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Overview on FP7 funding of Copernicus Climate Change projects. Collocation meeting EC FP7, ESA & EUMETSAT projects. Stijn VERMOOTE Project Officer REA S2 - Space Research. Brussels , 14 May 2013. GMES/Copernicus Funding - History and Background .
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Overview on FP7 funding of CopernicusClimate Change projects Collocation meeting EC FP7, ESA & EUMETSAT projects Stijn VERMOOTEProject OfficerREA S2 - SpaceResearch Brussels, 14 May 2013
GMES/Copernicus Funding - History and Background The Commission should ensure the complementarity of GMES-related research and development activities under the Seventh Framework Programme, the Union contribution to GMES initial operations, the activities of GMES partners and pre-existing structures, such as the European Data Centres. (Art. 26 of the GMES Regulation) H2020 - R&D FP7 - R&D Preparatory actions • Initial • Operations EU Operational programme 2004 2009 2011 2013 2014 2006 2023 2017
Copernicus Components USERS Policy Makers Private, Commercial & & Public Oil Spill Tracking Air Quality Flood Surveillance Climate change Farming Geoland2 MyOcean (2) MACC (II) SAFER G-MOSAIC Land Marine Atmosphere Emergency Security Climate In Situ Infrastructure Space Infrastructure & OBSERVATION What is their need? Examples provided ?? Information Services Sustainable Observations
79 GMES projects starting from 2007 to 2012 FP7 space call • FP7 Copernicus (GMES) projects (Calls 1 to 5) • Land ~53 Meuro • Marine ~90 Meuro • Atmosphere ~44 Meuro • Emergency~49 Meuro • Security ~34 Meuro • Climate Change~19,5 Meuro(excl. MACC & MACC II) • Specific support actions ~5,5 Meuro Total EU contribution: ~295Meuro
Copernicus FP7 Space projects (Call 6): FP7-SPACE-2013-1 • Towards a GMES Climate change service – preparatory activities • Topics based on the GMES stakeholder consultations and the Helsinki Climate Service conference in 2011. • Actions have been prioritised which are complementary to activities funded by other sources. These are to improve Earth System reanalyses to include the hydrological cycle, a proper coupling between the ocean and the atmosphere, as well as other feedback mechanisms. • Issues such as data archiving, integration and access to data through a central clearing house mechanism should be tackled, as well as implementing a gridded approach to impact indicators. • The topics proposed in this area support activities leading to the development of initial Climate Change Service elements • FP7-SPACE-2013-1: 5 separate topics • Maximum EU contribution for the 5 topics together: 26 MEUR
Copernicus FP7 Space projects (Call 6) under negotiation • SPA.2013.1.1-01: Global 20th century re-analysis and future coupling methods • SPA.2013.1.1-02: Ensemble system of regional re-analyses • SPA.2013.1.1-03: Traceable quality assurance system for multi-decadal ECVs • SPA.2013.1.1-04: Provision of access to simulated and observed climate datasets and climate indicator toolbox • SPA.2013.1.1-05: Attribution products Proposalsretained for fundingand currentlyundernegotiation • No Grant Agreementssignedyet
Coordination with other initiatives • EUMETSAT: e.g. Climate Monitoring SAF • ESA: Sentinels and the Climate Change Initiative (CCI) • ECMWF: global atmosphericreanalysismodelling • FP7 Environment: research projects on climate scenarios, adaptation costs, regional climate change impacts etc. Coordination: • REA Workshop FP 7 ECV projects: 11-12 September 2012 Brussels • CORE-CLIMAX Collocation meetings: 14-15 May 2013, Brussels (REA); 22-24 January 2014, Darmstadt (EUMETSAT) • ESA Living Planet Symposium: 9-13 September 2013, Edinburgh