select all that apply\nselect the types of large populations that are more likely to show evidence of…

select all that apply\nselect the types of large populations that are more likely to show evidence of genetic drift\n□ a large population of garter snakes that started from a few individuals.\n□ two populations of garter snakes that begin to interbreed.\n□ a large population of garter snakes in which only a few individuals contribute to the next generation.\n□ a large population of garter snakes that has consistently been a large population.\n> need help? review these concept resources.

select all that apply\nselect the types of large populations that are more likely to show evidence of genetic drift\n□ a large population of garter snakes that started from a few individuals.\n□ two populations of garter snakes that begin to interbreed.\n□ a large population of garter snakes in which only a few individuals contribute to the next generation.\n□ a large population of garter snakes that has consistently been a large population.\n> need help? review these concept resources.

Answer

Brief Explanations:

Genetic drift is more likely when a population starts from a few individuals (founder effect) or when only a few individuals contribute to the next - generation (bottleneck effect). Interbreeding doesn't directly relate to genetic drift in the context of this question. A consistently large population has less genetic drift.

Answer:

A. A large population of garter snakes that started from a few individuals. C. A large population of garter snakes in which only a few individuals contribute to the next generation.