Genetics
Ecosystems
Natural selection
Reproduction
Artificial selection
100
Heterozygous is always this.
Dominant.
100
The arrows in a food web show this.
Energy transfer.
100
When an organism changes to survive in its environment.
Adaptation.
100
When one organism reproduces.
Asexual reproduction.
100
The difference between natural and artificial selection.
Humans change things on purpose.
200
Genotype with the same alleles.
Homozygous.
200
Organisms that have similar characteristics and can breed and produce fertile offspring.
Species.
200
The process of a population changing into a new species.
Evolution.
200
Sexual reproduction produces this.
Genetic variation.
200
How dogs and wolves are related.
A common ancestor.
300
A trait that needs two alleles to show up.
Recessive.
300
A species in a specific place.
Population.
300
The person who gets credit for discovering natural selection.
Darwin.
300
The next step in this picture of sexual reproduction.
Two identical cells.
300
When humans pick which organisms reproduce based on desired traits.
Selective breeding.
400
The way we calculate probability of offpsring.
Punnett square.
400
the quality of an ecosystem with many different populations.
Biodiversity.
400
The type of trait that is passed on to offsring.
Inherited.
400
The production that leads to natural selection
Sexual reproduction.
400
When humans introduce a new trait into an unrelated organism.
Genetic modification.
500
What percentage will be homozygous dominant?
25%
500
The organisms in a food web that create the energy, usually plants.
Producers.
500
The word for when there are different traits in a population.
Variation.
500
Plants can do this type of reproduction.
Both types.
500
The dangerous side affect of selective breeding.
Inbreeding.