SciTransfer
Organization

ISTITUTO NAZIONALE DI OCEANOGRAFIA E DI GEOFISICA SPERIMENTALE

Italy's national oceanography and geophysics institute — ocean observation, seismic monitoring, and CO2 storage research across 50 countries.

Research instituteenvironmentIT
H2020 projects
28
As coordinator
0
Total EC funding
€5.4M
Unique partners
401
What they do

Their core work

OGS is Italy's national research institute for oceanography and geophysics, based in Trieste. They operate marine observation infrastructure, conduct seismological monitoring and earthquake hazard assessment, and support CO2 geological storage research. Their core work spans ocean data collection and forecasting, coastal ecosystem monitoring, seismic risk reduction, and subsurface energy storage — making them a key partner for anyone needing deep-earth or deep-ocean expertise in European research consortia.

Core expertise

What they specialise in

10 projects

Central role across JERICO-NEXT, JERICO-S3, JERICO-DS, EuroSea, Euro-Argo RISE, EurofleetsPlus, MINKE, SeaDataCloud, MyOcean FO, and ODIP 2 — all focused on marine monitoring networks and data services.

CO2 capture, transport, and geological storageprimary
3 projects

ENOS (their largest grant at EUR 1M) focused on onshore CO2 storage with field experiments; ECCSEL and ECCSELERATE supported CCS/CCUS research infrastructure as an ERIC member.

Earthquake seismology and seismic risksecondary
5 projects

RISE (operational earthquake forecasting and early warning), SERA (seismic hazard model revision), URBASIS (urban seismology and induced seismicity), EPOS SP (solid earth science infrastructure), and SLATE (submarine landslides).

Marine ecosystem assessment and environmental monitoringsecondary
4 projects

AtlantECO (Atlantic ecosystem forecasting), FORCOAST (Copernicus coastal services for fisheries), SEAMLESS (marine ecosystem data assimilation), and EUROqCHARM (microplastics monitoring harmonization).

Subsurface energy storage (hydrogen, geothermal)emerging
2 projects

HyStorIES investigated hydrogen storage in depleted fields and aquifers; GEMex explored enhanced geothermal systems in cooperation with Mexico.

Evolution & trajectory

How they've shifted over time

Early focus
CO2 storage and deep-earth science
Recent focus
Ocean observation and coastal monitoring

In 2014–2018, OGS focused heavily on CO2 geological storage (ENOS, ECCSEL), geothermal energy (GEMex), deep-earth sciences (SALTGIANT), and early ocean data infrastructure (SeaDataCloud, JERICO-NEXT). From 2019 onward, their portfolio shifted decisively toward coastal and ocean observation systems (JERICO-S3, EuroSea, MINKE), operational earthquake services (RISE), and marine ecosystem monitoring (AtlantECO, SEAMLESS). The evolution shows a clear move from subsurface resource-focused research toward operational environmental monitoring and service-oriented research infrastructures.

OGS is consolidating around operational ocean and coastal observation services, positioning itself as a go-to infrastructure partner for marine environmental monitoring in Europe.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: Global50 countries collaborated

OGS has never coordinated an H2020 project — they consistently operate as a specialist participant or third-party contributor within large consortia. With 401 unique partners across 50 countries, they are deeply embedded in European research infrastructure networks rather than leading them. This makes them a reliable, low-friction partner who brings domain expertise and infrastructure access without competing for the coordinator seat.

OGS has collaborated with 401 distinct partners across 50 countries, reflecting exceptionally broad European and international reach for an institute of its size. Their network is densest in marine science and geophysics communities, with strong ties to ERIC-affiliated institutions and Copernicus service providers.

Why partner with them

What sets them apart

OGS sits at a rare intersection of ocean science and solid-earth geophysics — few European institutes can contribute meaningfully to both marine observation networks and seismic hazard assessment within the same consortium. Their location in Trieste, historically a hub for international marine science (near ICTP and the Adriatic), gives them strong Mediterranean and Adriatic field capabilities. They are also one of the few non-coordinating institutes involved in multiple ERIC governance structures (ECCSEL, EPOS, ICOS), making them valuable for proposals requiring cross-infrastructure integration.

Notable projects

Highlights from their portfolio

  • ENOS
    Largest single grant (EUR 1M) — focused on enabling onshore CO2 storage in Europe with real field experiments, their deepest investment in a single research topic.
  • EurofleetsPlus
    Second-largest grant (EUR 538K) — gave OGS a role in coordinating access to European research vessels, AUVs, and ROVs, cementing their marine infrastructure credentials.
  • RISE
    Unusually, OGS appears twice (as participant and third party), indicating deep involvement in real-time earthquake forecasting and early warning systems for Europe.
Cross-sector capabilities
Energy — CO2 geological storage, hydrogen subsurface storage, geothermal systemsBlue Growth & Marine — fisheries services, aquaculture monitoring, ocean forecastingSecurity — seismic hazard assessment, earthquake early warning, disaster risk reductionResearch Infrastructure — ERIC governance, FAIR data services, observation network design
Analysis note: Strong data across 29 project entries with clear keyword evolution. OGS never coordinated an H2020 project, so their strategic priorities are inferred from participation patterns rather than self-directed research agendas. Six third-party roles suggest they sometimes contribute specialized capabilities to projects led by partner institutions rather than being full consortium members.