The distribution of many marine species has shifted northward as water temperatures rose over the past decade Environmentalists are considering what effect this increase will have on the key species that support the entire Chesapeake Bay ecosystem . Which of these would most likely result from a continued warming trend of the Chesapeake Bay? A. The water quality in the bay will improve due to an increase in aquatic vegetation. B. The Chesapeake Bay will recover with more saltwater organisms immigrating. C. The bay will have an increase in pH level to the 9-10 range and then stabilize. D. The Chesapeake Bay ecosystem will show more signs of stress and instability.

Question

The distribution of many marine species has shifted northward as water temperatures rose over the past decade Environmentalists are considering what effect this increase will have on the key species that support the entire Chesapeake Bay ecosystem . Which of these would most likely result from a continued warming trend of the Chesapeake Bay? A. The water quality in the bay will improve due to an increase in aquatic vegetation. B. The Chesapeake Bay will recover with more saltwater organisms immigrating. C. The bay will have an increase in pH level to the 9-10 range and then stabilize. D. The Chesapeake Bay ecosystem will show more signs of stress and instability.

Answer 1

The question is asking about the potential effects of a continued warming trend on the Chesapeake Bay ecosystem. The options provided are:A. The water quality in the bay will improve due to an increase in aquatic vegetation.B. The Chesapeake Bay will recover with more saltwater organisms immigrating.C. The bay will have an increase in pH level to the

range and then stabilize.D. The Chesapeake Bay ecosystem will show more signs of stress and instability.Option A suggests that the water quality will improve due to an increase in aquatic vegetation. However, this is not necessarily true. Warmer water temperatures can lead to the death of aquatic vegetation, which can negatively impact water quality.Option B suggests that the Chesapeake Bay will recover with more saltwater organisms immigrating. This is also not necessarily true. Warmer water temperatures can lead to the death of saltwater organisms, which can negatively impact the ecosystem.Option C suggests that the bay will have an increase in pH level to the

range and then stabilize. This is not necessarily true. Warmer water temperatures can lead to an increase in pH levels, but this is not a common occurrence in the Chesapeake Bay.Option D suggests that the Chesapeake Bay ecosystem will show more signs of stress and instability. This is the most likely outcome. Warmer water temperatures can lead to the death of many marine species, which can negatively impact the ecosystem. This can lead to more signs of stress and instability in the ecosystem.Therefore, the correct answer is D. The Chesapeake Bay ecosystem will show more signs of stress and instability.

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