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AI synopsis
The discussions reflect a high level of interest and engagement, with examples such as mentions of the octopod’s feeding behavior and migration, and reactions to the shared footage highlighting the discovery’s novelty. Words like 'amazing' and references to visual content underscore both enthusiasm and the significance attributed to the research, emphasizing its contribution to understanding deep-sea behaviors.
Most discussions agree that the research provides valuable insights into deep-sea cephalopod behaviors, with some references to the novelty of the migration behavior.
The topic excites many participants, especially those fascinated by marine life and deep-sea ecology, evident through enthusiastic language and positive reactions.
Comments include specific references to observed behavior, mentions of related imagery, and discussions about the implications, showing active engagement.
Although the discussions highlight excitement and interest, the overall perceived impact on broader scientific or environmental issues appears moderate, mainly emphasizing the curiosity and visual appeal.
@deepseauwa whoa, you might've caught this individual feeding/foraging? motion looks extremely similar to the sequence described here: https://t.co/B9fLs5nhJJ
geomar released a beautiful video accompaniment to this
really cool new paper
For all the deep sea octo fans out there
Nice new paper on my favourites
Deep-sea cephalopods, especially the gelatinous Cirrata, are among the deepest-living cephalopods and their feeding behaviors are largely unknown. Researchers observed these octopods drifting motionless in the water…
Miles down for lunch: #deep_sea in situ observations of #Arctic_finned_octopods_Cirroteuthis_muelleri suggest #pelagic_benthic feeding #migration Note: more drilling and mining will destroy such habitat Read more: https://t.co/VaYLp4eDjU
論文について気になった方はこちら～ 'Miles down for lunch: deep-sea in situ observations of Arctic finned octopods Cirroteuthis muelleri suggest pelagic–benthic feeding migration'
RT @jeffday: @deepseauwa whoa, you might've caught this individual feeding/foraging? motion looks extremely similar to the sequence describ…
@deepseauwa similar to this sequence albeit with more of a tip-toe type movement (can i even say that for a cephalopod) https://t.co/6Uwf3xqFLY
@deepseauwa whoa, you might've caught this individual feeding/foraging? motion looks extremely similar to the sequence described here: https://t.co/B9fLs5nhJJ
RT @rev_ocean:
RT @SVSchindler: Ever wondered how deep-sea octopods spend their lunch break? Using imagery from various expeditions, we described the nat…
Ever wondered how deep-sea octopods spend their lunch break? Using imagery from various expeditions, we described the natural feeding behaviour of Cirroteuthis muelleri and how its downward migration is novel for cephalopods. For more,check Golikov et al: https://t.co/QKuZhZPvce https://t.co/IfKYLlG0hH
RT @rev_ocean:
geomar released a beautiful video accompaniment to this
For all the deep sea octo fans out there
Amazing footage of cirrate arctic octopods feeding along the benthos filmed by @GEOMAR_en #Cephalopodlove https://t.co/4Reh4L1ucK
really cool new paper
RT @rev_ocean:
RT @MelanieBergma18: Nice new paper on my favourites
Nice new paper on my favourites