Cosmogenic nuclide techniques have advanced the geosciences by providing tools for
exposure age dating, burial dating, quantification of denudation rates and more. Advances …

River terraces are among the most intriguing geomorphic features that have been reported
from the Peruvian Andes hosting some of the most classical staircase terrace systems. Here …

The evolution of Earth's climate over geological timescales is linked to surface erosion via
weathering of silicate minerals and burial of organic carbon. However, methodological …

The measurement of cosmogenic nuclide (CN) concentrations in riverine sediment has
provided breakthroughs in our understanding of landscape evolution. Yet, linking this detrital …

The central part of the Western Andes holds an exceptional concentration of giant
paleolandslides involving very large volumes of rock material (v> km 3). While those …

It has long been hypothesized that climate can modify both the pattern and magnitude of
erosion in mountainous landscapes, thereby controlling morphology, rates of deformation …

Alluvial fans are hypothesised to record signals of past hydroclimate changes in their
depositional chronologies and slopes. However, direct tests of this hypothesis have been …

Abstract The intermontane Humahuaca Basin in the Eastern Cordillera of the northwest
Argentine Andes lies leeward of an orographic barrier to easterly derived moisture. An …

It is of major importance for Earth surface sciences to reconstruct denudation rates in the
most precise and accurate way. For this, it can be useful to test on the same setting methods …

Intense storms or earthquakes in mountains can supply large amounts of gravel to rivers.
Gravel clasts then travel at different rates, with periods of storage and periods of …