ArtificialSelectionTraits areselectedfor byhumansEmbryologyDevelopmentalsimilarities oforganismsfrom commonancestorsSexualSelectionTraits thathelp anorganismattract amateBiogeographySimilarspecies arisein the samegeographiclocationRecombinationNewcombinationof genes thatoccurs duringmeiosisAdaptationInherited traitor behaviorthat helps anorganismsurviveGradualismGradualchange overa long periodof timeConvergentevolutionUnrelatedorganismsresemble eachother due tosimilarenvironmentExtinctionEliminationof aspeciesVestigialstructureBodyparts nolongerusefulGeneticDriftAllelefrequencies ina populationchange bychanceFounder'sEffectType ofgenetic driftcreated by anew colonyNaturalSelectionTraitsselected byenvironmentalfactorsBottleneckEffectType ofgenetic driftwherepopulation isreducedFossilrecordCan provide"missinglinks" inancestry ofspeciesEvolutionChange in apopulation'straits overtime.MutationsChanges inDNA whichincreasediversityGeneFlowMovement ofalleles fromonepopulation toanotherDNASimilargenetic codeamong closelyrelatedorganismsFitnessOrganism'sability tosurvive andreproduceGeneticvariationAnorganism'sunique set ofinheritedtraitsHeritabletraitCharacteristicpassed downthroughgenerationsby genesAnalogousstructureDifferentstructures whichfunction similarlyin unrelatedspeciesDivergentevolutionAll speciesshare acommonancestorStasisNochange inpopulationevolutionHomologousstructureSimilarstructures whichfunctiondifferently inrelated speciesAcquiredtraitCharacteristicthat islearned overan animal'slifetimePunctuatedEquilibriumRapidchangeseparated byperiod of nochange at allCoevolutionTwo speciesevolve inresponse toeach other.ArtificialSelectionTraits areselectedfor byhumansEmbryologyDevelopmentalsimilarities oforganismsfrom commonancestorsSexualSelectionTraits thathelp anorganismattract amateBiogeographySimilarspecies arisein the samegeographiclocationRecombinationNewcombinationof genes thatoccurs duringmeiosisAdaptationInherited traitor behaviorthat helps anorganismsurviveGradualismGradualchange overa long periodof timeConvergentevolutionUnrelatedorganismsresemble eachother due tosimilarenvironmentExtinctionEliminationof aspeciesVestigialstructureBodyparts nolongerusefulGeneticDriftAllelefrequencies ina populationchange bychanceFounder'sEffectType ofgenetic driftcreated by anew colonyNaturalSelectionTraitsselected byenvironmentalfactorsBottleneckEffectType ofgenetic driftwherepopulation isreducedFossilrecordCan provide"missinglinks" inancestry ofspeciesEvolutionChange in apopulation'straits overtime.MutationsChanges inDNA whichincreasediversityGeneFlowMovement ofalleles fromonepopulation toanotherDNASimilargenetic codeamong closelyrelatedorganismsFitnessOrganism'sability tosurvive andreproduceGeneticvariationAnorganism'sunique set ofinheritedtraitsHeritabletraitCharacteristicpassed downthroughgenerationsby genesAnalogousstructureDifferentstructures whichfunction similarlyin unrelatedspeciesDivergentevolutionAll speciesshare acommonancestorStasisNochange inpopulationevolutionHomologousstructureSimilarstructures whichfunctiondifferently inrelated speciesAcquiredtraitCharacteristicthat islearned overan animal'slifetimePunctuatedEquilibriumRapidchangeseparated byperiod of nochange at allCoevolutionTwo speciesevolve inresponse toeach other.

Evolution Bingo - 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. Traits are selected for by humans
    Artificial Selection
  2. Developmental similarities of organisms from common ancestors
    Embryology
  3. Traits that help an organism attract a mate
    Sexual Selection
  4. Similar species arise in the same geographic location
    Biogeography
  5. New combination of genes that occurs during meiosis
    Recombination
  6. Inherited trait or behavior that helps an organism survive
    Adaptation
  7. Gradual change over a long period of time
    Gradualism
  8. Unrelated organisms resemble each other due to similar environment
    Convergent evolution
  9. Elimination of a species
    Extinction
  10. Body parts no longer useful
    Vestigial structure
  11. Allele frequencies in a population change by chance
    Genetic Drift
  12. Type of genetic drift created by a new colony
    Founder's Effect
  13. Traits selected by environmental factors
    Natural Selection
  14. Type of genetic drift where population is reduced
    Bottleneck Effect
  15. Can provide "missing links" in ancestry of species
    Fossil record
  16. Change in a population's traits over time.
    Evolution
  17. Changes in DNA which increase diversity
    Mutations
  18. Movement of alleles from one population to another
    Gene Flow
  19. Similar genetic code among closely related organisms
    DNA
  20. Organism's ability to survive and reproduce
    Fitness
  21. An organism's unique set of inherited traits
    Genetic variation
  22. Characteristic passed down through generations by genes
    Heritable trait
  23. Different structures which function similarly in unrelated species
    Analogous structure
  24. All species share a common ancestor
    Divergent evolution
  25. No change in population evolution
    Stasis
  26. Similar structures which function differently in related species
    Homologous structure
  27. Characteristic that is learned over an animal's lifetime
    Acquired trait
  28. Rapid change separated by period of no change at all
    Punctuated Equilibrium
  29. Two species evolve in response to each other.
    Coevolution