Evaluating remnant doses is crucial for luminescence dating of late Holocene sedimentary
deposits, especially when slow-bleaching feldspar pIRIR signals are employed. Previous …

The measurement of cosmogenic nuclide (CN) concentrations in riverine sediment has
provided breakthroughs in our understanding of landscape evolution. Yet, linking this detrital …

Sediment burial dating using optically stimulated luminescence (OSL) is a well-established
tool in geochronology. An important but often inapplicable requirement for its successful use …

Conditions of sediment transport and deposition in highly dynamic fluvio-glacial
environments enhance incomplete bleaching of luminescence signals during sunlight …

This paper describes ways that Infra-Red Stimulated Luminescence (IRSL) signals from K-
feldspar grains can be used to determine patterns and rates of sediment transport. In …

Risø laser-based luminescence readers (XY) are well-established in measuring single-grain
luminescence for dating and tracing purposes. The use of novel EMCCD cameras is …

Channel deposits from meandering rivers have proven to be far more complex than the well‐
known lithofacies model consisting of coarse‐grained channel, gravelly channel‐lag and …

We investigate how luminescence signals imprinted on fluvial sediments vary depending on
the depositional environment and vary through time in the same river. We collected …

Mass movements play an important role in landscape evolution of high mountain areas such
as the Himalayas. Yet, establishing numerical age control and reconstructing transport …

Plaggic anthrosols demonstrate the significant and widespread influence of agriculture on
the landscape of northern Europe and testify to increased land-use intensity over the last …