Cosmogenic nuclide techniques have advanced the geosciences by providing tools for
exposure age dating, burial dating, quantification of denudation rates and more. Advances …

As cosmogenic nuclide applications continue to expand, the need for a common basis for
calculation becomes increasingly important. In order to accurately compare between results …

Reconstructing Quaternary landscape evolution today frequently builds upon cosmogenic-
nuclide surface exposure dating. However, the study of complex surface exposure …

Past variations in climate and tectonics have led to spatially and temporally varying erosion
rates across many landscapes. In this contribution I examine methods for detecting and …

This paper integrates prior scholarship on desert pavements with a case study of pavements
on stream terraces in the Sonoran Desert to analyze the processes and site conditions that …

We reconstruct the timing of ice flow reconfiguration and deglaciation of the Central Alpine
Gotthard Pass, Switzerland, using cosmogenic 10 Be and in situ 14 C surface exposure …

In situ radiocarbon inorganic production and retention pathways are distinct from those of
the more commonly used traditional organic/atmospheric 14C. In addition, a growing …

During 2015 and culminating in early 2016, we acquired a new Carbon Extraction and
Graphitization System (CEGS) from Aeon Laboratories, LLC (hereafter,“Aeon”), and adapted …

To constrain the depth-dependence of in situ 14 C production we measured the cosmogenic
14 C concentration of quartz separates along a quartzite core from the Leymon High site in …

We present a new in-situ cosmogenic 14 C extraction system developed at ETH Zürich. This
system quantitatively extracts 14 C produced in quartz by cosmic rays using a high …