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Part C

Aragonite is a form of calcium carbonate that many aquatic animals use to build skeletons and shells. Watch this simulation of surface ocean aragonite saturation to determine how aragonite levels are changing. How might aquatic animals and underwater ecosystems be affected by this change?

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Answer:

Explanation:

Corals and other calcifiers are more likely to survive and reproduce when the saturation state is greater than three. When aragonite saturation state falls below 3, these organisms become stressed, and when saturation state is less than 1, shells and other aragonite structures begin to dissolve.

ill paste the plato EXACT ANSWER below:

There is a considerable drop in the saturation of aragonite over time. Based on the projections, this trend will continue into the future. With less aragonite available, aquatic animals such as snails may not be able to build their protective shells. This lack of protection could leave them vulnerable to harm from the environment or predators and ultimately decrease their population. The decrease in population could then affect the organisms that prey on these animals for food, potentially decreasing their populations too.

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Answer:

There is a considerable drop in the saturation of aragonite over time. Based on the projections, this trend will continue into the future. With less aragonite available, aquatic animals such as snails may not be able to build their protective shells. This lack of protection could leave them vulnerable to harm from the environment or predators and ultimately decrease their population. The decrease in population could then affect the organisms that prey on these animals for food, potentially decreasing their populations too.

Explanation

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