Welcome to fishlarvae.org!

These web pages present the research activity being conducted at the Norwegian Institute of Marine Research by Howard Browman, Anne Berit Skiftesvik, Caroline Durif, Kim Halvorsen, Tonje Knutsen Sørdalen, Guosong Zhang and our team of Post-Doctoral Associates, Research Associates, Technical Assistants, students and Collaborators (click on the people menu item above). We also provide general information on the early life stages of marine fish and shellfish, and links to other web pages that might be useful to those interested in such matters (under the Resources menu item).

DisclaimerThis is not an official site of the Norwegian Institute of Marine Research (IMR). The IMR’s official site is here.

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  • BOOKS AND EDITED VOLUMES

    HOWARD BROWMAN IS EDITOR-IN-CHIEF OF THE ICES JOURNAL OF MARINE SCIENCE

  • SPECIES THAT WE WORK ON

    SPECIALIZED EQUIPMENT

Recent Publications

Publication Archive
5 most recent publications

The power and potential of blue philanthropy

Blasiak, R. & H.I. Browman. 2026. The power and potential of blue philanthropy. npj Ocean Sustainability. Provisionally accepted.
Coming soon!

Evidence mapping of the causes and effects of habitat change attributed to offshore wind development is important for determining impacts on fisheries species

Gill, A., F. Gilmour, A.T. Adamack, Y. Arjona, J. Buyse, E. Balestri, M.T. Coleman, A. Cresci, K. de Jong, A. Gimpel, F. Hogan, S. Lincoln, J. Lloret, E. MacLeod, M.N. Marjadi, E.T. Methratta, M. Roach, T. Ten Brink, C. Vogel, P. Valcarce & A. Zampollo. 2026. Evidence mapping of the causes and effects of habitat change attributed to offshore wind development is important for determining impacts on fisheries species. ICES Journal of Marine Science. 83, August 2026, fsag156, doi: 10.1093/icesjms/fsag156.
Read the paper

In situ ship bearing measurements using a single underwater acoustic vector sensor: angular resolution assessment

Zhang, G., H.I. Browman, H. Dong & G. Pedersen. 2026. In situ ship bearing measurements using a single underwater acoustic vector sensor: angular resolution assessment. Ocean Engineering. Provisionally accepted.
Coming soon!

In situ assessment of a single underwater acoustic vector sensor for direction-of-arrival estimation over multiple ranges

Zhang, G., H. Dong, A. Cresci, H.I. Browman & G. Pedersen. 2026. In situ assessment of a single underwater acoustic vector sensor for direction-of-arrival estimation over multiple ranges. Acta Acoustica. Provisionally accepted.
Coming soon

Annotation strategy trade-offs for deep learning-based underwater fish detection

Poling, J.D., D. Perry, K.T. Halvorsen, K. Malde, J. Thormar, T. Larsen & T. Knutsen Sørdalen. 2026.
Annotation strategy trade-offs for deep learning-based underwater fish detection. Ecological Informatics 97,
2026, 103891. doi: 10.1016/j.ecoinf.2026.103891.
Read the paper

Last updated: September 3, 2026