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A screenshot from the video with oyster farmers in water.
Video

Farming Oysters Despite Acidic Seas

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A screenshot from the beginning of the video "Facing Climate Change: Oyster Farmers"
Video

Facing Climate Change: Oyster Farmers

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Photo of coral polyp, with a single bleach polyp.
Photo

Corals Threatened by Acid Seas

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Acidic waters are also able to completely dissolve coral skeletons.
Photo

Dissolving Coral Skeleton in Acidic Waters

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The acidic waters from the CO2 seeps can dissolve shells and also make it harder for shells to grow in the first place.
Photo

Dissolving Shell

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

Lonely Seagrass in Acidic Waters

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Forams are tiny single-celled organisms.
Article

Trials and Tribulations with Contamination

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But closer to the CO2 seeps, the complex reef has been replaced by a “monoculture” of boulder corals.
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Monoculture of Boulder Corals

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Branching coral in naturally acidic water.
Photo

Fragile Branching Corals in Acidic Water

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A healthy and vibrant coral reef in Papua New Guinea.
Photo

A Healthy Coral Reef

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For three weeks, the MV Chertan is home-base for the scientific team and will be transformed in a laboratory to study the effect of the CO2 seeps on reefs.
Photo

MV Chertain Lab Boat

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

Carbon Dioxide Volcanic Seep

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