Linked from

The 63 pages that link to Molecular clock, each with the reason it gives.

• NeornithesRelated: It helps estimate when major Neornithes lineages diverged, complementing incomplete fossil evidence.

• OpisthokontRelated: Molecular-clock analyses estimate when major opisthokont branches diverged.

• RhynchocephaliaRelated: Molecular estimates help distinguish the age of tuatara’s lineage from the age of its living species.

• Y-chromosomal AdamRelated: Mutation rates and Y-chromosome differences provide estimates of Adam’s time depth.

• CercopithecinaeRelated: Molecular clocks help estimate when major cercopithecine lineages diversified.

• DryopithecusCompared with: Genetic timelines cannot directly place an extinct genus known only from fossils.

• HaplogroupRelated: Mutation rates help estimate when haplogroup branches separated.

• Motoo KimuraRelated: A roughly steady neutral mutation rate can produce clock-like molecular divergence.

• Evolution of bacteriaRelated: It offers estimates of bacterial lineage ages, but ancient rates and calibrations remain uncertain.

• Evolution of fungiRelated: Clock estimates extend fungal history far beyond the known fossil record.

• Gaëtan DugasRelated: Molecular-clock estimates placed HIV’s arrival in North America decades before Dugas’s documented network.

• Organic geochemistryCompared with: Unlike molecular clocks, geological molecular evidence often records source and alteration without directly dating divergence.

• Robert RayfordRelated: Researchers used viral sequence evolution to place Rayford’s infection in historical context.