Mentions
Extended reach
Total likes
Video views
AI synopsis
Several discussions highlight specific aspects of the vampire squid's behavior and ecology, mentioning details like how they feed on 'marine snow' from detrital matter and their ability to thrive in oxygen-depleted zones. Comments such as 'vampire squids are real' convey a sense of wonder and encourage viewers to explore further while the detailed references to studies signify a deep understanding of marine biology. The tone ranges from enthusiastic to informative, effectively fostering a collaborative atmosphere for sharing knowledge.
Most discussions reflect a consensus supporting the article's findings about vampire squids and their unique feeding habits.
Participants show high curiosity about the species and its adaptations to deep-sea environments.
Many users reference specific research findings and engage in detailed discussions about the ecological implications of the vampire squid's diet.
While discussions acknowledge the significance of the research, the perceived impact on broader ecological issues is moderate.
Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes really look like that! One of the feeding filaments is extended, gathering detritus ('marine snow') which seems to be its main food; see https://t.co/prk7XTQUnL https://t.co/1IX7eqfN0m
Hoving and Robison (2012, https://t.co/YKddHzNlVS) found that Vampire Squid ate detrital matter of various sizes, from small particles to larger marine aggregates, including the remains of gelatinous zooplankton, crustacean remains, diatoms & faecal pellets. #2021MMM
@MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィラメント）の研究論文があります。フィラメントには周囲の環境を感知する触覚機能があり、また付着したマリンスノーなどの小さなものは餌として食べているそうです。
コウモリダコが触糸(フィラメント)を使ってマリンスノーを食べている説、由来を辿ってみるとこの2012年のPNASの論文のようだ。HovingとRobinsonによるモントレー湾水族館研究所（MBARI）の観測結果。 https://t.co/yq5iPKMuwn
@51Fierce @Oceanwire @MBARI_News Vamps typically occupy depths of 600-1100 m, and may be specialists of oxygen minimum zones. They have incredibly efficient oxygen binding and transport capabilities for a cephalopod. Paper on Vamp O2: https://t.co/NkedOMqhUY Vamp detritivore diet: https://t.co/VAHdUk1EtA
https://t.co/euQPYKaKDv
Explore the fascinating adaptations of the vampire squid, a unique cephalopod that thrives in oxygen-minimum zones. Their ability to feed on detrital matter using specialized filaments allows them to survive where…
Vampire squids (Vampyroteuthis infernalis) are unique cephalopods exhibiting features of both octopuses and squids. They primarily feed on detrital matter in oxygen-poor environments, using retractile filaments to…
RT @thebiozone: vampire squids are real watch on YouTube to support us
RT @thebiozone: vampire squids are real watch on YouTube to support us
info sources The first global deep-sea stable isotope assessment reveals the unique trophic ecology of Vampire Squid Vampyroteuthis infernalis (Cephalopoda). Sci Rep (2019). doi.org/10.1038/s415... Vampire squid: detritivores in the oxygen minimum zone. Proc Biol Sci. (2012) doi.org/10.1098/rspb...
info sources The first global deepsea stable isotope assessment reveals the unique trophic ecology of Vampire Squid Vampyroteuthis infernalis. Sci Rep 2019 https://t.co/QIw6mVlJG2 Vampire squid: detritivores in the oxygen minimum zone. Proc Biol Sci 2012 https://t.co/Y1u4NsorFM
vampire squids are real watch on YouTube to support us
youtu.be/oJIvn18SSfc?...
https://t.co/tuEFYtgLFd
@elonmusk https://t.co/AZO0gc6tYj
@mjkeenan @JohnCleese @StephenKing @elonmusk @DaveSFoley https://t.co/AZO0gc6tYj
ang saya magbasa sa comment section https://t.co/j4S704SLG0
https://t.co/6XFaty52EU
reference: Vampire squid: detritivores in the oxygen minimum zone | Proceedings of the Royal Society B: Biological Sciences royalsocietypublishing.org/doi/abs/10.1...
https://t.co/euQPYKaKDv
Why Animals Get Creepier the Deeper You Go https://t.co/vlHaAkLYSQ
Why Animals Get Creepier the Deeper You Go https://t.co/4bJ01ozYUE via @YouTube
yikes! Why Animals Get Creepier the Deeper You Go https://t.co/mPw5mgHKYR via @YouTube
@Suku__G @nijigasakilove @Dexerto yes also there are new and undiscovered creatures deep sea gigantism. https://t.co/yRRURnxtYt
Why Animals Get Creepier the Deeper You Go https://t.co/tYZ5kJga3b via @YouTube
https://t.co/ZmtWB85G53 @RealScienceYT @MBARI_News
@crazyaboutx @enzoscifo05 @USMCLiberal @AKEJU__ Well the stern did implode,the ship broke into two but the bow was mostly flooded so that equalized the pressure as it went down. https://t.co/y8LQIEfQqR -> deep sea creatures https://t.co/zdyrvWXkKi
https://t.co/jk6IBjBmeB
Blob fish think you're ugly. https://t.co/XENo3rPQqR
@Kiwishiima @kwangnya I would like it! But prepare for this:https://t.co/hTKvqokAz6
Unveiling the Creepy Depths: Exploring Why Animals Grow More Eerie as You Venture Deeper. Discover the fascinating world of deep-sea creatures and their mysterious adaptations. #DeepSeaAnimals #CreepyDiscoveries #MarineLife #OceanExploration https://t.co/huxp9tWdFO via @YouTube
Why Animals Get Creepier the Deeper You Go https://t.co/fIUtdeVQXA via @YouTube
https://t.co/Nkj7hEu2xr
Why Animals Get Creepier the Deeper You Go https://t.co/ToC6wXnHIP via @YouTube
RT @AKasaiChidori: @MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィ…
RT @AKasaiChidori: @MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィ…
RT @AKasaiChidori: @MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィ…
RT @AKasaiChidori: @MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィ…
RT @AKasaiChidori: @MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィ…
@MuroranAquarium Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらにコウモリダコが持つ2本の細い紐（＝フィラメント）の研究論文があります。フィラメントには周囲の環境を感知する触覚機能があり、また付着したマリンスノーなどの小さなものは餌として食べているそうです。
@MasakiHoso Vampire squid: detritivores in the oxygen minimum zone https://t.co/18CHIkqOXZ こちらに「特殊な触糸」（=フィラメント）の研究論文があります。周囲のの環境を感知する触覚機能を持つと同時に、フィラメントに付着したマリンスノーなどの小さなものを餌として食べているそうです。
RT @yoshidamasaaki: コウモリダコが触糸(フィラメント)を使ってマリンスノーを食べている説、由来を辿ってみるとこの2012年のPNASの論文のようだ。HovingとRobinsonによるモントレー湾水族館研究所（MBARI）の観測結果。 https://t.c…
コウモリダコが触糸(フィラメント)を使ってマリンスノーを食べている説、由来を辿ってみるとこの2012年のPNASの論文のようだ。HovingとRobinsonによるモントレー湾水族館研究所（MBARI）の観測結果。 https://t.co/yq5iPKMuwn
3. The vampire squid is very well adapted to oxygen-depleted regions of the ocean. So, expect to see more of these little guys, as we suffocate their potential predators by burning fossil fuels and bombing natural gas pipelines for geopolitical reasons. https://t.co/YBhFL4eBws
RT @jestkelly: @51Fierce @Oceanwire @MBARI_News Vamps typically occupy depths of 600-1100 m, and may be specialists of oxygen minimum zones…
RT @jestkelly: @51Fierce @Oceanwire @MBARI_News Vamps typically occupy depths of 600-1100 m, and may be specialists of oxygen minimum zones…
@51Fierce @Oceanwire @MBARI_News Vamps typically occupy depths of 600-1100 m, and may be specialists of oxygen minimum zones. They have incredibly efficient oxygen binding and transport capabilities for a cephalopod. Paper on Vamp O2: https://t.co/NkedOMqhUY Vamp detritivore diet: https://t.co/VAHdUk1EtA
Références : Hoving, H.J.T., Robison, B.H., 2012. Vampire squid: detritivores in the oxygen minimum zone. Proc. R. Soc. B. 279, 4559–4567. https://t.co/384McNSXEk Vampyroteuthis infernalis Chun, 1903 Vampire squid, Sea Life Base, https://t.co/q1GJ5ac7g3 (25/06/2022) https://t.co/Rrxvpa1xyL
@Invertebae @rolandixor @MontereyAq although the MBARI paper on it states that the quantity of tissue found in vampire squid stomachs was not high enough to indicate active predation https://t.co/TMET7YDh7I
Today's Halloween Creature Feature Facts: The Vampire Squid https://t.co/un4N2KhiRx via @YouTube
RT @Drew_Lab: Hoving and Robison (2012, https://t.co/YKddHzNlVS) found that Vampire Squid ate detrital matter of various sizes, from small…
Hoving and Robison (2012, https://t.co/YKddHzNlVS) found that Vampire Squid ate detrital matter of various sizes, from small particles to larger marine aggregates, including the remains of gelatinous zooplankton, crustacean remains, diatoms & faecal pellets. #2021MMM
And get this: vampire squid aren't even true squids - they're closer to octopods. They're named for their blue eyes, reddish-brown skin & webbing between their arms - making them look like Count Dracula 3/ #12DaysofEMBRCchristmas https://t.co/PtyScSQWoI
Best example of this difference: the 'vampire squid' (actual name is Vampyroteuthis infernalis!) feeds on marine snow (plankton detritus) https://t.co/fQ8NtHYHgw https://t.co/PN7dTF6xB2 https://t.co/3fEB9hkyBY
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
RT @ALCESonline: Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes real…
Out with @MBARI_News we were lucky enough to see a second, larger vamp also. This photo hasn't been altered--the eyes really look like that! One of the feeding filaments is extended, gathering detritus ('marine snow') which seems to be its main food; see https://t.co/prk7XTQUnL https://t.co/1IX7eqfN0m