Jane Ebsen Morthorst is a researcher at the University of Southern Denmark, affiliated with the Department of Mathematics and Computer Science. Her work focuses on aquatic ecotoxicology, particularly endocrine disruption in vertebrates and invertebrates. Department of Mathematics and Computer Science, University of Southern Denmark Co-Principal Investigator for EU-funded projects like PARC and ERGO Specializes in thyroid hormone disruption and biomarker development Research Interests : Jane investigates endocrine disruptors in aquatic environments, using frogs, fish, and mollusks as model organisms. Her work includes developing standardized test guidelines for chemical risk assessment. Recent Publications : Her 2024 studies on the integrated fish endocrine disruptor test (iFEDT) and BPA alternatives highlight intergenerational effects and environmental toxicity trends. Scientific Awards : Universitetspædagogikum (2016) Informations PhD Cup (2012) Teaching & Collaboration : Jane has designed interdisciplinary courses in ecotoxicology and supervised bachelor/master’s students. She collaborates with EU agencies and Danish governmental bodies on endocrine disruptor research.
Sebastian Nikitas Politis serves as a Senior Researcher at the National Institute of Aquatic Resources (DTU Aqua), Technical University of Denmark, affiliated with the Section for Marine Living Resources and DTU Microbes Initiative in Kgs. Lyngby. His work directly supports UN Sustainable Development Goals through sustainable fisheries research. His research concentrates on European eel biology, larval development bottlenecks, and aquaculture innovation. Key interests include hatchery management, first-feeding physiology, gene expression dynamics, and environmental factor impacts on fish ontogeny. This spans molecular, microbial, and behavioral dimensions of fish reproduction and early life stages. Recent publications (2024-2025) reveal consistent focus on overcoming European eel larval culture challenges, integrating vibration/light sensitivity studies, temperature-response transcriptomics, and nutrition-microbiome interactions. His work bridges molecular biology with practical aquaculture applications to enable closed-life-cycle eel production. No scientific awards were documented in the available profile information. Dr. Politis actively supervises PhD students and leads major projects including BaCoLaMolA (Baltic cod physiology), ReBeBaCod (reproductive behavior), and TAG-EEL (spawning area mapping), while contributing to MAKE-IT (mackerel sustainability) and CLEANEEL (microbial management). These grants address critical aquaculture and fisheries challenges through interdisciplinary collaboration. He operates within DTU Aqua's Section for Marine Living Resources and DTU Microbes Initiative, coordinating teams of molecular biologists, fish physiologists, and aquaculture engineers. Current efforts prioritize closing the European eel life cycle and optimizing Baltic cod reproductive success through advanced larval rearing techniques.
Anders Nielsen is a Professor at the National Institute of Aquatic Resources (DTU Aqua), Technical University of Denmark, working within the Section for Marine Living Resources. His research focuses on the intersection of biostatistics, fisheries science, and marine ecology, with particular emphasis on developing statistically sound approaches for fish stock assessment and management. His research interests span biostatistics with a focus on modeling dynamical systems and state-space models, fish stock assessment methodologies, fish movement patterns, and statistical software development. Nielsen specializes in improving stock assessment models through better statistical frameworks, optimized sampling designs, and incorporation of spatial structure. His work on automatic differentiation in statistical tools has contributed significantly to computational approaches in fisheries science. Analysis of Nielsen's recent publications reveals strong trends in environmental DNA (eDNA) applications for fisheries monitoring, advanced statistical modeling for stock assessments, and integration of climate variables into fish population dynamics. His work bridges theoretical statistical development with practical fisheries management applications, particularly in North Sea and Baltic Sea ecosystems. The recurring themes include uncertainty quantification, retrospective analysis of assessment models, and development of robust frameworks for sustainable fisheries management. Nielsen actively participates in numerous research projects including MAKE-IT (sustainable mackerel management), FISHMAP (fish distribution and fisheries management), REVIVAL (herring stock assessment), CanMac (genetic approaches to mackerel assessment), and LenSAM (length-based assessment models). He serves as project coordinator for CanMac and LenSAM, demonstrating leadership in developing innovative assessment methodologies. His collaborative network spans multiple institutions and countries, reflecting the international nature of fisheries science. As a member of the International Council for the Exploration of the Sea (ICES), Nielsen contributes to international fisheries science and advice. His work directly supports UN Sustainable Development Goals related to sustainable marine resource management. While specific details about laboratory facilities aren't provided in the available information, his research clearly involves advanced computational modeling and analysis of fisheries data, likely utilizing high-performance computing resources at DTU.
Daniela Eliana Sganga serves as a Researcher at the Section for Coastal Ecology within the National Institute of Aquatic Resources (DTU Aqua) at the Technical University of Denmark. Her work directly supports UN Sustainable Development Goals for life below water and responsible consumption through innovative aquaculture research focused on endangered marine species restoration. Her primary research spans European eel ( Anguilla anguilla ) reproductive biology and European flat oyster ( Ostrea edulis ) conservation. Key interests include broodstock management biomarkers, hatchery optimization, disease dynamics (particularly Bonamia ostreae ), and sustainable microalgae nutrition systems for larval development. She employs interdisciplinary approaches integrating reproductive physiology, parasitology, and microbial ecology to address aquaculture sustainability challenges. Analysis of her 2024-2025 publications reveals a concentrated effort to close the European eel reproductive cycle while advancing flat oyster restoration techniques. Her work demonstrates strong thematic cohesion around improving larval survival through water quality management, disease mitigation under climate stressors, and cost-effective feeding strategies – all critical for commercial aquaculture scalability and wild population recovery. No scientific awards were documented in the available information. Dr. Sganga actively leads and participates in major research initiatives including FØGU (Flat Oyster Grow Out) and LSC Fonden as Principal Investigator, while contributing to EU-funded projects like BlueBioClimate and LTA BOOST. Her grant portfolio spans climate adaptation, biodiversity conservation, and low-trophic aquaculture development, with collaborations across Nordic research institutions and industry partners focused on practical implementation of sustainable blue economy solutions. Within DTU Aqua's Coastal Ecology section, she operates in specialized marine research teams investigating larval ecology and disease management. Her current projects involve field trials for oyster restoration in Danish waters and controlled hatchery experiments for eel reproduction, utilizing DTU's aquaculture facilities for both fundamental research and industry-relevant applications.
Per Walter Kania is an Associate Professor at the Laboratory of Aquatic Pathobiology, Department of Veterinary Disease Biology, Faculty of Health and Medical Sciences, University of Copenhagen (Denmark). His research focuses on fish immunology, pathology, host-pathogen interactions, and molecular diagnostics in aquatic systems. He has been affiliated with the university since 2005, initially as a postdoctoral researcher and advancing to faculty in 2009. Education: Ph.D. in Molecular Medicine (University of Southern Denmark), thesis on immune collectins in fish. M.Sc. in Cell Biology (University of Southern Denmark), thesis on enzymatic kinetics. Research Interests: Dr. Kania investigates immune responses in fish to bacterial, parasitic, and viral pathogens, with emphasis on vaccine development, diagnostic tools, and ecological impacts of diseases in aquaculture. His work bridges molecular biology (e.g., gene expression studies) and applied solutions for sustainable fisheries. Publication Trends: Recent articles (2024–2025) emphasize molecular diagnostics (eDNA, immune gene profiling), parasite-host dynamics in marine mammals/fish, and microbiome interactions in disease susceptibility. Over 75% of outputs involve international collaborations. Students & Advising: Supervised 2 Ph.D. and 4 Master’s students. Teaches courses in aquaculture, fish diseases, and parasitology at undergraduate/graduate levels. Laboratory: Leads the Aquatic Pathobiology Lab, specializing in molecular, immunohistochemical, and immunological techniques for aquatic disease research.
Anis Arnous is a Researcher at the Department of Pharmacy (Pharmaceuticals, Processes and Products), Faculty of Health and Medical Sciences, University of Copenhagen. His research bridges pharmaceutical sciences and biological systems, with a focus on oxidative stress mechanisms and dietary impacts on animal physiology. His work spans: Oxidative Stress : Investigating metabolic costs of reproduction in murine models. Toxicology : Analyzing effects of plant-derived compounds (e.g., saponins) on aquaculture species. Nutrition : Evaluating food intake dynamics and physiological trade-offs. Published articles emphasize interdisciplinary approaches, combining biochemistry, genetics, and applied animal science. Recent trends show a shift toward mammalian systems, though foundational work remains influential in aquaculture health.
Jonna Tomkiewicz is a Senior Researcher at the National Institute of Aquatic Resources, Technical University of Denmark (DTU Aqua), within the Section for Marine Living Resources. She is actively engaged in cutting-edge research on marine species, particularly focusing on the European eel ( Anguilla anguilla ), broodstock management, larval culture, and aquaculture sustainability. Her work contributes to global efforts in marine conservation and aligns with UN Sustainable Development Goals related to life below water. Her research interests center on fish reproductive physiology, larval development, aquaculture systems, and the environmental management of marine resources. She investigates critical bottlenecks in closing the life cycle of the European eel, including spawning behavior, egg quality, and larval survival under controlled conditions. Her studies also extend to other species such as lumpfish and Baltic cod, addressing broader issues in fisheries science and climate change impacts. The recent trends in her publications reveal a strong emphasis on aquaculture innovation, reproductive biology, and ecological sustainability. Her work integrates molecular techniques (e.g., transcriptomics), environmental physiology, and advanced hatchery technologies to improve breeding success and sustainability in aquaculture. Themes such as photoperiod manipulation, water quality management, and tagging for spawning ground discovery are recurrent, reflecting a multidisciplinary approach to marine resource challenges. She has received the Corrit Fund’s Academic Travel Grant in 2013, supporting her academic mobility and international collaboration. This award underscores her active participation in the global scientific community. Advising: She is currently accepting PhD students, indicating active mentorship and supervision in marine biology and aquaculture research. Grants & Projects: She has led or participated in major research initiatives such as MAKE-IT (mackerel stock assessment), TAG-EEL (eel spawning discovery), CLEANEEL (water treatment in eel farming), and FREMTOR (Baltic cod futures). These projects are funded by national and international bodies, reflecting significant research support and collaboration. Dr. Tomkiewicz is deeply involved in collaborative networks, particularly through her membership in the International Council for the Exploration of the Sea (ICES), where she contributes to workshops and scientific assessments. Her work is embedded in large-scale, interdisciplinary teams focused on sustainable fisheries and marine ecosystem health.
Henriette Selck is a Professor at the Department of Science and Environment, Environmental Dynamics, Centre for Frustrated Molecular Interactions at Roskilde University. Her research focuses on aquatic ecology, invertebrate biology, pollution, and environmental risk assessment. 2003: PhD in Marine Deposit-Feeder Toxicology 1996: Master's in Environmental Biology and Geography Research interests include: Hydrophobic contaminants: Bioavailability, risk assessment, and sediment interactions Exposure route dynamics: Uptake, internal fate, and elimination of pollutants Benthic infauna role: Bioturbation effects on contaminant distribution Population-level risk assessment: Bridging individual toxicity effects to ecological impacts Recent publications (2023-2025) emphasize pharmaceutical pollution, microplastic exposure pathways, and copper nanoparticle toxicity. Her work combines field studies with laboratory experiments to improve environmental risk assessment frameworks. 2005: Short listed for CEFIC-LRI Innovative Science Award Professional activities include membership in Danish Universities Committee, NATO Environmental Security Panel contributions, and editorial roles. She supervises environmental biology masters students and teaches ecotoxicology courses.
Fritz Köster is a Professor at the National Institute of Aquatic Resources (DTU Aqua), specializing in marine living resources and fisheries management. His work focuses on the Baltic Sea and North Sea ecosystems, including stock assessment of cod, herring, and mackerel populations. His research integrates food web dynamics to enhance environmental conservation strategies. Recent projects like EFISH and MAKE-IT emphasize ecosystem-based fisheries management in Danish Exclusive Economic Zones and sustainable mackerel stock assessment in the North Sea. Key publications explore spawning closures, egg production methods, and collaborative benchmarking workshops for cod stocks. He actively contributes to policy development through membership in the International Council for the Exploration of the Sea (ICES) since 2012. As a principal investigator and project coordinator, Köster collaborates with institutions across Denmark, Sweden, and the United States. He mentors PhD students and participates in research cruises, hydroacoustic surveys, and zooplankton studies.
Stefan Neuenfeldt is a Senior Researcher at DTU Aqua (National Institute of Aquatic Resources), Technical University of Denmark, affiliated with the Section for Marine Living Resources. His research focuses on sustainable fisheries management, marine ecosystem dynamics, and conservation policy implementation. Research Interests: Dr. Neuenfeldt's work integrates marine ecology with fisheries science, emphasizing: Ecosystem-based management frameworks for marine spatial planning Baltic Sea food web dynamics and fish population ecology Impacts of environmental change (hypoxia, temperature) on fish stocks Bycatch survival and fishing gear impacts on marine species His publications demonstrate consistent focus on translating ecological research into policy-relevant tools. Research Projects: Actively contributes to major EU initiatives: PReMaH: Passive restoration of marine habitats (2025-2036) ECOSPACE: High-resolution tools for marine fisheries management (2023-2027) MERTOR: Cod mortality drivers (seals, oxygen, food quality) (2023-2027) SOS-Fisk: Seabird/marine mammal impacts on fish stocks (2024-2027) Professional Engagement: Longstanding member of the International Council for the Exploration of the Sea (ICES) since 2012, participating in working groups related to Baltic Sea assessments and multispecies management.
Teunis Jansen is a Professor at the National Institute of Aquatic Resources (DTU Aqua) and holds a concurrent professorship at the Greenland Institute of Natural Resources . His work centers on quantitative fisheries ecology, with a particular focus on Arctic pelagic fish and sustainable fisheries management. Education: Ph.D. in Fisheries Ecology, National Institute of Aquatic Resources (2009–2012) M.Sc. in Biology, University of Copenhagen (1991–1998) Natural Science and Technology, Roskilde University (1989–1990) Research Focus: Teunis Jansen specializes in population dynamics , stock assessment , and ecosystem-based fisheries management in Arctic and sub-Arctic waters. His research integrates acoustic surveys , otolith microchemistry , genetic stock identification , and statistical modeling to understand fish migration, feeding ecology, and reproductive strategies. He leads research on commercially important species such as Atlantic mackerel , capelin , blue whiting , and Atlantic bluefin tuna . Scientific Contributions & Awards: ICES Service Award (2024) for chairing the North Western Working Group (NWWG) from 2021–2024 Described two new amphipod species: Westwoodilla tone and Westwoodilla helle (2002) Published over 77 peer-reviewed articles and contributed to numerous ICES reports and policy documents Advising & Teaching: He has supervised four PhD students to completion and is currently mentoring postdocs and graduate researchers. He teaches Fisheries Technology at DTU in Sisimiut, Greenland, and has delivered workshops across Europe and Africa. Projects & Leadership: He coordinates and participates in major EU and Nordic research projects such as MAKE-IT and EASIMACK , focusing on mackerel stock assessment and sustainable management. He also chairs expert groups within the International Council for the Exploration of the Sea (ICES) , providing scientific advice to policymakers and industry stakeholders.
Jørgen Olesen is an Associate Professor and Curator at The Natural History Museum, which is part of the University of Copenhagen. His primary research focuses on the diversity, phylogeny, and evolution of Crustacea, with significant contributions to both taxonomic and evolutionary studies of this diverse arthropod group. He also curates the museum's extensive Crustacea collection, which serves as a foundation for his research. Dr. Olesen's research spans multiple levels of biological organization, from species-level taxonomy of Laevicaudata (freshwater crustaceans) to higher-level phylogeny of various crustacean groups. His work encompasses a wide range of taxa including branchiopods from temporary water bodies, remipedes and thermosbaenaceans from anchialine caves, and raptorial cladocerans from the Caspian Lake. He integrates morphological analysis with molecular data to build comprehensive phylogenetic frameworks, with particular emphasis on obscure, microscopic taxa and their larvae. His research also extends to important Cambrian fossil taxa through collaborative work. Analysis of Dr. Olesen's recent publications (2024-2025) reveals a strong focus on enigmatic crustacean groups, particularly "y-larvae" (Facetotecta). His research explores their abundance patterns across different marine environments (Okinawa, Caribbean), evolutionary significance, and methodological advances in studying these microscopic organisms through autofluorescence imaging. Several studies investigate the phylogenomics of these organisms, revealing insights about multiple origins of parasitism in barnacles. His work also includes ecological studies examining evolutionary arms races in planktonic communities. Dr. Olesen teaches courses related to marine invertebrates, including "Marine invertebrates: morphology, biology, evolution" (for which he is primarily responsible) and "Marine faunistics: Diversity and biology of marine fish and invertebrates." His teaching directly complements his research expertise in marine biodiversity and invertebrate zoology. As Curator of the Crustacea collection, he manages one of the world's significant repositories of crustacean specimens, which serves as a vital resource for taxonomic research and provides the foundation for many of his morphological studies.
Eirikur Andri Þormar serves as an External Research Fellow at the Section for Hologenomics within the Globe Institute, Faculty of Health and Medical Sciences, University of Copenhagen. His institutional address is Øster Farimagsgade 5, 1353 København K, with contact details including phone +4535327285 and email eirikur.andri@sund.ku.dk. His research focuses on: Hologenomic interactions between host genetics and microbiota Environmental impacts of pollutants (particularly plastic nanoparticles) on gut microbiome Multi-omics methodologies for microbiome characterization Zebrafish as a model organism for host-microbe studies Mechanisms of microbiome disruption affecting host physiology Translational applications in environmental health Analysis of recent publications reveals a cohesive research trajectory using integrated omics approaches to investigate how anthropogenic stressors alter host-microbiome symbiosis. His work demonstrates increasing sophistication in genome-resolved metagenomics and cross-omics correlation, particularly in elucidating causal pathways from pollutant exposure to reproductive and metabolic outcomes in aquatic models. As a core member of the Section for Hologenomics, Dr. Þormar contributes to collaborative projects advancing hologenomic theory through empirical studies of host-microbe coevolution in changing environments.
Páll S. Leifsson serves as an Associate Professor in Pathobiological Sciences within the Department of Veterinary and Animal Sciences at the University of Copenhagen's Faculty of Health and Medical Sciences. His academic career, spanning since 1998 as a lecturer in veterinary pathology, focuses on pathological investigations across domestic and wild animal species with emphasis on infectious disease mechanisms and environmental impacts. His educational background includes a Cand. med. vet. (veterinary degree) from 1989 and a PhD from 1995. He delivers pre- and postgraduate theoretical and practical instruction in special pathology, training future veterinary diagnosticians through hands-on laboratory experiences. Research interests center on bacterial infections in pigs as the primary focus area, where his team investigates pathological changes associated with swine diseases. Additionally, he maintains a significant collaboration with Aarhus University studying pollution-related pathological changes in polar region wildlife , employing histopathological and elemental analysis techniques on Arctic species. This dual focus bridges agricultural veterinary medicine and environmental health sciences. Analysis of recent publications (2022-2024) reveals consistent methodological approaches across diverse biological contexts: histopathological examination coupled with elemental/biochemical analysis applied to swine, equine, canine, and Arctic species. This work demonstrates strong interdisciplinary integration of bacteriology, parasitology, and ecotoxicology, particularly in zoonotic disease transmission and pollution biomarker research. Professionally active in Nordic and European veterinary pathology networks, he participates in annual conferences including the Nordic Society of Veterinary Pathology (NSVP) and European College of Veterinary Pathologists (ECVP). His departmental research team maintains dual specialization in swine infectious diseases and Arctic environmental pathology through ongoing institutional collaborations.
