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Deep Sea & Marine-Life Surprises

LION FISHIES!!!!!!!!!!!!!!!!!!!!!!!


Lion fish are so amazing. I remember the first time I saw one, in a pet store, it was so beautiful.
 
Fenris said:
I recieved an e-mail recently that said all those weird and wonderful looking fish were found on the beach in Phuket and had been washed up there after the tsunami.

I just received that. An urban myth in the making it seems.
 
I now have a pretty fish screen saver thanks to the pics on this thread! :mrgreen:
 
Tiny Animals Dominate Deep-Sea Trenches - Report

Thu Feb 3, 2005 8:23 PM GMT



WASHINGTON (Reuters) - Colonies of tiny, soft-bodied animals thrive in the deepest parts of the Pacific Ocean, Japanese researchers reported on Thursday.

Many of the creatures they dredged up are one-celled animals called foraminifera, which surprised the researchers because they do not normally live deep in the ocean and because they typically have hard shells.

The little organisms may have slowly adapted to the dark and high pressure found in the trenches 35,000 feet under the ocean, the researchers report in Friday's issue of the journal Science.

Yuko Todo of Shizuoka University in Japan and colleagues used the KAIKO Remote Operated Vehicle to sample the very deep trenches of the western Pacific, which they said reached their present depths 6 to 9 million years ago.

"The lineage to which the new soft-walled foraminifera belong includes the only species to have invaded fresh water and land, and analysis of the new organisms' DNA suggests they represent a primitive form of organism dating back to Precambrian times from which more complex multichambered organisms evolved."


---------------------
© Reuters 2005. All Rights Reserved.

Source
 
RainyOcean said:
http://www.practicalfishkeeping.co.uk/pfk/pages/item.php?news=546

Ah, confirmation, thank you.

I do so like being right, ;)
 
Creature from the deep

By smh.com.au
February 7, 2005


A rare - and dead - oarfish washed up at City Beach in Perth yesterday, proving more than a handful for Troy Coward, Andy Mole and Axel Strauss (pictured).

The serpent-like animal was found six metres offshore, bringing to at least six the number of oarfish that have washed up on the West Australian coast in recent months. Prefering to live in the depths of the ocean they have only been known to come to the surface when sick or dying and have rarely been seen alive.

Living in the world's warmer oceans, it feeds on plankton and is harmless to humans. The longest bony fish in the sea, it grows up to nine metres long with a bright red crest that runs the entire length of its body.

It is probably the creature that sparked "sea serpent" legends following sightings by ancient mariners.

Last year a woman in Cleveland on the north-east coast of England caught a 63.5kg, 3.5m-long oarfish while fishing for cod, using a squid bait.

Scientists were disappointed when the woman, who weighed 13kg less than the fish, sliced it up and put it in her freezer.

The fish is not good to eat.

The specimen found yesterday was too decomposed to keep and has been disposed of

oarfish430_wideweb__430x242.jpg


Source
 
Wow. Imagine swimming in the ocean and suddenlty having that fish ram into you. :eek!!!!:
 
interesting site here with a pic of a live oarfish swimming.
 
Wow. It's hard to see, but I put it on my computer and zoomed in. Yikes. This fish scares me. :(
 
Err... yes.

It's posted on this thread in it's original form and then mentioned several times as being another tsunami-sparked hoax.
 
So are the fish not real, or were they not washed up after the tsunami? (I hope some of those fish are fake. Damn)
 
All - to the best of my knowledge real but not washed up by the tsunami. If some look odd - and i'm not referring here to that last batch you posted. Bear in mind that a) they may have decomposed and b) they live at extreme depths and will deterioate at atmospheric pressure.
 
OK, I see the link you meant now. Most of those other links never loaded for me, I'm on dial-up. :(

I love fish, I currently have a bristle-nosed catfish, he is really weird looking, I'll try and find a good link......
 
New Erenna: Deadly Red Light Sea Creature

Deadly New Sea Creature Lures Fish with Red Lights
By Robert Roy Britt
LiveScience Senior Writer
posted: 07 July 2005
02:01 pm ET

For fish, the red light district is deeper and more dangerous than anyone imagined.

A newfound deep-sea relative of the jellyfish flashes glowing red lights on twitching, stinging tentacles to lure fish to their deaths more than a mile below the surface.

The discovery is odd, because scientists had figured deep-sea animals can't see red light, since they live where sunlight doesn't reach and therefore have no evolutionary reason to detect the color.

The transluscent, fragile creature is the first marine invertebrates ever found that produce red light.

The newfound species is in the genus Erenna, which includes other so-called siphonophores that employ luminescence, which typically is a defensive strategy used to distract a predator.

The discovery, detailed in the July 8 issue of the journal Science, was led by Steven Haddock of Monterey Bay Aquarium Research Institute.

The red light is made by fluorescence, in which short-wavelength light such as blue is re-emitted as long-wavelength light (red). The blue light is generated by a process called bioluminescence, in which a living thing converts chemicals into light much like the glow sticks sold to children. Sea creatures have evolved to produce blue light because it travels best through ocean water.

Bioluminescence is almost exclusively the domain of sea creatures. One of the handful of exceptions is the firefly.

Haddock's team used a robotic submarine to retrieve three of the fragile Erenna off the coast of California.

Two of the specimens had fish in them. But there aren't many fish at the depths where these siphonophores live. Haddock and his colleagues speculate that the red light attracts rare fish and that perhaps the ability to see the light is more common in the deep sea than previously thought.
Source 8)
 
Re: New Erenna: Deadly Red Light Sea Creature

Keyser Soze said:
Deadly New Sea Creature Lures Fish with Red Lights

more on this story

http://newsvote.bbc.co.uk/1/hi/sci/tech/4659465.stm

Deep-sea animal hunts with light

A new species of deep-sea animal has been discovered, which uses glowing red tentacles to lure small fish to their deaths, Science magazine reports.
The species, which has not yet been named, belongs to the genus Erenna , which is a member of the group that contains corals and jellyfish.

Initially, scientists were surprised the creature used red light, which is known to carry only short distances.

But they think it might be imitating a certain shrimp, which also glows red.

"These shrimps eat fluorescent material when they are grazing, which has red fluorescence in it. In a blue light environment, it would cause their guts to fluoresce red," said Steven Haddock, of Monterey Bay Aquarium Research Institute, California, US.

"So if the fish could see this light they could potentially use it to hunt."


And if fish did hunt by following red light, it would be a "clever" evolutionary strategy for fish predators to mimic that light to attract their hapless prey.

"Some deep-sea fish have sort of night-vision goggles," said co-author Casey Dunn of Yale University.

"We are proposing that these fish are looking for red.

"If one comes close and sees this bright red twitching thing, that would really catch its attention."

But the new species of Erenna is, itself, totally blind. Although light is used as a bait by other predators (most famously by the deep sea angler fish), it has never been observed in an animal that cannot see, Dr Haddock claims.

"It is unusual that it uses light," he told the BBC News website. "It is the first instance we have found in an animal that doesn't have any eye-balls itself."


The new creature is rather bizarre looking.

Dr Haddock described it as being the length of a French baguette with the diameter of a broom handle.

"One end propels it through the water and the other has tentacles for feeding," he explained.

It inhabits depths of between 1,600m and 2,300m around the Pacific basin and maybe much further afield.

But as yet, little is understood about this and many other creatures that lurk far beneath the sea's surface.

(c) bbc 05
 
TheQuixote said:
Published online: 29 July 2004; | doi:10.1038/news040726-10

Bone-devouring worms discovered
[...]

http://www.nature.com/news/2004/040726/full/040726-10.html

and now the Swedes have got in on the act with Osedax mucofloris :)

Sweden discovers 'zombie worms'

A new species of marine worm that lives off whale bones on the sea floor has been described by scientists.
The creature was found on a minke carcass in relatively shallow water close to Tjarno Marine Laboratory on the Swedish coast.

Such "zombie worms", as they are often called, are known from the deep waters of the Pacific but their presence in the North Sea is a major surprise.

A UK-Swedish team reports the find in Proceedings of the Royal Society B.

Adrian Glover and Thomas Dahlgren tell the journal the new species has been named Osedax mucofloris, which literally means "bone-eating snot-flower".

"They look like flowers poking out of the whale bone. The analogy goes a bit further because they have a root system that goes into the bone," Dr Glover, a researcher at London's Natural History Museum, told the BBC News website.

"The part of the animal that is exposed to the seawater is covered in a ball of mucus, so they are quite snotty. That is probably a defence mechanism."

Global distribution

Scientists have recently begun to recognise the importance of "whale fall" to ocean-floor ecosystems.

When the great marine mammals die and drift down to the sea bed to decay and disintegrate, they provide a food resource for a host of different organisms. Finding these locations to study is not easy, though.
In October 2003, Glover and Dahlgren sank the remains of a dead, stranded minke whale in 120m of water and monitored what happened to the carcass over a period of months using remotely operated vehicles.

In August 2004, the team was able to recover a bone from the skeleton.
To their astonishment, it hosted a type of marine worm previously only thought to exist at great ocean depths - down to almost 3km in the Pacific on the bones of gray whales.

Glover and Dahlgren say there are remarkable similarities between the worm species, despite being separated by two ocean basins and more than 2,500m in the water column.

Hunting impact

Osedax worms are about 1-2cm in length.

They root themselves to the whale bones which they then plunder for oils with the help of symbiotic bacteria. The worms' flower-like plumes pull oxygen from the water.
Their reproductive system is extraordinary - certainly in the case of the Pacific Osedax .

"The female Pacific worms keep males inside their tube as a sort of little harem that fertilises eggs as they are released into the water column," explained Dr Glover.

"We're not sure what's happening with the reproductive biology of the Swedish worms yet. We've only got females; we haven't found any males. It's a bit weird."

Scientists have established that all of the Osedax species so far identified appear to be closely related to vestimentiferan tubeworms, which are found only at the volcanic cracks in the ocean floor called hydrothermal vents.

This has given rise to the theory that whale falls may act as "service stops", or hopping points, that allow some lifeforms to move around the ocean floor.

What concerns researchers is that the commercial hunting which so devastated whaling populations would also have severely curtailed this activity by reducing the incidence of whale fall.
It may even have led to the extinction of some bottom-dwelling organisms that depended on this rare but concentrated nutrient supply.

Glover and Dahlgren, who is affiliated to Goteborg University, intend to study their North Sea worms further in the laboratory.


Story from BBC NEWS:
http://news.bbc.co.uk/go/pr/fr/-/1/hi/s ... 354286.stm
Published: 2005/10/18 23:22:21 GMT

© BBC MMV
 
Anconite said:
ohh this is the thread of my nightmares... I love looking at the ocean but i get a serious case of the willies if i cant see the bottom!
Ages ago I worked for a club which had two large houseboats on a marine harbour. Every couple of years they'd have to be dried out on a grid for bottom cleaning and maintenance.

There'd be weed and barnacles on the bottom, but mostly it was covered with a lifeform locally called 'pissers', both because of what they looked like, and because they did squirt water when disturbed!

Posssibly they were Lightbulb Sea Squirts, Clavelina lepadiformis .
http://www.marlin.ac.uk/species/Claveli ... formis.htm

A friend of mine, on seeing all these things hanging from the hull, described it as a milkmaid's nightmare! :D
 
'Zombie worms' found off Sweden

'Zombie worms' found off Sweden
A new species of marine worm that lives off whale bones on the sea floor has been described by scientists.
The creature was found on a minke carcass in relatively shallow water close to Tjarno Marine Laboratory on the Swedish coast.

Such "zombie worms", as they are often called, are known from the deep waters of the Pacific but their presence in the North Sea is a major surprise.

A UK-Swedish team reports the find in Proceedings of the Royal Society B.

Adrian Glover and Thomas Dahlgren tell the journal the new species has been named Osedax mucofloris , which literally means "bone-eating snot-flower".

"They look like flowers poking out of the whale bone. The analogy goes a bit further because they have a root system that goes into the bone," Dr Glover, a researcher at London's Natural History Museum, told the BBC News website.

"The part of the animal that is exposed to the seawater is covered in a ball of mucus, so they are quite snotty. That is probably a defence mechanism."

Global distribution

Scientists have recently begun to recognise the importance of "whale fall" to ocean-floor ecosystems.





When the great marine mammals die and drift down to the sea bed to decay and disintegrate, they provide a food resource for a host of different organisms. Finding these locations to study is not easy, though.
In October 2003, Glover and Dahlgren sank the remains of a dead, stranded minke whale in 120m of water and monitored what happened to the carcass over a period of months using remotely operated vehicles.


In August 2004, the team was able to recover a bone from the skeleton.
To their astonishment, it hosted a type of marine worm previously only thought to exist at great ocean depths - down to almost 3km in the Pacific on the bones of gray whales.

Glover and Dahlgren say there are remarkable similarities between the worm species, despite being separated by two ocean basins and more than 2,500m in the water column.

Hunting impact

Osedax worms are about 1-2cm in length.


They root themselves to the whale bones which they then plunder for oils with the help of symbiotic bacteria. The worms' flower-like plumes pull oxygen from the water.
Their reproductive system is extraordinary - certainly in the case of the Pacific Osedax .

"The female Pacific worms keep males inside their tube as a sort of little harem that fertilises eggs as they are released into the water column," explained Dr Glover.

"We're not sure what's happening with the reproductive biology of the Swedish worms yet. We've only got females; we haven't found any males. It's a bit weird."

Scientists have established that all of the Osedax species so far identified appear to be closely related to vestimentiferan tubeworms, which are found only at the volcanic cracks in the ocean floor called hydrothermal vents.

This has given rise to the theory that whale falls may act as "service stops", or hopping points, that allow some lifeforms to move around the ocean floor.


What concerns researchers is that the commercial hunting which so devastated whaling populations would also have severely curtailed this activity by reducing the incidence of whale fall.
It may even have led to the extinction of some bottom-dwelling organisms that depended on this rare but concentrated nutrient supply.

Glover and Dahlgren, who is affiliated to Goteborg University, intend to study their North Sea worms further in the laboratory.


Story from BBC NEWS:
http://news.bbc.co.uk/go/pr/fr/-/1/hi/s ... 354286.stm

Published: 2005/10/18 23:22:21 GMT

© BBC MMV
 
What lurks beneath - flesh-sucking sex fiends


By James Woodford
January 21, 2006

WHAT is spineless, loves oysters, wears beige with purple flecks and fences with its penis?

It might sound like the first half of a joke about a despised profession but in fact such a creature has just been discovered in the waters of Botany Bay.

Scientists from the University of NSW will this week announce the discovery of a new species of flatworm found at a depth of about three metres underneath Kurnell Pier.

Named Imogine lateotentare, the creature is a member of the little understood group of predators commonly known as oyster leeches. Its discovery is to be announced in the Journal of Natural History.

A lecturer in the school of biological, earth and environmental sciences at the University of NSW, Emma Johnston, said that although they were one of the simplest organisms known, their behaviour was quite complex.

She and her colleagues, Ka-Man Lee and Michel Beal, have kept them in captivity in the laboratory for up to a fortnight, watching as they attacked their prey and engaged in a bizarre sexual practice somewhat like penis fencing.

"They are very evil little animals, which is why they are so fascinating to work with," Dr Johnston said. "They squirm around these communities [of creatures which live on hard surfaces and cannot move] and attack the barnacles. They squirt digestive juices into them and suck their flesh out."

At less than two centimetres long the new flatworm has proven extremely hard to study and categorise.

"They're very difficult to describe because if you try and pick them up with anything other than a very fine paintbrush they break in half," Dr Johnston said.

The new flatworms are all hermaphrodites, meaning they have both male and female parts. To reproduce they try to stab each other with their genitals. The first to penetrate inserts sperm and then goes on to spar with another flatworm, while the "loser" lays and broods the eggs.

In an upcoming paper, Dr Johnston said she and her team will be revealing that flatworms are the simplest animals in the world showing parental care.

"They sit over the top of the eggs, aerate and protect them from predators. For a species so low on the evolutionary tree that's very sophisticated behaviour."

Their Achilles heel is pollution, which is why Dr Johnston is interested in the creatures.

She says that they may prove to be an important indicator species for detecting unhealthy marine ecosystems.

Source
 
Furry Lobster

'Furry lobster' find in Pacific

Marine biologists have discovered a crustacean in the South Pacific that resembles a lobster and which is covered in what looks like silky fur.
Kiwa hirsuta is so distinct from other species that scientists have created a new taxonomic family for it.

A US-led team found the animal last year in waters 2,300m (7,540ft) deep at a site 1,500km (900 miles) south of Easter Island, an expert has claimed.

Details appear in the journal of Paris' National Museum of Natural History.

The animal is white and 15cm (5.9 ins) long, according to Michel Segonzac of the French Research Institute for Exploitation of the Sea (Ifremer)

In what he has described as a "surprising characteristic", the animal's pincers are covered with sinuous, hair-like strands.

It is also blind; the researchers found it had only "the vestige of a membrane" in place of eyes, Segonzac said.

The researchers said that while legions of new ocean species are discovered each year, it is quite rare to find one that merits a new family.

The family was named Kiwaida, from Kiwa, the goddess of crustaceans in Polynesian mythology.

The diving expedition was organized by Robert Vrijenhoek of the Monterey Bay Aquarium Research Institute in California.

http://news.bbc.co.uk/1/hi/sci/tech/4785482.stm
 
Well that's a pretty thing! People might enjoy looking at it so much that its picture will be all over the Web.

Well it happened for the bearded clam!


Sorry. :splat:
 
JamesWhitehead said:
Well that's a pretty thing! People might enjoy looking at it so much that its picture will be all over the Web.

Well it happened for the bearded clam!


Sorry. :splat:

This is what it looks like

link

edited by TheQuixote: chenged hotlinked image into a link

I wonder how you cook it?
 
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