Reker som er sendt inn av fiskerar til undersøking med tanke på lusemiddel. Fiskerane meinte at rekene hadde mjukt skal. Guldborg Søvik og Ann-Lisbeth Agnalt undersøkjer rekene.

Forskingsteknikar Eirik Odland tar i mot fangsten.

CRIMAC-prosjektet var med på tobistoktet 2021. Sortering av trålfangst

CRIMAC-prosjektet var med på tobistoktet 2021. Sortering av trålfangst

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows. Egil Ona til høyre.

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows. Egil Ona.

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows. Egil Ona til venstre.

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

CRIMAC-prosjektet var med på tobistoktet 2021. MS Kings Bay

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows

20210625 Scientific echo-sounder calibration onboard newly built LIBAS fishing boat. The subsequent data collection within CRIMAC SFI follows

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.

20210920 CRIMAC associated master student Cecilie Skaale (sup. Tonje Forland) got help from expert acousticians Egil Ona, Tonje Forland, Antonio, and Rokas to set up her experiment in Matre. Broadband echo-sounders are used in Matre to study the behavior of salmon in net pens with and without sea lice prevention measures - restricted access to surface waters coupled with submerged air-filled dome or walled tube to sea surface for swim-bladder inflation.