If you understand the types of fossils, you should be able to predict what type of fossil is most likely to yield DNA evidence. O Trace fossils are most likely to yield DNA evidence because they preserve traces of an organism. O Compression fossils are most likely to yield DNA evidence because the sediments' weight compresses the organic material below into a thin, carbonaceous film. O Intact fossils are the most likely to yield DNA evidence because the organic remains are preserved intact. O Cast fossils are most likely to yield DNA evidence because they represent a mold of the entire organism.

The answer of the question is Third statement. Intact fossils are the most likely to yield DNA evidence because the organic remains are preserved intact is correct.

Third assertion. It is true that because the organic remnants are maintained intact, complete fossils have the highest likelihood of producing DNA evidence. True fossils in their original form that have been preserved by the process of fossilization. Small DNA snippets are preserved in intact fossils. As a result, this assertion is true. The area of forensic science underwent a revolution when DNA analysis was integrated into the criminal justice system in the middle of the 1980s. Even minute amounts of blood, saliva, semen, skin cells, or other biological material may be used to generate investigative leads, connect a perpetrator or victim to a crime scene, or support or refute a suspect's version of events thanks to advancements in DNA analysis techniques in crime laboratories.

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