The cosmogenic nuclide exposure history method is undergoing major developments in
analytical, theoretical, and applied areas. The capability to routinely measure low …

During the last twenty years, several technical developments have considerably intensified
the use of numerical dating methods for the Quaternary. The study of fluvial archives has …

Summary Late Pleistocene–Holocene sinistral slip-rates on several segments of the Kunlun
Fault in northeastern Tibet have been determined. These determinations are based on the …

In the last decades surface exposure dating using cosmogenic nuclides has emerged as a
powerful tool in Quaternary geochronology and landscape evolution studies. Cosmogenic …

In eastern Indonesia, the Central Sulawesi fault system consists of complex left‐lateral strike‐
slip fault zones located within the triple junction area between the Pacific, Indo‐Australian …

Millennial slip rates have been determined for the Altyn Tagh fault (ATF) at three sites near
Aksay (∼ 94° E) in northeastern Tibet by dating fluvial channels and terrace riser offsets with …

A new Global Positioning System (GPS)‐derived velocity field for the Andes mountains (26°–
36° S) allows analysis of instantaneous partitioning between elastic and anelastic …

Cosmogenic isotope analysis involves the measurement of cosmogenic nuclides that have
accumulated in the upper few metres of the Earth's surface as a result of interactions …

Over periods of thousands of years, active faults tend to slip at constant rates. Pioneer
studies of large Asian faults show that cosmogenic radionuclides (10Be, 26Al) provide an …

The Precordillera thrust belt of western Argentina is anomalously close, both horizontally
and vertically, to the coeval subduction zone of the Nazca plate. The thin-skinned part of the …