Age constraints of late Cenozoic fluvial terraces are important for addressing surface
process questions related to the incision rates of rivers, or tectonic and climate controls on …

Absolute dating of river terraces can yield long-term incision rates, clarify the role of climate
in setting times of aggradation and incision, and establish the rates of pedogenic processes …

Studying river long-profile development as a response to tectonic and climatic controls
requires reliable age-dating of palaeo-profile remnants preserved as river terraces. Cosmic …

The denudation of landscapes is affected by temporal and spatial variations in tectonics,
climate, and vegetation. However, deciphering the contributions of these different processes …

Abstract Information about past climate, tectonics, and landscape evolution is often obtained
by dating geomorphic surfaces comprising deposited or aggraded material, eg fluvial fill …

River-borne quartz carries a cosmogenic nuclide memory that is a function of the catchment-
wide erosion rate. This record may be preserved in fluvial deposits such as river terraces. If …

We have estimated recent river incision rates using the in situ‐produced 36Cl cosmogenic
nuclide concentrations. The target site consists of a~ 25 m high vertical profile along a …

IGCP 449 (2000–2004) amassed data on fluvial systems world-wide, concentrating on key
sequences, especially those benefiting from multiple lines of dating evidence. These …

Terrace ages deduced from diverse geochronological records yielded inconsistent data in
the Danube valley in Hungary. The problem of discrepancies in the different chronological …

Cosmogenic burial dating based on measurements of the 26 Al/10 Be ratio is a well-
established geochronological method that contributed to significant progress in several …