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• W2294481174 abstract "The oceans are absorbing increasing amounts of carbon dioxide (CO 2 ) as a result of rising anthropogenic atmospheric CO 2 emissions. This increase in oceanic CO 2 leads to the lowering of seawater pH, which is known as ocean acidification (OA). Simultaneously, rising global temperatures, also linked to higher atmospheric CO 2 concentrations, result in a more stratified surface ocean, reducing exchange between surface and deeper waters, leading to expansion of oxygen-limited zones (hypoxia). Numerous studies have investigated the impact of one or the other of these environmental changes (OA, hypoxia) on a wide variety of marine organisms, but few experimental studies have focused on the simultaneous effects of these two stressors. Foraminifera are unicellular eukaryotes (protists) that live in virtually every marine environment and form an important link in the benthic food web. Here we present results of a short-term (3.5 week) study in which both CO 2 (OA) and O 2 (hypoxia) were manipulated to evaluate the influence of these parameters on the survival of the benthic foraminifer Globobulimina turgida . Elevated CO 2 concentrations did not impact short-term survivorship of this species, and furthermore, G. turgida had higher survival percentages under hypoxic conditions (0.7 ml/l) than in well-aerated water, regardless of CO 2 concentration." @default.
• W2294481174 created "2016-06-24" @default.
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• W2294481174 date "2016-01-01" @default.
• W2294481174 modified "2023-10-06" @default.
• W2294481174 title "A SHORT-TERM SURVIVAL EXPERIMENT ASSESSING IMPACTS OF OCEAN ACIDIFICATION AND HYPOXIA ON THE BENTHIC FORAMINIFER<i>GLOBOBULIMINA TURGIDA</i>" @default.
• W2294481174 cites W1511313527 @default.
• W2294481174 cites W1525438857 @default.
• W2294481174 cites W1636092099 @default.
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• W2294481174 cites W1967891258 @default.
• W2294481174 cites W1977918184 @default.
• W2294481174 cites W1979416786 @default.
• W2294481174 cites W1983003669 @default.
• W2294481174 cites W1983997978 @default.
• W2294481174 cites W1989875126 @default.
• W2294481174 cites W1995067285 @default.
• W2294481174 cites W1995620325 @default.
• W2294481174 cites W1996998473 @default.
• W2294481174 cites W2004392281 @default.
• W2294481174 cites W2015484390 @default.
• W2294481174 cites W2016225258 @default.
• W2294481174 cites W2022890384 @default.
• W2294481174 cites W2024368861 @default.
• W2294481174 cites W2024597018 @default.
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• W2294481174 doi "https://doi.org/10.2113/gsjfr.46.1.25" @default.
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