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The 13 pages that link to Optically stimulated luminescence, each with the reason it gives.

• Radiometric datingCompared with: It dates sediment burial using trapped charge, rather than the decay clock used in radiometric methods.

• Archaeological datingBroader topic: It dates sediment burial when grains were shielded from light.

• Desert pavementRelated: Dating buried sediment beneath pavement can reveal when it was last deposited.

• Relative datingCompared with: It estimates elapsed time for sediment, beyond placing deposits in sequence.

• River terraceRelated: It can date sediment deposited on a terrace before the surface was abandoned.

• Absolute datingRelated: It can date the burial of sediments by measuring accumulated radiation effects.

• Archaeological chronologyRelated: It can date the burial of sediments where organic material is absent.

• PetroglyphRelated: It can date sediments that buried or became exposed alongside a petroglyph.

• Thermoluminescence datingCompared with: It commonly dates sediment burial, while thermoluminescence uses laboratory heating and can date firing.

• Before PresentRelated: Luminescence ages can also be reported in years before a chosen present.

• Pluvial lakeRelated: It can date shoreline and sediment deposits formed during lake highstands.

• Prehistoric AsiaRelated: It helps date sediments and artifacts where organic samples are absent.

• Prehistory of AustraliaRelated: It can date sediments at sites where suitable organic material is absent.