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The 189 pages that link to Radiocarbon dating, each with the reason it gives.

• Glacial Lake MissoulaRelated: Organic remains near lake and flood deposits can constrain their ages.

• Greenland sharkRelated: Dating proteins in the eye lens helped estimate the shark's age.

• History of archaeologyRelated: Its adoption gave archaeologists a way to date many sites independently of artifact typologies.

• MagdalenianRelated: Radiocarbon measurements help establish the Magdalenian's chronology across western Europe.

• PaleolimnologyRelated: It dates organic remains associated with sediment layers, with corrections and limits.

• Prehistoric archaeologyRelated: It dates organic remains from many prehistoric sites within a calibrated time range.

• Ancient historyRelated: It can date organic remains when written chronologies are absent or uncertain.

• Callanish StonesRelated: Radiocarbon evidence helps date activity associated with the monument.

• CaralRelated: Radiocarbon dates placed Caral’s monumental occupation in the third millennium BCE.

• Carbon isotopesRelated: It uses carbon-14’s radioactive decay to date archaeological and geological samples.

• Cave bearRelated: It helps establish when late cave bears lived and disappeared.

• Cucuteni–Trypillia cultureRelated: It helps establish the culture’s chronology and date individual settlement phases.

• Halaf cultureRelated: Radiocarbon measurements help establish the chronology of Halaf occupations.

• Paleo-IndiansRelated: It helps establish when organic remains and occupation deposits accumulated.

• PandukabhayaRelated: Dating excavated organic material can help evaluate chronologies for early Anuradhapura.

• Tollund ManRelated: It places Tollund Man’s death in the fourth century BCE.

• ToxodonRelated: Radiocarbon dating helps establish the latest survival of Toxodon in South America.

• Würm glaciationRelated: It helps date organic remains associated with the late stages of Alpine deglaciation.

• Before PresentRelated: Radiocarbon results are conventionally reported in years Before Present.

• Bølling oscillationRelated: Radiocarbon dates help correlate terrestrial evidence with the warming interval.

• Cave of El CastilloRelated: It dates charcoal and other organic finds associated with human activity in the cave.

• Early human migrationsRelated: It dates many archaeological traces used to estimate when populations reached new regions.

• Gao EmpireRelated: Dating archaeological materials helps anchor the uncertain chronology of Gao’s early development.

• Hassuna cultureRelated: It helps refine the chronology of Hassuna sites and neighboring traditions.

• Holocene climatic optimumRelated: It helps place organic remains and environmental changes on a Holocene timeline.

• Hồng Bàng dynastyRelated: It helps date archaeological contexts that cannot confirm the traditional royal chronology directly.

• Minoan eruptionRelated: Radiocarbon dates from trees and other materials constrain the eruption’s calendar date.

• Recorded historyRelated: It can date organic materials associated with records, while the writing itself needs separate dating.

• Sao civilizationRelated: Dating organic remains helps test the chronology assigned to Sao archaeological contexts.

• Shigir IdolRelated: Radiocarbon measurements of the wood established the idol’s exceptional antiquity.

• Ancient Mediterranean archaeologyRelated: It supplies absolute dates for organic finds that complement archaeological sequences.

• BanpoRelated: Radiocarbon measurements help place Banpo and related settlements in chronological context.

• Epic-Puranic chronologyRelated: It dates archaeological remains independently of epic and Puranic textual timelines.

• Gihon SpringRelated: It has helped establish dates for materials associated with Jerusalem’s water tunnels.

• Gwion Gwion rock paintingsRelated: Organic material associated with rock-art sites can provide dates, though painted pigment itself is often unsuitable.

• Helladic chronologyRelated: Radiocarbon measurements can test and refine dates assigned to Helladic phases.

• Hyeokgeose of SillaRelated: Archaeological dates can be compared with the much earlier reign assigned to Hyeokgeose.

• Immanuel VelikovskyRelated: Its measurements challenged some chronological revisions in Velikovsky’s later historical work.

• Iron Age in IndiaRelated: It dates charcoal and other remains associated with ironworking, while requiring careful context.

• Jemdet Nasr periodRelated: Absolute dating can test the period’s conventional calendar boundaries.

• Norse settlement of North AmericaRelated: It helped date occupation at L’Anse aux Meadows to the Norse period.

• Old TjikkoRelated: Carbon dating of root-system remains underlies the reported millennia-old age.

• PaleotempestologyRelated: Dating organic matter around storm layers helps place events within a chronology.

• Philippa LangleyRelated: Dating helped assess whether the recovered skeleton could belong to a man who died in 1485.

• Prehistoric AsiaRelated: It dates organic remains at many later prehistoric Asian sites.

• Prehistory of AustraliaRelated: It helps date organic remains and occupation layers, within its effective age range.

• Prehistory of TaiwanRelated: It helps establish chronologies for organic remains recovered from Taiwanese sites.

• Prehistory of the LevantRelated: It helps establish chronological sequences for many later prehistoric Levantine sites.

• Red Deer Cave peopleRelated: It helped establish the fossils' Late Pleistocene context.

• Solar activity and climateRelated: Cosmic-ray-produced carbon-14 in tree rings preserves evidence of past solar modulation.