Chirodectes Maculatus - The Rarest Box Jellyfish Ever Shot
Chirodectes Maculatus is a very uncommon, monospecific genus of box jellyfish belonging to the family Chirodropidae that is found only in the Pacific Ocean.
The world's first and only scientifically researched specimen of the Chirodectes jellyfish was taken on 2 May 1997 from the outer edge of the Great Barrier Reef, approximately 43 kilometers (27 kilometers) off the coast of northeast Queensland. It was discovered within 5 meters (16 feet) of the surface, and the researchers who discovered it speculated that it may have been transported to the area by Cyclone Justin, which passed through the area in 2004.
This creature's bell was roughly 150 mm in height (5.9 in) in diameter, and because of its delicate nature, it could only be examined in an examination lab for a few hours at a time. Because it "failed either to sting or adhere to the hand and forearm of an incautious volunteer" during the examination, there have been no reported cases of Chirodectes stinging humans.
However, it is assumed – due to its relatively large size and the extremely venomous nature of some chirodropids – that Chirodectes is venomous.
It is referred to as the "deadliest jellyfish" since it is widely considered to be the most venomous animal on the face of the planet. There are numerous different varieties of jellyfish that are members of the box jellyfish family, all of which are edible. It is true that there are more than 50 different species of box jellyfish, albeit some are more dangerous than others.
It is believed that the venom of box jellyfish is composed of a mixture of bioactive proteins that have powerful hemolytic activity, can cause cytotoxicity, membrane pore development, inflammation, in vivo cardiovascular collapse, and deadly consequences in experimental animals when administered.
Before the Chirodectes were collected, a video of it was taken underwater and afterwards edited together. Memoirs of the Queensland Museum published four photographs taken from the original 1997 video in 2005, which were based on the footage from the original 1997 video and this video is now on Reddit too. And people have their own opinions about this jellyfish.
"It could hardly be any more different from us. A radically different branch on the tree of life. I wonder what it's like to be that Jellyfish (if anything?) They don't have brains per se, but they do have complex nervous systems. Jellyfish are fuckin weird man."
"It's more similar to us than apples are. And far more than cyanobacteria are"
"Who's to say that they don't generate a "soul" or "self" like we do?"
"Anyone, I guess. I'm speaking scientifically and only talking about observable properties. Your question already rests on the assumption that humans have souls, which there is no evidence for.
So I would say they are just like us, in that none have been proven to have a soul.
What I'm actually talking about is phylogeny, the arrangement of the tree of life. And from the perspective of the whole tree, humans are jellyfish are somewhat closely related. Not only are we both eukaryotes (which already is just a small fraction of the tree), but we're even both in Animalia (an even smaller fraction of the tree).
"I am an expert in jellyfish, and can state unequivocally that this dude is in a HURRY! He is locomoting 2.4 times faster than average, lazier jellys. Spoiler: I know nothing about jellyfish but do enjoy raspberry preserves which are kinda like jelly."
The stings of the Irukandji jellyfish are so painful that they can induce deadly brain haemorrhages, and on average, 50-100 persons are admitted to the hospital each year. In the words of Robert Drewe, the sting is "100 times more lethal than that of a cobra and 1,000 times more potent than that of a tarantula."
The single known specimen of a huge cubomedusa, Chiropsalmus maculatus sp. nov., was discovered and collected on the outer border of the Great Barrier Reef. The species is named after the cubomedusa that was discovered and collected. It differs from other known chirodropids in that it lacks a 'palm', whereas other chirodropids have a palmate, compound pedalium, as well as possessing noticeable, severely corrugated subumbrellar muscle-fields.
It is the only known cubomedusa with a pigmented exumbrellar epidermis, making it one of the most unusual. There were more than 40 distinct, subcircular patches of colour covering the surface life, and the base of each pedalium was ringed by a tiny line of pigment that was visible in the flesh.
Several of the patches of Chirodectes Maculatus were placed in a random manner, and there was a regular circle of unpigmented epidermis encircling each rhopalium, which clearly suggested that the colour was caused by a genetic mutation rather than by a pathogen or other external cause.
Fan of jellyfishes, find the most unique and rarest jellyfish here.