Quiz to study for Biology Final
Comparative Anatomy
Comparative Homology
Comparative Embryology
Comparative Biochemsitry
Fossil Evidence
Principle of Lithification
Principle of Layerification
Principle of Sedimentaration
Principle of Superposition
Principle of Lathification
The more advantages you have, the more likely you will survive/reproduce
More individuals are born than can survive
There are inherited variations in the population
Individuals with variations that give them an advantage are more likely to survive and reproduce
More individuals in the next generation will have the advantageous genes and trait
Directional Selection
Stabilizing Selection
Disruptive Selection
Divergent Evolution
Geographic Evolution
Reproductive Evolution
When two populations grow in the same area
When one population is wiped out by another population
When two populations mimic their evolutionary patterns
When one population grows in response to the other
Speciazation
Adaptive Radiation
Covergent Evolution
Punctuated Equilibrium
Inferring Phylogeny
The science of evolution
The science of speciazation
The science of classification
The science of fossil recording
They group together species into genus based homologies based on evidence from the fossil record
They classify a bunch of living things and divide them into kingdoms based on their differences
They group together species based on their similiarities and differences
They group together living things based on their characteristics and past phylogeny
The link between one organism to the next
The history of several populations, and which population evolved from what
A comparison of relationships between many populations
Evolutionary relationships based on a variety of types of evidence
Prokaryotic Cells - they couldn't use respiration at all, formed ER and nuclear envelope, had to eat aerobic heterotrophs to evolve
Prokaryotic Cells - they couldn't use respiration without oxygen, formed ER and nuclear envelope, had to eat aerobic heterotrophs to evolve
Eukaryotic Cells - used mitochondria and chloroplast to make oxygen, thus give the cells oxygen to use aerobic respiration
Eukaryotic Cells - came before prokaryotic cells, first made oxygen using ER and nuclear envelope, then ate aerobic heterotrophs which made prokaryotic cells
Tail
Homologous structures
Backbone
Arms
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