How scientists will prevent plastic pollution in the ocean
Ropes and fishing gear used in the fisheries and aquaculture industries are a major source of microplastics in the ocean and littering along the coastline. A multidisciplinary international research team has now drawn up a plan that will help to reduce pollution.
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How scientists will prevent plastic pollution in the ocean
Ropes and fishing gear used in the fisheries and aquaculture industries are a major source of microplastics in the ocean and littering along the coastline. A multidisciplinary international research team has now drawn up a plan that will help to reduce pollution.
Read more
New research towards improving sustainability of snow crab fishery
During beginning of this year (7th – 21st of January), we conducted a research cruise in the Barents Sea onboard UiT R/V “Helmer Hanssen”. The research cruise was dedicated to examining different fishing gear modifications that could have a potential to further improve sustainability in snow crab pot fisheries.
On a Research Voyage in the Barents Sea
Martine Johansen, an MSc student at the Norwegian College of Fishery Science, took part in a research voyage on the trawler Hermes in November. Here is her story from five weeks in the Barents Sea.
New Dsolve Research on Ghost Fishing Presented at WASTEREDUCE in Croatia
During the WASTEREDUCE project info days in Pula, Croatia, Dorian Vodopia presented recent advances in SFI DSolve research area 5, highlighting new findings on ghost fishing based on data from Norwegian retrieval operations and in-situ trials in Croatian waters.
Developing biodegradable seeding strings for a cleaner seaweed industry
Seaweed farming faces many of the same plastic-related challenges as aquaculture and fisheries. This is why SFI Dsolve is now investigating new biodegradable materials that can break down naturally in the ocean—without compromising growth or product quality.
Can biodegradable plastics function in aquaculture?
How can we reduce plastic waste in aquaculture—without compromising operations, safety, or the environment?
Seasonal Greetings from the Center Leader
The consortium of Center for Research-based Innovation (CRI) Dsolve can once again look back on a year with encouraging results and progress in our research areas. New versions of biodegradable materials for use in fisheries and aquaculture have increasingly acquired properties like conventional plastic-based materials.
New study shows that ghost fishing captures more than 500 tons annually in Norwegian waters
Researchers in Dsolve estimate that lost and abandoned fishing gear captures over 500 tons of marine organisms each year. The study shows that both commercially important species and threatened animal groups are affected – while also documenting that escape mechanisms can significantly reduce ghost-fishing catches.
How long does lost fishing gear keep catching – and can new materials make a difference?
This are questions researchers from Dsolve set out to answer in a study published earlier this year. They examined how biodegradable materials behave in water over time, and whether these could be realistic alternatives to nylon.
New PhD Research Sheds Light on Ghost Fishing and Sustainable Solutions
We congratulate Huu-Luat Do on completing his PhD in Natural Resource Economics at the Norwegian College of Fishery Science, UiT. In this interview, he talks about his research on ghost fishing and shares his motivation for entering the field, his experiences from the PhD journey, the support he has received along the way, and his ambitions for the future.
Huu-Luat Do defending his PhD on Wednesday 1 October 2025
MA in Development Economics Huu-Luat Do at the Norwegian College of Fishery Science (NFH) held his trial lecture and defended his thesis for the PhD degree in Social Science on Wednesday 1 October 2025. The defense was streamed and recorded