Suppose that the local temperature changes in favor of greater oxygen levels in the water.Write a short paragraph to describe how both the population of the small fish species and the wading bird population would change in response to the new oxygen levels over the next six months. Then explain why these changes occur.

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When the local temperature changes in favor of greater oxygen levels in the water, it would lead to positive impacts on both the population of small fish species and the wading bird population over the next six months. The increased oxygen levels would encourage the growth and reproduction of small fish species. With more oxygen available, their metabolic rates would increase, and they would have better chances of survival and reproduction. As a result, the population of small fish species would likely increase during this time.

The increase in the population of small fish species would subsequently have an effect on the wading bird population. Wading birds, such as herons and egrets, feed predominantly on small fish. Therefore, with an abundance of small fish available due to the favorable oxygen levels, the wading bird population would also likely increase. The increased food availability would attract more wading birds to the area, leading to a growth in their population.

These changes occur because oxygen is essential for the survival and functioning of both small fish species and wading birds. Oxygen is needed for fish respiration and metabolism, and higher oxygen levels provide better conditions for their growth, development, and reproduction. Similarly, wading birds rely on small fish as their primary food source, and an increase in the population of small fish due to improved oxygen levels provides them with a greater food supply. Thus, the interplay of favorable oxygen levels, increased fish population, and the feeding habits of wading birds leads to changes in both populations.