You are studying two populations of frogs. In the laboratory, all hybrid offspring are viable and fertile. However, these species have very distinct mating calls and will never mat... You are studying two populations of frogs. In the laboratory, all hybrid offspring are viable and fertile. However, these species have very distinct mating calls and will never mate in the wild. Based on the Biological Species Concept, these two populations are most likely: Different Species, Same Species, Not enough information to tell.
Understand the Problem
The question is asking us to apply the Biological Species Concept to determine whether the two populations of frogs are considered different species or the same species based on their mating behaviors and hybrid offspring viability.
Answer
Different Species
The final answer is Different Species
Answer for screen readers
The final answer is Different Species
More Information
According to the Biological Species Concept, the inability of these frog populations to mate in the wild due to distinct mating calls signifies reproductive isolation, classifying them as different species despite the viability and fertility of hybrids in a lab setting.
Tips
A common mistake is to focus solely on laboratory results, where the populations can interbreed. The crucial factor under the Biological Species Concept is their natural potential to interbreed.
Sources
- Species & speciation (article) - Khan Academy - khanacademy.org
- [Solved] Question 1 You are studying two populations of frogs In the - studocu.com
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