Luminescence dating of rock surfaces is an emerging absolute chronological technique that
has the potential to determine how long a rock surface has been exposed to daylight and/or …

In this study, we use optically stimulated luminescence (OSL) to establish a robust absolute
chronology for the lower part of the stratigraphic record at “Les Roches d'Abilly”, an …

Using luminescence to date the burial and exposure ages of rock surfaces has been a
revolutionary new geochronological approach developed and refined over the past decade …

The dating of moraine deposits can present challenges to standard geochronological
methods; terrestrial cosmogenic nuclide (TCN), sediment luminescence and radiocarbon …

Depth-dependent luminescence in the top few millimetres of rock surface emerges as a
potential tool to estimate rock surface exposure age and post-exposure erosion rate. It relies …

The emerging technique of rock surface luminescence dating employs a double-exponential
fitting dating model based on the Bouguer-Lambert law. The accuracy of exposure age …

Understanding of the attenuation of light into a rock surface is fundamental to the successful
modelling of the luminescence profile in rock resulting from prolonged daylight exposure …

Luminescence measurements of bedrock outcrops and cobbles can be used to infer sunlight
exposure and burial chronologies, bedrock erosion rate estimates, and, along with electron …