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Traits subject to disruptive selectioncontributeto non - random mating
traits under divergent selectioncontributeto non - random mating
geographic structure or socioeconomic factors(passive) influenced bynon - random mating processes
Common factorsleadto non - random mating
the differences in individual fitnessresultingfrom non - random mating
an external bias ( not detectable by other meansresultingin non - random mating
Number to send5102050100200Start from citationCreate File Select item 196923951.Does segregating variation in sexual or microhabitat preferencesleadto non - random mating
speciation • Recall the grasses living on adjacent mine sites in which phenotype frequency changed based on the grasses ’ respective habitats : Here , the grasses shift in mating (creatingnon - random mating
when traits subject to divergent selectioncontributeto non - random mating
Geographic structure in populationcan leadto non - random mating
from : ( a ) Inbreedingcan resultfrom : ( a ) Inbreeding
frequencies of certain genotypes to change in the populationcausesfrequencies of certain genotypes to change in the population
to genetics materialleadsto genetics material
to this comorbidity in the present samplecontributesto this comorbidity in the present sample
to changing gene frequenciesleadsto changing gene frequencies
EvolutionCan CauseEvolution
in changes in allele frequencywill resultin changes in allele frequency
to a homozygote excess that is actually assured by the markers FIS estimates as submitted by Bianchi et alleadingto a homozygote excess that is actually assured by the markers FIS estimates as submitted by Bianchi et al
in the transformation of a population - subdivision into genetic neighborhoodscan resultin the transformation of a population - subdivision into genetic neighborhoods
One aspect of genetic variation(passive) is influenced byOne aspect of genetic variation
gene - drives from causing extinction ( 1will ... preventgene - drives from causing extinction ( 1
bias(passive) caused bybias
changes in genotype frequencies(passive) caused bychanges in genotype frequencies
systematic differences in parental relatedness , which can have a direct and detectable impact on genome - wide homozygosity in subsequent generationscan createsystematic differences in parental relatedness , which can have a direct and detectable impact on genome - wide homozygosity in subsequent generations
to geographic structureleadingto geographic structure