![]() First Hour Exam in Biology 112 |
![]() What to study... |
![]() General Content |
![]() Your lecture notes are the place to start - in general, if I talked about it in class, I think it is important |
![]() Your textbook has a good deal of material that complements what I said in class |
![]() For example: genetic homologies were mentioned in the lecture, but you can get specific examples from the text book |
![]() Intro |
![]() Darwin's contribution |
![]() Central Dogma |
![]() Phenotype and Genotype |
![]() Tree of Life and Woese |
![]() Natural Selection |
![]() Necessary Conditions |
![]() Practical applications - how NS works - know how to see an example and decide what might happen if NS is working |
![]() Sexual Selection |
![]() Explain and Define fitness and adaptation |
![]() Evidence for N.S. |
![]() homologous vs. analagous traits |
![]() types of homologies |
![]() Ancestral and Derived |
![]() vestigial |
![]() cladistics |
![]() Heritability |
![]() Forces of Evolution |
![]() Definition of Evolution |
![]() Types of Selection |
![]() Mutation |
![]() Drift |
![]() Gene flow |
![]() Pop. Genetics / HW calculations and assumptions |
![]() Speciation |
![]() BSConcept |
![]() REPRODUCTIVE ISOLATION |
![]() Isolating mechanisms |
![]() Types of Speciation |
![]() Allopatric |
![]() Sympatric |
![]() Parapatric |
![]() Polyploidy |
![]() History of Earth |
![]() Cladistics |
![]() Fossil Record |
![]() Molecular Clock - how does it work? |