Apparent polar wander paths (APWPs) calculated from paleomagnetic data describe the
motion of tectonic plates relative to the Earth's rotation axis through geological time …

The extrusion and clockwise rotation of the southeastern Tibetan Plateau around the
Eastern Himalaya Syntaxis has been playing an important role in accommodating the …

The identification of the Grenvillian‐age ophiolite suites in the Yangtze block in recent years
suggested that the northern Yangtze subblock (NYB) and the southern Yangtze subblock …

Paleomagnetic poles used to compute apparent polar wander paths (APWPs) are strongly
dispersed, which was recently shown to cause a large fraction (> 50%) of these poles to be …

To determine a paleopole, the paleomagnetic community commonly applies a loosely
defined set of quantitative data filters that were established for studies of geomagnetic field …

Abstract The India‐Eurasia collision is a key case study for understanding the influence of
plate tectonic processes on Earth's crust, atmosphere, hydrosphere, and biosphere …

Abstract Relative Caribbean‐North American plate motion is partitioned over the trench and
intra‐Caribbean plate faults that bound large scale tectonic blocks. Quantifying the kinematic …

To refine the postcollisional extrusion and convergence history of the southeastern Tibetan
Plateau, we report a quality paleomagnetic data set from Upper Cretaceous redbeds of the …

Paleomagnetic data constrain paleogeographic motion of rocks relative to the Earth's spin
axis, which is a sum of plate motion relative to the mantle and true polar wander. Discerning …

Fossil organisms of the Boreal Realm in the Tuva–Mongol Block (TMB) and Amuria Block
(AMB) are commonly thought to have lived at mid to high latitudes during the Carboniferous …