GIANT SQUID

Giant Squid Filmed for the First Time.

 

The giant squid (Architeuthis) was filmed for the first time in its natural habitat with help from ORCA’s Dr. Edie Widder.

This achievement has been a long time coming.

 

There have been previous such expeditions - all failures. This time was different. There were many factors that came together to make this effort such a resounding success. One of these was a new approach to deep ocean exploration that pays heed to the natural visual environment of the vast midwater realm that is home to these leviathans. This is a world of the very dimmest of lights - both sunlight filtered through hundreds of meters of ocean and - bioluminescence - the living light that animals use to aid their survival in a light-limited world. The enormous eye of the giant squid - the largest in the animal kingdom - attests to how important vision must be to its survival. The teams’ use of optical lures that imitate bioluminescence to attract the squid and far red light invisible to the squid in order to see without being seen proved to be the key to success.

 

 

The Road to Success

 

The expedition was initiated with financing from the Japan Broadcasting Corporation, NHK, which was inspired to undertake the high-risk endeavor - despite the failures of previous attempts - by the success of Japanese squid expert Dr. Tsunemi Kubodera who was the first person to capture still images of the Giant Squid using a baited underwater camera.

 

Dr. Widder was invited to join the expedition because of her successes with the Eye-in-the-Sea, a deep-sea camera observatory that she developed as a means of exploring the deep ocean unobtrusively. The Eye-in-the-Sea uses low light imaging in combination with far-red illumination that is invisible to most deep-sea animals. The primary motivation for its development was the desire to observe animals that would normally be disturbed or frightened away by the white lights and noisy thrusters used on standard observation platforms.

 

Dr. Widder also developed a novel optical lure that imitates certain bioluminescent displays, thought to be attractive to large predators. Known as the electronic jellyfish or e-jelly the lure imitates the bioluminescent burglar alarm display of the common deep-sea jellyfish Atolla wyvillei.

 

Bioluminescent burglar alarms are a scream for help - the last ditch efforts of an animal that is caught in the clutches of a predator and has no other hope for survival than to attract the attention of a larger predator that may attack their attacker and thereby afford them an opportunity for escape. It was hoped that such a display would be of great interest to a visual predator like the giant squid.

 

The Eye-in-the-Sea has gone through several incarnations including a moored version that was the world’s first deep-sea web cam. The version used during this mission has been dubbed the Medusa because it can operate in the midwater as well as on the bottom. To film the giant squid off of Japan it was deployed in mid-water mode, suspended on 700 m of line by a float at the surface outfitted with a satellite-tracking beacon.

The Medusa

 

The Medusa was designed for in situ video documentation of biota and collection of water quality parameters, at an operational depth of 2000m. The autonomous and compact observational instrumentation records video in ultra-low light conditions with a highly sensitive camera and DVR recording system. Epoxy encapsulated LED arrays offer virtually unobtrusive 'far red' illumination at a wavelength of 690 nanometers. The submersible data logger records conductivity, salinity, temperature, pressure, depth, and PAR. Versatile deployment options enable the Medusa to be deployed from a small boat or ship and operate in a moored, lander, or drifter mode. Upon completion of the 72 hour operation, a weight is dropped via acoustic release and the Medusa is retrieved with a davit and winch. Invaluable information is obtained through the unobtrusive data recording of the Medusa.

The Shark Research team posts footage of their deepwater research with the Medusa

The Medusa: Cape Eleuthera Institute Fall 2013

ORCA’s Optical Lure the "eJelly"

 

Bioluminescent animals communicate with light. Many deep-sea creatures use light to attract or find prey, to attract a mate or to fend off predators. ORCA used this principal to develop an optical lure that imitates certain bioluminescent displays - like the burglar alarm display of the common deep-sea jellyfish, Atolla. When this jellyfish is caught in the clutches of a predator it produces a pinwheel of light that is like a scream for help. It serves to attract the attention of a larger predator who will attack the attacker thereby affording the jellyfish a chance for escape. It's a very effective lure that has proved highly attractive to deep-sea squid.

 

 

TED Talks: How We Found the Giant Squid

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Ocean Research & Conservation Association, Inc.

 

Duerr Laboratory for Marine Conservation

1420 Seaway Drive

Fort Pierce, FL 34949

 

P: 772.467.1600     F: 772.467.1602

ORCA is dedicated to the protection and restoration of aquatic ecosystems and the species they sustain through the development of innovative technologies and science-based conservation action.

 

Please help support our mission.

COPYRIGHT © 2018 OCEAN RESEARCH & CONSERVATION ASSOCIATION. ALL RIGHTS RESERVED.

Ocean Research & Conservation Association, Inc.

 

Duerr Laboratory for Marine Conservation

1420 Seaway Drive

Fort Pierce, FL 34949

 

P: 772.467.1600     F: 772.467.1602

 

inquiries@teamorca.org

ORCA is dedicated to the protection and restoration of aquatic ecosystems and the species they sustain through the development of innovative technologies and science-based conservation action.

 

Please help support our mission.

The Medusa

 

The Medusa was designed for in situ video documentation of biota and collection of water quality parameters, at an operational depth of 2000m. The autonomous and compact observational instrumentation records video in ultra-low light conditions with a highly sensitive camera and DVR recording system. Epoxy encapsulated LED arrays offer virtually unobtrusive 'far red' illumination at a wavelength of 690 nanometers. The submersible data logger records conductivity, salinity, temperature, pressure, depth, and PAR. Versatile deployment options enable the Medusa to be deployed from a small boat or ship and operate in a moored, lander, or drifter mode. Upon completion of the 72 hour operation, a weight is dropped via acoustic release and the Medusa is retrieved with a davit and winch. Invaluable information is obtained through the unobtrusive data recording of the Medusa.

This achievement has been a long time coming.

 

There have been previous such expeditions - all failures. This time was different. There were many factors that came together to make this effort such a resounding success. One of these was a new approach to deep ocean exploration that pays heed to the natural visual environment of the vast midwater realm that is home to these leviathans. This is a world of the very dimmest of lights - both sunlight filtered through hundreds of meters of ocean and - bioluminescence - the living light that animals use to aid their survival in a light-limited world. The enormous eye of the giant squid - the largest in the animal kingdom - attests to how important vision must be to its survival. The teams’ use of optical lures that imitate bioluminescence to attract the squid and far red light invisible to the squid in order to see without being seen proved to be the key to success.

 

 

The Road to Success

 

The expedition was initiated with financing from the Japan Broadcasting Corporation, NHK, which was inspired to undertake the high-risk endeavor - despite the failures of previous attempts - by the success of Japanese squid expert Dr. Tsunemi Kubodera who was the first person to capture still images of the Giant Squid using a baited underwater camera.

 

Dr. Widder was invited to join the expedition because of her successes with the Eye-in-the-Sea, a deep-sea camera observatory that she developed as a means of exploring the deep ocean unobtrusively. The Eye-in-the-Sea uses low light imaging in combination with far-red illumination that is invisible to most deep-sea animals. The primary motivation for its development was the desire to observe animals that would normally be disturbed or frightened away by the white lights and noisy thrusters used on standard observation platforms.

 

Dr. Widder also developed a novel optical lure that imitates certain bioluminescent displays, thought to be attractive to large predators. Known as the electronic jellyfish or e-jelly the lure imitates the bioluminescent burglar alarm display of the common deep-sea jellyfish Atolla wyvillei.

 

Bioluminescent burglar alarms are a scream for help - the last ditch efforts of an animal that is caught in the clutches of a predator and has no other hope for survival than to attract the attention of a larger predator that may attack their attacker and thereby afford them an opportunity for escape. It was hoped that such a display would be of great interest to a visual predator like the giant squid.

 

The Eye-in-the-Sea has gone through several incarnations including a moored version that was the world’s first deep-sea web cam. The version used during this mission has been dubbed the Medusa because it can operate in the midwater as well as on the bottom. To film the giant squid off of Japan it was deployed in mid-water mode, suspended on 700 m of line by a float at the surface outfitted with a satellite-tracking beacon.

Connect with ORCA

Ocean Research & Conservation Association, Inc.

 

Duerr Laboratory for Marine Conservation

1420 Seaway Drive

Fort Pierce, FL 34949

 

P: 772.467.1600

F: 772.467.1602

 

inquiries@teamorca.org