Abstract Multiple (> 20) crustal faults ruptured to the ground surface and seafloor in the 14
November 2016 M w 7.8 Kaikōura earthquake, and many have been documented in detail …

Site‐specific paleoseismic data are key datasets underpinning the parameterization of large
(M w∼ 7+) earthquakes on faults in seismic hazard models. For the New Zealand National …

The tectonic deformation of the southeastern margin of the Tibetan Plateau underwent
significant changes before and after the Miocene, which led to the change of the deformation …

Coseismic slip distributions of repeated earthquakes are important data used to forecast
magnitude and recurrence characteristics of future earthquakes. Many studies infer …

Surface ruptures and coseismic slip distributions of large earthquakes are the keys to
understanding earthquake rupture processes, analyzing rupture history of associated faults …

Abstract The 1957, MW 8.1, Gobi-Altai earthquake, Southern Mongolia, produced a~ 360-km-
long surface rupture along the Eastern Bogd fault. Cumulative offsets of geomorphic features …

Earthquakes on strike-slip faults are preserved in the geomorphic record by offset land-forms
that span a range of displacements, from small offsets created in the most recent earthquake …

Measuring fault offsets preserved at the ground surface is of primary importance to recover
earthquake and long‐term slip distributions and understand fault mechanics. The recent …

Reconstruction of the along‐fault slip distribution provides an insight into the long‐term
rupture patterns of a fault, thereby enabling more accurate assessment of its future behavior …

High‐resolution topographic data sets have now become increasingly available, which
allows for remotely measuring and analyzing offset features and their associated slip …