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A genetic change that helps an organism, such as a plant or animal, survive in its environment.
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
A change in the heritable traits (phenotype) of biological populations over successive generations.
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
How are fossils compared to one another for biological classification?
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
A group of organisms belonging to a single species that live in the same area.
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
What do wind, temperature, soil and water all have in common?
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
The more closely related two species are,
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
What do rabbits, plants, mushrooms and humans all have in common?
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
Two organisms have homologous structures. Which can most likely be concluded about the two organisms?
They are all abiotic factors.
evolution
by similarities and differences in their body structures
population
the more similar their DNA sequence.
adaptation
They shared a common ancestor
They are all types of biotic factors.
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