In this study, we evaluate the application of shallow (< 2.5 m) cosmogenic depth profiles in
bedrock to constrain long-term ice-burial and erosion histories. Using Markov Chain Monte …

The first records of Greenland Vikings date to 985 CE. Archaeological evidence yields
insight into how Vikings lived, yet drivers of their disappearance in the 15th century remain …

The Greenland Ice Sheet is a large contributor to global sea-level rise, and current mass
losses are projected to accelerate. However, model projections of future ice-sheet evolution …

Although catchment-wide denudation rates inferred from in situ cosmogenic nuclide
concentrations measured in stream sediments has represented a ground-breaking progress …

Inheritance from prior exposure often complicates the interpretation of terrestrial cosmogenic
nuclide (TCN) inventories in glaciated terrain. Lochnagar, a mountain in eastern Scotland …

Cosmogenic exposure dating is one of the most widely used methods to constrain the
deglaciation history of former glaciated areas. In Greenland, more than 1000 cosmogenic 10 …

Accurate estimates of past topography are required to reliably reconstruct past ice sheets to
infer palaeoclimate. For this reason, understanding erosion rates across East Greenland is …

The Norwegian strandflat is a prominent low-relief bedrock surface found near sea level
along most of the west coast of Norway. Its origin has been discussed throughout the last …

Wind activity is a powerful force that shapes the landscapes of deserts, coastal areas, and
regions adjacent to ice sheets, and it has significant implications for human settlement. In …

Quantifying erosion rates over various spatial and temporal scales across the Tibetan
Plateau and its surrounding mountains is crucial to understanding the topographic evolution …