First, I benchmark existing methods of calculating subsurface 26 Al, 10 Be, and 14 C
production rates due to cosmic-ray muons against published calibration data from bedrock …

A compilation and a critical assessment of the 14C data set available show that the
chronology of glacial events in the Pyrenees is not well constrained. After reviewing the …

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 …

For the last two decades, in situ produced cosmogenic nuclides are increasingly applied in
Earth sciences to quantify surface processes. In parallel, significant reduction of the …

Landscape denudation in actively deforming mountain ranges is controlled by a
combination of rock uplift and surface runoff induced by precipitation. Whereas the relative …

Geological surface-exposure dating using cosmogenic-nuclide accumulation became a
practical geochronological endeavor in 1986, when the utility of 10 Be, 26 Al, 36 Cl, and 3 …

Uplifted Neogene marine sediments and Quaternary fluvial terraces in the Mut Basin,
southern Turkey, reveal a detailed history of surface uplift along the southern margin of the …

The Upper Durance catchment is an area prone to rock-slope failures. Such failures reflect
the combination of high relief, litho-structural controls and paraglacial stress release. The …

The Himalayas represent the archetype of mountain building due to active continental
collision and are considered in many studies as the locus of intense interactions between …

Although it is generally assumed that the internal structure of a slope (eg lithology and rock
mass properties, inherited faults and heterogeneities, etc.) is preponderant for the …