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 …

The long-cultivated loess landscapes of central Europe provide the opportunity to explore
the long-term perspective on the evolution human-natural sediment systems that are driven …

Global data suggest that erosion rates variously scale with steepness or climate forcing
(precipitation or glacial excavation), but the relative influence of these factors has proven …

Geomorphometry may be a powerful tool to describe the characteristics of the landscape's
response to tectonic signals, but the meaning of morphometric indices is often obscured by …

Although it constitutes a main tool to unravel the regional recent tectonics, the chronology of
the Pleistocene river incision is still poorly constrained within the uplifted Ardennes massif …

The rate of erosion is critical for characterizing landscape evolution and understanding the
interactions between tectonic activity, climate, and surface processes in active orogenic …

Geomorphic processes that produce and transport sediment, and incise river valleys are
complex; and often difficult to quantify over longer timescales of 10 3 to 10 5 y. Morphometric …

Formerly closed drainage basins provide exceptional settings for quantifying fluvial incision
and landscape dissection at different time scales. Endorheic basins trap all the sediment …

As a response to Late Cenozoic tectonic uplift of the Ardenne massif, the Meuse River and
its drainage system deeply incised the landscapes of Southern Belgium. Well-preserved …

This chapter deals with the long-term geomorphology of the Paleozoic Ardenne–Oesling
massif of S Belgium and the landforms that currently attest the very long persistence and …