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 …

While the abrupt climate events of the last deglaciation are well defined in ice core records
from the polar regions of both hemispheres, their manifestation elsewhere is less well …

Cosmogenic exposure dating has greatly enhanced our ability to define glacial chronologies
spanning several global cold periods, and glacial boulder exposure ages are now routinely …

Mapping and forty-seven new 10 Be ages help define the timing of glaciation in the Ladakh
and Pangong Ranges in Northwest India. Five new local glacial stages are defined for the …

Tephras are important for the NZ-INTIMATE project because they link all three records
comprising the composite inter-regional stratotype developed for the New Zealand climate …

Paleoclimatic records show that the Greenland Ice Sheet consistently has lost mass in
response to warming, and grown in response to cooling. Such changes have occurred even …

Mapping and thirty-eight 10 Be terrestrial cosmogenic nuclide (TCN) ages help define the
timing of glaciation in the monsoon-influenced Greater Himalaya in central Garwhal, India …

The last decade has seen a global surge in the number and resolution of well-dated
geomorphological reconstructions of mountain glacier fluctuations and former ice sheet …

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 …

While revolutionary to the geomorphic community, the application of terrestrial cosmogenic
nuclide (TCN) dating is complicated by geological uncertainties, which often lead to skewed …