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Gulf of Mexico Research Initiative researchers collect samples from a Pensacola Beach with oil layers in the sand. They use genomics to track how the communities of microbes change as they digest different components of oil after a spill.
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Three Ways You Can Use Genomics to Study Oil Spill Impacts

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An Argo float transmits data
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Taking the Ocean’s Temperature

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Researchers collect underwater noises with autonomous recorders.
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Listening to Animals Underwater

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Gulf of Mexico Oil Spill Interactive
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Gulf of Mexico Oil Spill Interactive

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One of several rowboats that were sunk in front of Lake Hotel at Wyoming's Yellowstone National Park in the early 20th century.
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Sunken Rowboat at Yellowstone National Park

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A cable connects a remotely operated vehicle (ROV) to a ship at the surface.
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ROV Tethered to Ship

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Hybrid vehicles combine the best features of ROVs and AUVs.
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Hybrid Underwater Vehicle

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Map of Oceana's 2011 expedition to the Baltic Sea
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Map of Oceana's 2011 Baltic Expedition

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The Curasub departs for a deep sea dive, up to 1,000 feet off the island of Curaçao, where this sub is located.
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Curasub Sets Off

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The autonomous underwater vehicle (AUV) Sentry was used in the Gulf of Mexico directly after the Deepwater Horizon oil spill in 2010 to map oil plumes and to search for hard bottom on the sea floor.
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AUV Sentry

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Lights attached to this deep-sea camera system enable scientists to capture detailed images of deep-sea corals in otherwise dark water.
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Deep-Sea Camera

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The Hawaii Undersea Research Laboratory’s Pisces V submersible is lowered for a dive to study deep-sea corals.
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Submersible Launch

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