NOTICE: Do pardon me with the mess. Still rebuilding it up @.@
The post that you're looking for are still here. I just notice that old urls aren't working since I deleted this blog to get some of the features.

Mar 28, 2007

Baby Dragon, FOR REAL

It's a REAL DRAGON!! Nah, not really. It's an OARFISH, a deep sea creature. We would love to believe that dragons exist and I know my brother would.

"Oarfish...is the longest bony fish in the sea. Known scientifically as Regalecus glesne, it is a member of the Regalecidae family of fishes. The name Regalecidae is derived from the latin word regalis, meaning "royal".


The origin of the oarfish name is unknown, but may refer to the oar-shaped body or the long, oar-like pelvic fins. Because of its long, thin shape, the oarfish fish is sometimes known as the ribbonfish. It is also commonly referred to as the king of herrings. Even though it is a deep water species, it is not too uncommon to see an oarfish. These unusual creatures have been known to wash ashore on beaches after storms, providing endless hours of fascination for curious onlookers.


They also have a habit of floating near the surface of the water when they are sick or dying. Because of this, it is believed that the oarfish may be responsible for many of the legendary sightings of sea monsters and sea serpents by ancient mariners and beach goers. Although it is fished for sport as a game fish, the oarfish is not usually fished commercially because its gelatinous flesh is not considered edible..." Read More»



Another Dragon like creature is the FRILL (or Frilled) SHARK also known as Chlamydoselachus Anguineus. This 5.3 ft rare living fossil was taped swimming at Japan's Awashima Marine Park last Jan. 21, 2007.


"...Highly specialized for life in the deep sea, the frilled shark has a reduced, poorly calcified skeleton and an enormous liver filled with low-density lipids, allowing it to maintain its position in the water column with little effort. It is one of the few sharks with an "open" lateral line, in which the mechanoreceptive hair cells are positioned in grooves that are directly exposed to the surrounding seawater. This configuration is thought to be basal in sharks and may enhance its sensitivity to the minute movements of its prey..." Read More»