EPOS research infrastructure (European Plate Observing System)

Transcription

1 EPOS research infrastructure (European Plate Observing System) and its potential to improve our knowledge of the deformation of the Alps Anne Socquet et al. VAO symposium, March 15th, 2018

2 Motivation Earth observation to understand the dynamics of the Earth. Applications to natural hazards in Europe, characterized by complex tectonics, telluric hazards - earthquakes, volcanoes, landslides, etc. - and anthropogenetic hazards, associated with high vulnerability, and to georessources Document: I. Manighetti Seismogenic faults (red) and seismicity (blue)

3 introducing EPOS EPOS is a long-term plan for the integration of research infrastructures for solid Earth Science in Europe EPOS integrates the existing (and future) advanced European facilities into a single, distributed, sustainable infrastructure taking full advantage of new e-science opportunities

4 EPOS Community The range of communities participating in EPOS measures its multidisciplinary insight and potential impact on the Earth Science community and beyond. 10 Thematic Core Services 3 Pillars EPOS aim to increase the efficiency of the integrated research infrastructures by improving and simplifying the access (Trans National & Virtual Access - TNA&VA) to them and the use of their data and products

5 summing up EPOS National Research Infrastructures ensure the competences and resources for collecting and analysing data and for maintaining national observation systems.

6 summing up EPOS National Research Infrastructures ensure the competences and resources for collecting and analysing data and for maintaining national observation systems. TCS are responsible for integrating data, metadata and services from various infrastructures for each discipline.

7 summing up EPOS National Research Infrastructures ensure the competences and resources for collecting and analysing data and for maintaining national observation systems. TCS are responsible for integrating data, metadata and services from various infrastructures for each discipline. ICS provide a new interface that, by adopting data access policies aligned to Open Science principles, provides data and products in a FAIR* form for users. *Findable, Accessible, Interoperable, and Re-usable

8 summing up EPOS National Research Infrastructures ensure the competences and resources for collecting and analysing data and for maintaining national observation systems. TCS are responsible for integrating data, metadata and services from various infrastructures for each discipline. ICS provide a new interface that, by adopting data access policies aligned to Open Science principles, provides data and products in a FAIR* form for users. Promote scientific and technological innovation for successfully addressing global major challenges in Earth sciences. *Findable, Accessible, Interoperable, and Re-usable

9 EPOS Timeline Dec. 2008: Inclusion of EPOS in the ESFRI (European Strategic Forum on Research Infrastructures) Roadmap : Preparatory Phase (EPOS-PP) Oct. 2015: Start of the Implementation phase (EPOS-IP) Funded by the European Commission's Horizon 2020 program (only 3 infrastructures selected among 15 proposals) About 18.5 M (2 M for France) Mid-2018: Starting of EPOS ERIC (European RI Consortium) Oct. 2019: End of EPOS-IP Start of the EPOS Operational Phase

10 EPOS-ICS GUI (Graphical User Interface) Discover and harvest available Data, Data Products, Software and Services (DDSS) Keypoints : standardized data and metadata, direct links for access and download

11 Access to Data, Data Products, Softwares, Services Level 0: raw data, or basic data seismograms

12 Access to Data, Data Products, Softwares, Services Level 0: raw data, or basic data Level 1: data products coming from nearly automated procedures Earthquake locations

13 Access to Data, Data Products, Softwares, Services Level 0: raw data, or basic data Level 1: data products coming from nearly automated procedures Level 2: data products resulting by scientists investigations

14 Access to Data, Data Products, Softwares, Services 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 Seismic hazard map

15 Access to Data, Data Products, Softwares, Services 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 Level 4: Software, IT tools

16 10 Thematic Core Services in EPOS France is involved OSUG / ISTerre is involved

17 TCS GNSS Data and Products Objectives Archive and Distribute GNSS data (Rinex) and GNSS Products (Time-Series, Velocity Fields, Strain Rate Maps ) At European scale (Big Data) High and homogeneous quality standard Unique portal (visibility) démocratise /extend the use of GNSS data

18 TCS GNSS Data and Products For Whom? Sea Level

19 GNSS Products to study the deformation of the Alps Horizontal velocity field Strain rate map

20 GNSS Products to study the deformation of the Alps vertical velocity field Uplift in the Alps and the Appenines Subsidence in Venice

21 GNSS Products to study Earthquakes Time series, co-seismic signal Emilia earthquake (Mw 5.9), 2012

22 In summary, EPOS: a single, pan-european distributed Research Infrastructures EPOS is more than a data portal: it will provide not just data but the means to integrate, analyse, compare, interpret and present data and information about Solid Earth. The EPOS Integrated Core Services (ICS) - will provide access to multidisciplinary data, data products, synthetic data from simulations, processing and visualization tools... - will serve scientists and stakeholders, young researchers and students (training), professionals and industry The EPOS Thematic Core Services (TCS) will contribute with mature services that have already well demonstrated their effectiveness and relevance in investigating the physical processes controlling Earth dynamics.

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24 EPOS IP and beyond Timeline

25 EPOS IP project Timeline Implementation Validation Pre-operation TCS cost assessment TCS-ICS Validation TCS-ICS testing for operation

26 EPOS Architecture for Implementation community-specific integration novel e-infrastructure Data generation Data collection Responsible of sustainability and operation IPR Data curation Metadata Registration Community Services Standardization Data pocilies Interoperability Brokerage Metadata registry Processing Aggregation Integrated analyses Visualization Procurement Sustainability

27 National Research Infrastructures EPOS Concept & Functional Architecture Community Layer Community-specific integration Integration Layer Novel e-infrastructure Provide services at national level Send data to the European thematic data infrastructures The governance framework where data and services are provided by communities Interoperability Layer Access to multidisciplinary data, products and tools for different stakeholders

28 Partnership

29 EPOS Thematic Core Services 1/2

30 EPOS Thematic Core Services 2/2

31 EPOS IP Concept

32 TCS Implementation Technical Implementation Governance Legal & Financial Work Communication Harmonization Management, Communication

33 EPOS IP Impact & Global Perspectives 10 TCS to be implemented ICS-C to be implemented ICS-d to be designed Harmonization with >20 countries Further engagement of stakeholders

34 EPOS IP Budget: M Total Financial Volume: M EPOS IP budget partitioning Harmonization 12% Management 5% TCS+ICS ICS developm. 15% WPs 2-5 Implementation WPs 8-17 WP1 83% WPs 6-7 TCS implement. 68%

35 EPOS IP Project Timeline Implementation Validation Pre-operation

36 Validation and Testing A rigorous testing and validation phase is foreseen in the DoA and in the GA for each TCS and for the ICS at M12 and M24 Establishing the metrics for EPOS IP impact assessment and TCS-ICS validation is a duty for the first year of activity (Session 5 of the kickoff agenda) The Service Coordination Board (SCB) and the PDB will ensure that all activities associated with the service implementation will be discussed and endorsed for validation in WP1 and WP3 The Implementation Phase Council (IPC) will approve the outcomes of validation and their transmission to BGR for final decision after discussion in the Board of National Scientific Representatives (BNSR)

37 Exploitation of Results The EPOS IP impact will be measured in terms of: Scientific value Capacity building Economic value Societal value Communication and dissemination activities (Session 3 of the kickoff agenda) are essential to this task and involve the whole EPOS IP partnership Access to data, data products and services through the implemented infrastructure and the ICS is a fundamental contribution The adoption of metrics to measure socio-economic impact is essential as well

38 Risk Management Risk management Risk management policy Risk management plan Risk register PDB is responsible for regular review of significant threats IPC discuss and approve transmission to BGR

39 Open Access for Open Science Open Data & Services Accessibility (scientific use) Commercial use (no pricing) Dissemination to Society Services to society Implications Metrics (use & re-use) Public funding Education & training Ethics Issues

40 Ethics Issues Science Communication Dissemination Education Training Information Knowledge Data Use Risk Communication Awareness Preparedness Resilience to geohazards Risk perception Decision-making Misuse of open data

41 EPOS: a single, pan-european distributed RI Seismograms Geological Maps _ Diverse Data _ SAR Interferograms Hazard Maps

42 EPOS RI beyond EPOS IP