Show what you know: Evolutionary Relationships
Write a scientific explanation in which you support or refute the statement below. In your explanation, identify the types of molecular evidence and describe
how this type of evidence can support common ancestry between organisms. Examples of evidence could include information about mutations and
molecular clocks, similarities in DNA sequences, and/or similarities and differences in amino acid sequences. To further support your claim for or
against the statement, compare and contrast molecular evidence to fossil, anatomical and embryological evidence
Statement Molecular evidence is the best type of evidence for showing evolutionary relationships.
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Along path leads from the origins of primitive "life," which existed at least 3.5 billion years ago, to the profusion and diversity of life that exists today. This path is best understood as a product of evolution.

Contrary to popular opinion, neither the term nor the idea of biological evolution began with Charles Darwin and his foremost work, On the Origin of Species by Means of Natural Selection (1859). Many scholars from the ancient Greek philosophers on had inferred that similar species were descended from a common ancestor. The word "evolution" first appeared in the English language in 1647 in a nonbiological connection, and it became widely used in English for all sorts of progressions from simpler beginnings. The term Darwin most often used to refer to biological evolution was "descent with modification," which remains a good brief definition of the process today.

Darwin proposed that evolution could be explained by the differential survival of organisms following their naturally occurring variation—a process he termed "natural selection." According to this view, the offspring of organisms differ from one another and from their parents in ways that are heritable—that is, they can pass on the differences genetically to their own offspring. Furthermore, organisms in nature typically produce more offspring than can survive and reproduce given the constraints of food, space, and other environmental resources. If a particular offspring has traits that give it an advantage in a particular environment, that organism will be more likely to survive and pass on those traits. As differences accumulate over generations, populations of organisms diverge from their ancestors.

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