JERICO-S3 and RINGO both focus on research infrastructure for coastal observation and integrated global observations (ESFRI/ERIC networks).
LEIBNIZ-INSTITUT FUR OSTSEEFORSCHUNG WARNEMUNDE
German Leibniz institute specializing in Baltic Sea research, coastal observation infrastructure, and marine plastic pollution modelling.
Their core work
IOW is a German research institute focused on Baltic Sea and coastal ocean science, studying marine ecosystems, water chemistry, and environmental processes. They operate monitoring infrastructure for coastal and marine observations, contributing to European research infrastructure networks like ICOS and JERICO. Their work spans from understanding plastic pollution pathways in freshwater and marine environments to supporting integrated carbon cycle observations, making them a key player in Baltic and European marine environmental research.
What they specialise in
LABPLAS (EUR 228K) focuses on microplastic and nanoplastic dispersion modelling across freshwater and marine environments.
RINGO (participant + third party) contributed to ICOS readiness for integrated climate observations, directly tied to ESFRI infrastructure.
Baltic Gender was their largest single project (EUR 373K), addressing structural gender equality in Baltic marine research organisations.
How they've shifted over time
IOW's early H2020 work (2016-2018) combined institutional development — notably gender equality in marine research via Baltic Gender — with climate observation infrastructure through RINGO. From 2020 onward, their focus shifted decisively toward operational marine monitoring (JERICO-S3) and environmental pollution research (LABPLAS), reflecting a move from organisational capacity-building toward applied environmental science and infrastructure services. The recent keyword profile is dominated by coastal observation, marine ecosystem health, and plastics research, signalling a maturing role as an environmental monitoring and pollution research hub.
IOW is moving toward operational coastal observation services and applied marine pollution research, making them increasingly relevant for environmental monitoring consortia.
How they like to work
IOW operates exclusively as a participant or third party — they have never coordinated an H2020 project, preferring to contribute specialist marine science expertise within larger consortia. With 103 unique partners across 25 countries, they maintain a broad European network despite their modest project count, indicating they join large, well-connected consortia rather than leading small focused teams. This makes them a reliable, low-maintenance partner who brings domain expertise without demanding consortium leadership.
Despite only 4 projects, IOW has collaborated with 103 unique partners across 25 countries, reflecting participation in large pan-European consortia — particularly infrastructure networks like JERICO and ICOS that bring together dozens of marine and climate research stations.
What sets them apart
IOW's strength lies at the intersection of Baltic Sea expertise and European research infrastructure networks. As a Leibniz institute — part of Germany's major non-university research association — they bring institutional stability, long-term monitoring capabilities, and deep regional marine science knowledge that universities typically cannot sustain. For consortium builders, IOW offers a reliable German partner with direct access to Baltic Sea observation data and established connections to ESFRI infrastructure like ICOS and JERICO.
Highlights from their portfolio
- Baltic GenderTheir largest funded project (EUR 373K), and an unusual topic for a marine institute — addressing structural gender equality across Baltic marine research organisations.
- LABPLASTheir most recent and scientifically focused project (EUR 228K), tackling the critical issue of land-based plastic pollution pathways into the sea with modelling and monitoring expertise.
- JERICO-S3Connects IOW to the pan-European coastal observation infrastructure network, positioning them as a service provider for marine ecosystem monitoring.