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Where the pH is the lowest, corals can no longer grow - sand, rubble and seagrasses replace the reef.
Article

Sneak Peek: Future of Coral Reefs in an Acidifying Ocean

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A map of the Mid Ocean Ridge
Article

Making a Mark on the Ocean Floor

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Positioned in front of a natural oil seep, this video camera is capturing images of the black oil bubbling up from beneath the sea floor. A light mounted to the frame helps see what is happening in the dark on the sea floor.
Article

How Oil Feeds the Deep Sea

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Red and white riftia worms living in a deep-sea vent.
Audio

Riftia Worms: One Species at a Time

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Intense volcanic CO2 vents in Ili Ili Bua Bua, Normanby Island, Papua New Guinea.
Slideshow

Will Coral Reefs Survive Acidification?

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An aerial view of the Hawaii's shore with lava flowing into the ocean from Kilauea volcano.
Article

Island Ecosystem Transformation via Lava

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A brittle star sits in the middle of a deep sea octocoral that is damaged from a nearby oil spill
Photo

Oil spill damaged octocoral

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Two nurse sharks hover over a baited cage
Lesson Plan

Head to Foot

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Carrie Bow Cay field station sits in the blue and turquoise waters of Belize.
Article

Tracking volcanic rock to the shores of Belize

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Geophysicist Jian Lin of Woods Hole Oceanographic Institution studied the earthquake site that triggered 2004’s Indian Ocean tsunami. New tools to map seafloor earthquakes—like this robotic Autonomous Benthic Explorer—enhance our understanding of catastrophic events, such as the tsunami.
Photo

Seafloor Earthquakes Study

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A variety of corals cling to Manning Seamount, just off the coast of Cape Cod, Massachusetts.
Photo

Manning Seamount Deep Coral Community

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The deepest point on earth is the Mariana Trench.
Photo

Mariana Trench

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