@T_Norin@T_Norin hahaha we just had the same issue (in a very small house) and the extender is fantastic! I don't understand why we didn't bought one at the first lock down 🤣🤔
@NickMoranPinCER @NC3Niche@unibielefeld@OceanLifeCentre@DTUtweet@ASanchez_Tojar@sogohae @NickMoranPinCER Infections with the parasitic nematode in Baltic cod is associated with poor condition. If risk-taking behaviour increases of cod in relation to these infections then it would be more likely that seal catch the cod! And seal is final hos of the parasite!
@guit_joe It sounds so interesting and can have a huge impact on the ecological performance of the fish. We need more information on disease in wild fish populations and how it can act as a multiple stressor in fish population dynamics!
A new study led by Kris-Emil Jørgensen and @petergronkjaer links size differences in co-existing Atlantic cod ecotypes to subtle growth-rate differences induced at settlement and a positive feedback of size that amplify the differences.
https://t.co/4gn3IgPK8A
Med kun 23% kvindelige prof r vi langt fra en lige kønsfordeling i #dkforsk & udnyttelse af talentmassens fulde potentiale. Med afsæt i ny undersøgelse vil @carlsbergfondet nu iværksætte flere tiltag for at medvirke til at øge andelen af kvinder i #dkforsk https://t.co/MOU3oUPcJv
#Baltic#cod with high infection load of the parasitic liver worm show signs of suffering from a chronic liver disease and infections are associated with impaired physiological condition of cod @conphysjournal
https://t.co/pkOcE89oaB
New Research: Skin Mucus of Marine Fish as a Source for the Development of Antimicrobial Agents: Fish skin mucus is an important component of the innate immune mechanism and provides a first barrier against pathogens. Although several… https://t.co/ChtdDPoGqp #MarineScience
Knowledge of juvenile fish abundance and distribution significantly improves forecasts for #fisheries advice and hence, improve Responsible Exploitation of Life Below Water #SDGs 12 & 14. We need MORE and REGULAR coastal surveys to attain this knowledge
https://t.co/eY6DcbuGzO
@ian_kinsey@FishyGuyOleH@ian_kinsey you are differently right I believe that swimming performance indeed is affected, though I also think that the capacity to move into hypoxic areas is reduced. So Eastern Baltic cod must somehow be competing for food out there.
Listen to my supervisor Jane W. Behrens who briefly comments on the case of infections with the #parasitic liver worm in Eastern Baltic #cod which I am currently working on in my #PhD.
https://t.co/aBVg7HPnsq
Today, almost all eastern Baltic cod is infected with liver worms. In the 1990s, when this wasn't the case, fishes weren't so skinny. Dr Jane Behrens (@DTUtweet) told me parasites add to other issues weakening #cod populations in #OurBaltic.
The Eastern Baltic Cod population is under pressure. Several factors seem to be working against the stock. In this story by @euronews DTU Aqua experts explain the role of oxygen depletion, climate change and liver worms on cods’ health and habitats #dtu https://t.co/gYUEIyaumF