The consequences of human-driven ocean acidification for marine life
Scott C. Doney
Abstract
Open-access reader
Scott C. Doney
Abstract
Open-access reader
Rising atmospheric carbon dioxide is causing a wholesale shift in surface seawater chemistry, potentially threatening many marine organisms that form shells and skeletons from calcium carbonate. Recent papers suggest that the biological consequences of ocean acidification already may be underway and may be more complex, nuanced and widespread than previously thought.
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Rising atmospheric carbon dioxide is causing a wholesale shift in surface seawater chemistry, potentially threatening many marine organisms that form shells and skeletons from calcium carbonate. Recent papers suggest that the biological consequences of ocean acidification already may be underway and may be more complex, nuanced and widespread than previously thought.
Key concepts: Ocean acidification, Carbon dioxide in Earth's atmosphere, Seawater, Calcium carbonate, Carbon dioxide, Oceanography, Environmental science, Marine species