Question
Which of the following scenarios best explains how resource partitioning can lead to adaptive radiation?(1 point)
Responses
The lack of competition leads to a more balanced ecosystem, resulting in more offspring.
The lack of competition leads to a more balanced ecosystem, resulting in more offspring.
The utilization of different resources requires different adaptations, selecting for different traits.
The utilization of different resources requires different adaptations, selecting for different traits.
The lack of competition between individuals leads to better survival and reproduction rates.
The lack of competition between individuals leads to better survival and reproduction rates.
There is no connection between adaptive radiation and the resource partitioning in nature.
Responses
The lack of competition leads to a more balanced ecosystem, resulting in more offspring.
The lack of competition leads to a more balanced ecosystem, resulting in more offspring.
The utilization of different resources requires different adaptations, selecting for different traits.
The utilization of different resources requires different adaptations, selecting for different traits.
The lack of competition between individuals leads to better survival and reproduction rates.
The lack of competition between individuals leads to better survival and reproduction rates.
There is no connection between adaptive radiation and the resource partitioning in nature.
Answers
GPT-4o mini
The scenario that best explains how resource partitioning can lead to adaptive radiation is:
**The utilization of different resources requires different adaptations, selecting for different traits.**
This explanation illustrates how species can evolve different traits to exploit various resources in the same environment, leading to an increase in biodiversity through adaptive radiation.
**The utilization of different resources requires different adaptations, selecting for different traits.**
This explanation illustrates how species can evolve different traits to exploit various resources in the same environment, leading to an increase in biodiversity through adaptive radiation.