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The Effects of pH on the Abundance of Phytoplankton for Mariculture

Very little research has been done on the effects changing ocean pH has on the food source of shellfish. However, since one of the issues shellfish have with changing ocean pH is that they have less energy to take care of other vital needs like obtaining food, researching how changing ocean pH affects the phytoplankton could be significant.

Arctic Ice Melt and the Ivory Gull

Reduced sea ice has made a significant impact in the Arctic ecosystem. Organisms that depend on ice are particularly sensitive to the ice’s reduction. The Ivory Gull, because they are heavily dependent on the ice, could be a key indicator species to infer changes in the ice habitat.

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Arctic Ice Melt and the Ivory Gull

Reduced sea ice has made a significant impact in the Arctic ecosystem. Organisms that depend on ice are particularly sensitive to the ice’s reduction. The Ivory Gull, because they are heavily dependent on the ice, could be a key indicator species to infer changes in the ice habitat.

The Effects of pH on the Abundance of Phytoplankton for Mariculture

Very little research has been done on the effects changing ocean pH has on the food source of shellfish. However, since one of the issues shellfish have with changing ocean pH is that they have less energy to take care of other vital needs like obtaining food, researching how changing ocean pH affects the phytoplankton could be significant.

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The Effects of pH on the Abundance of Phytoplankton for Mariculture

Very little research has been done on the effects changing ocean pH has on the food source of shellfish. However, since one of the issues shellfish have with changing ocean pH is that they have less energy to take care of other vital needs like obtaining food, researching how changing ocean pH affects the phytoplankton could be significant.

Arctic Ice Melt and the Ivory Gull

Reduced sea ice has made a significant impact in the Arctic ecosystem. Organisms that depend on ice are particularly sensitive to the ice’s reduction. The Ivory Gull, because they are heavily dependent on the ice, could be a key indicator species to infer changes in the ice habitat.

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