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 …

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 …

Abstract Models of the production of cosmogenic nuclides typically incorporate an
adjustable production rate parameter that is scaled for variations in production with latitude …

Several models have been proposed for scaling in situ cosmogenic nuclide production rates
from the relatively few sites where they have been measured to other sites of interest. Two …

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 …

Over the last decades, cosmogenic exposure dating has permitted major advances in many
fields of Earth surface sciences and particularly in paleoglaciology. Yet, exposure age …

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 …

When calculated with the commonly accepted average Northern Hemisphere production
rate, 10Be dates of surface boulders on moraines in the Lago Argentino area of Patagonia …

Abstract The Greater Yellowstone Glacial System (GYGS) covered about 20,000 km 2 at its
maximum Pleistocene extent. The initiation, culmination, and ultimate decay of the GYGS …

Large-scale gravitational flank collapses of steep volcanic islands are hypothetically
capable of triggering megatsunamis with highly catastrophic effects. Yet, evidence for the …