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Gene Flow And Genetic Drift Both Affect Allele Frequencies, Change in the gene pool (total of all alleles in population) of a small population due to chance; Even in large populations, genetic drift can influence frequencies of neutral alleles. Gene flow is caused by migration of alleles from one population to another while genetic drift is caused due to random sampling. Frequency of an allele = occurrence of allele _ total number of alleles

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Gene flow decreases the genetic variation within a population. Evolution of the lct gene in world populations, and especially in africans, has been well documented [37]. 2 results possible for the frequency of this allele: Genetic drift is stochastic q [unpredictable, random] (cf. _____ __ there are two major types:

Two kinds of genetic drift in nature:

Statistically, _the smaller a sample the greater the chance of deviation from a predicted result. __the bottles neck effect _ o a _sudden change in the environment may drastically reduce the size of a population _____ _____ o the gene. Even in large populations, genetic drift can influence frequencies of neutral alleles. Evolution and the genetics of populations stochastic q is greater than deterministic q in small populations: • the rate of change in allele frequency because of genetic drift is small in large Statistically, _the smaller a sample the greater the chance of deviation from a predicted result. Two different aspects of finite populations can be recognized.

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Mechanisms of Evolution in Focus Blackcap Migration The phenomenon called gene flow. But in any one population, allele frequencies will change slightly each generation because the population size is finite. The processes of mutation, natural selection, migration and genetic drift all affect the gene pool and change the frequency of the alleles in that gene pool. During gene flow, genetic information is transferred from one. • the rate of change in allele frequency because of genetic drift is small in large 2 results possible for the frequency of this allele:

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drift; the change in allele frequency within a Gene flow happens by moving out of one kind of population, whereas genetic drift can happen within a population in case of founder effect. Once an allele becomes fixed, genetic drift comes to a halt, and the allele frequency cannot change unless a new allele is introduced in the population via mutation or gene flow. __the bottles neck effect _ o a _sudden change in the environment may drastically reduce the size of a population _____ _____ o the gene. Allele frequencies drift more in �small� than �large� populations. Genetic change is the change in frequency of alleles in the gene pool of a population. The phenomenon called gene flow.

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drift; the change in allele frequency within a _____ __ there are two major types: Drift also facilitates the movement of a population from a lower fitness plateau to a higher fitness plateau according to the shifting balance. Gene flow can cause the allele frequencies of two populations to become more similar. If the rate of migration is high, this can have a significant effect on allele frequencies. Both may lead to the elimination or the preferential selection of a particular allele. Frequency of an allele = occurrence of allele _ total number of alleles

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