Networks ∙ Services ∙ People www.geant.org Maria Minaricova GEANT Jakob Tendel DFN GEANT community delivering Copernicus 14 June 2016.

Slides:



Advertisements
Similar presentations
Marine Core Service MY OCEAN The GMES MyOcean Marine Service Bertil Håkansson SMHI, Core Service MyOcean Core User Requirements.
Advertisements

Geo-spatial information and remote sensing for crop production and environmental care Dr. Hanns-Christoph Eiden.
SMOS SAG, Villafranca November 2-3, 2006 Development of a Global In-Situ Soil Moisture Network: A SMOS Project Contribution P.J. van Oevelen.
The Ocean’s Role in Climate Change. Responding to the Kyoto Protocol Climate Change Action Fund (CCAF) Initiatives Reduce greenhouse gas emissions. Reduce.
Copernicus Programme of the EU Synergies with WMO, RA VI and EUMETNET
U.S. Department of the Interior U.S. Geological Survey U.S. Department of the Interior U.S. Geological Survey USGS contributions to unified space weather.
International Charter Space and Major Disasters 2011 NOAA Satellite Direct Readout Conference Miami, Florida April 4, 2011 Monitoring and Management Support.
11-12 June 2015, Bari-Italy Coordinating an Observation Network of Networks EnCompassing saTellite and IN-situ to fill the Gaps in European Observations.
Weather, Water, Climate Services Supporting Sustainable Development Jerry Lengoasa Deputy Director General Oslo, May 2014 World Meteorological.
Earth Observations: foundational for understanding and predicting environmental change ITU Symposium on ICTs, the Environment and Climate Change Montreal.
23 rd September 2008 HFA Progress Report Disaster Risk Reduction in South Asia P.G.Dhar Chakrabarti Director SAARC Disaster Management Centre New Delhi.
Climate change and Environmental Degradation Risk and Adaptation assessment Step 2 Collect scientific information.
TEIN3 and THEOS: Saving lives… with an eye in the sky.
Agency, version?, Date 2012 Coordination Group for Meteorological Satellites - CGMS Add CGMS agency logo here (in the slide master) Coordination Group.
Earth Observation for Polar Monitoring A unique view of the environment, the economy, and safety Helge Tangen, Regional Director, met.no Tromso EuroArctic.
DIN EN ISO 9001 certified1RapidEye proprietary information RapidEye Overview John Ahlrichs
© geoland2 consortium European Commission Fast Track Service Land within the GMES initiative in FP-7 FP7 GMES Fast Track Service Land – geoland2 geoland2.
Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 Image: MODIS Land Group, NASA GSFC March 2000 Commerce and Transportation.
Sensors, SWE and European spatial data initiatives – INSPIRE and GMES Brno, Radim Štampach, Ph.D.
The GEOSS Portfolio for Science and Technology Produced by ST Featuring: Climate: Capacity Building of Operational Oceanography and Climate Adaptation.
SAFER Services & Applications for Emergency Response Project scope and objectives David HELLO – INFOTERRA France January 2009.
NOAA’s National Height Modernization Program Zelda LeCoat National Geodetic Survey National Oceanic and Atmospheric Administration.
1 European Space Activities under the Research Framework Programme AMFIC Final Meeting Beijing, 23 October 2009 Hartwig Bischoff Space Research and Development.
Earth Observations to Benefit Societies A Briefing on the Activities of the Committee on Earth Observation Satellites (CEOS) Timothy Stryker U.S. Geological.
Polar Communications and Weather Mission Canadian Context and Benefits.
15-18 October 2002 Greenville, North Carolina Global Terrestrial Observing System GTOS Jeff Tschirley Programme director.
SUSTAINABLE DEVELOPMENT, GLOBAL CHANGE AND ECOSYSTEMS A Edwards – ADC, Seattle, 2006 Slide 1 European Community RTD Framework Programmes ADC.
NEREUS – the Network of European Region Using Space Technologies “The future of GMES after 2014 from a regional perspective” Role of the Earth Observation/GMES.
Environmental Protection Agency Institutional Cooperation and Policies for Streamlining of Environmental Information Vytautas.
Considerations for GOES-R Readiness in Canada
Flash Flood Forecasting as an Element of Multi-Hazard Warning Systems Wolfgang E. Grabs Chief, Water Resources Division WMO.
Expert meeting on “Environment, Climate Change and Security in the Artic” 28 February 2013 EEA activities on climate change impacts and adaptation in Europe.
MEDIN Work Plan for By March 2011 MEDIN will be 3 years into the original 5 year development plan started in Would normally ask for continued.
Global Terrestrial Observing System linking the world’s terrestrial monitoring systems to provide a global vision of the Earth we share.
The Physical Observing System: From Monitoring and Predicting Hazards to Long Term Changes Doug Wilson Co-Chairman, IOCARIBE-GOOS U.S. NOAA GEO CZCP Workshop.
UNCLASS1 Dr. Gene Whitney Assistant Director for Environment Office of Science and Technology Policy Executive Office of the President WISP Meeting - July.
J. Eric Madsen International Relations Specialist National Oceanic and Atmospheric Administration (NOAA) July, 2006 Global Earth Observation System of.
Marine Research Infrastructures as a Factor in Regional Competitiveness Professor Peter Herzig Director, IFM-GEOMAR German Marine Research Consortium KDM.
Satellites enabling the Global Earth Observation System of Systems (GEOSS) Michael Inggs, Department of Electrical Engineering, University of Cape Town,
IPSentinel Portuguese Infrastructure for Storage and dissemination of Satellite Sentinel Images PT02_Aviso3_003.
The GEOSS Initiative Codata workshop, September 2005 Dhesigen Naidoo DST, South Africa.
The Evolution of Earth Observation in Canada - A Perspective Luc Brûlé Director General, Space Utilization Canadian Space Agency
National Centers for Environmental Prediction: “Where America’s Climate, Weather and Ocean Services Begin” An Overview.
Asia Flood Network— A USAID Program for Flood Mitigation and Preparedness in Asia Asia Flood Network Program Objective –Identify and fill gaps in end-to-end.
1 The European Open Science Cloud: Open Day Event EMBL, Heidelberg, 20 January 2016 Joint Research Centre (JRC) The European Commission’s in-house science.
CEOS WGISS-40 COSMO-SkyMed Ground Segment & other Ground Segment Developments Richard Lowe – Group Manger, EO Systems & Operations.
E u r o p e a n C o m m i s s i o nCommunity Research Global Change and Ecosystems Malta, 27 January 2004 Alan Edwards EUROPEAN COMMISSION GMES – Implications.
GMES Global Monitoring of Environment and Security Possible GMES contributions for the WFD implementation Thomas Dworak (Ecologic) Steffen Kuntz (Infoterra)
Marine Knowledge space data€400 million per year in-situ data> €1 billion per year cost of ocean observation in EU.
Expanding the knowledge base for policy implementation and long-term transitions Dr Hans Bruyninckx Executive Director, European Environment Agency (EEA)
Copernicus services 1 6 services use Earth Observation data to deliver … Sentinels Contributing missions in-situ …added-value products.
Supporting the “Solving Business Problems with Environmental Data” Competition 24 th October 2013 Vlad Stoiljkovic.
Monitoring Europe‘s ecosystem capital The role of Copernicus and other geographic information Working party meeting, Luxembourg, 2. March 2015 Stefan Jensen.
Ocean Monitoring and Forecasting A Commercial Perspective Dr Ralph Rayner Ocean Numerics/Fugro GEOS.
39 th Conference of Directors of EU Paying Agencies ESTEC, 25 May 2016 M. Drusch, Principal Scientist Earth Observation Programmes Directorate Science,
Copernicus's contribution to land cover mapping in Africa Andreas Brink Senior Scientist Joint Research Centre – European Commission AfriGEOSS April.
GÉANT community delivering Copernicus
OVERVIEW EUMETSAT Background WAN links
Copernicus - contribution to land cover mapping in Africa Andreas Brink Senior Scientist Joint Research Centre – European Commission AfriGEOSS
Charter Executive Secretariat April 8, 2016
Unleashing Earth Observation data
GEO WP 1. INFRASTRUCTURE (Architecture and Data Management)
Environmental Intelligence Platform – Monitoring Nutrients Pollution with Earth Observation Data for Sustainable Agriculture and Clean Waters Blue.
Markus Erhard European Environment Agency (EEA) 1. Introduction:
Copernicus Programme European Commission CEOS Plenary 2016
Global Terrestrial Observing System
ECMWF, GEOGlows, and support for developing countries
Copernicus Programme European Commission CEOS Plenary 2017
Copernicus Global Land monitoring service
The EU Strategy for Adaptation to climate change
Presentation transcript:

Networks ∙ Services ∙ People Maria Minaricova GEANT Jakob Tendel DFN GEANT community delivering Copernicus 14 June 2016

Networks ∙ Services ∙ People Outline Copernicus Programme Overview & Sentinels Services Copernicus Emergency Management System Data Access Research and Education Networking National Research and Education Networks GÉANT R&E Services Copernicus use cases Collaboration with ESA Sentinel Data Hubs on GÉANT International contract services Collaboration with EUMETSAT EUMETCast terrestrial, Multicast across network domains Single point of contact services

Networks ∙ Services ∙ People Mom, how does your phone know what the weather is going to be like? 3 Question ???

Networks ∙ Services ∙ People 4 Sentinels for Copernicus Costs - €4.3bn 2014 to 2020 Benefits to the EU Economy – estimated € 30 billion (through 2030) Source: EU Copernicus

Networks ∙ Services ∙ People 5 Services through Copernicus Products and services to manage and protect the environment and natural resources and ensure civil security Benefits for Europe and the international community Essential information for 6 main domains: Ocean Land Atmosphere Climate change Security Emergency response Source: EU Copernicus

Networks ∙ Services ∙ People 6 Copernicus - Marine Services Marine safety Oil spill combat Ship routing Search & rescue Marine resources Analysis and forecast of hydrodynamic and ecosystem models Fish stock management Marine and coastal environment Monitoring water quality, pollution, coastal activities Seasonal and weather forecasting Short & long term Climate monitoring, ice surveys Sea Surface Temperatures Source: EU Copernicus

Networks ∙ Services ∙ People 7 Where are the jelly fish? Sentinel-3 is primarily an ocean mission that will provide accurate and reliable measurements on: Sea-surface temperature Ocean colour Sea-surface height Ocean currents Facts: In the Mediterranean region, people are treated for jellyfish stings each year In 2013, jelly fish blocked a cooling water intake, prompting a Swedish nuclear reactor to shutdown In 2007, jellyfish wiped out a salmon farm in Northern Ireland killing fish Source: EU Copernicus Marine Service

Networks ∙ Services ∙ People 8 Safer Seas Safety and reliability: ice monitoring and forecasting allows planning for safe and efficient transportation routes 800 million tones of goods are transported by ship every year in the Baltic Sea, with 40% transported during winter Cost savings: icebreaker fuel consumption reduced up to 50% transit times and costs reduced up to 2000 € per ship/day decreased cost of living for Northern communities

Networks ∙ Services ∙ People 9 Land Services Objective – to provide land-cover information for environment and other terrestrial applications Data collected and analysed – wide range of biophysical parameters – state of vegetation (leaf area index), energy budget, water cycle (soil moisture index) Land maps – high resolution Forest areas Agricultural areas Wetlands Small water bodies Specific areas of interest – urban atlas, biodiversity hot spots Thermal infrared sensors – global land monitoring Innovative altimeter – advanced monitoring of water levels of rivers and lakes worldwide Source: GeoVille & TU Vienna; Based on: MetOp ASCAT

Networks ∙ Services ∙ People 10 Changing lands – fast response to emergencies and disasters Numerous Applications: Land Any changes closely monitored Detecting illegal timber harvesting Agriculture: estimate crop acreage, soil moisture, forecast yields Land movement - urban planning, landslides, volcanic uplift Rapid response to disasters – floods and earthquakes Emergency Management Source: EEA/GISAT

Networks ∙ Services ∙ People 11 Monitoring Construction Progress from Space timely and accurate geospatial information to monitor infrastructure construction progress. This supports authorities and civil engineers in planning and managing construction sites (including sport stadiums). The Estádio Nacional - Brasília during and after construction. The construction process was tracked by the Pléiades satellite constellation before the 9th FIFA Confederations Cup, an international football tournament held from 15 to 30 June Source: AIRBUS DEFENSE & SPACE; Image: Pléiades 20th Football World Cup in Brazil

Networks ∙ Services ∙ People 12 How Satellites Track a Mass Killer The daytime land surface temperature over Africa. Land surface temperature acts directly both on the breeding cycle of mosquito as well as the development of the Plasmodium parasite. Thus, surface temperature is thought to be directly related to increased risk for malaria. Source: Processed by Dr. D. Ghent, University of Leicester, UK Prevalence of malaria in West Africa. Numerical models analyse malaria data with environmental factors such as climate, altitude, vegetation cover, agro-ecological zones which are also derived from satellite maps. Source: MARA ARMA

Networks ∙ Services ∙ People 13 Copernicus – Support for Weather Predictions The European Centre for Medium-Range Weather Forecasts (ECMWF) is a worldwide leading international organisation that develops and operates global models and data-assimilation systems to predict the behaviour of the atmosphere in the medium range and also up to longer periods of time by using probabilistic techniques. Every day, its powerful computing systems assimilate in near real-time over 12 millions of observation data from about 60 different satellites and from various ground networks. - sea-surface temperature over the Atlantic: blue areas - coldest & red - warmest - accuracy of a few tenths of a degree. Source: ESA Source: ECMWF

Networks ∙ Services ∙ People 14 Copernicus Emergency Management Service GIO EMS GIO EMS Timely & Accurate data – before, during and after disasters Global coverage Ground resolution, Quick data delivery, reliable info day-and-night, cloud free imagery Earthquakes, tsunamis, wildfires, floods, storms claim human lives and cause serious damage Rush mode – immediate response Non-rush mode – prevention, preparedness, disaster risk reduction, recovery Terrain deformation services – precise measurements and monitoring over landslides

Networks ∙ Services ∙ People 15 Copernicus Support for Flood Management June 2013 – century flood in central Europe Loss > € 12 billion Copernicus Emergency Management Service (GIO-EMS) 53 reference maps 65 flood delineation maps (GE, HU, CZ) Benefits Preparation, analysis, mitigation Flood forecast modeling Risk assessment and damage evaluation Source: GeoVille Source: GIO EMS - Mapping; Background Image: WorldView-2

Networks ∙ Services ∙ People 16 How Satellites help manage humanitarian crises Timely and accurate geospatial information to support the management of humanitarian crises. 12 million refugees currently live outside their country of origin 20 to 25 million people have been forcibly displaced within their own country In 2010, the global economic cost of humanitarian crises was estimated at approximately € 100 billion Benefits provide up-to-date, accurate geographic information for logistics, water supply infrastructures, demography, health facilities and the environment help to identify priority areas for receiving humanitarian and financial aid provide essential geographic information for remote areas where this is absent or not current Source: European Commission

Networks ∙ Services ∙ People Copernicus – data access Data Provision Responsibilities: ESA: Sentinel 1+2, Sentinel 3 Land L1 products Sentinels Scientific Data Hubscihub.copernicus.euscihub.copernicus.eu Copernicus Services Data Hubcophub.copernicus.eucophub.copernicus.eu Sentinels International Access Hubinthub.copernicus.euinthub.copernicus.eu Sentinel-1 Collaborative Data Hubcolhub.esa.intcolhub.esa.int EUMETSAT: Sentinel 3-6 Marine, Climate, and Atmosphere products EUMETCast eumetsat.int/website/home/Data/DataDelivery/EUMETCast eumetsat.int/website/home/Data/DataDelivery/EUMETCast Online Data Access eumetsat.int/website/home/Data/DataDelivery/OnlineDataAccess eumetsat.int/website/home/Data/DataDelivery/OnlineDataAccess

Networks ∙ Services ∙ People GEANT community support for Copernicus Research and Education Networks Dedicated Internet networks Serve publicly funded research and academic education organisations Architected and tuned to best performance for scientific data Most countries have one designated or de facto national R&E network Strong international R&E community enabling cross-border services

Networks ∙ Services ∙ People International R&E Network Collaboration Membership Association of almost all European NRENs International connectivity between NRENs Recipient and coordinator of EC grant funds under the series of GNx projects Project management Service development and provision Partner and connector in global R&E networking moving 1Pb/day

Networks ∙ Services ∙ People Case Study

Networks ∙ Services ∙ People R&E Support For ESA COPERNICUS R&E users are a significant target audience Tend to be regular, high-volume data consumers Are already served by a dedicated network infrastructure “How Best to disseminate to R&E users over the R&E networks?” The European R&E networking community is represented by GÉANT GÉANT maintains links to worldwide R&E networks  Implement COPERNICUS dissemination via GÉANT

Networks ∙ Services ∙ People ESA Copernicus dissemination 22 Data Processing Product Generation Archives Satellite Downlink COPERNICUS WAN T “Hubs” Pickup Point “The Internet” GÉANT NREN ADFN NREN B

Networks ∙ Services ∙ People ESA Copernicus dissemination 23 Data Processing Product Generation Archives Satellite Downlink COPERNICUS WAN T “Hubs” Pickup Point “The Internet” GÉANT NREN ADFN NREN B

Networks ∙ Services ∙ People ESA COPERNICUS Contract Services ESA data hub in Germany DFN for GÉANT access from Germany ESA EO unit in Italy Cross-border contract issues SOLUTION: GÉANT signs agreement with ESA GÉANT subcontracts DFN DFN implements connection in DE GÉANT DFN ESA ESRIN GERMANY ITALY Contract Data Data Hubs

Networks ∙ Services ∙ People ESA Copernicus dissemination ca. 30 TByte pro Tag 25

Networks ∙ Services ∙ People Case Study

Networks ∙ Services ∙ People EUMETSAT is the European operational satellite agency for monitoring weather, climate and the environment. Operate a system of meteorological satellites that observe the atmosphere and ocean and land surfaces – 24 hours a day, 365 days a year. This data is supplied to the National Meteorological Services of the organisation's Member and Cooperating States in Europe, as well as other users worldwide (USA, Korea, Africa). 27 Case study: EUMETSAT

Networks ∙ Services ∙ People Outreach to Asia - Korea (KMA) via cooperation between GEANT and our Asian partner networks Outreach to USA (NOAA) via cooperation - GEANT and Internet2 Outreach to Australia (NCI) via cooperation GEANT- TEIN and Asia-Pacific partner networks Feasibility of outreach to selected organisations located in Africa planned for EUMETCast Terrestrial Footprint Overview Accessibility mainly within Europe to all Member States Prerequisite to accessibility is: eligibility to access the dissemination via NREN Currently 8 sites are registered with the multicast stream and receive data in near real-time in Europe and 3 sites overseas.

Networks ∙ Services ∙ People EUMETCast data distribution using IP multicast from EUMETSAT HQ in Germany to 31 countries in Europe, using GÉANT and the NRENs networks A Single point of contact for the customer – connecting the customer with the whole community In the absence of a formal SLA: Implementation of added-value services that support an operational-like data provision Monitoring, reporting and escalation processes 29 EUMETCast Terrestrial

Networks ∙ Services ∙ People 30 Web based near real-time Monitoring In-house developed portal Escalation procedures based on monitoring critical section Multicast beacon matrix

Networks ∙ Services ∙ People Feasibility Analysis in respect to connecting individual end-points Single Point of Contact and activity coordinator Technical Service Support and escalation processes Web based near real-time monitoring of EUMETCast terrestrial multicast at GÉANT OC 31 Service portfolio

Networks ∙ Services ∙ People Thank you Networks ∙ Services ∙ People 32 ¿Questions?