Question

Genetic drift arises from all the following EXCEPT ________. migrations random chance bottleneck events small population

Genetic drift arises from all the following EXCEPT ________.

migrations

random chance

bottleneck events

small population

Science   Biology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Ans.

  • The process where a population's allele frequencies get altered by chance, solely due to the sampling error throughout the generations.
  • It is a random event taking place into the population genetics of animals.
  • Genetic drift can introduce drastic modifications in populations over a small time period.
  • There are many factors involved, leading a population toward genetic drift.
  • These factors include ;
  1. Random chance
  2. Bottleneck events
  3. Small population
  • It is a random event that may result in the alleles fixation or genotypes in populations.
  • Inbreeding co-efficient and homozygosity is enhanced due to removal of alleles in genetic drift.
  • Even though it happens all the time but ,populations which face regular extinction and recolonization cycles, are the frequent victims of genetic drift.
0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
. Genetic drift and inbreeding are both possible in small populations. Which of the following statements...
. Genetic drift and inbreeding are both possible in small populations. Which of the following statements truly describes possible outcomes of genetic drift and/or inbreeding. a) Inbreeding alters allele frequencies, decreases frequencies of heterozygotes, decreases genetic variation b) Inbreeding decreases frequencies of heterozygotes but doesn’t decrease genetic variation c) Inbreeding alters allele frequencies, alters frequencies of heterozygotes, and decreases genetic variation d) Genetic drift alters allele frequencies, decreases frequencies of heterozygotes, and decreases genetic variation within populations e) Genetic drift...
All of these population-genetic forces cause allele frequencies to change over time in populations EXCEPT: Group...
All of these population-genetic forces cause allele frequencies to change over time in populations EXCEPT: Group of answer choices a) mutation b) genetic drift c) migration d) natural selection e) random mating You are studying the population in Iceland for X-linked alleles, and sampling experiments indicate that about 6% of the men have red-green color blindness (caused by a recessive, X-linked allele Xc). Assume that the population in Iceland mates randomly. What is the frequency of the Xc allele in...
Genetic drift and inbreeding are both possible in small populations. Which of the following statements truly...
Genetic drift and inbreeding are both possible in small populations. Which of the following statements truly describes possible outcomes of genetic drift and/or inbreeding? a) Inbreeding alters allele frequencies, decreases frequencies of heterozygotes, decreases genetic variation b) Inbreeding decreases frequencies of heterozygotes but doesn’t decrease genetic variation c) Inbreeding alters allele frequencies, alters frequencies of heterozygotes, and decreases genetic variation d) Genetic drift alters allele frequencies, decreases frequencies of heterozygotes, and decreases genetic variation within populations e) Genetic drift alters...
1. Which of the following is NOT true of Genetic drift: A. It occurs when no...
1. Which of the following is NOT true of Genetic drift: A. It occurs when no allele is advantageous B. It refers to random changes to allele frequencies C. It works faster in large populations 2. A severe drop in the numbers in a population is called: A. an epidemic B. population bottleneck C. a genetic crash D. none of these 3. Transcription: A. is the first stage of protein synthesis B. occurs in the ribosome C. produces a peptide...
7. A small population of animals is likely to experience a change in allele frequencies in...
7. A small population of animals is likely to experience a change in allele frequencies in its gene pool if ____? a)each individual has an equal chance of reproducing b) a natural disaster kills a portion of the population at randon c)the population is geographically isolated from other populations 8. Two populations of crickets have stopped interbreeding over time, although they reside in the same geographic region. What is one possible explanation? a) they have experienced reinforcement becuase of a...
According to a genetic theory, there is a 10% chance that a randomly selected person from...
According to a genetic theory, there is a 10% chance that a randomly selected person from a large population has a given gene. I plan to take a simple random sample of 500 people from this population. Construct a box model for the percentage of people in the sample with this gene. a. The number of draws is ____________________. b. The average of the tickets in the box is ____________________. c. The SD of the tickets in the box is...
neurons in the CNS have less chance of regenerating for all of the following reasons except
neurons in the CNS have less chance of regenerating for all of the following reasons except
Eukaryotes and prokaryotes differ in all the following ways except The type of genetic material The...
Eukaryotes and prokaryotes differ in all the following ways except The type of genetic material The presence of organelles Their size Rate of evolution
Choose the correct words or phrases to complete the following description of genetic variability. Please complete...
Choose the correct words or phrases to complete the following description of genetic variability. Please complete the following sentences: Genetic variability is the presence of differences in___ a.) radiation b.) ozone among idividuals of a population. This variation arises from mutations, which can be caused by___ a.) radiation b.) ozone chemical mutagens, and random chance. If the mutations occur in reproductive cells, they can cause variation in___ a.) mutational potential b.) heritable traits Choose the correct words or phrases to...
Which mechanism of evolutionary change is random? gene flow natural selection genetic drift sexual selection Which...
Which mechanism of evolutionary change is random? gene flow natural selection genetic drift sexual selection Which mechanism of evolutionary change results in a population that is better fit for current environmental conditions? sexual selection genetic drift gene flow natural selection Researchers studying polymorphic garter snakes to test whether predation patterns by birds helped to influence the snake’s color pattern. They created clay models of snakes (both striped and melanistic) and looked to see how many of the models were attacked...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT