1. Evolution and Natural Selection
equilibrium
punctuated
precambrian
radiation
adaptive
Darwin
change over
time
artificial
selection
stromatolites
mutations
evolution
vestigial
no longer used
dog breeds
Hardy-Weinburg
disruptive
selection
speciation
polygenic trait
equilibrium
genetic
new species from
many phenotypes
leads to speciation
absolute
dating
natural
selection
the fittest
survival of
endosymbiotic
theory
eukaryotes
explains
species evolve together
coevolution
gene shuffling
directional
selection
stabilizing selection
gene pool
behavioral
isolation
all genes in a population
shifts to extreme
whole population
in population
reduces variety
mating ritutals
characteristics
acquired
index fossil
Lamarck
Darwin
selection
natural
Era
Mesozoic
Miller & Urey
geographic
isolation
temporal
isolation
homologous
structures
single gene trait
rivers, mountains
evidence for evolution
mating seasons
two phenotypes
relative dating
period
Quaternary
Hutton
geologic processes
Lyell
age of earth
Wallace
ecological
competition
founder effect
random mating
HMS Beagle