#Glasssponge

世界中の人々によるGlassspongeに関する件のリール動画を視聴。

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#Glasssponge Reel by @deepseatown1 - Leucascus, an incredibly bizarre and beautiful type of calcareous sea sponge! While most people picture sponges as simple, porous blobs, this fascinat — Leucascus, an incredibly bizarre and beautiful type of calcareous sea sponge! While most people picture sponges as simple, porous blobs, this fascinating deep-water creature is actually a complex maze of living tissue. If you were to look inside a Leucascus sponge, you wouldn't just see empty space. Its body is made up of a highly advanced network of interconnected, branching tubes that constantly pump and filter seawater to feed on microscopic plankton! This unique, plumbing-like anatomy is known to scientists as a "solenoid system". And unlike the soft bath sponges you might have at home, its skeleton is structurally supported by tiny, star-shaped crystals of calcium carbonate. 🌟🧽 The very first Leucascus sponges were officially discovered and named way back in 1892 off the coast of Australia. For a long time, scientists thought they were mostly restricted to the Southern Hemisphere. However, modern deep-sea expeditions have proved these resilient survivors are hiding all over the globe! We are still discovering brand-new variations today, from the bright pink Leucascus roseus found off the coast of Brazil in 2007, to Leucascus lobatus thriving in the freezing, pitch-black waters of Greenland. 🥶🌴 Nature is basically a sci-fi movie. What does this strange pink creature look like to you? Let us know in the comments! 👇 #DeepSea #MarineBiology #OceanLife #WeirdNature #SeaSponge #Leucascus #UnderTheSea #MarineConservation #DeepOcean #OceanMysteries

#Glasssponge Reel by @nautiluslive - Did you know that some #deepseasponges are carnivorous?! — Did you know that some #deepseasponges are carnivorous?!

#Glasssponge Reel by @seaslugscientist - Day two of the great sponge hunt of 2026… still looking for the elusive Red Dot Sponge, but we found this similar looking one while searching today. C — Day two of the great sponge hunt of 2026… still looking for the elusive Red Dot Sponge, but we found this similar looking one while searching today. Crazy to think that this sponge moves slowly in comparison to our target. You may notice two types of hole on this sponge. Just like our target this sponge has pore fields as well as oscula. Most sponges have at least one oscula which is where water is pumped out of the sponge. However, pore fields have many Ostia which are the inflow holes. Some pore fields can have as many as 100 or more Ostia. #marinebiology #fieldbiologist #ocean #tropics #macro

#Glasssponge Reel by @deepseatown1 - Clathrina, one of the most visually mesmerizing sponges in the ocean! Unlike typical bulky sea sponges, these incredible creatures are made entirely o — Clathrina, one of the most visually mesmerizing sponges in the ocean! Unlike typical bulky sea sponges, these incredible creatures are made entirely of a delicate, 3D woven network of interconnected hollow tubes. In fact, their name actually comes from the Greek/Latin root clathrum, which literally means "lattice" or "grate"! While they might just look like abstract underwater art, Clathrina sponges operate as highly efficient living water pumps. They do not have true organs, but they constantly pull seawater through this intricate yellow maze to filter out massive amounts of tiny bacteria and plankton for food. The Clathrina genus was first officially described by science way back in 1867. While some species hide in shallow coastal caves, others thrive in the dark, cold depths of the ocean all around the world, clinging tightly to sheer rock walls and deep-sea overhangs. Watching them sit perfectly still on the reef while the ocean current moves around them is just oddly satisfying, don't you think? ✨ Drop a 💛 in the comments if you love weird ocean discoveries! 👇 #DeepSea #MarineBiology #OceanLife #WeirdNature #SeaSponge #Clathrina #UnderTheSea #MarineConservation #DeepOcean #OceanMysteries

#Glasssponge Reel by @deepseatown1 - Sponges are usually just underwater filters... but this one has a taste for meat! 🧽🥩

John Hooper's Carnivorous Sponge (Abyssocladia johnhooperi). U — Sponges are usually just underwater filters... but this one has a taste for meat! 🧽🥩 John Hooper’s Carnivorous Sponge (Abyssocladia johnhooperi). Unlike the gentle filter-feeding sponges you are used to seeing, this deep-sea predator actively hunts! It is covered in microscopic, hook-shaped spikes that it uses to snag passing prey, like small crustaceans. Once the prey is stuck, the sponge's cells actually swarm out to engulf and slowly digest it. Total nightmare fuel, but incredibly cool! 🤯 This bizarre, umbrella-shaped creature was first spotted back in 2020 by a remote-controlled deep-sea submarine exploring the massive underwater Cape Range Canyon off the coast of Western Australia. It was found sitting on a vertical rock wall nearly 9,500 feet (2,914 meters) deep in the pitch black! It was officially described by scientists in 2024 and was just named one of the Top 10 Most Remarkable Marine Species of the year. 🏆✨ Who knew a sea sponge could be this brutal? Drop a 🧽 in the comments if you love weird ocean discoveries! 👇 #MarineBiology #CarnivorousSponge #OceanDiscovery #NewSpecies #DeepSeaCreatures #OceanLife #WeirdNature #UnderTheSea #MarineConservation #ScienceFacts #OceanMysteries

#Glasssponge Reel by @deepseatown1 - Meet Deltocyathus zoemetallicus, a stunning example of a solitary cup coral. While we usually picture corals as enormous, colorful colonies in shallow — Meet Deltocyathus zoemetallicus, a stunning example of a solitary cup coral. While we usually picture corals as enormous, colorful colonies in shallow, sunlit waters, this deep-sea survivor lives its entire life as a single, independent polyp. Just look at the intricate, fluted ridges of its stark white skeleton—it looks almost like an intricately carved underwater crown or a ghostly flower resting alone on the dark, rocky seafloor. If you look closely at the base, you can even see tiny brittle stars crawling around it. This just goes to show that in the relatively barren deep ocean, any bit of structure quickly becomes a miniature oasis for other life! 🐚 Discovered thriving in the pitch-black, freezing depths of the ocean hundreds of meters below the surface, this fascinating creature doesn't need a single drop of sunlight. Instead, it waits patiently in the dark, using its tentacles to snatch tiny, drifting food particles right out of the water column. The ocean floor is full of hidden royalty! 👑 Drop a 🌊 in the comments if you love discovering weird and wonderful ocean life! 👇 #DeepSea #MarineBiology #OceanLife #WeirdNature #Coral #CupCoral #UnderTheSea #MarineConservation #DeepOcean #OceanMysteries

#Glasssponge Reel by @digitalwildlifestudio - It doesn't have teeth - until it does.

Deep‑sea scale worms are among the most overlooked predators of the ocean floor. Hidden beneath shimmering bri — It doesn’t have teeth — until it does. Deep‑sea scale worms are among the most overlooked predators of the ocean floor. Hidden beneath shimmering bristles, they conceal an eversible pharynx — a muscular feeding structure that can extend outward in a fraction of a second. In cold seep ecosystems, energy doesn’t come from sunlight. It comes from methane and chemical reactions that fuel bacterial communities. Those bacteria support shrimp, mussels, and other invertebrates — and predators like this worm. The attack is mechanical and precise. The worm contracts anterior segments, building internal pressure before launching its pharynx forward. Hooked jaws seize prey before it can retreat. Deep‑sea environments often appear static, but they are dynamic networks of energy transfer. Even small invertebrate predation events ripple outward through the ecosystem. At nearly a kilometer below the surface, there is no day or night. Only chemistry, darkness, and sudden movement. Not every extraordinary predator has a spine. Some hide beneath bristles. #DeepSeaWorm #ScaleWorm #ColdSeepEcosystem #RareOceanLife #DeepSeaPredator #ExtremeEnvironment #NoVoiceover #NaturalDeepSea #ExtraordinaryAnimals #ROVFootage

#Glasssponge Reel by @seaslugscientist - Did you know that sponges sneeze? Despite having no nervous system at all sponges are still capable of behaving and a classic example is sponge sneeze — Did you know that sponges sneeze? Despite having no nervous system at all sponges are still capable of behaving and a classic example is sponge sneezes. In my new position I’m studying a very specific sneezing sponge called the Red Dot Sponge. This sponge is very special because not only does it sneeze really quickly. But it actually sneezes faster than we previously thought possible for an animal without any neurons. I traveled all the way to Curacao to try and find and video this sponge. Will we see such a fast reaction? Or will I even find this sponge? Only time will tell… #diving #marinebiology #sponge #adventure #oceancreatures

#Glasssponge Reel by @deepseatown1 - Is it a highly toxic sea slug? Nope, it's just the ocean's greatest cosplayer! 🎭🌊

Meet the "Mimic Worm" (Cryptochaetosyllis imitatio). With its neo — Is it a highly toxic sea slug? Nope, it’s just the ocean’s greatest cosplayer! 🎭🌊 Meet the "Mimic Worm" (Cryptochaetosyllis imitatio). With its neon colors and spiky fake "tentacles," it looks exactly like a venomous nudibranch. But it is actually a completely harmless bristle worm pulling off an epic visual disguise to trick predators into leaving it alone! This incredible master of deception was just officially described by science in 2024 after being spotted living on soft corals off the coasts of Japan and Vietnam. Originally, divers and local fishermen just assumed it was a regular sea slug. It wasn't until scientists took a much closer look that they realized it was a worm in disguise. What makes this so mind-blowing? This is the first time in history that this kind of mimicry has ever been discovered in a segmented worm! It is so committed to the act that it even evolved to hide its typical worm bristles deep inside its body, kind of like a cat's retractable claws, just so it doesn't break character. 🤯🐛 Nature really is the ultimate illusionist! ✨ Tag a friend who loves weird ocean discoveries! 👇 #MimicWorm #MarineBiology #NewSpecies #OceanDiscovery #Nudibranch #SeaSlug #OceanLife #WeirdNature #UnderTheSea #MarineConservation #ScienceFacts

#Glasssponge Reel by @cursphere - Forget what you thought you knew about ocean life! The footage revealing deep-sea gigantism is absolutely staggering. Down in the crushing darkness mi — Forget what you thought you knew about ocean life! The footage revealing deep-sea gigantism is absolutely staggering. Down in the crushing darkness miles beneath the waves, evolution has created true titans compared to their shallow-water cousins. Prepare to see isopods the size of small puppies scuttling across the sediment, amphipods stretching longer than a human hand, and whispers of the colossal squid patrolling these extreme zones. Scientists are only beginning to unravel the secrets behind how these bizarre, giant forms thrive under immense pressure. It’s a spectacular peek into the planet’s most mysterious ecosystem. #DeepSea #OceanGigantism #MarineBiology #Abyss #OceanMysteries #CreaturesOfTheDeep

#Glasssponge Reel by @nautiluslive - While exploring the deep sea of the #CookIslands, we encountered several sparkling #ctenophores. Also called #combjellies (thanks to their rows of hai — While exploring the deep sea of the #CookIslands, we encountered several sparkling #ctenophores. Also called #combjellies (thanks to their rows of hair-like cilia), these marine invertebrates are known for their shimmering light shows, sometimes due to #bioluminescence, but also by reflecting surrounding light. While true jellyfish have stinging tentacles, their relatives, the ctenophores, use sticky cells to catch prey from the water.

#Glasssponge Reel by @seaslugscientist - Sponges are almost always filtering water. It can be difficult to see it but by using dye you can really visualize flow moving out of the sponge.

Th — Sponges are almost always filtering water. It can be difficult to see it but by using dye you can really visualize flow moving out of the sponge. They really are amazing animals and are so much more active than people think! #diving #macrophotographylove #oceancreatures #explorenature #biodiversity

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