Trdyfguihjkol. /iydagfh;iuadfhgi;ulerhg
Sex linked traits
Blood types
Recessive genes
Inbreeding
Dominant
Recessive
On different chromosomes
Redundant
Increases
Decreases
Stays the same
62, 20
2123/3143
20. 64
55, 16
Close relatives
Distant relatives adapted to a similar environment
Examples of ancestor and descendants
Close relatives of primates
Sickle cell anemia
Christmas disease
Malaria
Lordosis
Pangea
Laurasia
Gondwana
Hardy-Weinburg equilibrium
Heterozygous advantage
Anagenesis
Fitness
Convergence and parallelism
Anagenesis and cladogenesis
Sympatric and allopatric
Use of fossils
Natural selection
Use and disuse
Paleomagnetism
Malthus
Hutton
Aristotle
Linneas
Cathemeral
Crepuscular
Superposition
Horizontality
Deep Time
Catastrophism
Anagenesis
Cladogenesis
Mass extinction
All of these
Active at dusk and dawn
Not nocturnal or diurnal
Two species living in the same place
There is less food there
Species found there are more active than those close to the poles
There are fewer extremes of temperatures than elsewhere
All of the above
A silent mutation
A different amino acid appears in the resulting protein
No protein is made
Crossing-over occurs
Founder effect
Cladogenesis
A recessive trait
Increased fitness
Nucleus, ribosome
Nucleus, endoplasmic reticulum
Nucleus, mitochondria
Chromosomes, centromeres
Horizontality
Law of intrusion
Adaptive Radiation
Superposition
Biological
Ecological
Behavioral
The offspring doesn't survive
There may be duplicated genes on a single chromosome
Fitness is decreased
Parallel evolution occurs
Sympatric
Allopatric
Parapatric
Amphipatri
Chromosomal rearrangement
Stochastic event
Mutation
Non-darwinian evolution
Fitness
How variability is maintained in a population
Why England was depauperate
Why neutral traits may spread in a population
Wait!
Here's an interesting quiz for you.