ocean explorer/Explorationshome/index
about site linkeducation linkprojects linkhistory linktechnology linkgallery linklibrary linkexploration linknavigation bar
explorations pageocean explorer home pagenoaa home page

explorations main page buttonMountains in the Sealogs
""

Photo & Video Log

This page contains photos and videos taken during the 2004 Operation Deep Scope Exploration that took place August 7 - August 17, 2004. Click on any image to view a larger version and for additional information. If a movie camera icon camera icon is present, a QuickTime video can be viewed by clicking on the image. Other video formats are available on the linked pages.

If a slideshow icon slideshow icon is present, a visual log of exploration images can be viewed. You can scroll through them one by one, or select the play button for an automatic slideshow.

(HR) = "High Resolution" images available.

camera icon Video & Slideshows
Specimens of bamboo coral were revealed to be propagating bioluminescence up their branches. The Eye-In-The-Sea camera captures giant isopods and a hungry six-gill shark. The exploration team discovers a fluorescent greeneye fish under the submersible's blue-filtered headlights. The peeper recovery and sampling process.

camera icon August 17
Specimens of bamboo coral were revealed to be propagating bioluminescence up their branches. (Quicktime, 1 Mb.)

camera icon August 17
The Eye-In-The-Sea camera captures giant isopods and a hungry six-gill shark. (Quicktime, 1.5 Mb.)

camera icon August 16
The exploration team discovers a fluorescent greeneye fish under the submersible's blue-filtered headlights. (Quicktime, 1 Mb.)

camera icon August 14
View the peeper recovery and sampling process. (Quicktime, 1.9 Mb.)
A strange encounter with a swordfish at 1,760 ft below the surface. A Mastigoteuthis squid, approximately six ft in length over 1,600 ft below the surface. Video shot over 1,700 ft down in the Gulf of Mexico, shows the fluorescence of a benthic sea spider. A six-gill shark was spotted over 2,100 ft below the surface.

camera icon August 12
A strange encounter with a swordfish at 1,760 ft below the surface. (Quicktime, 444 Kb.)

camera icon August 11
A Mastigoteuthis squid, approximately six ft in length over 1,600 ft below the surface. (Quicktime, 316 Kb.)

camera icon August 10
Video shot over 1,700 ft down in the Gulf of Mexico, shows the fluorescence of a benthic sea spider. (QuickTime, 936 Kb)

camera icon August 9
A six-gill shark was spotted over 2,100 ft below the surface. (QuickTime, 964 Kb)
Deploying the Eye-in-the-Sea (EITS) on the edge of a brine pool, at over 2,100 ft.

camera icon August 8
Deploying the Eye-in-the-Sea (EITS) on the edge of a brine pool, at over 2,100 ft. (Quicktime, 1.1 Mb.)

Images
The sun sets on the last night of our exploration The deep seafloor holds many beautiful scenes. The biotechnological potential of this red fluorescent starfish is one of the most promising animals studied on this mission.

Summary
The sun sets on the last night of our exploration.

Summary
The deep seafloor holds many beautiful scenes.

Summary
The biotechnological potential of this red fluorescent starfish is one of the most promising animals studied on this mission.
Note the green fluorescence of the eyes of this shortnose greeneye fish. The submersible team collected the specimen for optical studies in the ship’s onboard laboratory. Under white light the green lenses of this 6-inch greeneye fish are still quite apparent. Alison prepares the spectrometer, an instrument that measures the wavelengths in light, to study the absorption and reflectance properties of the fish’s fluorescent lens.

August 16
Note the green fluorescence of the eyes of this shortnose greeneye fish. The submersible team collected the specimen for optical studies in the ship’s onboard laboratory. (HR)

August 16
Under white light the green lenses of this 6-inch greeneye fish are still quite apparent. (HR)

August 16
Alison prepares the spectrometer, an instrument that measures the wavelengths in light, to study the absorption and reflectance properties of the fish’s fluorescent lens. (HR)
Caranchid squid. Open water divers can more easily observe these creatures with polarizing filters. Caranchid squid. Open water divers can more easily observe these creatures with polarizing filters. Blue water divers use glass jars to capture gelatinous specimens for further study in the ship’s laboratory.

August 15
Caranchid squid. Open water divers can more easily observe these creatures with polarizing filters. (HR)

August 15
Caranchid squid. Open water divers can more easily observe these creatures with polarizing filters. (HR)

August 15
Blue water divers use glass jars to capture gelatinous specimens for further study in the ship’s laboratory. (HR)
Members of the Deep Scope science party assist Sharmishtha to quickly process the sediment profile peepers. Seconds after the peepers reached the surface they were removed from the submersible basket and rinsed with seawater.

August 14
Members of the Deep Scope science party assist Sharmishtha to quickly process the sediment profile peepers. (HR)

August 14
Seconds after the peepers reached the surface they were removed from the submersible basket and rinsed with seawater. (HR)
Rough seas in the Gulf of Mexico.

August 13
Rough seas in the Gulf of Mexico. (HR)
Scuba divers enter the mid-water realm to collect gelatinous creatures. A jellyfish picture was taken by mid-water divers studying how these creatures adapt to living in areas where background light is in a constant state of flux. A mid-water gelatinous mollusk seen using polarized light. The 2 images are successive video frames taken with a modified camera that, for alternate frames, uses and then removes a polarizing analyzer filter. A mid-water gelatinous mollusk seen using polarized light. The 2 images are successive video frames taken with a modified camera that, for alternate frames, uses and then removes a polarizing analyzer filter.

August 12
Scuba divers enter the mid-water realm to collect gelatinous creatures. (HR)

August 12
A jellyfish picture was taken by mid-water divers studying how these creatures adapt to living in areas where background light is in a constant state of flux. (HR)

August 12
A mid-water gelatinous mollusk seen using and then removes a polarizing analyzer filter. (HR)

August 12
A mid-water gelatinous mollusk seen using polarized light. (HR)
If you lived at the bottom of the ocean, this is how your world would appear. A few members of the science party worked to re-engineer the optical jelly on the Eye-In-The-Sea Tropical Storm Bonnie makes her way across the Gulf of Mexico, with Hurricane Charley a few days behind. The science party watches the projected path intently,

August 11
If you lived at the bottom of the ocean, this is how your world would appear.

August 11
A few members of the science party worked to re-engineer the optical jelly on the Eye-In-The-Sea. (HR)

August 11
Tropical Storm Bonnie makes her way across the Gulf of Mexico, with Hurricane Charley a few days behind. (HR)
This Top portion of a tubeworm from the Brine Pool, photographed with white light. This Top portion of a tubeworm from the Brine Pool, photographed with blue light to stimulate fluorescence. To make fluorescent observations, the Johnson-Sea-Link is modified by placing blue filters on the submersible’s two 400W HMI lamps. Jellyfish photographed with white light (above), and with blue light to stimulate fluorescence (below).

August 10
This Top portion of a tubeworm from the Brine Pool, photographed with white light. (HR)

August 10
This Top portion of a tubeworm from the Brine Pool, photographed with blue light to stimulate fluorescence. (HR)

August 10
To make fluorescent observations, the Johnson-Sea-Link is modified by placing blue filters on the submersible’s two 400W HMI lamps. (HR)

August 10
Jellyfish photographed with white light (above), and with blue light to stimulate fluorescence (below). (HR)
Jellyfish photographed with white light (above), and with blue light to stimulate fluorescence (below).

August 10
Jellyfish photographed with white light (above), and with blue light to stimulate fluorescence (below). (HR)
This Sixgill shark was captured on video this morning when the team dove to recover the Eye-In-The-Sea camera system Tammy Frank and Nicole McMullen load baited benthic traps The mechanical arm of the Johnson-Sea-Link places a baited benthic trap on the seafloor, just outside the brine pool. Dr. Frank holds a hagfish caught in one of the benthic traps.

August 9
This Sixgill shark was captured on video this morning when the team dove to recover the Eye-In-The-Sea camera system

August 9
Tammy Frank and Nicole McMullen load baited benthic traps

August 9
The mechanical arm of the Johnson-Sea-Link places a baited benthic trap on the seafloor, just outside the brine pool.

August 9
Dr. Frank holds a hagfish caught in one of the benthic traps. (HR)
The Eye-In-The-Sea deployed on the edge of the brine pool Dr. Edie Widder inspects the Eye-In-The-Sea Erika Heine begins programming the Eye-In-The-Sea.

August 8
The Eye-In-The-Sea deployed on the edge of the brine pool

August 8
Dr. Edie Widder inspects the Eye-In-The-Sea

August 8
Erika Heine begins programming the Eye-In-The-Sea.

Captain Mike Schoeller on the bridge the morning of our departure. The Seward Johnson II heads into the Gulf of Mexico to begin dive operations. Rough seas lie ahead. The survival (aka Gumby) suit protects from hypothermia.

August 7
Captain Mike Schoeller on the bridge the morning of our departure.

August 7
The Seward Johnson II heads into the Gulf of Mexico to begin dive operations. Rough seas lie ahead.

August 7
The survival (aka Gumby) suit protects from hypothermia.


(top)



E-mail Updates | User Survey | Report Error On This Page | Site Index | Contact Us
Revised July 12, 2005 by the Ocean Explorer Webmaster
National Oceanic and Atmospheric Administration | U.S. Department of Commerce 		NOAA Logo Commerce Logo
http://oceanexplorer.noaa.gov/explorations/04deepscope/logs/photolog/photolog.html