Previously published and new U-Pb geochronologic analyses provide 313 zircon and 59
titanite ages that constrain the igneous and cooling history of the Coast Mountains batholith …

Abstract The north-central Canadian Cordillera is characterized by networks of structures of
Cretaceous and Cenozoic ages that formed as a consequence of variably oblique dextral …

We present a new reconstruction of the mid-Cretaceous (100 Ma) paleogeography of the
United States and Canadian Cordillera, based on (a) restoring displacements within the …

ABSTRACT The North American Cordillera experienced major contractional deformation
during the Cretaceous–Paleogene, which is commonly attributed to normal subduction …

Recent exploration has identified a series of Cu-Mo skarn deposits within the Xuancheng-
Magushan orefield. The orefield forms part of the Nanling-Xuancheng mining district, which …

The western Idaho shear zone is one of several Cretaceous high-strain zones in the
Cordillera that are thought to have been associated with the northward translation and/or …

The Coast Mountains orogen, southeastern Alaska, and the Salmon River suture zone,
western Idaho, record the accretion of oceanic crustal fragments to the North American …

The Hercynian Orogen of Gondwanan France and Iberia is a collage of disparate terranes
separated by faults. Plate reconstructions indicate that the orogen developed during a …

Major element, trace element and Nd–Sr isotopic data are presented for 82 plutonic rocks
from the southern Coast Mountains Batholith (CMB) in British Columbia, Canada, ranging in …

The provenance of Jurassic to Cretaceous flysch along the northern boundary of the
allochthonous Wrangellia composite terrane, exposed from the Lake Clark region of …