EPOS ERIC

EPOS ERIC
Name	EPOS ERIC
Formation	2018
Headquarters	Rome, Italy
Type	European Research Infrastructure Consortium
Region served	Europe
Members	multiple European states and consortia

EPOS ERIC is a European Research Infrastructure Consortium focused on providing integrated access to solid Earth science data and services. It coordinates long-term observations, data management, and computational resources to support research on seismicity, volcanism, geodynamics, geomagnetism, and related hazards. EPOS ERIC acts as a hub connecting national research facilities, observatories, and data centers to enable interdisciplinary studies and operational applications.

Overview

EPOS ERIC unifies resources across national and transnational entities including European Union, Czech Republic, France, Italy, Greece, Norway, Spain, Sweden, Switzerland, United Kingdom, Germany, Portugal, Poland, Austria, Hungary, Romania, Belgium, Netherlands, Slovenia, Croatia, Iceland, Turkey, Latvia, Lithuania, Estonia, Finland, Denmark, Ireland, Serbia, Bulgaria, Slovakia, Cyprus, Malta, and international organizations such as European Space Agency collaborators. The organization connects national research infrastructures like INGV, GFZ German Research Centre for Geosciences, BGS, CNRS, INRS, ETH Zurich, IST Austria, CNR, IST, University of Oxford, University of Cambridge, Utrecht University, Sorbonne University, University of Iceland, University of Lisbon, University of Warsaw, Technical University of Munich, Karlsruhe Institute of Technology, Politecnico di Milano, University of Barcelona, Trinity College Dublin, KU Leuven, Eötvös Loránd University, Comenius University in Bratislava, Jagiellonian University, University of Zagreb and data centers such as EMBL-EBI partners. EPOS ERIC provides standardized tools, metadata schemas, and services interoperable with platforms like GEOSS, Copernicus Programme, IRIS (Seismological Service), Global Seismographic Network, and collections used by UNESCO bodies.

History and Establishment

The establishment followed preparatory phases involving major initiatives such as ESFRI Roadmap updates, collaborations with European Commission frameworks and funding instruments including Horizon 2020 and predecessors like FP7. Founding activities were influenced by large-scale projects and consortia such as EPOS Preparatory Phase, contributions from national institutes including INGV, GFZ, BGS, CNRS-INSU and advisory input from organizations like ORFEUS, EMSC, EuroGeoSurveys, and UNAVCO. Legal formation as a Research Infrastructure Consortium drew on precedents set by entities such as CERN, EMBL, ELIXIR, and JIV-ERIC to structure cross-border governance, service provision, and long-term sustainability. Key milestones included formal registration, operational service rollouts, and integration with European research programs.

Governance and Membership

Governance employs a statutory structure with a General Assembly of members, a Board of Directors, a Director appointed to lead the central office in Rome, and scientific and technical advisory panels drawn from stakeholders like European Geosciences Union, American Geophysical Union collaborators, and national academies including Accademia Nazionale dei Lincei and Royal Society. Membership includes EU Member States, Associated Countries, and intergovernmental organizations aligned with legal frameworks used by other ERICs such as EMVO and BBMRI-ERIC. Financial and operational oversight involves contributions from national research ministries, science councils like DFG, ANR, SNSF, NERC, and funding agencies comparable to ERC Executive Agency. Expert committees facilitate liaison with hazard agencies such as European-Mediterranean Seismological Centre and policy bodies like European Commission Directorate-General for Research and Innovation.

Services and Infrastructure

EPOS ERIC operates a federated ecosystem of services spanning core domains: seismology, volcanology, geodesy, geology, geomagnetism, geochemistry, and anthropogenic hazard monitoring. Technical infrastructure includes distributed data repositories, virtual research environments, cloud computing integration comparable to services offered by PRACE and EOSC, and tools interoperable with GNSS networks, InSAR processing chains, and seismic waveform archives akin to IRIS DMC. Facility types encompass observatories, borehole networks, seismic arrays, GPS stations, geodetic labs, petrological collections, and experimental facilities associated with institutions like GFZ, INGV, BGS, CNR, ETH Zurich and major universities. Community services include standardized metadata catalogs, web APIs, visualization portals, and workflows for hazard assessment used by emergency services and research consortia.

Data Policy and Access

Data management adheres to FAIR principles and aligns with European policy frameworks promoted by European Open Science Cloud, European Commission open data directives, and practices of infrastructures such as ELIXIR and CERN Open Data. Policies define access tiers, licensing, and citation requirements, integrating persistent identifiers like DOI and protocols such as OAI-PMH and RESTful API interfaces. Sensitive or restricted datasets are managed through access control mechanisms and memoranda of understanding with national data providers including INGV and GFZ. Long-term preservation strategies coordinate with digital repositories and initiatives like LOCKSS-style redundancy and partnerships with national archives and university libraries.

Research and Community Impact

EPOS ERIC supports multidisciplinary research efforts influencing earthquake science, volcanic hazard forecasting, geodynamic modeling, and resource studies. It underpins collaborations involving research networks and projects such as Seismological Society of America partnerships, FP7 and Horizon 2020 consortia, and links to international programs including GEF-relevant studies and UNISDR engagements. Outputs include datasets, software, community standards, and training through summer schools and workshops co-organized with societies like European Geosciences Union, American Geophysical Union, International Association of Seismology and Physics of the Earth's Interior and universities. Impacts are seen in enhanced hazard monitoring, improved modeling of plate tectonics, and contributions to policy dialogues in institutions such as European Commission, national ministries of science, and civil protection agencies.

Category:Research infrastructures