Ch 11 & 14.4 Populations Vocab

Froggy Jumps

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Froggy Jump practicing vocab...pretty much copy/pasted from the Quizlet

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Brian Pichola

United States

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Ch 11 & 14.4 Populations Vocab


Froggy Jumps Ch 11 & 14.4 Populations VocabVersion en ligne Froggy Jump practicing vocab...pretty much copy/pasted from the Quizlet par Brian Pichola 1 all the alleles in a population a gene pool b gene flow c allele frequency 2 how common an allele is in a population a gene flow b allele frequency c gene pool 3 phenotype at one extreme favored a disruptive selection b stabilizing selection c directional selection 4 middle phenotype favored a stabilizing selection b directional selection c disruptive selection 5 both extreme phenotypes favored a stabilizing selection b disruptive selection c directional selection 6 movement of alleles from one population to another (in general) a gene flow b genetic drift c bottleneck effect 7 changes in allele frequency by chance a gene flow b disruptive selection c genetic drift 8 event reduces size of a population a sexual selection b gene flow c bottleneck effect 9 small number of individuals colonize new area a disruptive selection b founder effect c stabilizing selection 10 certain traits increase chance of reproduction a sexual selection b founder effect c bottleneck effect 11 genotype frequencies stay the same under certain conditions a Hardy-Weinberg Equilibrium b logistic growth c directional selection 12 members of a population can no longer mate a immigration b gene flow c reproductive isolation 13 evolution of 2 or more species from 1 species a convergent evolution b behavioral isolation c speciation 14 organisms can't mate because of changes in mating rituals a geographic isolation b behavioral isolation c temporal isolation 15 physical barriers divide a population a geographic isolation b reproductive isolation c temopral isolation 16 timing prevents reproduction a behavioral isolation b geographic isolation c temporal isolation 17 (leads to) similar characteristics in unrelated species a adaptive radiation b convergent evolution c divergent evolution 18 related species evolve in different directions a divergent evolution b convergent evolution c coevolution 19 two or more species evolve in response to each other a convergent evolution b divergent evolution c colevolution 20 extinctions at a slow rate a mass extinction b background extinction c density dependent factors 21 sudden extinction because of a catastrophic event a mass extinction b gradualism c background extinction 22 bursts of evolution followed by long periods without a logistic growth b gradualism c punctuated equilibrium 23 evolution happens by slow, steady changes a punctuated equilibrium b gradualism c logistic growth 24 one species evolves into many descendants a convergent evolution b coevloution c adaptive radiation 25 individuals move into a population a emigration b immigration c genetic drift 26 individuals move out of a population a immigration b emigration c bottleneck effect 27 population size increases dramatically (abundant resources) a exponential growth b logistic growth c punctuated equilibrium 28 slow growth followed by exponential, followed by leveling off (limited resources) a exponential growth b logistic growth c carrying capacity 29 maximum number of individuals an environment can support a limiting factors b exponential growth c carrying capacity 30 something that has an effect on the size of a population a carrying capacity b logistic growth c limiting factors 31 something that is affected by the number of individuals in a population a density independent factors b density dependent factors c carrying capacity 32 something in environment that limits its growth no matter what population is a density dependent factors b density independent factors c limiting factors

Ch 11 & 14.4 Populations Vocab

Froggy Jumps

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Créé par

Téléchargez la version pour jouer sur papier

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Ch 11 & 14.4 Populations VocabVersion en ligne

par Brian Pichola

all the alleles in a population

how common an allele is in a population

phenotype at one extreme favored

middle phenotype favored

both extreme phenotypes favored

movement of alleles from one population to another (in general)

changes in allele frequency by chance

event reduces size of a population

small number of individuals colonize new area

certain traits increase chance of reproduction

genotype frequencies stay the same under certain conditions

members of a population can no longer mate

evolution of 2 or more species from 1 species

organisms can't mate because of changes in mating rituals

physical barriers divide a population

timing prevents reproduction

(leads to) similar characteristics in unrelated species

related species evolve in different directions

two or more species evolve in response to each other

extinctions at a slow rate

sudden extinction because of a catastrophic event

bursts of evolution followed by long periods without

evolution happens by slow, steady changes

one species evolves into many descendants

individuals move into a population

individuals move out of a population

population size increases dramatically (abundant resources)

slow growth followed by exponential, followed by leveling off (limited resources)

maximum number of individuals an environment can support

something that has an effect on the size of a population

something that is affected by the number of individuals in a population

something in environment that limits its growth no matter what population is