Linked from

The 117 pages that link to Radiometric dating, each with the reason it gives.

• Radiocarbon datingNarrower topic: Radiocarbon dating is one isotope-specific member of this broader family.

• Alpha decayNarrower topic: Alpha-emitting isotopes such as uranium-238 underpin several geological dating methods.

• Uranium–lead datingNarrower topic: Uranium–lead dating is one member of this broader family of age-determination methods.

• Uranium-238Narrower topic: Uranium-238 is one of the long-lived parent isotopes used to date geological samples.

• Age of EarthNarrower topic: Radioactive decay provides the clocks used to estimate Earth’s formation time.

• Potassium-40Narrower topic: Potassium-40 is one of the isotopes used to establish geological ages.

• Argon–argon datingNarrower topic: Argon–argon dating is one isotope-based approach to estimating geological time.

• ThermochronologyNarrower topic: Thermochronology uses radiometric systems but interprets them chiefly as records of thermal passage.

• Uranium-series datingNarrower topic: Uranium-series dating is one member of this broader family of clocks.

• Frederick SoddyNarrower topic: Radioactive decay laws developed in Soddy’s era underpin methods for dating rocks and artifacts.

• Strontium-90Narrower topic: Strontium-90 measurements can trace recent fallout rather than date ancient materials.

• Closure temperatureNarrower topic: Closure temperature governs when a mineral begins preserving the isotope ratio used to calculate an age.

• Isochron datingNarrower topic: Isochron dating is a radiometric method with an internal test for initial isotope composition.

• K–Ar datingNarrower topic: K–Ar dating emerged as one specialized method within this broader approach.

• Manot 1Narrower topic: The reported age depends on dating evidence associated with the fossil.