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  • 5: Ocean Acidification
    https://eng.libretexts.org/Courses/Hawaii_Community_College/Environment_and_Ecology%3A__Oceans_in_Peril/05%3A_Ocean_Acidification
    In addition, Hydrogen ions have a greater attraction to carbonate, than a Calcium ion does to carbonate, and when two Hydrogen ions bind to carbonate, it produces a bicarbonate ion, and a marine anima...In addition, Hydrogen ions have a greater attraction to carbonate, than a Calcium ion does to carbonate, and when two Hydrogen ions bind to carbonate, it produces a bicarbonate ion, and a marine animal does not have the capability to extract only the carbonate ion . Ultimately, this limits marine animals from building any new shells for themselves, and even if the marine animal has the ability to build a new shell, it takes a lot of energy to do so, essentially taking away from other important …
  • 10.5: Ocean Acidification
    https://eng.libretexts.org/Courses/Hawaii_Community_College/Ecology_and_Environment%3A_Extended_Version/10%3A_Environment_and_Ecology-__Oceans_in_Peril/10.05%3A_Ocean_Acidification
    In addition, Hydrogen ions have a greater attraction to carbonate, than a Calcium ion does to carbonate, and when two Hydrogen ions bind to carbonate, it produces a bicarbonate ion, and a marine anima...In addition, Hydrogen ions have a greater attraction to carbonate, than a Calcium ion does to carbonate, and when two Hydrogen ions bind to carbonate, it produces a bicarbonate ion, and a marine animal does not have the capability to extract only the carbonate ion . Ultimately, this limits marine animals from building any new shells for themselves, and even if the marine animal has the ability to build a new shell, it takes a lot of energy to do so, essentially taking away from other important …

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