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#pelagic — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #pelagic, aggregated by home.social.

  1. Suspended in the hydrostatic blue, we surrendered our shallow oxygen. As iron sank above us, our cells remembered the pelagic dark. 🌊⚓🌑 #deepsea #pelagic

  2. Sthenonia is a genus of #jellyfish in the family #Ulmaridae. It contains one species making it a monophyletic group, that species is #SthenoniaAlbida. It is located in the #northwestPacific near #Russia in #Pelagic and #subtropical marine environments. It's has a overall disk shape that is 30 cm wide. It has a small #stomach.

  3. 🎣 Capelin season is moving fast 🇮🇸🇬🇱

    Two vessels are ready to sail from Neskaupstaður.
    Survey results look strong.
    Industry optimism is rising.
    What happens next depends on the science 👀📊

    👉 Read more 🔗 tinyurl.com/ypmx7w5t
    📸 Icelandic pelagic vessel Barði NK - photo by Helgi Freyr Ólason / Síldarvinnslan

    #Capelin #Loðna #Fisheries #Pelagic #Iceland #Greenland #FishingIndustry #FishBreak 🐟🚢

  4. 🚨 Mackerel under pressure 🚨

    🇮🇪 Ireland is pushing the EU to act as third countries fish mackerel at unsustainable levels in the North East Atlantic.
    Urgent talks. Calls for action. Support for fishers on the table.

    👉 Read more 🔗 tinyurl.com/ywxtt93j

    🐟🌊🇪🇺🇬🇧
    #mackerel #fisheries #EU #AgriFish #NorthEastAtlantic #pelagic #overfishing #FishBreak

  5. Big pelagic week for the Faroese fleet 🐟⚓

    Huge herring, mackerel and blue whiting landings across the North Atlantic. Up to 2,650 tonnes in a single haul. Fishing from 🇳🇴 Norwegian waters to 🇫🇴 Faroese ports.

    👉 Read more 🔗 tinyurl.com/5f9yaaa6

    #FishBreak #Pelagic #Fisheries #Herring #Mackerel #BlueWhiting #FaroeIslands 🇫🇴 #Norway 🇳🇴 #Denmark 🇩🇰 #Seafood #FishingIndustry

  6. 🔥 Huge week for NVG herring 🔥

    A full 56,000 tonnes landed in the north in one week. The strongest week of the winter so far.

    Strong activity from 🇳🇴 Norway and 🇫🇴 the Faroe Islands. Good quality. Full push towards the spawning grounds. 🐟💪

    👉 Read more 🔗 tinyurl.com/3rd886sm

    #NVGherring #Herring #Pelagic #Fisheries #NordicFisheries #Seafood #Fishing #FishBreak #🇳🇴 #🇫🇴

  7. 🇬🇧 Record year at Peterhead fishing hub. 🇬🇧
    Big numbers. Big species. Tough times ahead.
    What’s driving the figures – and what comes next?

    👉 Read more 🔗 tinyurl.com/mwfvw8c
    🇬🇧🇸🇨⚓🐟📈

    #FishBreak #FishingNews #SeafoodIndustry #Pelagic #Mackerel #Whitefish #Shellfish #Ports #UKFishing #ScotlandFishing #Maritime #Fisheries #SeafoodEconomy

  8. 🐟 Mackerel crisis: not overfishing alone
    New data challenges the mackerel story.
    Weak recruitment over many years is the main cause of decline, says the Norwegian Pelagic Association (Pelagisk Forening) 🇳🇴.

    Historic stock estimates were also too low.

    👉 Read more about what’s really behind the mackerel crisis 🔗 lnkd.in/ey_UXzuW

    #Mackerel #Fisheries #Pelagic #Overfishing #ICES #FishStocks #Seafood #NordicFisheries #FishBreak

  9. The new Thot album, "Delta", is out today! I sat down with band founder Grégoire to talk about it last week. We had a great chat, and besides the fact, Thot is now part of Pelagic Records and, of course, the new songs, we talked about Einstein, Stephen Hawking, and people needing to think about things they already know. Please enjoy the album and my interview (ENG & GER)! 🖤

    soundsvegan.com/2024/05/thot-d

    #SoundsVegan #zine #PostMusic #industrial #interview #pelagic #PostIndustrial #music #thot

  10. Evolution of #DeepSea Anglerfish Illuminated today.ucsd.edu/story/evolution

    Reduced evolutionary constraint accompanies ongoing radiation in deep-sea #anglerfishes nature.com/articles/s41559-024

    "deep-sea #pelagic #anglerfishes evolved from a #benthic ancestor and quickly underwent rapid diversification... these results demonstrate that spectacular evolutionary radiations can unfold even within environments with few ecological resources and demanding physiological challenges."

    #Fish #Evolution

  11. Evolution of #DeepSea Anglerfish Illuminated today.ucsd.edu/story/evolution

    Reduced evolutionary constraint accompanies ongoing radiation in deep-sea #anglerfishes nature.com/articles/s41559-024

    "deep-sea #pelagic #anglerfishes evolved from a #benthic ancestor and quickly underwent rapid diversification... these results demonstrate that spectacular evolutionary radiations can unfold even within environments with few ecological resources and demanding physiological challenges."

    #Fish #Evolution

  12. Evolution of #DeepSea Anglerfish Illuminated today.ucsd.edu/story/evolution

    Reduced evolutionary constraint accompanies ongoing radiation in deep-sea #anglerfishes nature.com/articles/s41559-024

    "deep-sea #pelagic #anglerfishes evolved from a #benthic ancestor and quickly underwent rapid diversification... these results demonstrate that spectacular evolutionary radiations can unfold even within environments with few ecological resources and demanding physiological challenges."

    #Fish #Evolution

  13. Evolution of #DeepSea Anglerfish Illuminated today.ucsd.edu/story/evolution

    Reduced evolutionary constraint accompanies ongoing radiation in deep-sea #anglerfishes nature.com/articles/s41559-024

    "deep-sea #pelagic #anglerfishes evolved from a #benthic ancestor and quickly underwent rapid diversification... these results demonstrate that spectacular evolutionary radiations can unfold even within environments with few ecological resources and demanding physiological challenges."

    #Fish #Evolution

  14. Evolution of #DeepSea Anglerfish Illuminated today.ucsd.edu/story/evolution

    Reduced evolutionary constraint accompanies ongoing radiation in deep-sea #anglerfishes nature.com/articles/s41559-024

    "deep-sea #pelagic #anglerfishes evolved from a #benthic ancestor and quickly underwent rapid diversification... these results demonstrate that spectacular evolutionary radiations can unfold even within environments with few ecological resources and demanding physiological challenges."

    #Fish #Evolution

  15. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  16. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  17. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  18. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  19. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  20. Started From the Bottom oceanbites.org/started-from-th

    Animal #evolution at the #ocean’s water-air interface cell.com/current-biology/fullt

    "#neuston did indeed evolve from ancestors that were substrate-attached but not necessarily to the #seafloor. This means that the neustonic organisms may be derived from #benthic organisms and other organisms that aren’t benthic but still attach to a substrates in the #pelagic zone."

  21. Started From the Bottom oceanbites.org/started-from-th

    Animal #evolution at the #ocean’s water-air interface cell.com/current-biology/fullt

    "#neuston did indeed evolve from ancestors that were substrate-attached but not necessarily to the #seafloor. This means that the neustonic organisms may be derived from #benthic organisms and other organisms that aren’t benthic but still attach to a substrates in the #pelagic zone."

  22. Started From the Bottom oceanbites.org/started-from-th

    Animal #evolution at the #ocean’s water-air interface cell.com/current-biology/fullt

    "#neuston did indeed evolve from ancestors that were substrate-attached but not necessarily to the #seafloor. This means that the neustonic organisms may be derived from #benthic organisms and other organisms that aren’t benthic but still attach to a substrates in the #pelagic zone."

  23. Started From the Bottom oceanbites.org/started-from-th

    Animal #evolution at the #ocean’s water-air interface cell.com/current-biology/fullt

    "#neuston did indeed evolve from ancestors that were substrate-attached but not necessarily to the #seafloor. This means that the neustonic organisms may be derived from #benthic organisms and other organisms that aren’t benthic but still attach to a substrates in the #pelagic zone."

  24. Started From the Bottom oceanbites.org/started-from-th

    Animal #evolution at the #ocean’s water-air interface cell.com/current-biology/fullt

    "#neuston did indeed evolve from ancestors that were substrate-attached but not necessarily to the #seafloor. This means that the neustonic organisms may be derived from #benthic organisms and other organisms that aren’t benthic but still attach to a substrates in the #pelagic zone."

  25. Four snaps from the second pelagic (with Scilly Pelagics) on 2 August.

    #Cornwall #wildlife #nature #seabirds #ukbirding #pelagic #birdsofmastodon #sunfish

    📷 Ocean Sunfish
    📷 Cory's (and Manx) Shearwater
    📷 Gannet

  26. Paleocene Fossil Illuminates Early Evolutionary History of Tropicbirds
    sci.news/paleontology/clymenop

    Partial skeleton from the #Paleocene of New Zealand illuminates the early evolutionary history of the #Phaethontiformes (#tropicbirds) tandfonline.com/doi/full/10.10

    "These #pelagic #birds are relics of a once much more widespread and diverse group of birds, whose #fossil record goes back into the earliest #Paleogene. The newly-identified species lived in what is now #NewZealand 62 million years ago."

  27. The source of #paleozoic (hemi-) #pelagic calcareous #mud (before the rise modern pelagic calcifiers) has been bugging me, again, recently.
    I have seen arguments for calcification of #cyanobacterial filaments, calcareous #dinoflagellates, breakdown of thin-walled fossils, and I'm not negating #abiotic sources.

    Does anyone have any thoughts on the topic?

  28. The source of #paleozoic (hemi-) #pelagic calcareous #mud (before the rise modern pelagic calcifiers) has been bugging me, again, recently.
    I have seen arguments for calcification of #cyanobacterial filaments, calcareous #dinoflagellates, breakdown of thin-walled fossils, and I'm not negating #abiotic sources.

    Does anyone have any thoughts on the topic?

  29. The source of #paleozoic (hemi-) #pelagic calcareous #mud (before the rise modern pelagic calcifiers) has been bugging me, again, recently.
    I have seen arguments for calcification of #cyanobacterial filaments, calcareous #dinoflagellates, breakdown of thin-walled fossils, and I'm not negating #abiotic sources.

    Does anyone have any thoughts on the topic?

  30. The source of #paleozoic (hemi-) #pelagic calcareous #mud (before the rise modern pelagic calcifiers) has been bugging me, again, recently.
    I have seen arguments for calcification of #cyanobacterial filaments, calcareous #dinoflagellates, breakdown of thin-walled fossils, and I'm not negating #abiotic sources.

    Does anyone have any thoughts on the topic?

  31. The source of #paleozoic (hemi-) #pelagic calcareous #mud (before the rise modern pelagic calcifiers) has been bugging me, again, recently.
    I have seen arguments for calcification of #cyanobacterial filaments, calcareous #dinoflagellates, breakdown of thin-walled fossils, and I'm not negating #abiotic sources.

    Does anyone have any thoughts on the topic?

  32. #Jurassic #VampireSquid Had Ink Sac and Luminous Organs sci.news/paleontology/vampyrof

    A new #vampyromorph species from the Middle Jurassic La Voulte-sur-Rhône #Lagerstätte: Alison Rowe et al. onlinelibrary.wiley.com/doi/10

    "The combination of the ink sac and internal luminous organs is known from the recent times, although not from the coleoid (#octopuses, #squid and #cuttlefish) #fossil record... #Vampyrofugiens atramentum had a #pelagic lifestyle and occupied a predatory niche."

  33. Have a great weekend.

    Short-beaked Common Dolphins from the Scilly Pelagic on Sunday.

    #nature #wildlife #dolphin #pelagic #cornwall #ocean

  34. Have a great weekend.

    Short-beaked Common Dolphins from the Scilly Pelagic on Sunday.

    #nature #wildlife #dolphin #pelagic #cornwall #ocean

  35. Have a great weekend.

    Short-beaked Common Dolphins from the Scilly Pelagic on Sunday.

    #nature #wildlife #dolphin #pelagic #cornwall #ocean

  36. Have a great weekend.

    Short-beaked Common Dolphins from the Scilly Pelagic on Sunday.

  37. Have a great weekend.

    Short-beaked Common Dolphins from the Scilly Pelagic on Sunday.

    #nature #wildlife #dolphin #pelagic #cornwall #ocean

  38. And finally, four snaps from the third and last pelagic ( with Scilly Pelagics) on 3 August. It would be wrong not to dedicate this post to Wilson's Storm Petrel. My photos do not do the views we had justice.

    #Cornwall #wildlife #nature #seabirds #ukbirding #pelagic #birdsofmastodon

    📷 Wilson's Storm Petrel