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cur if there is genetic variation within a population. Variation comes from mutations in the genome, reshuffling of genes through sexual reproduction and migration between populations (gene flow). Despite the constant introduction of new variation through mutation and gene flow, most of the genome of a species is identical in all individuals of that species.[73] However, even relatively small differences in genotype can lead to dramatic differences in phenotype: for example, chimpanzees and humans differ in only about 5% of their genomes.[74] An individual organism's phenotype results from both its genotype and the influence of the environment it has lived in. A substantial part of the phenotypic variation in a population is caused by genotypic variation.[66] The modern evolutionary synthesis defines evolution as the change over time in this genetic variation. The frequency of one particular allele will become more or less prevalent relative to other forms of that gene. Variation disappears when a new allele reaches the point of fixation—when it either disappears from the population or replaces the ancestral allele entirely.[75] Before the discovery of Mendelian genetics, one common hypothesis was blending inheritance. But with blending inheritance, genetic variation would be rapidly lost, making evolution by natural selection implausible. The Hardy–Weinberg principle provides the solution to how variation is maintained in a population with Mendelian inheritance. The frequencies of alleles (variations in a gene) will remain constant in the absence of selection, mutation, migration and gen

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<span style=3D"color:#FFFFFF;font-size:3px;width:600px;">cur if there is ge=
netic variation within a population. Variation comes from mutations in the =
genome, reshuffling of genes through sexual reproduction and migration betw=
een populations (gene flow). Despite the constant introduction of new varia=
tion through mutation and gene flow, most of the genome of a species is ide=
ntical in all individuals of that species.[73] However, even relatively sma=
ll differences in genotype can lead to dramatic differences in phenotype: f=
or example, chimpanzees and humans differ in only about 5% of their genomes=
.[74]

An individual organism's phenotype results from both its genotype and the i=
nfluence of the environment it has lived in. A substantial part of the phen=
otypic variation in a population is caused by genotypic variation.[66] The =
modern evolutionary synthesis defines evolution as the change over time in =
this genetic variation. The frequency of one particular allele will become =
more or less prevalent relative to other forms of that gene. Variation disa=
ppears when a new allele reaches the point of fixation=E2=80=94when it eith=
er disappears from the population or replaces the ancestral allele entirely=
.[75]

Before the discovery of Mendelian genetics, one common hypothesis was blend=
ing inheritance. But with blending inheritance, genetic variation would be =
rapidly lost, making evolution by natural selection implausible. The Hardy=
=E2=80=93Weinberg principle provides the solution to how variation is maint=
ained in a population with Mendelian inheritance. The frequencies of allele=
s (variations in a gene) will remain constant in the absence of selection, =
mutation, migration and gen</span><br />
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