com ponent Overall coordination Henrik Steen Andersen ENEON Plenary Workshop 12 October 2016 Implemented by 1 I n situ data are an essential and integrated part of the Copernicus program m e The Copernicus programme


  1. Copernicus in situ com ponent Overall coordination Henrik Steen Andersen ENEON Plenary Workshop 12 October 2016 Implemented by 1

  2. I n situ data are an essential and integrated part of the Copernicus program m e The Copernicus programme cannot deliver requested products and services without access to in situ data ENEON Plenary 12 October 2016 pace 2

  3. The Copernicus in situ com ponent ‘In situ data’ means data from ground-, sea- or air-borne sensors as well as reference and ancillary data licensed or provided for use in Copernicus Implemented by ENEON Plenary 12 October 2016 pace 3

  4. Access to essential in situ data I n situ data providers Copernicus services ! ENEON Plenary 12 October 2016 pace 4

  5. The Copernicus in situ com ponent  I s im plem ented by the services, and by the EEA when overall coordination is required;  Provides reliable and sustainable access to in situ data, relying on existing capacities operated at national and European level, and global observing systems;  Member states’ in situ infrastructures and data are essential contributions to Copernicus . ENEON Plenary 12 October 2016 pace 5

  6. The Land Monitoring Service Essential geospatial data sets  Ortho-im agery  Buildings  Adm inistrative units  Hydrographic netw ork  Land cover/ use  Transport netw orks  Digital elevation m odels Preferably delivered via w eb services ENEON Plenary 12 October 2016 pace 6

  7. Surface pressure observations used in the Copernicus clim ate reanalysis product Many Few No of observations per 1x1 deg. per month in 2010 ENEON Plenary 12 October 2016 pace 7

  8. Tim eliness and quality requirem ents ENEON Plenary 12 October 2016 pace 8

  9. I nput to the European Flood Aw areness System Emergency Management Service Hydrological variables Meteorological observations Runoff Daily precipitation ENEON Plenary 12 October 2016 pace 9

  10. Near real tim e m arine in situ observations from European and global netw orks Marine Environment Monitoring Service ENEON Plenary 12 October 2016 pace 10

  11. I m plem enting the Copernicus in situ com ponent Service level Programme level • State of play across • Data requirements; all services; • Access agreements • Data access solutions and cooperation with targeted multiple data providers; services; • Operational • Coordination and management and exploitation of processing of in situ synergies across all data. services. ENEON Plenary 12 October 2016 pace 11

  12. The Copernicus in situ com ponent EEA’s m ain cross-cutting activities Raise the Maintain an Improve awareness overview of the access to about the Copernicus in selected in situ Copernicus in situ component data situ component ENEON Plenary 12 October 2016 pace 12

  13. Overview of the Copernicus in situ com ponent  The EEA will establish and maintain an overview of the Copernicus in situ component across and in cooperation with all Copernicus services. Ad hoc inventories Service fact sheets State of play report Critical gaps • Data providers; • Main in situ data • Summary of fact • Detailed • Research requirements; sheets; description of infrastructures; • Data used; • Cross-cutting critical in situ data • Agreements and • Data providers; issues; gaps; • Data gaps. access solutions. • Risk analysis; • Recommended • Evolution. solutions; • Action plan. ENEON Plenary 12 October 2016 pace

  14. I m prove access to in situ data https://corda.eea.europa.eu/  The EEA will improve access to in situ data for Copernicus services by operating dedicated data portals and creating partnership agreements with critical data providers. Specific data EIONET data flows Partnership Reference data access solutions agreements access portal (CORDA) ENEON Plenary 12 October 2016 pace

  15. Aw areness raising activities  The EEA will, in close cooperation with the Copernicus services, improve stakeholders' knowledge and understanding of the Copernicus in situ component. Newsletters Use cases Communication Events strategy ENEON Plenary 12 October 2016 pace 15

  16. Netw orks constitute an im portant part of the Copernicus in situ com ponent Networks Copernicus services Networks ENEON Plenary 12 October 2016 pace 16

  17. Main challenges  The Copernicus services are operational and require access to sustainable and reliable netw orks ;  Data policies and use conditions should not obstruct the availability and applicability of data and the resulting products;  Deeper involvem ent of networks and their members requires clarity regarding Copernicus’ products and services, and their requirements for in situ data;  The evolution of observing netw orks and Copernicus needs to be synchronised;  Targeted dialogue between Copernicus and the networks is required to foster mutual understanding and strengthen partnerships. ENEON Plenary 12 October 2016 pace 17

  18. Thank you for your attention Implemented by 18 18

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