Data

Sediment core: 5053-4A Segment: 1 Section: 3 Proxy: HiRes Line Scan Image OSL material

Luminescence ages and additional information about palaeodose estimation and dosimetry. Optically stimulated luminescence dating was carried out on 20 quartz and feldspar samples using different measurement protocols (OSL, postIR IRSL @ 290 °C). Most quartz samples from the Remagen site suffer from a thermally unstable medium component, therefore quartz ages are unreliable. Further post IR IRSL dating is in progress.

Luminescence ages and additional information about palaeodose estimation and dosimetry. Optically stimulated luminescence dating was carried out on 23 quartz and feldspar samples using different measurement protocols (OSL, IRSL, postIR IRSL at various temperatures). Thermoluminescence dating of heated silex was applied to 5 samples using a SAR protocol.

Luminescence ages and additional information about palaeodose estimation and dosimetry. Optically stimulated luminescence dating of fluvial and lacustrine deposits was carried out on 6 quartz samples and 1 polymineral fine grain sample. Only little sample material was left of the three fluvial samples. Palaeodose measurements revealed zero doses from which we concluded that either the samples are modern or are not suitable for dating. No further measurements were carried out because of only little sample...

Luminescence ages and additional information about palaeodose estimation and dosimetry. Optically stimulated luminescence dating was carried out on 31 quartz samples and 7 feldspar samples. Thermoluminescence dating of heated silex was applied to 11 samples using various measurement protocols (SAR, MAAD, SARA). Preliminary TL ages were published in Sitlivy et al. 2012, Quartar 59, 85-130. Further results are given in Schmidt et al. Journal of Archaeological Sciences (in review).

Luminescence ages and additional information about palaeodose estimation and dosimetry. So far, 14 quartz samples were dated, further 5 quartz samples are in progress. The results are partially published (Bertrams et al. 2012, Quaternary International 274, 55-72, Klasen et al. Quaternary Geochronology)