Consider a field where many plants are specifically pollinated by bees. If there was a sudden increase in the population of a bee predator, such as the dragonfly, we might observe a reduction in the bee population, which would lead to reduced pollination. Select the most likely outcome of this change in the ecosystem. (1 point)

Responses

Plants that were bee-pollinated will attract new insect pollinators.
Plants that were bee-pollinated will attract new insect pollinators.

Bees will start to avoid this area because of predation.
Bees will start to avoid this area because of predation.

The plant community will become smaller and less diverse.
The plant community will become smaller and less diverse.

Wind will pollinate plants in this area.

The plant community will become smaller and less diverse.

The most likely outcome of this change in the ecosystem would be that the plant community will become smaller and less diverse.

The most likely outcome of an increase in the population of a bee predator like the dragonfly is that the bee population would reduce, leading to reduced pollination. This would affect the plant community in the following way:

The plant community will become smaller and less diverse.

Explanation:
Since the plants in this field are specifically pollinated by bees, a reduction in the bee population would result in fewer plants being pollinated. This means that the plant community would not be able to reproduce as effectively as before. Over time, this could lead to a decrease in the overall size of the plant community and a reduction in its diversity.

To find this answer, one must understand the relationship between bees and plant pollination. Bees are important pollinators for many plant species, as they carry pollen from one flower to another while feeding on nectar. This process allows plants to reproduce and produce seeds or fruits. If the bee population decreases due to increased predation, the pollination services they provide to the plants would be reduced, leading to negative consequences for the plant community.