How does a forensic scientist’s reasoning about human bones illustrate inductive inference?

In the context of logic, a forensic scientist’s reasoning about human bones serves as a clear illustration of inductive inference, also known as ampliative reasoning.1

Unlike deductive logic, which is truth-preserving and produces conclusions already contained within the premises, inductive inference allows for the derivation of genuinely new information. When a forensic scientist examines a set of bones to determine characteristics such as the deceased’s approximate age, height, or socioeconomic status, they are moving beyond the immediate evidence to reach a broader conclusion.12

This process is considered inductive because it is ampliative; it is at least conceivable that the conclusions drawn—while highly probable based on the evidence—could be mistaken. Because the scientist is inferring specific traits from observed skeletal properties, the reasoning is not necessarily truth-preserving in the way a valid deductive argument is, but rather provides a reasoned assessment based on empirical observation and physical anthropology techniques.123