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)
Decreased plant reproduction and potential decline in plant population.
The most likely outcome of a sudden increase in population of a bee predator like the dragonfly would be a reduction in the bee population, which in turn would lead to reduced pollination. Bees are important pollinators for many plants, so if their population decreases, it would disrupt the pollination process. As a result, there would be a decline in the reproduction and growth of plants that rely on bee pollination. This could ultimately lead to a decrease in the overall biodiversity of the ecosystem, as well as a potential decrease in the availability of fruits, seeds, and other plant-based resources.
The most likely outcome of the increase in the population of a bee predator, such as the dragonfly, would be a reduction in the bee population, leading to reduced pollination. This change in the ecosystem can potentially disrupt the balance between plants and pollinators, causing negative effects such as decreased reproductive success for the plants relying on bee pollination. Ultimately, this could have a cascading impact on the overall health and diversity of the ecosystem.
