Metapelite forms an important component of the high grade supracrustal sequence in Southern Karnataka. The PT conditions of metamorphism indicate 600-700°C and pressures of 4 to 5.5 kb. Geochemical data indicate a heterogenous source dominated by felsic rocks. -from Author
Aluminous metasediments occurring in the central part of the Eastern Dharwar Craton (EDC), southern ...
The Nilgiri Block, southern India represents an exhumed section of lower, late Archean (2500 Ma) cru...
The Achankovil Zone of southern India forms a distinct isotopic and structural boundary separating t...
The Archaean Karnataka craton of southern India contains Eastern and Western crustal blocks (separat...
The Archaean Karnataka craton of southern India contains Eastern and Western crustal blocks (separat...
The Archaean craton of southern India is characterized by a highly complicated and not yet fully und...
Deformed and metamorphic ultramafic to mafic rocks emplaced into the Archaean Sargur supracrustal se...
Greenschist facies metabasalts showing relict spinifex texture, associated with the Late Archaean Be...
In the amphibolite-granulite facies transition zone of southeastern Karnataka a typical metamorphic-...
Charnockites, constituents of most Precambrian high-grade terrains 1,2, are essential for understand...
In the amphibolite-granulite facies transition zone of southeastern Karnataka a typical metamorphic-...
The high-grade gneiss complex of the Satnur-Halagur-Sivasamudram area in southern Karnataka forms...
New petrographic, major and trace element, and isotopic age data are presented for four suites of ro...
New petrographic, major and trace element, and isotopic age data are presented for four suites of ro...
The area investigated forms part of the Archaean high-grade gneiss terrain of Karnataka. The rocks c...
Aluminous metasediments occurring in the central part of the Eastern Dharwar Craton (EDC), southern ...
The Nilgiri Block, southern India represents an exhumed section of lower, late Archean (2500 Ma) cru...
The Achankovil Zone of southern India forms a distinct isotopic and structural boundary separating t...
The Archaean Karnataka craton of southern India contains Eastern and Western crustal blocks (separat...
The Archaean Karnataka craton of southern India contains Eastern and Western crustal blocks (separat...
The Archaean craton of southern India is characterized by a highly complicated and not yet fully und...
Deformed and metamorphic ultramafic to mafic rocks emplaced into the Archaean Sargur supracrustal se...
Greenschist facies metabasalts showing relict spinifex texture, associated with the Late Archaean Be...
In the amphibolite-granulite facies transition zone of southeastern Karnataka a typical metamorphic-...
Charnockites, constituents of most Precambrian high-grade terrains 1,2, are essential for understand...
In the amphibolite-granulite facies transition zone of southeastern Karnataka a typical metamorphic-...
The high-grade gneiss complex of the Satnur-Halagur-Sivasamudram area in southern Karnataka forms...
New petrographic, major and trace element, and isotopic age data are presented for four suites of ro...
New petrographic, major and trace element, and isotopic age data are presented for four suites of ro...
The area investigated forms part of the Archaean high-grade gneiss terrain of Karnataka. The rocks c...
Aluminous metasediments occurring in the central part of the Eastern Dharwar Craton (EDC), southern ...
The Nilgiri Block, southern India represents an exhumed section of lower, late Archean (2500 Ma) cru...
The Achankovil Zone of southern India forms a distinct isotopic and structural boundary separating t...
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