Free!occurs when twospecies share acommon ancestorbut have evolvedaway from eachothersimilar traits butevolvedindependently intwo organisms notsharing a recentcommon ancestordesertfox,arctic foxspecies becomephysically separated,are subject to differentelection pressures,causing their commonancestral traits todiverge as they moveaway from each otherexhibithomologoustraits throughindependentevolutionconvergentevolutionadaptiveradiationwolves,dogs andfoxesbirds,bats andbutterfliesvertebrates’skeletons isan exampleof thisdivergentevolutionanalogoustraitswhen organismsshare a commonancestor they willalso share certaintraitsadaptiveradiationparallelevolutionFree!occurs when twospecies share acommon ancestorbut have evolvedaway from eachothersimilar traits butevolvedindependently intwo organisms notsharing a recentcommon ancestordesertfox,arctic foxspecies becomephysically separated,are subject to differentelection pressures,causing their commonancestral traits todiverge as they moveaway from each otherexhibithomologoustraits throughindependentevolutionconvergentevolutionadaptiveradiationwolves,dogs andfoxesbirds,bats andbutterfliesvertebrates’skeletons isan exampleof thisdivergentevolutionanalogoustraitswhen organismsshare a commonancestor they willalso share certaintraitsadaptiveradiationparallelevolution

types of 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. Free!
  2. occurs when two species share a common ancestor but have evolved away from each other
  3. similar traits but evolved independently in two organisms not sharing a recent common ancestor
  4. desert fox, arctic fox
  5. species become physically separated, are subject to different election pressures, causing their common ancestral traits to diverge as they move away from each other
  6. exhibit homologous traits through independent evolution
  7. convergent evolution
  8. adaptive radiation
  9. wolves, dogs and foxes
  10. birds, bats and butterflies
  11. vertebrates’ skeletons is an example of this
  12. divergent evolution
  13. analogous traits
  14. when organisms share a common ancestor they will also share certain traits
  15. adaptive radiation
  16. parallel evolution