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They both decrease genetic variation .

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13y ago
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RSanchez8879

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1y ago
They both decrease genetic variation. Got it correct 💯
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11y ago

Aside from both being natural selection, not much. Let us use height in humans as our example.

Stabilizing selection, the regression to the mean, keeps the height of humans pretty much with a normal distribution as the human environment is the whole earth. So humans are not too tall, or too short, generally ( pygmies excluded ), over all the human range and various environments.

Now, with directional selection there would be a tendency for the human population to grow taller, or shorter over generations. We have seen this effect on humans in ancient times, Homo florensis, but in modern time stabilizing selection of human height, averaging out, is the norm.

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7y ago

They both decrease genetic variation.

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8y ago

They both reduce genetic variation

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Q: What do stabilizing selection and directional selection have in common?
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Related questions

What do stabilizing selection directional selection have in common?

They both decrease genetic variation .


What are the three patterns of of natural selection?

directional selection,stabilizing selection, anddisruptiveselection


what do stabilizing selection and direction and directional selection have in common?

They both decrease genetic variation .


The curve on the left shows the height of a population of penguins. The curve on the right shows the population five years later. What has happened to this population?

Directional Selection - APEX


A population of mice lives near a stream The larger mice tend to live longer and over many generations the average mouse size gets larger What type of selection is this?

Directional selection


What is natural selection that acts against one type of extreme form of a polyygenic trait to reduce genetic variation and change the average value of a trait within a population called?

directional selection


How do directional selections and stabilizing selection differ and do they tend to increase or decrease diversity?

Well, Directional Selections and Stabilizing selections are different because in Directional Selection, the frequency of a particular trait moves in one direction in a range, while in Stabilizing Selection, the distribution becomes narrower, tending to "stabilize" the average by increasing the proportion of similar individual. Also, I'm not sure about this but I think the continued gene flow tends to decrease the diversity between populations.


What is the type of selection in which individuals at one end of the distribution curve higher fitness than individuals in the middle of at the other end?

stabilizing selection


What is the difference between directional and disruptive selection?

I'm not sure what "stabilizing directional" selection is, but if you get out a bell curve graph... Stabilizing selection tends to select for individuals around the average, or mean, of a population, which technically makes the curve steeper. Directional selection shifts the average in one direction (shifts the whole curve in one direction). Disruptive selection creates two new averages, which means it splits the one curve into two, smaller, separate curves.


What is the 3 types of natural selection?

Stabilizing Selection-- The extremes are selected against.Example: height; mostly beings tend to the average height- not too many really short ones or really tall ones.Directional selection-- One extreme value is selected for.Example: speed; faster is always better so a population will tend to get faster over time.Disruptive selection-- The extremes are both selected for.This type of selection is not as common as the first two. Example: Prey-type animal with distinctive markings which the predators know will over time move away from the norm in both directions.


What do stabilizing selection and disruptive selection have in common apex?

They both decrease genetic variation


What is a common cause of stabilization?

A common cause of stabilizing selection Heterozygotes are fittest.