Post-metamorphic effects in the anorthosites of the Adirondacks, New York were described. Calcite-chlorite-sericite assemblages occur as veins, in disseminated form and as clots, and document retrograde fluid infiltration. These features are associated with late-state CO2-rich fluid inclusions. Stable isotope analyses of calcites indicates that the retrograde fluids interacted with meta-igneous and supracrustal lithologies, but the precise timing of the retrogression is as yet unknown
The Caldeonian nappes of North Central Norway record similar D1 to D4 deformation histories. They e...
The implications of Cl-rich minerals in granulite facies rocks are discussed. Results from ironstone...
Since the discovery of CO2 fluid inclusions in granulites, the role of fluids in the formation of th...
Results on late Proterozoic metamorphism of granulite in the Adirondacks are presented. There more t...
The various models for the nature and origin of fluids in granulite facies metamorphism were summari...
The fluid phase plays an important role in many crustal processes, such as metamorphism, metasomatis...
Quantitative estimates of metamorphic fluid speciation, stable isotopic analyses, and studies of flu...
Data was discussed from several different terrains in which CO2-rich fluid inclusions occur despite ...
Fluid inclusions can be used to determine the compositional evolution of fluids present in high grad...
Mineral equilibria and stable C-O isotopic compositions have been studied in amphibolite and granuli...
Abstract Granulites constitute a major part of the (lower) continental crust, occurring on a regiona...
At peak granulite-facies metamorphic conditions, lower continental crust is arguably fluxed by large...
CO2-bearing fluid inclusions (FI) from granulites have been the main advocate for an active role of ...
AbstractAt peak granulite-facies metamorphic conditions, lower continental crust is arguably fluxed ...
Lower crustal granulites, which constitute the base of all continents, belong to two series: high-pr...
The Caldeonian nappes of North Central Norway record similar D1 to D4 deformation histories. They e...
The implications of Cl-rich minerals in granulite facies rocks are discussed. Results from ironstone...
Since the discovery of CO2 fluid inclusions in granulites, the role of fluids in the formation of th...
Results on late Proterozoic metamorphism of granulite in the Adirondacks are presented. There more t...
The various models for the nature and origin of fluids in granulite facies metamorphism were summari...
The fluid phase plays an important role in many crustal processes, such as metamorphism, metasomatis...
Quantitative estimates of metamorphic fluid speciation, stable isotopic analyses, and studies of flu...
Data was discussed from several different terrains in which CO2-rich fluid inclusions occur despite ...
Fluid inclusions can be used to determine the compositional evolution of fluids present in high grad...
Mineral equilibria and stable C-O isotopic compositions have been studied in amphibolite and granuli...
Abstract Granulites constitute a major part of the (lower) continental crust, occurring on a regiona...
At peak granulite-facies metamorphic conditions, lower continental crust is arguably fluxed by large...
CO2-bearing fluid inclusions (FI) from granulites have been the main advocate for an active role of ...
AbstractAt peak granulite-facies metamorphic conditions, lower continental crust is arguably fluxed ...
Lower crustal granulites, which constitute the base of all continents, belong to two series: high-pr...
The Caldeonian nappes of North Central Norway record similar D1 to D4 deformation histories. They e...
The implications of Cl-rich minerals in granulite facies rocks are discussed. Results from ironstone...
Since the discovery of CO2 fluid inclusions in granulites, the role of fluids in the formation of th...