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Gulf of mexico 2012
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Voyage
Ocean Exploration
Modern Expeditions
OER
Gulf of Mexico 2012 Expedition
Ocean Exploration
Bubbles of methane gas rising through a mussel bed at the Pascagoula Domeseen silhouetted against a calibrated grid.
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.jpg
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Bubbles of methane gas rising through a mussel bed at the Pascagoula Domeseen silhouetted against a calibrated grid.
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.jpg
(1.57 MB)
Bubbles of methane gas rise through a mussel bed at the Pascagoula Dome and areseen silhouetted against a calibrated grid.
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.jpg
(1.47 MB)
Bubbles of methane gas rise through a mussel bed at the Pascagoula Dome and areseen silhouetted against a calibrated grid.
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.jpg
(1.68 MB)
Bubbles of methane gas rise through a mussel bed at the Pascagoula Dome and areseen silhouetted against a calibrated grid.
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.jpg
(1.81 MB)
Bubbles of methane gas rise through a mussel bed at the Pascagoula Dome.
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.jpg
(1.36 MB)
Methane bubbles rising from a seep area.
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.jpg
(1.45 MB)
Methane bubbles rising from a seep area.
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.jpg
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Three bubbles of less dense than water hydrocarbon gas and fluids escapingfrom an oil, gas, and brine seep area. The left-most bubbles seem to haveescaping material that is leaving a trail of the bubble trajectories through the water column.
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.jpg
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A closeup of a bubble of hydrocarbon gas and fluids escaping from an oil, gas,and brine seep area.
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Small mounds or volcanoes around the periphery of a brine pool rose smallheights (centimeters) from the seafloor. Some of these small volcanoeswere emitting gas, probably also mixed with liquid hydrocarbons andbrine. Is the brown material covering
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.jpg
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A small volcano around the periphery of a brine pool rose smallheights (centimeters) from the seafloor. Some of these small volcanoeswere emitting gas, probably also mixed with liquid hydrocarbons and brine. Note the bubble of gas rising from the s
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.jpg
(1.13 MB)
Globules of tar and white bacterial mat at a natural oil seep. The white specks seen above the black background are probably copepods. In the left uppercenter a bristleworm is crawling over the bacterial mat.
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.jpg
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Globules of tar and white bacterial mat at a natural oil seep. The white specks seen above the black background are probably copepods. The bristle wormseen in image expl8356 has moved further up the mound and can be seen in theupper center of the im
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.jpg
(1.75 MB)
Globules of tar and white bacterial mat at a natural oil seep. The white specksseen above the black background are probably copepods.
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.jpg
(1.15 MB)
Amphipod and translucent worm tube associated with white spongy material atoil seep site on the seafloor.
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.jpg
(1.22 MB)
Filaments of bacterial material and white mats of bacteria material at a natural oil seep site on the seafloor.
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.jpg
(1.49 MB)
Stalagmites of tar rise from the seafloor with a surrounding white bacterialmat.
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.jpg
(1.59 MB)
Stalagmites of tar rise from the seafloor with a surrounding white bacterialmat.
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.jpg
(1.62 MB)
Stalagmites of tar rise from the seafloor with a surrounding white bacterialmat.
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.jpg
(1.15 MB)
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