KnowraRadiocarbon datingLinked fromLinked fromThe 189 pages that link to Radiocarbon dating, each with the reason it gives.All 189Broader topic 13Related 153Narrower topic 1Compared with 22Radioactive decayBroader topic: It applies radioactive decay to archaeological and geological samples containing organic carbon.Radiometric datingBroader topic: Its short timescale makes it useful for archaeological and recent biological materials, unlike most rock-dating systems.PaleoclimateBroader topic: It dates many organic paleoclimate records, especially those from the recent geological past.GeochronologyBroader topic: It extends chronological measurement into the late Quaternary, though not deep geological time.Nuclear physicsBroader topic: It uses a predictable radioactive decay process to date archaeological and geological samples.ChronologyBroader topic: It supplies calendar-age estimates for many archaeological and historical sequences.RadioactivityBroader topic: It applies radioactive decay to archaeological and environmental samples.Archaeological datingBroader topic: It dates organic remains central to many archaeological contexts.Carbon-14Broader topic: This is the isotope’s best-known application.Isotopic abundanceBroader topic: It compares carbon-14 abundance with stable carbon in a sample.Absolute datingBroader topic: It dates archaeological and environmental remains within a limited recent timescale.Prehistoric EuropeBroader topic: It provides many chronologies for European sites, especially those younger than about 50,000 years.Willard LibbyBroader topic: This is the method Libby developed and the work recognized by his Nobel Prize.