Eoarchaean juvenile crust formed as 'proto-arcs'. The northern side of the Isua supracrustal belt is an archetypal proto-arc, with ≥3720 Ma boninites, c. 3720 Ma basalts and gabbros, 3720-3710 Ma andesites, diorites and mafic tonalites, 3710-3700 Ma in
The Archaean North Atlantic Craton of West Greenland collided at c. 1.9 Ga with a lesser-known Archa...
The extension of subduction processes into the Eoarchaean era (4.0-3.6 Ga) is controversial. The old...
At greater than 3.7 Gyr, Earth's oldest known supracrustal rocks, comprised dominantly of mafic igne...
The amphibolite facies Eoarchaean Isua supracrustal belt (northern part of the Nuuk region, southern...
The world's most extensive, well preserved, early Archaean (>3500 Ma) structures occur in the northe...
In the early 1970s, Vic McGregor and Stephen Moorbath demonstrated that the Isua supracrustal belt (...
The folded, amphibolite facies Isua supracrustal belt of the North Atlantic Craton (Greenland) conta...
The Eoarchean (> 3600 Ma, or millions of years ago) folded and metamorphosed Isua supracrustal belt ...
imentary rocks, is located 150 km north-east of Nuuk, within the Archaean gneiss complex of West Gre...
Eoarchaean crust in West Greenland (the Itsaq Gneiss Complex, 3870-3600 Ma) is >80% by volume orthog...
The Mesoarchaean Kapisilik and Eoarchaean Isukasia terranes in the Nuuk region of southern West Gree...
Knowledge on the metamorphic evolution of the Eoarchean Isua supracrustal belt (ISB) remains fragmen...
Eoarchaean crust in West Greenland (the Itsaq Gneiss Complex, 3870-3600 Ma) is >80% by volume orthog...
Constraining the source, genesis, and evolution of Archaean felsic crust is key to understanding the...
Tracking the secular evolution of 142Nd/144Nd anomalies is important towards understanding the crust...
The Archaean North Atlantic Craton of West Greenland collided at c. 1.9 Ga with a lesser-known Archa...
The extension of subduction processes into the Eoarchaean era (4.0-3.6 Ga) is controversial. The old...
At greater than 3.7 Gyr, Earth's oldest known supracrustal rocks, comprised dominantly of mafic igne...
The amphibolite facies Eoarchaean Isua supracrustal belt (northern part of the Nuuk region, southern...
The world's most extensive, well preserved, early Archaean (>3500 Ma) structures occur in the northe...
In the early 1970s, Vic McGregor and Stephen Moorbath demonstrated that the Isua supracrustal belt (...
The folded, amphibolite facies Isua supracrustal belt of the North Atlantic Craton (Greenland) conta...
The Eoarchean (> 3600 Ma, or millions of years ago) folded and metamorphosed Isua supracrustal belt ...
imentary rocks, is located 150 km north-east of Nuuk, within the Archaean gneiss complex of West Gre...
Eoarchaean crust in West Greenland (the Itsaq Gneiss Complex, 3870-3600 Ma) is >80% by volume orthog...
The Mesoarchaean Kapisilik and Eoarchaean Isukasia terranes in the Nuuk region of southern West Gree...
Knowledge on the metamorphic evolution of the Eoarchean Isua supracrustal belt (ISB) remains fragmen...
Eoarchaean crust in West Greenland (the Itsaq Gneiss Complex, 3870-3600 Ma) is >80% by volume orthog...
Constraining the source, genesis, and evolution of Archaean felsic crust is key to understanding the...
Tracking the secular evolution of 142Nd/144Nd anomalies is important towards understanding the crust...
The Archaean North Atlantic Craton of West Greenland collided at c. 1.9 Ga with a lesser-known Archa...
The extension of subduction processes into the Eoarchaean era (4.0-3.6 Ga) is controversial. The old...
At greater than 3.7 Gyr, Earth's oldest known supracrustal rocks, comprised dominantly of mafic igne...