Oyster larvae fail to survive ocean acidification

Researchers at Oregon State University have definitively linked an increase in ocean acidification to the collapse of oyster seed production at a commercial oyster hatchery in Oregon, where larval growth had declined to a level considered by the owners to be “non-economically viable.”

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Some corals resistant to ocean acidification

With atmospheric and oceanic CO2 levels rising and the consequent acidification of the oceans, marine life has to adapt rapidly if they want to stay around. Especially calcium carbonate skeleton building organisms are affected by the rapidly dwindling seawater pH … Continue reading

Arctic ocean acidification faster than predictions

Cold water absorbs more CO2, so it is around the Poles that the consequences of ocean acidification are first felt. Pteropods – tiny swimming Arctic sea snails – have difficulty building their shells at CO2 levels very close to the … Continue reading

Shellfish malformed by ocean acidification

A publication in next week’s edition of PNAS magazine elaborates on the effects of continued acidification of ocean waters on shellfish. Larvae of two species of shellfish commonly found along the American East Coast (Northern quahog and Atlantic bay scallop) … Continue reading

Climate Change & Anthropocene Extinction 36: Ocean plastic outpaces warming & CO2 in race to bottom

Earth’s oceans currently take up almost 50% of our CO2 emissions and absorb over 90% of the heat the other half of the CO2 traps in the atmosphere. Both ocean CO2 and heat absorption will have major consequences for deep-sea … Continue reading

Oceans acidifying faster today than in past 300 million years


An international research with Spanish research members alerts of the unprecedented characteristics of changes in marine chemistry happening in the near future.

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First proof ocean CO2 uptake has started to slow down

From raw measurements we know that in recent years the oceans seem to take up a smaller percentage of the CO2 we emit. Analysing available data a group of three researchers finds in part of the North Atlantic this is … Continue reading

Oceans to enter Holocene Mass Extinction

The cumulative effect of environmental threats like climate change, ocean acidification and overfishing, brings the world’s interconnected ocean close to a phase of extinction of marine species that is ‘globally significant’ and unprecedented in human history, an international panel of … Continue reading