Current Status of EPOS GNSS Working Group. Rui Fernandes on behalf of WG4 members

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1 Current Status of EPOS GNSS Working Group Rui Fernandes on behalf of 4 members 1

2 Current Status W G4 COM POSI TI ON Fir st N a m e Rui Luisa Carine Nicola Jan Athanassios Martin Andrzej Matthias Richard Rahsan Mary Mariusz Jorge Ivan Pasi Nicolas Ambrus Halfdan Shfaqat Alexandra Markku Benedikt Giulio Gunter Bojan Hans Andrea Caporali David Olivier Sylvian Jonathan Artur La st N a m e Fe r n a n de s Ba st os Bru y n in x D 'Agost in o D ou sa Ga n a s Lidbe rg Ar a szk ie w icz Be ck e r Bin gle y Ca k m a k Ca r t e r Figu rsk i Gá r a t e Ge or gie v H a k li H ou lie Ke n ye r e s Kie r u lf Kh a n Muntean Pou t a n e n Ofe igsso n Se lva g gi St a n gl St opa r va n de r M a r e l W a lde r sdor f Ale ssa n dr o Zu lia n i Fr a n cis Bon v a lot Jon e s Roch a Officia l ROLE w it h in W G4 Chair co-chair co-chair co-chair co-chair co-chair co-chair Member (GNSS) Member (GNSS) Member (Gravity) Member (Gravity) Member (Meteo) Member (7) Cou n t r y I n st it u t ion PORTUGAL PORTUGAL BELGIUM ITALY CZECH REPUBLIC GREECE SWEDEN POLAND GERMANY UNITED KINGDOM TURKEY IRELAND POLAND SPAIN BULGARIA FINLAND SWITZERLAND HUNGARY NORWAY DENMARK ROMANIA FINLAND ICELAND ITALY AUSTRIA SLOVENIA NETHERLANDS FRANCE ITALY ITALY LUXEMBOURG FRANCE UNITED KINGDOM PORTUGAL SEGAL (UBI/IDL) FC UP ROB INGV Geodetic Observatory Pecny NOA LM Military University of Technology TU Darmstadt University of Nottingham TUBITAK MAM GSI Military University of Technology ROA BAS FGI ETH FOMI STATKART DTU-Space NIEP FGI VEDUR INGV IWF University of Ljubljana Delft University of Technology University of Grenoble Univ. Of Padova INOGS UNILU BGI Meteo UK INESC-P 2

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4 What is EPOS? It is an ESFRI project (Preparatory Phase) ( Strategic Forum on Research Infrastructures) It aims at integrating existing RIs for solid Earth Supporting construction/implementation community data centers Building core services for different stakeholders of It aims at creating the governance structure to manage this distributed RI and its services to users It aims at building a legal body to secure funds for maintaining RIs for solid Earth science 4

5 EPOS PP Mission The Plate Observing System (EPOS) is a long-term integrated research infrastructure plan to promote innovative approaches for a better understanding of the physical processes controlling earthquakes, volcanic eruptions, unrest episodes and tsunamis as well as those driving tectonics and Earth surface dynamics The EPOS plan aims at integrating the currently scattered, but highly advanced facilities into one, distributed, but coherent multidisciplinary Research Infrastructure (RI) taking full advantage of new e-science opportunities EPOS PP Timeline 5

6 EPOS: the Partnership Who? 20 partners for 18 countries 6 associate partners for 5 countries On going initiatives for integrating the partnership: Bulgaria, Belgium, Russia,.. Erice September

7 Higher level data products Functional Architecture Compatibility Layer is the TCS-ICS Interface and it guarantees integration & interoperability 7

8 Background to Geodesy in EPOS 4 GNSS Data and Other Geodetic Data is the Working Group of the EPOS project in charge of defining and preparing the integration of the existing Pan- Geodetic Infrastructures that will support the Geosciences. It is open to the entire geodetic community. In fact, 4 also includes members from countries that formally are not part of the current phase of EPOS. Focus on cgnss (continuous GNSS) as a start but open to include other geodetic data in the future (there are current efforts focused on gravity data). 8

9 Access to Data Products (Taxonomy) Level 0: raw data, or basic data Level 1: data products coming from nearly automated procedures Level 2: data products resulting by scientists investigations Level 3: integrated data products coming from complex analyses or community shared products seismograms Earthquake locations Interferograms Level 4. Software, IT tools Seismic hazard map 9

10 EPOS Database (RIDE) MAP OF: - Seismic/GPS stations - Laboratories -- etc. Diversity in data type and formats Research Infrastructure LIst 244 Research Infrastructures 138 Institutions 22 countries 2272 GPS receivers 4939 seismic stations 464 TB Seismic data PB Storage capacity 828 instruments in 118 Laboratories 10

11 EPOS Database About 2200 cgnss stations, managed by 49 research infrastructures (RI), potentially available for EPOS 11

12 Scientific applications of GNSS data for the EPOS community 12

13 Scientific application of GNSS data for other communities 13

14 GNSS-related projects EUREF Reference Frame EPOS aims to deeply cooperate with EUREF in order to benefit from the experience constructed in the last decades 14

15 Other GNSS-related projects E-GVAP - EUMETNET EIG GNSS water vapour programme Use of many networks installed for surveying at national and regional level. 15

16 GNSS-related projects Solid Earth National Level And many other national projects dedicated to geodynamics: -Greece, Turkey, Portugal, etc... Unfortunately, most of them without public data access. 16

17 GNSS projects 17

18 Thematic Services (TCS) 1 - Seismology 2 - Volcanology Governance Data Products Services 3 Geological Data 5 Near Fault Observatories 4 GNSS Data 6 Analytical and Experimental Laboratories 8 Satellite Data 9 Geomagnetic Observ Infrastructures for Georesources 18

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21 Benefits of EPOS (for the Geodetic Community) Formal organization of EPOS will be through Research Infrastructure Consortium, ERIC. Usually countries are members, and RIs and services are included into EPOS through the contribution from each country When included in EPOS, there will be a firm commitment from the countries for long term support (and financing!) EPOS strive to collect, preserve, and utilize all observations that potentially may contribute to scientific progress Therefore much more stations and raw (RINEX) data are welcomed and asked for Data preservation, quality control, archiving and dissemination are priority services to be made available by EPOS 4 in the near future. 21

22 GSAC Geodetic Seamless ArChive Data Dissemination Currently, several 4 members are already implementing GSAC services in cooperation with UNAVCO: - Italy, Portugal, Greece, Iceland, France, Belgium 22

23 Latest news (03 June 2014) 23

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