ReproductiveisolationfoundereffectDarwin cameup with thetheory of thistemporalisolationgenesfeatures thathelp anorganismsurvive better inits ienvironmentsexualselectionnormaldistributionorganisms haveevolved insimilar ways, butdo not have arecent commonancestorintrasexualselectionspeciesstabilizingselectionone type oforganismevolves intoa newspeciesnaturalselectiontwo (or more)organismsevolvebecause ofthe otherphysicalseparationmicroevolutionone type oforganismevolves intoseveral differentspeciesdisruptiveselectionAn organismthat is welladapted toitsenvironmentbehavioralisolationdirectionalselectionstructures thatno longer servethe samefunction as theyonce did.Hardy-Weinbergprinciplesimilarstructuresin differentorganismscourtshipbehaviorgeneticdriftadaptationsthat do wellreplacethose that dopoorlygenepoolorganisms thathave died andbeen coveredby sedimentsoon after.bottleneckeffectthe first inthe list ofevidencesfor evolutionallelefrequencychange inthe genepool overtimeintersexualselectionspeciationgeneflowbirds andbutterflies bothhave wings, butdo not sharethe samestructures.ReproductiveisolationfoundereffectDarwin cameup with thetheory of thistemporalisolationgenesfeatures thathelp anorganismsurvive better inits ienvironmentsexualselectionnormaldistributionorganisms haveevolved insimilar ways, butdo not have arecent commonancestorintrasexualselectionspeciesstabilizingselectionone type oforganismevolves intoa newspeciesnaturalselectiontwo (or more)organismsevolvebecause ofthe otherphysicalseparationmicroevolutionone type oforganismevolves intoseveral differentspeciesdisruptiveselectionAn organismthat is welladapted toitsenvironmentbehavioralisolationdirectionalselectionstructures thatno longer servethe samefunction as theyonce did.Hardy-Weinbergprinciplesimilarstructuresin differentorganismscourtshipbehaviorgeneticdriftadaptationsthat do wellreplacethose that dopoorlygenepoolorganisms thathave died andbeen coveredby sedimentsoon after.bottleneckeffectthe first inthe list ofevidencesfor evolutionallelefrequencychange inthe genepool overtimeintersexualselectionspeciationgeneflowbirds andbutterflies bothhave wings, butdo not sharethe samestructures.

Natural Selection - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Reproductive isolation
  2. Darwin came up with the theory of this
    founder effect
  3. temporal isolation
  4. features that help an organism survive better in its ienvironment
    genes
  5. sexual selection
  6. organisms have evolved in similar ways, but do not have a recent common ancestor
    normal distribution
  7. intrasexual selection
  8. species
  9. one type of organism evolves into a new species
    stabilizing selection
  10. two (or more) organisms evolve because of the other
    natural selection
  11. physical separation
  12. one type of organism evolves into several different species
    microevolution
  13. An organism that is well adapted to its environment
    disruptive selection
  14. behavioral isolation
  15. structures that no longer serve the same function as they once did.
    directional selection
  16. similar structures in different organisms
    Hardy-Weinberg principle
  17. courtship behavior
  18. adaptations that do well replace those that do poorly
    genetic drift
  19. organisms that have died and been covered by sediment soon after.
    gene pool
  20. the first in the list of evidences for evolution
    bottleneck effect
  21. change in the gene pool over time
    allele frequency
  22. intersexual selection
  23. speciation
  24. birds and butterflies both have wings, but do not share the same structures.
    gene flow