Thank You, Hanne, for Years of Dedicated Service – and Welcome to Our New Colleagues
SFI Dsolve has been fortunate to have our dear Hanne Risan Johnsen as administrator since the Centre was established in 2020. In autumn 2025, she received another job offer that she “could not refuse.”
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Thank You, Hanne, for Years of Dedicated Service – and Welcome to Our New Colleagues
SFI Dsolve has been fortunate to have our dear Hanne Risan Johnsen as administrator since the Centre was established in 2020. In autumn 2025, she received another job offer that she “could not refuse.”
Read more
Welcome new postdoc
We are pleased to welcome Enis Kostak as a new postdoctoral fellow in SFI Dsolve. Enis will be part of Research Area 3, where he will focus on applications of biodegradable materials in fisheries and aquaculture.
New research includes plastic emission in LCA for seafood products
The scientific Article “Expanding life cycle impact assessment to account for marine plastic emissions: a case study for the fishing industry" has just been published in The International Journal of Life Cycle Assessment (LCA).
Biodegradable materials can reduce plastic pollution in aquaculture and fisheries
A new study highlights how improved recycling practices and the introduction of biodegradable alternatives to conventional plastics in fishing and aquaculture gear can reduce marine pollution, curb microplastic formation and prevent ghost fishing, offering a sustainable path forward for the industry.
Mechanical Recycling of HDPE Plastic Results in Significantly Lower Greenhouse Gas Emissions than Incineration
A new Dsolve study has mapped the environmental impact of mechanical recycling of HDPE plastic from the aquaculture industry. This provides valuable insights for producers and decision-makers seeking to develop more circular value chains in the fisheries and aquaculture sector.
Biodegradable fishing gears: A potential solution to ghost fishing and marine plastic pollution
A new study shows that fishing gear made from biodegradable plastics breaks down much faster in the ocean than traditional nylon materials. Researchers believe such materials could help reduce environmental problems caused by lost fishing gear.
Biodegradable polymers could make fishing nets more environmentally friendly
A new study examines how biodegradable plastics used in fishing nets degrade over time. The findings suggest such materials could help reduce the environmental impact of lost fishing gear.
New research published in the International Journal of LCA: Review of weighting methods for life cycle impact assessment
Dsolve researcher Cecilia Askham is the first author of this study, which is part of the UN's life cycle initiative work to update the methodology for assessing life cycle impacts in LCA.
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.
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.