Core partner in both AQUAEXCEL2020 and AQUAEXCEL3.0 infrastructure projects, plus IMPRESS (freshwater species) and NeoGiANT (grape extracts for animal treatment).
JIHOCESKA UNIVERZITA V CESKYCH BUDEJOVICICH
Czech university specializing in aquaculture research infrastructure, freshwater fish biology, Arctic environmental monitoring, and developmental cell biology.
Their core work
The University of South Bohemia in České Budějovice is a Czech research university with strong expertise in aquatic sciences, freshwater fish biology, and Arctic/polar environmental research. They operate aquaculture research infrastructure supporting European fish research networks, and conduct fundamental biological research spanning developmental biology, immunology, and evolutionary theory. Their applied work extends into agrifood systems education and bioeconomy, with a growing portfolio in using natural bioactive compounds for animal health applications.
What they specialise in
Participated in both phases of INTERACT (Arctic terrestrial research network) and EU-PolarNet 2 (European Polar Research Area coordination).
Coordinated OOCSOCS (oocyte maturation/inflammation link) and Heart2019 (cardiac neural crest cells in heart development and regeneration).
Coordinated IMMUNETREH studying trehalose-driven immunity in Drosophila, signaling a move into immunometabolism research.
Partner in EvoGamesPlus MSCA training network applying evolutionary game theory to epidemiology and mathematical oncology.
Participated in NEXTFOOD (agrifood education) and POWER4BIO (regional bioeconomy strategies).
How they've shifted over time
In the early H2020 period (2015–2018), JU focused heavily on aquaculture infrastructure, freshwater fish biology, and Arctic environmental monitoring — building capacity through large research infrastructure networks. From 2019 onward, they broadened into fundamental biology (immunometabolism, cardiac development, evolutionary game theory) while maintaining their aquaculture and polar research pillars. The later period also shows a shift toward applied bioeconomy topics, including natural antimicrobials from grape extracts for animal health.
JU is diversifying from infrastructure-heavy participation toward coordinating its own fundamental biology research, suggesting growing independence and ambition in molecular and cellular life sciences.
How they like to work
JU operates primarily as a consortium partner (10 of 13 projects), joining large multi-country networks rather than leading them. Their 3 coordinated projects are all smaller-scale Marie Curie fellowships and national-level grants, suggesting they lead focused research initiatives but rely on larger institutions to anchor big infrastructure consortia. With 191 unique partners across 36 countries, they are a well-connected node in European research networks — a reliable partner who brings specialized expertise without competing for leadership.
JU has collaborated with 191 unique partners across 36 countries, indicating a broadly European network with global reach into Arctic research communities. Their repeated involvement in pan-European infrastructure projects (AQUAEXCEL, INTERACT) gives them connections spanning Nordic, Western, and Southern European research institutions.
What sets them apart
JU occupies a distinctive niche combining aquaculture research infrastructure with Arctic environmental science — a pairing few Central European universities can match. Their location in South Bohemia, with access to freshwater ecosystems and a tradition of pond-based fish farming, gives them practical grounding that complements their research. For consortium builders, JU offers a rare combination: Czech cost efficiency, broad European network connections, and deep expertise in freshwater biology and polar research.
Highlights from their portfolio
- AQUAEXCEL2020Their largest funded project (EUR 590,932) and they were trusted to continue into AQUAEXCEL3.0, indicating they are a valued long-term infrastructure partner in European aquaculture research.
- Heart2019Their most recent coordinated project (EUR 255,756), focused on cardiac neural crest cells — signals growing ambition in developmental biology beyond their traditional aquatic focus.
- INTERACTParticipated in both phases (2016–2021, 2020–2024), demonstrating sustained commitment to Arctic monitoring and a trusted position in the polar research community.