This paper reviews the application of cosmogenic-nuclide exposure dating to glacier
chronology. Exposure dating of glacial landforms has made an outsize impact on this field …

Surface exposure dating using cosmic-ray-produced nuclides has been applied to
determine the age of thousands of landforms produced by alpine glaciers in mountain areas …

Understanding the temporal variation of cosmic radiation and solar activity during the
Holocene is essential for studies of the solar-terrestrial relationship. Cosmic-ray produced …

The current performance of all three AMS systems in operation at ETH Zurich, the 6MV
HVEC EN-Tandem facility “TANDEM”, the 0.5 MV NEC Pelletron “TANDY”, and the 0.2 MV …

Terrestrial cosmogenic nuclides, produced by secondary cosmic-ray interactions in the
atmosphere and in situ within minerals in the shallow lithosphere, are widely used to date …

The India–Asia collision zone is a key area for understanding continental plateau formation
and mountain building. Two fundamental questions in this context are how the …

Cosmogenic nuclide analysis in sediment from the Earth's largest rivers yields mean
denudation rates of the sediment-producing areas that average out the local variations …

The concentration of 10 Be in detrital quartz (10 Be qtz) from river sediments is now widely
used to quantify catchment-wide denudation rates but may also be sensitive to inputs from …

In this study, we focus on the postglacial Chironico landslide in Valle Leventina, the valley of
the Ticino river immediately south of the Gotthard pass (southern Swiss Alps). At Chironico …

Concentrations of meteoric 10Be extracted from detrital Amazon River sediment are strongly
particle size-dependent. Such grain size dependency presents a formidable obstacle to …