New geochemical and 40Ar/39Ar hornblende and biotite data from the Grenvillian Trenton Prong inlier provide the first constraints for the identification of lithotectonic units, their tectonic setting, and their metamorphic to post-metamorphic history. Gneissic tonalite, diorite, and gabbro compose the Colonial Lake Suite magmatic arc that developed along eastern Laurentia prior to 1.2 Ga. Spatially associated low- and high-TiO2 amphibolites were formed from island-arc basalt proximal to the arc front and mid-ocean ridge basalt-like basalt in a back-arc setting, respectively. Supracrustal paragneisses include meta-arkose derived from a continental sediment source of Laurentian affinity and metagraywacke and metapelite from an arc-like sedime...
Eight granitic bodies from the Grenville Province of Ontario have been petrographically and geochemi...
The Inner Piedmont (IP) is the Neoacadian migmatitic orogenic core of the southern Appalachians, exh...
The Alleghanian orogeny is manifested in eastern North Carolina by dextral transpressional faulting ...
New geochemical and 40Ar/39Ar hornblende and biotite data from the Grenvillian Trenton Prong inlier ...
The Grenville Province is a remnant of a ca. 1.1 Ga orogen, exposed as a continuous belt in northeas...
Detailed geologic mapping, SHRIMP U-Pb zircon geochronology, geochemistry, petrology, and structural...
Basement rocks in the northern Virginia Blue Ridge include petrologically diverse granitoids and gra...
The Central Blue Ridge sub-province of the southern Appalachian Mountains preserves an unique and co...
Ion microprobe U-Pb analyses of zircons from basement units in the southern Appalachians, combined w...
Identifying the crustal affinity of Grenville basement rocks in the Dellwood quadrangle, western NC,...
Geologic mapping of Mesoproterozoic lithologies and foliations, and sensitive high-resolution ion mi...
New field and laboratory data collected for the northeastern Inner Piedmont (IP) reveal the structur...
Integration of much new surface and subsurface data suggests major reinterpretations of stratigraphy...
The late Paleoproterozoic to Mesoproterozoic (ca. 1.7–1.2 Ga) evolution of the active southeastern m...
The granulite-facies Wilmington Complex in the Pennsylvania-Delaware Piedmont, is composed of felsic...
Eight granitic bodies from the Grenville Province of Ontario have been petrographically and geochemi...
The Inner Piedmont (IP) is the Neoacadian migmatitic orogenic core of the southern Appalachians, exh...
The Alleghanian orogeny is manifested in eastern North Carolina by dextral transpressional faulting ...
New geochemical and 40Ar/39Ar hornblende and biotite data from the Grenvillian Trenton Prong inlier ...
The Grenville Province is a remnant of a ca. 1.1 Ga orogen, exposed as a continuous belt in northeas...
Detailed geologic mapping, SHRIMP U-Pb zircon geochronology, geochemistry, petrology, and structural...
Basement rocks in the northern Virginia Blue Ridge include petrologically diverse granitoids and gra...
The Central Blue Ridge sub-province of the southern Appalachian Mountains preserves an unique and co...
Ion microprobe U-Pb analyses of zircons from basement units in the southern Appalachians, combined w...
Identifying the crustal affinity of Grenville basement rocks in the Dellwood quadrangle, western NC,...
Geologic mapping of Mesoproterozoic lithologies and foliations, and sensitive high-resolution ion mi...
New field and laboratory data collected for the northeastern Inner Piedmont (IP) reveal the structur...
Integration of much new surface and subsurface data suggests major reinterpretations of stratigraphy...
The late Paleoproterozoic to Mesoproterozoic (ca. 1.7–1.2 Ga) evolution of the active southeastern m...
The granulite-facies Wilmington Complex in the Pennsylvania-Delaware Piedmont, is composed of felsic...
Eight granitic bodies from the Grenville Province of Ontario have been petrographically and geochemi...
The Inner Piedmont (IP) is the Neoacadian migmatitic orogenic core of the southern Appalachians, exh...
The Alleghanian orogeny is manifested in eastern North Carolina by dextral transpressional faulting ...