Based on a combination of Electron Spin Resonance (ESR) dating of quartz, luminescence
dating of K-feldspar and palaeomagnetism, this study presents the first chronostratigraphic …

In mountain belts, strath terrace staircases serve as markers for deriving river incision rates
and erosional patterns. Distinguishing between terrace patterns influenced by external …

Exploring the long-term mechanism of hazard formation and identifying prospective hazard
areas is critical for human survival and the risk management of crucial engineering facilities …

River-incision rate is widely used to track changes in tectonics or climate over time and
space. However, the feasibility of utilizing the spatial variations of river incision to reconstruct …

Reconstructing and interpreting past hydrological system changes from the Quaternary
sediment-landform record presents many challenges especially when trying to establish …

The rise of large mountain ranges is considered to be driven by tectonics potentially coupled
with climate driven-erosion, although the role of this coupling remains uncertain. The arid …

Accurate chronologies of fluvial terraces are necessary to understand fluvial responses to
climate and sea-level changes and uplift. Although feldspar post-infrared infrared stimulated …

The Fluvial Archives Group (FLAG) was formed in 1996 under the auspices of the British
Quaternary Research Association (QRA). The rationale for its creation was the desire to …

Landscape evolution provides insight into the tectonic and erosional processes that have
shaped the topography observed today. However, in many cases, an estimate of an earlier …

The fast‐slipping Alpine (∼ 30 mm/yr), Hope (∼ 10–20 mm/yr) and Kelly (∼ 6 mm/yr) faults
in the South Island of New Zealand form a complex intersection zone that accommodates …