1. Copernicus The European Earth Observation Programme Astrid-Christina Koch Copernicus Infrastructures Unit Europe for GEOSS – Speakers Corner Geneva, 15 January 2014

2. Copernicus – Objectives Monitor the environment Facilitate adaptation to climate change Improve environmental policy effectiveness Increase general knowledge on the state of the Planet Protect people and assets Foster downstream applications in a number of fields Help managing emergency and security related situations

3. 1998200120052006 2008 2011 Baveno Manifesto (first reference to Global Monitoring for Environmental Security) Gothenburg EU Summit (first EC involvement in establishing European capacity for monitoring the environment from space) Start of GMES Initial Operations (GIO) phase GMES flagship of EU Space Policy ESA approves GMES Space Component Programme EC-ESA agreement on GMES signed GMES services presented at Lille Forum 2013 2014 onwards EC proposed Copernicus Regulation Delegated act on Copernicus Data Policy EC dedicated unit (GMES Bureau) in charge of Programme development and implementation Start of Copernicus full operations phase Launch of sentinel satellites begins Establish six services GMES renamed "Copernicus" Copernicus History

4. Copernicus Strategy A source of information for policymakers, scientists, business and the public at large A European response to global needs — to manage the environment, — to mitigate the effects of climate change and — to ensure civil security A user-driven programme of services An integrated Earth Observation system (combining space-based and in-situ data with Earth System Models, delivered to users by 6 service providers)

5. Sentinels Five EO missions developed specifically for Copernicus Copernicus Space Infrastructure PLUS Contributing Missions Third party EO missions offering their data to Copernicus (EU/ESA MSs, EUMETSAT, commercial, international) Sentinel-2 Sentinel-3Sentinel-4Sentinel-5 AND High Precision Ocean Altimetry (HPOA) mission Altimetry (HPOA) mission Sentinel 1 Sentinel-6 = Jason- CS

6. Six Copernicus services Land MonitoringMarine Monitoring Atmosphere Monitoring Emergency ManagementClimate ChangeSecurity Services monitoring Earth systems Horizontal services  Output: Value-Added Information

7. Climate change monitoring Rise of sea level

8. Gestione delle emergenze Terremoto in Emilia Romagna (maggio 2012) B EFORE THE EARTHQUAKE … AND AFTER THE EARTHQUAKE

9. Monitoraggio dell'ambientemarino L'incidente della CostaConcordia

10. 9/ Transfer to operations EU operational programme EU operational programme GIO R & D 2004201020062012 R & D & Innovation Preparatory actions Preparatory actions 200820142016201820202022 From 2000 to 2013: ESA – Space Segment (ESA + EU budget) EU – Development of Applications EU contribution through R&D Budget FP7 As from 2014 : ESA – Space Segment (ESA + EU budget) EU Operational budget (~3.7b€ 2014-20) Delegation Agreements, Tenders, Service specifications Horizon 2020 RD&I support for Copernicus: -Continuity in transfer (particularly in 2014) -Downstream applications & uptake -Service evolution R&D based on op. service feedback (especially post 2015)

11. 10/ Service Deployment 20122013201420152016 Climate Security Emergency Atmosphere Land Marine GIO global land GIO pan-EU & local Land services MyOcean2 MACC-II GIO EMS G-NEXT G-SEXTANT div. FP7 projects H2020 continuity actions for Atmosphere & Marine Adoption of Copernicus Regulation

12. Implementation of services In some cases, the implementation of the services may be (partly or in full) entrusted to competent EU bodies. — EEA, FRONTEX, EMSA, EUSC For other cases, potential entities (1) are to be identified for implementation, e.g. following a call for interest — Selection criteria — Operational and financial capacity To operate services, these service coordinating entities draw on other capable actors across Europe — e.g. via procurement from Industry value-adding companies, SMEs and possibly involving European research institutes (1) EU Financial Regulation Article 58.1(c); "entrusted entities" for budget implementation tasks

13. Please come to the Copernicus side event: Copernicus Today and Tomorrow Thursday 16, 14:30 to 16:30 Room 18 ( Level -1) All Copernicus Services will be described in detail Space Infrastructure Copernicus data policy More about Copernicus services

14. Copernicus Regulation EP and Council are currently discussing the Commission proposal for a Copernicus Regulation —it should enter into force mid-2014 Regulation describes the objectives of the programme, the governance and budget for 2014- 2020. Copernicus budget is EUR 3,786 million (2011 prices), pending approval of the EU 2014-2020 multi- annual financial framework

15. The Copernicus data policy is adopted via a Delegated Regulation This policy promotes the access, use and sharing of Copernicus information and data on a full, free and open basis One of the main objectives is to support downstream segment and research, technology and innovation communities The European research institutes will be able to make the best use of these data to create innovative applications and services Copernicus Data Policy

16. Earth Observation (EO) 2014 Call Copernicus related topics (~21 M€): EO 1 – 2014: R&D on new ideas for Earth-relevant space applications EO 2 – 2014: Climate change-relevant space data reprocessing and calibration EO 3 – 2014: Observation capacity mapping for Atmosphere and Climate Change monitoring Plus continuity MACC (atmosphere) & MyOcean (marine): 11M€

17. Earth Observation (EO) 2015 Call Copernicus related topics (~26 M€): : EO 1 - 2015: Bringing EO applications to the market (innovation actions) EO 2 – 2015: Stimulating wider research use of Copernicus Sentinel data EO 3 -2015: Imaging technologies from space

18. Next Steps Entry into force of Copernicus Regulation and Copernicus data policy Implementation of services —Selection of entrusted entities —Negotiation & signature of agreements —Operational services as of 2015 Deployment of space infrastructure —Launch of 1st satellite, Sentinel-1A, planned in 2nd quarter 2014

19. Potential roles of the European research institutes in Copernicus Contribution to the provision of services Development of innovative applications using Copernicus data and information which will be available on a free, full and open basis Participation in H2020 calls (Earth Observation and security research), for the eligible entities

20. Thank you for your attention Astrid-Christina.Koch@ec.europa.eu Website: http://copernicus.eu Website: http://copernicus.eu Facebook: CopernicusEU Facebook: CopernicusEU Twitter: @Copernicus EU Twitter: @Copernicus EU

21. GEO's Blue ocean initiative for an integrated transatlantic ocean observing system Thursday 16 January, 17:00 to 19:0 Room 5 & 6 ( Level 3) Intro by DDG Strohmeier, DG Research & Innovaton Speakers from United States, Europe, Canada Oceans side event

22. Copernicus Today and Tomorrow Thursday 16 January, 14:30 to 16:30 Room 18 ( Level -1) Intro by Director Philippe Brunet, DG Enterprise All Copernicus Services will be described in detail Space Infrastructure Copernicus data policy Your invitation to the Copernicus event