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1 European Space Activities under the Research Framework Programme AMFIC Final Meeting Beijing, 23 October 2009 Hartwig Bischoff Space Research and Development.

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Presentation on theme: "1 European Space Activities under the Research Framework Programme AMFIC Final Meeting Beijing, 23 October 2009 Hartwig Bischoff Space Research and Development."— Presentation transcript:

1 1 European Space Activities under the Research Framework Programme AMFIC Final Meeting Beijing, 23 October 2009 Hartwig Bischoff Space Research and Development European Commission Brussels

2 2 Main topics I.The EU Space Research Programme II.Global Monitoring for Environment and Security (GMES) III.Security issues under the EU Space Programme IV.Research in Strengthening Space Foundations

3 3

4 4 Space in the EU Research Framework Programmes A new activity, first introduced by the 6th Framework Programme - FP6 (2002-2006):  About € 230 million over five years.  Earth observation (GMES), Satcom, Satnav  Focused on applications and services FP7 (2007 – 2013)  About € 1.4 billion over 7 years  GMES + Strengthening Space Foundations  GMES + Strengthening Space Foundations  Services but also technology development

5 5 Breakdown of FP7 Space funding ~ 670M€ 710 M€ 48 M€ Space Infrastructure Services, SSF R&D Space data Call 2 Call 1 Call 3

6 6 FP-7 Participation of selected countries (countries with an S&T Agreement in yellow) FP-7 Participation of selected countries (countries with an S&T Agreement in yellow) Update 28/05/09 190 countries

7 7 EC contribution to selected countries from FP-7

8 8 The FP7 Space Programme Main topics I. GMES: Land, Marine, Emergency, Atmosphere, Security Land, Marine, Emergency, Atmosphere, Security  Major investment in the space component and operational services II. Strengthening Space Foundations: Space Technologies, Exploration, Space Transportation, Space Science Space Technologies, Exploration, Space Transportation, Space Science

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10 10 12 Sentinel missions (2011-2020) 16 Meteorological missions(2008-2025) 7 National defense 7 National defensemissions(2004-2013) 14 National civil missions (2008-2016) 4 MSG (2008-2019 (2008-2019 ) 3 EPS/Metop (2008-2020) 1 Jason-2 (2008-2013) 4 MTG (2019-2025) 2 MTG (2017-2023) on board 2 Sentinel-1 (2011-2017) 2 Sentinel-2 (2012-2018) 2 Sentinel-4 1 Sentinel-5 Precursor (2014-2018) 2 Sentinel-5 2 Sentinel-3 (2012-2018) 2 TerraSAR-X (DE) (2008-2017) (2008-2017) 4 Cosmo-SkyMed (IT) (2008-2012) 1 Spot-4 (FR) (2001-2009) (2001-2009) 1 Tandem-X (DE) (2009-2016) 1 Spot-5 (FR) (2008-2011) (2008-2011) 6 UK-DMC (UK) (2008-2012) SeoSat (ES) (2010-2015) (2010-2015) 2 Pleiades (FR) (2010-2016) 2 Post-EPS (2019- 2030) on board 2 Helios (FR) (2004-2013) 5 SARLupe (DE) (2006-2013) 5 RapidEye (Private) (2008-2014) (2008-2014) 1 Jason-Cryosat (2017-2022 (2017-2022 ) 1 Jason-3 2013-2017) 2013-2017) 8 National dual use missions (2008-2017) GMES: The Space Component

11 11 GMES: dedicated space infrastructure Sentinel 1 – SAR imaging (radar data) (2011) Sentinel 1 – SAR imaging (radar data) (2011)  All weather, day/night applications, interferometry  successor of ENVISAT Sentinel 2 – Multispectral imaging (2012) Sentinel 2 – Multispectral imaging (2012)  for land applications, e.g. urban, forest, agriculture  successor of SPOT, Landsat Sentinel 3 – Ocean & Land monitoring (2012) Sentinel 3 – Ocean & Land monitoring (2012)  Wide-swath ocean color, vegetation, sea/land surface temperature, ocean altimetry Sentinel 4 – Geostationary atmospheric (2017) Sentinel 4 – Geostationary atmospheric (2017)  Atmospheric composition monitoring, trans- boundary pollution Sentinel 5 – Low-orbit atmospheric (2019) Sentinel 5 – Low-orbit atmospheric (2019)  Atmospheric composition monitoring

12 12 Space Infrastructure In Situ Infrastructure OBSERVATIONINFRASTRUCTURE CORE SERVICES DOWNSTREAM SERVICES Farming Coastal Zone GMES Overall Architecture Added Value Chain Users Air quality SecurityEmergency Atmosphere Marine Land

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14 14 European Foreign and Security Policy European Foreign and Security Policy In case of conflicts, man-made and natural disasters:  First challenge: Situation assessment  Crises abroad can be managed using satellite applications:  Satellite Imaging  Satellite Communication  Satellite Navigation FP-7 is funding G-MOSAIC (GMES Services for Management of Operations, Situation Awareness and Intelligence for regional Crises)

15 15 The Security of the Space Infrastructure Space infrastructure is threatened by Space infrastructure is threatened by  space debris and  collision between spacecraft  two satellites collided on February 11, 2009 over Siberia at an altitude of about 750km Hence the necessity Hence the necessity  to improve space monitoring capabilities  to improve the coordination between space operators

16 16 Develop a European capability for the monitoring and surveillance of the space infrastructure and of space debris Develop a European capability for the monitoring and surveillance of the space infrastructure and of space debris ESA has launched a Preparatory Programme ESA has launched a Preparatory Programme Space weather impact on security infrastructure (radiation etc.) Space weather impact on security infrastructure (radiation etc.) Active debris removal Active debris removal European Space Situational Awareness – SSA

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18 18 Strengthening Space Foundations New FP7 activity New FP7 activity Projects will demonstrate the benefit of EU, ESA and MS to work in a coordinated way Projects will demonstrate the benefit of EU, ESA and MS to work in a coordinated way Open to International Cooperation Open to International Cooperation Focus on upstream aspects, i.e.: Focus on upstream aspects, i.e.:  innovative launch/propulsion technologies  Space science  Critical technologies and components

19 19 Space Exploration To improve in the long term the capability for interplanetary travel the capability for interplanetary travel the access to planets’ surfaces the access to planets’ surfaces the capability to select, collect and return samples the capability to select, collect and return samples to perform their analysis to perform their analysis

20 20 What could be the topics for EU-China space cooperation ? Space and climate change ? Space and climate change ? Air quality monitoring ? Air quality monitoring ? Coastal zones monitoring ? Coastal zones monitoring ? Natural and man-made disasters ? Natural and man-made disasters ? Marine environment monitoring ? Marine environment monitoring ? Water management and Land use ? Water management and Land use ? Monitoring of mountainous regions and glaciers ? Monitoring of mountainous regions and glaciers ?

21 21 Hartwig.bischoff@ec.europa.eu http://ec.europa.eu/enterprise/space_research/index_en.htm


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