@user422353268883: اكسبلور 🥀 🥀

★مطُنوُخـ  شُمرٍ★
★مطُنوُخـ شُمرٍ★
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Sunday 31 August 2025 23:55:39 GMT
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user8514180093703
نوادر :
2025-09-03 17:05:25
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user8514180093703
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rreem911
💦العنيده 💦 :
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شجرة حزن :
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المهاجر 😍 :
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محمد :
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عطا الله هويدي :
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A+F❤️❤️🌹ALSHMMRI💖💖💖 :
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user1394039166234
محسن ناصر :
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ادالب ابن شنان الشمري 🇹🇷 :
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نوره :
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2025-09-01 00:08:51
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Cephalopods and inking: From anatomical studies of living cephalopods, we know that ink is generated, stored and evacuated from a specialised structure, the ink sac which includes the ink gland. The ink sac feeds into the rectum, controlled by a sphincter and in some inking events mucus from another organ, the funnel organ is ejected with water and ink through the anus and the siphon to create a cloud of ink. Since Aristotle’s observations, studies in the laboratory and field have expanded our knowledge of cephalopod’s inking repertoire. In addition to the clouds of ink created to limit vision and provide an escape route cephalopods can create different effects by changing the amount of ink released, the direction and speed with their flexible funnels and presumably varying mixes of ink and mucus. In combination with changing colour, some cephalopods have been observed creating pseudomorphs of ink, ejections which are interpreted to resemble a cephalopod-like form to would-be predators to confuse them. Another form of longer thinner streams of ink are called ropes and are speculatively assumed to bear resemblance to stinging tentacles of jellyfish. Cuttlefish add ink to their eggs presumably to help conceal them and the aptly named ‘fire-shooter squid’ Heteroteuthis dispar release luminous globs with their ink to create floating glowing blobs again presumed to create a distraction to predators.  Although some cephalopod inks have been studied chemically, there’s still a lot unknown about the bioactive function of ink when released in the wild. Experimentally, some ink has been shown to be unpalatable to fish. Ink can also function as an attractant to predators to give cephalopods a bit more time to escape. Mucus-rich ink is supposedly a dangerous or annoying substance that interferes with fish gills and some cephalopods react adversely to their own inkings in small containers or in the lab. The blue-ringed octopus Hapalochlaena lunulata has tetrodotoxin, the deadly toxin it also releases in a bite, in their ink but the concentrations and effect in inking are not known. #marinelife #cephalopods #octopus #cuttlefish #octopusink #wow #uwvideo #scubadive #reels
Cephalopods and inking: From anatomical studies of living cephalopods, we know that ink is generated, stored and evacuated from a specialised structure, the ink sac which includes the ink gland. The ink sac feeds into the rectum, controlled by a sphincter and in some inking events mucus from another organ, the funnel organ is ejected with water and ink through the anus and the siphon to create a cloud of ink. Since Aristotle’s observations, studies in the laboratory and field have expanded our knowledge of cephalopod’s inking repertoire. In addition to the clouds of ink created to limit vision and provide an escape route cephalopods can create different effects by changing the amount of ink released, the direction and speed with their flexible funnels and presumably varying mixes of ink and mucus. In combination with changing colour, some cephalopods have been observed creating pseudomorphs of ink, ejections which are interpreted to resemble a cephalopod-like form to would-be predators to confuse them. Another form of longer thinner streams of ink are called ropes and are speculatively assumed to bear resemblance to stinging tentacles of jellyfish. Cuttlefish add ink to their eggs presumably to help conceal them and the aptly named ‘fire-shooter squid’ Heteroteuthis dispar release luminous globs with their ink to create floating glowing blobs again presumed to create a distraction to predators. Although some cephalopod inks have been studied chemically, there’s still a lot unknown about the bioactive function of ink when released in the wild. Experimentally, some ink has been shown to be unpalatable to fish. Ink can also function as an attractant to predators to give cephalopods a bit more time to escape. Mucus-rich ink is supposedly a dangerous or annoying substance that interferes with fish gills and some cephalopods react adversely to their own inkings in small containers or in the lab. The blue-ringed octopus Hapalochlaena lunulata has tetrodotoxin, the deadly toxin it also releases in a bite, in their ink but the concentrations and effect in inking are not known. #marinelife #cephalopods #octopus #cuttlefish #octopusink #wow #uwvideo #scubadive #reels

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