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  • How does rising atmospheric CO2 affect marine organisms?

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    Simultaneous Ocean Acidification and Warming
    (Effects on Marine Plants: Macroalgae)

    Material in this section originates from the following category in our Subject Index:

    Ocean Acidification and Warming (Effects on Marine Plants: Macroalgae)


    Summary


    Physiological Buffering by a Marine Macroalgae Ameliorates Ocean Acidification and Warming Effects on a Large Foraminifer

    Seagrass Buffering of Ocean Acidification Effects in a Coral Reef Mesocosm

    The Productivity Response of Six Macroalgal Species to Ocean Acidification and Warming

    The Interactive Effects of Temperature, Ammonium and Ocean Acidification on a Coastal Seagrass

    A Marine Macroalgae that Benefits from Elevated CO2 and Elevated Temperature

    The Impact of Ocean Acidification and Warming on an Intertidal Rock Pool Community

    The Combined Impact of Ocean Warming, Acidification and Eutrophication on a Green Seaweed

    A Brown Macroalgae that Benefits from Ocean Acidification and Warming

    Elevated CO2 Improves Photosynthesis and Growth in an Endemic Antarctic Macroalga Species

    Four Decades of Seagrass Stability in the Puget Sound Estuary

    Warming Trumps Ocean Acidification in a Calcifying Green Algae

    Seagrasses and Marine Macroalgae in a CO2-Enriched World

    The World's Seagrass Species: On the Road to Potential Extinction

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