temporalisolationreproductiveisolation dueto differencesin time ofday, yearcellwithoutnucleusProkaryotelevelbeforegenusFamilymostspecificlevelSpeciesunicellular,eukaryotic,found inpond waterProtistabottleneckeffectChance event resultingin reduction of apopulation, typically bya natural disaster, suchthat the survivingpopulation is no longergeneticallyrepresentative of theoriginal population.first partofscientificnameGenuskingdomwith nocell wallAnimalialevels thatformscientificnameGenusandSpecieskingdom witha cell wallcomposed ofpeptidoglycanEubacteriafounderseffectGenetic drift thatoccurs when a fewindividuals becomeisolated from a largerpopulation and forma new populationAdaptiveradiationSpecies evolve byadapting tosurroundingenvironment fromone commonancestor speciesLargest levelofclassificationDomainlevelafterclassOrderhomologousstructuressame structure,differentfunction ex.arms, wings,flipperskingdomwith onlyproducersPlantaekingdom ofextremeenvironmentseekersArchaebacteriacell wallmade ofchitinFungilevelbeforephylumKingdomreproductiveisolationno gene flowfor a longperiod oftime leads tocellwithnucleusEukaryotelevelafterphylumClassanalogousstructuressame function ,differentstructure Ex.wing of a birdand wing of abutterflyconvergentevolutionUnrelated organismsare similar due totheir evolution insimilar environments.Show analogousstructurestemporalisolationreproductiveisolation dueto differencesin time ofday, yearcellwithoutnucleusProkaryotelevelbeforegenusFamilymostspecificlevelSpeciesunicellular,eukaryotic,found inpond waterProtistabottleneckeffectChance event resultingin reduction of apopulation, typically bya natural disaster, suchthat the survivingpopulation is no longergeneticallyrepresentative of theoriginal population.first partofscientificnameGenuskingdomwith nocell wallAnimalialevels thatformscientificnameGenusandSpecieskingdom witha cell wallcomposed ofpeptidoglycanEubacteriafounderseffectGenetic drift thatoccurs when a fewindividuals becomeisolated from a largerpopulation and forma new populationAdaptiveradiationSpecies evolve byadapting tosurroundingenvironment fromone commonancestor speciesLargest levelofclassificationDomainlevelafterclassOrderhomologousstructuressame structure,differentfunction ex.arms, wings,flipperskingdomwith onlyproducersPlantaekingdom ofextremeenvironmentseekersArchaebacteriacell wallmade ofchitinFungilevelbeforephylumKingdomreproductiveisolationno gene flowfor a longperiod oftime leads tocellwithnucleusEukaryotelevelafterphylumClassanalogousstructuressame function ,differentstructure Ex.wing of a birdand wing of abutterflyconvergentevolutionUnrelated organismsare similar due totheir evolution insimilar environments.Show analogousstructures

Evolution & Classification - 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 due to differences in time of day, year
    temporal isolation
  2. Prokaryote
    cell without nucleus
  3. Family
    level before genus
  4. Species
    most specific level
  5. Protista
    unicellular, eukaryotic, found in pond water
  6. Chance event resulting in reduction of a population, typically by a natural disaster, such that the surviving population is no longer genetically representative of the original population.
    bottleneck effect
  7. Genus
    first part of scientific name
  8. Animalia
    kingdom with no cell wall
  9. Genus and Species
    levels that form scientific name
  10. Eubacteria
    kingdom with a cell wall composed of peptidoglycan
  11. Genetic drift that occurs when a few individuals become isolated from a larger population and form a new population
    founders effect
  12. Species evolve by adapting to surrounding environment from one common ancestor species
    Adaptive radiation
  13. Domain
    Largest level of classification
  14. Order
    level after class
  15. same structure, different function ex. arms, wings, flippers
    homologous structures
  16. Plantae
    kingdom with only producers
  17. Archaebacteria
    kingdom of extreme environment seekers
  18. Fungi
    cell wall made of chitin
  19. Kingdom
    level before phylum
  20. no gene flow for a long period of time leads to
    reproductive isolation
  21. Eukaryote
    cell with nucleus
  22. Class
    level after phylum
  23. same function , different structure Ex. wing of a bird and wing of a butterfly
    analogous structures
  24. Unrelated organisms are similar due to their evolution in similar environments. Show analogous structures
    convergent evolution