Core contributor across the JERICO project series (JERICO-NEXT, JERICO-S3, JERICO-DS) and SeaDataCloud, all focused on building European coastal observation and marine data networks.
INSTITUTO HIDROGRAFICO
Portugal's national hydrographic institute, contributing oceanographic monitoring, seafloor mapping, and marine data expertise to pan-European coastal observation networks.
Their core work
Instituto Hidrográfico is Portugal's national hydrographic institute, responsible for oceanographic surveying, seafloor mapping, and marine data services. Within EU research, they contribute expertise in coastal observation systems, ocean sensor technologies, and marine data infrastructure. They play an active role in building pan-European ocean monitoring networks, developing low-cost oceanographic instruments, and integrating satellite-derived bathymetry with AI and drone technologies for seafloor mapping. Their work directly supports Copernicus marine services and UN Sustainable Development Goal 14 (Life Below Water).
What they specialise in
The 4S project applies satellite imagery, sensor fusion, AI, and drones to survey seafloor bathymetry — a direct extension of IH's national hydrographic mandate.
MELOA developed multi-purpose, extra-light oceanographic apparatus for cost-effective novel measurements, their largest single project at EUR 402,000.
SeaDataCloud and JERICO-S3 both involve harmonizing and managing pan-European marine and ocean data across institutions.
Co-ReSyF built a synergy framework for coastal waters research using EO data, while 4S explicitly targets Copernicus reporting workflows.
How they've shifted over time
In the early H2020 period (2015–2018), IH focused on joining foundational marine research infrastructure projects — contributing to pan-European data networks (SeaDataCloud) and coastal observation pilots (JERICO-NEXT, Co-ReSyF). From 2020 onward, their work shifted decisively toward operational coastal monitoring with emphasis on sustainability, governance, ESFRI-level research infrastructure design, and digital technologies like AI, drones, and satellite sensor fusion. The trajectory shows a clear move from data contributor to active shaper of Europe's permanent coastal observation infrastructure.
IH is positioning itself as a key node in Europe's ESFRI-track coastal observation infrastructure, combining traditional hydrography with AI and satellite technologies — expect them to anchor future ocean digital twin and Copernicus evolution projects.
How they like to work
IH operates exclusively as a participant, never as coordinator, which is consistent with a national technical agency contributing specialized hydrographic and oceanographic expertise to larger European consortia. With 104 unique partners across 31 countries in just 7 projects, they work in very large consortia (averaging ~15 partners per project) and are well-connected across the European marine research community. This makes them a reliable, low-friction partner — they know how large consortia work and bring domain expertise without seeking to lead.
Remarkably broad network for their project count: 104 unique partners across 31 countries, reflecting participation in major pan-European marine infrastructure consortia. Their network spans nearly all EU and associated countries with ocean or coastal interests.
What sets them apart
IH brings a rare combination: they are a national hydrographic authority with operational responsibilities (charting, navigation safety, ocean surveying) who also actively participates in research infrastructure development. This means they bridge the gap between research prototypes and real operational services — they don't just study the ocean, they run the systems that monitor it. For consortium builders, this operational credibility is valuable when proposals need to demonstrate real-world deployment pathways.
Highlights from their portfolio
- MELOALargest single project (EUR 402,000) developing low-cost, multi-sensor oceanographic instruments — directly aligned with IH's core hydrographic mission.
- 4SMost technologically diverse project combining AI, drones, satellite imagery, and sensor fusion for seafloor surveying, with direct Copernicus and UN SDG14 relevance.
- JERICO-S3Part of a long-running JERICO series advancing toward ESFRI status, signaling IH's commitment to permanent European coastal observation infrastructure.