Linked from

The 11 pages that link to Uranium–thorium dating, each with the reason it gives.

• SpeleothemRelated: It provides ages for speleothem layers without relying on organic material.

• StalactiteRelated: It can determine the ages of carbonate layers in stalactites.

• Cosmogenic nuclide datingCompared with: It dates carbonate formation through radioactive decay, not cosmic-ray exposure history.

• StalagmiteRelated: It can determine the ages of calcite layers in many stalagmites.

• Homo nalediRelated: It helped constrain the age of cave deposits associated with Homo naledi fossils.

• Uranium-series datingBroader topic: It is the best-known implementation for dating carbonate deposits and corals.

• Radiocarbon calibrationRelated: It dates corals and other archives that help build older calibration records.

• Thorium-232Compared with: Unlike thorium-232 dating approaches, it commonly relies on uranium-234 decay to thorium-230.

• Cave of El CastilloRelated: It dated calcite covering some El Castillo images, giving minimum ages for the art.

• Manot 1Related: Dating cave deposits helps constrain the age of the skullcap.

• Past sea levelRelated: It dates fossil corals, but alteration can compromise the ages used in sea-level curves.