Fluid inclusion and petrologic characteristics of South India granulites and their bearing on the sources of metamorphic fluids are discussed. This paper served as a review and an introduction to the next paper by D. Jackson. Jackson presented carbon isotope data from gases extracted from fluid inclusions in South Indian granulites. The uniformly low Delta C-13 values (minus 10 plus or minus 2 per mil) and the greater abundance of CO2 in the incipient charnockites are suggestive of fluid influx from an externally buffered reservoir
AbstractIncipient charnockites represent granulite formation on a mesoscopic scale and have received...
Arrested prograde charnockite formation in quartzofeldspathic gneisses is widespread in the high-gra...
Carbon isotope compositions of carbonate rocks from similar to 2.7-Ga-old Neoarchean Vanivilas Forma...
Carbon dioxide-rich inclusions commonly occur in the banded charnockites and khondalites of southern...
A stepped heating gas extraction technique has been developed which is capable of isolating CO2 rele...
The various models for the nature and origin of fluids in granulite facies metamorphism were summari...
Data was discussed from several different terrains in which CO2-rich fluid inclusions occur despite ...
We report a new occurrence of incipient charnockite from Mavadi in the Trivandrum Granulite Block (T...
Scapolite decarbonation reactions and carbon isotope analysis of CO$\sb2$ extracted from scapolite a...
The present research is aimed at studying the charnockites and associated rocks of the Madurai Granu...
The Kodaikanal massif is part of a Precambrian terrane characterized by granulite facies rocks. It i...
The various theories in the field on the Southern Indian granulite formation are discussed. Some wid...
High-density CO2 inclusions occur abundantly in granulite facies rocks (age of metamorphism approxim...
Incipient charnockites represent granulite formation on a mesoscopic scale and have received conside...
Charnockites, constituents of most Precambrian high-grade terrains 1,2, are essential for understand...
AbstractIncipient charnockites represent granulite formation on a mesoscopic scale and have received...
Arrested prograde charnockite formation in quartzofeldspathic gneisses is widespread in the high-gra...
Carbon isotope compositions of carbonate rocks from similar to 2.7-Ga-old Neoarchean Vanivilas Forma...
Carbon dioxide-rich inclusions commonly occur in the banded charnockites and khondalites of southern...
A stepped heating gas extraction technique has been developed which is capable of isolating CO2 rele...
The various models for the nature and origin of fluids in granulite facies metamorphism were summari...
Data was discussed from several different terrains in which CO2-rich fluid inclusions occur despite ...
We report a new occurrence of incipient charnockite from Mavadi in the Trivandrum Granulite Block (T...
Scapolite decarbonation reactions and carbon isotope analysis of CO$\sb2$ extracted from scapolite a...
The present research is aimed at studying the charnockites and associated rocks of the Madurai Granu...
The Kodaikanal massif is part of a Precambrian terrane characterized by granulite facies rocks. It i...
The various theories in the field on the Southern Indian granulite formation are discussed. Some wid...
High-density CO2 inclusions occur abundantly in granulite facies rocks (age of metamorphism approxim...
Incipient charnockites represent granulite formation on a mesoscopic scale and have received conside...
Charnockites, constituents of most Precambrian high-grade terrains 1,2, are essential for understand...
AbstractIncipient charnockites represent granulite formation on a mesoscopic scale and have received...
Arrested prograde charnockite formation in quartzofeldspathic gneisses is widespread in the high-gra...
Carbon isotope compositions of carbonate rocks from similar to 2.7-Ga-old Neoarchean Vanivilas Forma...