Photo & Video Log
This page contains photos and videos regarding the
Lophelia II Exploration(s) taking place this year from August 19 to September 12. Click on any image to view a larger version and for additional information.
If a movie camera icon is present, a video can be viewed by clicking on the image. Multiple video formats are available on the linked pages. If a Podcast icon is present, a video or audio file is available for download or you can subscribe to the RSS Podcast Feed.
If a 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.
Video & Slideshows
Sept. 8 Log
Watch a video showing the Ewing Banks wreck at 2,0r36 ft. deep.
Sept. 7 Log
This video shows the wreck at 7,000 ft. deep.
Sept. 6 Log
This video shows the Viosca Knoll wreck at 2,000 ft. deep.
Sept. 3 Log
This video shows a small part of a large, newly discovered Lophelia reef structure.
Sept. 3 Log
An area of black corals and anemones.
Sept. 2 Log
Sediment trap mooring deployed in Mississippi Canyon region.
August 31 Log
Lophelia pertusa community in Garden Banks region in the Gulf of Mexico.
August 31 Log
Madrepora oculata, another stony coral, provides habitat for other organisms
August 28 Log
Iridogorgia octocoral from DeSoto Canyon, Jason dive No. 454.
August 26 Log
Push core collected adjacent to a Madrepora colony.
August 25 Log
Rock outcrop at DeSoto Canyon 583 provides substrate for bamboo coral community.
August 24 Log
A deep-sea shrimp Bathypalaemonella.
August 24 Log
This ophiuriod brittle star, Asteroschema.
August 23 Log
Santiago Herrera narrates seafloor imagery of a Paragorgiid.
August 23 Log
Graneledone octopus on the seafloor.
August 21 Log
Deepwater coral (Lophelia pertusa.)
Reconnaissance
Squid predation by a galatheoid crab.
Reconnaissance
Antipatharian corals.
Logs Photos
View a slideshow of the photos with this exploration's new discoveries.
Logs Photos
View a slideshow of scientists in action.
Logs Photos
View a slideshow of photos including the technology used during this exploration.
Images
September 10 Log
The deck railing of the Gulf Penn provides a perfect perch for the colonies of Lophelia growing abundantly along the shipwreck.
September 9 Log
Sunset set the tone for the start of the dive. Marathon oil platform is highlighted by the spectacular sky. (HR)
September 9 Log
The decision had to be made early in the dive whether or not to deploy the ‘Elevator.’ (HR)
September 9 Log
Callogorgia is growing around the wreck. (HR)
September 9 Log
Paramuricea is located along the edge of the hull. (HR)
September 9 Log
Spiney Crabs crawled all over the wrecksite. (HR)
September 9 Log
The bobstay fasteners are attached with modern hex nuts. (HR)
September 9 Log
The patent windlass has rolled over the port side of the hull, possibly with the dismasting. (HR)
September 9 Log
Like the 7,000ft wreck the knees to the windlass are still intact yet upside down. (HR)
September 9 Log
Another pagoda micro-biological experiment was set on the wreck along with the short term exposure experiment. (HR)
September 9 Log
The rudder is still intact and the attachment to the sternpost is visible. (HR)
September 9 Log
The bell lay nestled in among the remains of two deck beams. (HR)
September 9 Log
The starboard sidelight, for which the shipwreck is named lay outside the hull in the stern. (HR)
September 9 Log
Matt lifting the bell from the storage box while everyone looked for a name. (HR)
September 9 Log
The lantern rode to the surface in the bucket chimney down. (HR)
September 8 Log
Lara Miles of TDI Brooks logging the daily mountain of data collection from the expedition. (HR)
September 8 Log
Watching the work underwater from the lab on the big screen. (HR)
September 8 Log
A huge colony of Lophelia lives on the stempost. (HR)
September 8 Log
The snapped pintle on the sternpost appears to be of interest to more than just humans. (HR)
September 8 Log
Looking back from the stempost the runs of copper are clearly visible. (HR)
September 8 Log
With the ceiling planking eaten away the framing and hull curvature are clearly defined in the bow. (HR)
September 8 Log
The magnificent rusticle hung off the stempost waiting for us to sample. (HR)
September 8 Log
We recovered a bowl or large cup fragment from the concentration of ceramics in the stern. (HR)
September 7 Log
The stem and beak of the 7000 ft shipwreck. (HR)
September 7 Log
A close up of the wale and hawsehole at the top of the stem. (HR)
September 7 Log
Jason surfaces carrying samples and artifacts. (HR)
September 7 Log
Jake Schidner of West Florida University gingerly retrieves the compass. (HR)
September 7 Log
The card of the compass is still intact revealing the manufacturer and date of the compass patent. (HR)
September 7 Log
Copper from the transom will help define the age of the vessel. (HR)
September 6 Log
Jason II on the deck of the Ron Brown. (HR)
September 6 Log
Jason Expedition Leader, Matt Heintz with Medea in the background. (HR)
September 6 Log
The Virtual Van houses Jason’s pilots, navigator, engineer and the science team. (HR)
September 6 Log
A close up of Jason’s machinery. (HR)
September 6 Log
Sampling trays hold bio boxes and quivers. (HR)
September 6 Log
Dr. Erik Cordes, Chief Scientist for the expedition giving the evening science brief. (HR)
September 6 Log
The stempost of the wreck is covered in Lophelia, Stalk Barnacles, Acesta clams and Anemones. (HR)
September 6 Log
The stonware jar water filter. (HR)
September 5 Log
Acadiana cruising down the Mississippi channel. (HR)
September 5 Log
Dr. Harry Roberts, Geologist at Louisiana State University. (HR)
September 5 Log
Pilot Town located at the confluence of the three channels in the Belize or Bird Foot Delta. (HR)
September 5 Log
South Pass Light built in the late 1800s at the mouth of the Mississippi is now about a quarter mile up river. (HR)
September 5 Log
Before Hurricane Katrina a mile long beach existed at the mouth of South Pass. Today the beach is gone. (HR)
September 5 Log
After a six-hour cruise the Acadiana and new crew coming up alongside the NOAA research vessel, Ronald H. Brown. (HR)
September 4 Log
Latest deep-sea camera system uses a Canon SLR with LED flood lamps in a "hand-held" mounting. The housing is titanium with a domed optical port.
September 4 Log
This segment of a much larger image shows the eight tentacles that are diagnostic of an octocoral. The tiny polyps are often damaged during collection. (HR)
September 4 Log
Macro image made with 60 mm lens showing sea fans with brittle stars. Data for original 4752x3168 image: Exposure time 1/5, F-stop 9.0, ISO speed 200. (HR)
September 4 Log
Wide-angle image made with 20 mm lens showing anemones on Lophelia conglomerate. Data for original 4752x3168 image: Exposure time 1/5, F-stop 11.0, ISO speed 200. (HR)
September 3 Log
Newly discovered Lophelia pertusa reef. (HR)
September 3 Log
Hyperoglyphe perciformis (barrel fish) in Lophelia reef habitat. (HR)
September 3 Log
Lophelia pertusa, black coral (right.) (HR)
September 2 Log
Sediment and larvae collection bottles on rotating stage at base of trap. (HR)
September 2 Log
Chris German watching the deployment of the sediment trap mooring. (HR)
September 2 Log
Crew of the RV Ron Brown deploying sediment trap. (HR)
September 2 Log
Crew of the RV Ron Brown deploying floats on sediment trap mooring. (HR)
September 1 Log
Lophelia pertusa on the seafloor. (HR)
September 1 Log
Jay Lunden gets help from Lara Miles in collecting water samples. (HR)
September 1 Log
Testing alkalinity in a seawater sample. (HR)
September 1 Log
CTD rosette on deck ready for deployment. (HR)
September 1 Log
Fragments of coral skeletons (Lophelia pertusa) from a coral pot collection. (HR)
August 31 Log
NOAA Ship Tracker site provides current locations on all of NOAA's ships.
August 31 Log
Basket stars, crinoids, anemone and crab on rock outcropping in Atwater Valley region in the Gulf of Mexico. (HR)
August 31 Log
Callogorgia sp. octocoral with brittlestar (left) and purple soft corals (right) from Green Canyon region in the Gulf of Mexico. (HR)
August 31 Log
Video monitors inside the Jason Control Van allow scientists and Jason crew to see all seafloor operations.
August 31 Log
Chief scientist, Chuck Fisher, explains the next dive location and dive plan during the daily science meeting.
August 30 Log
Liz Podowski demonstrates how MatLab works to create photomosaics. (HR)
August 30 Log
Madrepora on right, with Paramuricea gorgonian, and Asteroschema ophiuroids on left. (HR)
August 30 Log
Madrepora oculata (close-up) showing calyx structure. (HR)
August 30 Log
Photomosaic of Madrepora reef with surrounding clamshell debris. (HR)
August 28 Log
Callogorgia sp. octocorals from 300 meters in the Green Canyon region in the Gulf of Mexico. (HR)
August 28 Log
Dr. Peter Etnoyer explains sampling techniques for deep-sea octocoral specimens. (HR)
August 28 Log
Map of octocorals collected in the Gulf of Mexico since the 19th century. (HR)
August 28 Log
This is a collection of sclerites from the octocoral Callogorgia. (HR)
August 27 Log
NOAA ship Ronald H. Brown at sunrise in the Gulf of Mexico. (HR)
August 27 Log
Operations Officer Lieutenant Nicole Manning confers with chief scientist Chuck Fisher about the next day’s dive plan. (HR)
August 27 Log
Seamen Frank Footman and Roberto Mendez (left to right) painting the deck to help keep the Ron Brown in top condition. (HR)
August 27 Log
Crew members of the NOAA Ronald H. Brown work together to recover Medea. (HR)
August 27 Log
Gordon Gardipe, 2nd Assistant Engineer, fabricates a handrail on the 02 forward deck. (HR)
August 27 Log
Officer John Rossi on the bridge piloting the NOAA ship Ronald H. Brown. (HR)
August 27 Log
Morning small boat operations. (HR)
August 26 Log
This push core shows discrete layers in a typical sediment sample. (HR)
August 26 Log
Top sediment layer (1 cm) sliced from rest of core. (HR)
August 26 Log
Sieved sample from a core slice. (HR)
August 26 Log
Amanda sorts and identifies the animals in the sieved sample. (HR)
August 26 Log
The disc of this tiny brittlestar is 5 mm in diameter. (HR)
August 25 Log
Bill Shedd examines a sample of authigenic carbonate collected at AT47. (HR)
August 25 Log
Lophelia pertusa coral, with opened polyps, attached to an authigenic carbonate rock.(HR)
August 25 Log
Amplitude map with bathymetry overlay, used to pick sites for this project.
August 24 Log
Collected brittle star, Asteroschema. (HR)
August 24 Log
Collected deep-sea shrimp (Bathypalaemonella) with soft coral (Chrysogorgia). (HR)
August 24 Log
Dr. Tim Shank discusses a seafloor specimen with other members of the science party. (HR)
August 23 Log
Santiago Herrera photographs a coral specimen. (HR)
August 23 Log
Andrea Quattrini takes a tissue sample of a bamboo coral for genetic analysis. (HR)
August 23 Log
Preserved specimens collected on Dive 1. (HR)
August 21 Log
Dr. Cheryl Morrison and other members of the science party watch the seafloor imagery. (HR)
August 21 Log
Close-up of Lophelia pertusa calyx with polyp retracted. (HR)
August 21 Log
Black coral (Leiopathes sp.). (HR)
August 21 Log
Black coral (Leiopathes sp.) polyp. Note mouth and six tentacles.(HR)
August 20 Log
NOAA ship Ron Brown, in port, Key West FL. (HR)
August 20 Log
The Jason II ROV (Remotely Operated Vehicle). (HR)
August 20 Log
Erik Cordes, Chuck Fisher and Bill Shedd (left to right). (HR)
Climate Change
Polyps of Lophelia pertusa extend from the corallites in order to feed. (HR)
Climate Change
Top-down view of Lophelia pertusa colonies at Viosca Knoll 826. (HR)
Climate Change
Shoaling of the aragonite saturation horizon. (HR)
Deep Wrecks
Viosca Knoll Wreck site drawing draped over the multibeam bathymetry image. (HR)
Deep Wrecks
Photo mosaic of the 7,000-ft. Wreck. (HR)
Deep Wrecks
The ship’s starboard lantern at the Green Lantern Wreck Site is found lying among other artifact scatter. (HR)
Deep Wrecks
Wall of coral.(HR)
Reconnaissance
Researchers conducted reconnaissance aboard NOAA’s RV Nancy Foster in 2008. (HR)
Reconnaissance
The galatheoid crab Eumunida picta catches and consumes a squid. " (HR)
Reconnaissance
High-resolution bathymetry of Viosca Knoll. (HR)
Reconnaissance
Atlantic roughy Hoplostethus occidentalis at the base of a large Leiopathes glabberima black coral colony. (HR)
Mission Plan
The proposed cruise track for the 25 days we will be at sea. (HR)
Mission Plan
The ROV Jason II on the back deck of the NOAA Ship Ron Brown. (HR)
Mission Plan
Coral and cold seep habitats intersect. (HR)
Mission Plan
An example of the Viosca Knoll 906 habitat. (HR)