Phyllosoma larvae of coral lobster
(via oceanstuff)


Phyllosoma larvae of coral lobster
(via oceanstuff)
BONE EATING SNOT FLOWER
Osedax mucofloris
©NHM / Nature OnlineTranslated from the mixed Greek and Latin used in scientific names, “Osedax mucofloris” literally means “bone-eating snot-flower” which is an unattractive name for any species, even a sea worm that feasts on dead whales. These deep-sea siboglinid polychaete worms, are alo called boneworms, zombie worms, or bone-eating worms.
Scientists from the Monterey Bay Aquarium Research Institute using the submarine ROV Tiburon first discovered the genus in Monterey Bay, California, in February 2002. The worms were found living on the bones of a decaying gray whale in the Monterey Canyon, at a depth of 2,893 m (9,491 ft).
Lacking stomach and mouth, Osedax rely on symbiotic species of bacteria to digest whale fat and oils and to release the nutrients in a form that they can absorb. Osedax have colorful feathery plumes that act as gills and unusual root-like structures that absorb nutrients.
Male Osedax are microscopic dwarfs that live as “harems” inside the lumen of the gelatinous tube that surrounds each female. An individual female can house hundreds of these males in her tube. Source
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Nomura’s Jellyfish (Nemopilema nomurai)
Nomura’s Jellyfish also known as the Echizen kurage by the Japanese, is a large Japanese Jellyfish whose width is slightly larger than a height of a fully grown man. It can grow up to 2 meters and weigh about 450lb (220 kg) which is as heavy as a male lion. It is the biggest jellyfish in the world. When the Nomura’s Jellyfish is under attack or killed they release billions of sperm or eggs, they connect with the water and attach to rocks or coral formations. These eggs detach from their home when the conditions are favorable and grow into more jellyfish millions at a time.
This makes the problem of combating the Nomura Jellyfish even more difficult. And the baby Nomura’s Jellyfish grow from the size of a grain of rice to the size of a washing machine in less than six months.
Viperfish (Chauliodus sloani) - Requested by Anonymous
The viperfish is one of the most unusual-looking fish in the deep sea. It is also one of the most popular and well-known species. It is one of the fiercest predators of the deep. This fearsome looking creature has a long dorsal spine that is tipped with a photophore, a light-producing organ. The viperfish uses this light organ to attract its prey through a process known as bioluminescence. By flashing the light on and off, it can be used like a fishing lure to attract smaller fish.
In spite of its ferocious appearance, the viperfish is a relatively small animal, growing to about 11 or 12 inches (30 centimeters) in length. They have a hinged skull, which can be rotated up for swallowing unusually large prey. They also have very large stomachs that allow them to stock up on food whenever it is plentiful. Viperfish are known to be preyed upon by sharks and some species of dolphin.
Upside-down Jellyfish (Cassiopeia Andromeda)
A type of jellyfish that usually lives in intertidal sand or mud flats, shallow lagoons, and around mangroves. This jellyfish, many times mistaken for a sea anemone, usually has its mouth upward on the bottom. Its bell, which is yellow-brown with streaks and spots that are white or pale, vibrates to make the water flow through its arms for respiration and the obtaining of food.
Saddled Bichir or Tiger Bichir (Polypterus Endlicheri Endlicheri)
An incredibly hardy, nocturnal species with very poor vision, Polypterus endlicheri endlicheri relies on its excellent sense of smell to locate food. This species, along with others of its genus, are some of the last surviving relatives of very ancient species. Fossils of earlier relatives have been found that date back to the Triassic Period, which occured during the early development of the dinosaurs more than 200 million years ago.
Young bichirs have amphibian-like external gills which are lost as the fish matures. This, coupled with their nocturnal mode of hunting, in which they emerge from their daytime refuges to hunt invertebrates and small fish in shallow water clearly exhibit the link these species form between fish and amphibians.
They are available in some pet stores.
Prickly Dogfish or Rough Shark (Oxynotus bruniensis)
The Prickly Dogfish has a hump-backed body which has a flat lower surface and very rough skin. In Australia, the species occurs the central New South Wales coast to the Great Australian Bight, including Tasmania. Found near the sea floor over outer continental and insular shelves and upper slopes, the prickly dogfish is thought to be a slow-moving predator of small benthic organisms.
Axolotl (Ambystoma mexicanum) - Requested by Anonymous
A neotenic salamander, closely related to the Tiger Salamander. It is also called ajolote (which is also a common name for different types of salamander). The species originates from numerous lakes, such as Lake Xochimilco underlying Mexico City. Axolotls are used extensively in scientific research due to their ability to regenerate limbs. Some have indeed been found restoring the less vital parts of their brains. They can also readily accept transplants from other individuals, including eyes and parts of the brain—restoring these alien organs to full functionality. In some cases, axolotls have been known to repair a damaged limb as well as regenerating an additional one, ending up with an extra appendage that makes them attractive to pet owners as a novelty.
As of 2010, wild axolotls are near extinction due to urbanization in Mexico City and polluted waters.
(Source: Wikipedia)
A rare slipper lobster, nicknamed Popeye, is cared for at Newquay’s Blue Reef Aquarium after being discovered sitting on the pots of a fisherman in St Mawes, Cornwall. The slipper lobster - which is normally found in much warmer waters - is one of only a handful of specimens recorded in UK waters since records began back in 1758.
Giant Red Brittle Star (Ophioderma sp.)
Brittle stars or ophiuroids are echinoderms in the class Ophiuroidea closely related to starfish. They crawl across the seafloor using their flexible arms for locomotion. The ophiuroids generally have five long slender, whip-like arms which may reach up to 60 centimeters (24 in) in length on the largest specimens. They are also known as serpent stars. Ophiuroids have no eyes, or other specialized sense organs. However, they have several types of sensitive nerve ending in their epidermis, and are able to sense chemicals in the water, touch, and even the presence or absence of light.Moreover, tube feet may sense light as well as odors. These are especially found at the ends of their arms, detecting light and retreating into crevices.