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What Does This Figure Tell About the Differences in Extinction

question 47

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What does this figure tell about the differences in extinction probabilities between planktotrophic and nonplanktotrophic species? Planktotrophic
What does this figure tell about the differences in extinction probabilities between planktotrophic and nonplanktotrophic species? Planktotrophic    Nonplanktotrophic   A)  Planktotrophic species tend to have relatively long durations and large geographic ranges, while nonplanktotrophic species have short durations and small geographic ranges. B)  Planktotrophic species tend to have relatively long durations and small geographic ranges, while nonplanktotrophic species have short durations and large geographic ranges. C)  Planktotrophic species tend to have relatively short durations and large geographic ranges, while nonplanktotrophic species have long durations and small geographic ranges. D)  Planktotrophic species tend to have relatively short durations and small geographic ranges, while nonplanktotrophic species have long durations and large geographic ranges.

Nonplanktotrophic
What does this figure tell about the differences in extinction probabilities between planktotrophic and nonplanktotrophic species? Planktotrophic    Nonplanktotrophic   A)  Planktotrophic species tend to have relatively long durations and large geographic ranges, while nonplanktotrophic species have short durations and small geographic ranges. B)  Planktotrophic species tend to have relatively long durations and small geographic ranges, while nonplanktotrophic species have short durations and large geographic ranges. C)  Planktotrophic species tend to have relatively short durations and large geographic ranges, while nonplanktotrophic species have long durations and small geographic ranges. D)  Planktotrophic species tend to have relatively short durations and small geographic ranges, while nonplanktotrophic species have long durations and large geographic ranges.


Definitions:

Double-Stranded DNA

DNA consisting of two complementary strands that wind around each other, forming a double helix structure.

Restriction Enzymes

Proteins used to cut DNA at specific sequences, essential tools in molecular biology for gene cloning and DNA modification.

Double-Stranded DNA

The structure of DNA in which two linear strands run in opposite directions (antiparallel) and are wound around each other, much like a twisted ladder, forming the characteristic double helix.

Sticky Ends

Single-stranded overhangs resulting from the action of restriction enzymes on DNA, which can be used to join DNA fragments together.

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