Pictures from our fieldwork and labwork
Click on the small pictures to enlarge the thumbnails, and get a description of the picture.
Plankton sampling in Aarhus bugt 2023
Hygge in the lab
The team is working with the marine bottom fauna investigations
Enchytraeus production 2022
Enchytraeus production in a cooling container at Fishlab
Turbot larvae
Newly hatched turbot larvae
Flounder (lat. Platichthys flesus) larvae - 2022
Production in one of the 6 basins at Venøsund Fisk og Skaldyr ApS
Turbot production 2021
Turbot prepared for release in Guldborgsund
Mathias releasing turbot in Guldborgsund
Released turbot in Guldborgsund
Turbot - Own production at Venø 2021
Notice all the turbot on the bottom!
2021 - Turbot production at Venø
2021 - Fishing of turbot at Venø
Hanging seaweed
Søren is hanging seaweed outside to dry
Submerged water plant investigations 2019
Submerged water plant investigations 2019 at Grusgravsø
Enchytraeus on a finger
Enchytraeus project (2019).
Box of Enchytraeus
Stefan throwing seaweed
A little break while collecting seaweed in Aarhus for Enchytraeus project (2018).
Kirsten holding a cluster of seaweed
Fieldwork for Enchytraeus project (2018).
Stefan holding seaweed
Brachionus plicatilis rotifers containing Pichia pastoris GFP yeast cells
Brachionus plicatilis rotifers photographed without fluorescent light (left) and with fluorescent light (right). The rotifers have Pichia pastoris GFP yeast cells in their digestive tract. Part of Targetfish project.
Brachionus plicatilis rotifer containing Yersinia ruckeri GFP bacteria
Brachionus plicatilis rotifer photographed without fluorescent light (left) and with fluorescent light (right). The rotifer has Yersinia ruckeri GFP bacteria in its digestive tract. Part of Targetfish project.
Tigriopus californicus nauplius containing Pichia pastoris GFP yeast cells
Tigriopus californicus nauplius photographed without fluorescent light (left) and with fluorescent light (right). The nauplius has Pichia pastoris GFP yeast cells in its digestive tract. Part of Targetfish project.
Tigriopus californicus copepodite containing Pichia pastoris GFP yeast cells
Tigriopus californicus copepodite photographed without fluorescent light (left) and with fluorescent light (right). The copepodite has Pichia pastoris GFP yeast cells in its digestive tract. Part of Targetfish project.
Tigriopus californicus copepod containing Pichia pastoris GFP yeast cells
Tigriopus californicus copepod photographed without fluorescent light (left) and with fluorescent light (right). The copepod has Pichia pastoris GFP yeast cells in its digestive tract. It is clear that the yeast cells are a part of the intestinal contents as they are released as faeces, when they have gone through the digestive tract. Part of Targetfish project.
Daphnia magna containing Pichia pastoris GFP yeast cells
Daphnia magna photographed without fluorescent light (left) and with fluorescent light (right). The daphnia has Pichia pastoris GFP yeast cells in its digestive tract. Part of Targetfish project.
The intestine of a whitefish larva containing Pichia pastoris GFP yeast cells
The intestine of a whitefish larva photographed without fluorescent light (left) and with fluorescent light (right). The whitefish larva has Pichia pastoris GFP yeast cells in its digestive tract. Part of Targetfish project.
The intestine of a flounder larva containing Pichia pastoris GFP bacteria
The intestine of a flounder larva photographed without fluorescent light (left) and with fluorescent light (right). The flounder larva has Pichia pastoris GFP yeast cells in its digestive tract. Part of Targetfish project.
The intestine of a flounder larva containing Yersinia ruckeri GFP bacteria
The intestine of a flounder larva photographed without fluorescent light (left) and with fluorescent light (right). The flounder larva has Yersinia ruckeri GFP bacteria cells in its digestive tract. Part of Targetfish project.
Participation in a safety course
Field work
Field work for Lille Torup Gasdeposit project.
Field work for Lille Torup Gasdeposit project.
Field work for Fehmarn Belt project.
Field work for Fehmarn Belt project.
Collecting of fish fry
Collecting of fish fry at the outdoor basins at Venøsund Fisk og Skaldyr ApS.
Flounder in the indoor basins
Flounder in the indoor facilities at Venøsund Fisk og Skaldyr ApS.
Flounder fry in the indoor basins
Flounder fish fry in the indoor facilities at Venøsund fisk og Skaldyr ApS.
Women in aquaculture
Men in aquaculture
Rotifer production in China
Algae production in China
Shao Yi and Bluebell releasing turbot larvae
Kirsten counting plankton in China
Good friends
South-eastern Greenland
Qorlortorsuaq
Prepared for fieldwork
Counting of plankton
Fishlab
Hasselager Allé 8
DK-8260 Viby J
Denmark
Mobile: +45 27 12 14 35
Mail: kes@fishlab.dk
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