What is luminescence dating
The light energy released is derived from electron displacements within the crystal lattice of such a substance caused by previous exposure to high-energy radiation.
Heating the substance at temperatures of about 450° C (842° F) and higher enables the trapped electrons to return to their normal positions, resulting in the release of energy.
the emission of a characteristic colour of light) when stimulated.
Guidance is provided on how luminescence ages can be interpreted and published as well as how they can be used within chronological frameworks.
With luminescence dating continuing to develop, information on more experimental approaches is given which may help expand the range of chronological challenges to which luminescence dating can be routinely applied Principles and history of luminescence dating From sampling to reporting Incorporating luminescence ages into chronometric frameworks Applications in aeolian environments Applications in loessic environments Applications in glacial and periglacial environments Applications in fluvial and hillslope environments Applications in coastal and marine environments Applications of luminescence dating to active tectonic contexts Applications in archaeological contexts Rock surface burial and exposure dating Future developments in luminescence dating Reviving Palmyra in Multiple Dimensions: Ahmet Denker, Gabriele Fangi, Minna Silver Caithness Archaeology J. Heald Soil and Rock Description in Engineering Practice David Norbury Logging the Chalk Rory N.
This allows researchers to date materials that cannot be dated using other techniques (e.g., lack of suitable organic remains for radiocarbon dating).
Additionally, since it is capable of directly dating cultural materials such as ceramics, the bridging arguments between dating events and target events are minimized.