Match ideas of maximum parsimony and distance methods in tree reconstruction. A. Maximum parsimony B. Distance Methods
____ States that the best phylogeny is the one that both explains the observed character data and posits the fewest evolutionary changes
_____It suggests that species most likely went through the fewest number of changes to evolve and diverge.
____It suggests that species most likely went through the fewest number of changes to evolve and diverge.
____Looks at morphological or genetic differences between species. Distances can be found by morphological differences or gene sequence differences.
_____The species with more differences are further apart and less closely related than those with less differences (shorter distances).
Maximum parsimony: States that the best phylogeny is the one that both explains the observed character data and posits the fewest evolutionary changes
Maximum parsimony: It suggests that species most likely went through the fewest number of changes to evolve and diverge.
Maximum parsimony: It suggests that species most likely went through the fewest number of changes to evolve and diverge.
Distance Methods: Looks at morphological or genetic differences between species. Distances can be found by morphological differences or gene sequence differences.
Distance Methods: The species with more differences are further apart and less closely related than those with less difference (shorter distances).
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