The Rheic Ocean was one of the most important oceans of the Paleozoic Era. It lay between Laurentia and Gondwana from the Early Ordovician and closed to produce the vast Ouachita-Alleghanian-Variscan orogen during the assembly of Pangea. Rifting began in the Cambrian as a continuation of Neoproterozoic orogenic activity and the ocean opened in the Early Ordovician with the separation of several Neoproterozoic arc terranes from the continental margin of northern Gondwana along the line of a former suture. The rapid rate of ocean opening suggests it was driven by slab pull in the outboard Iapetus Ocean. The ocean reached its greatest width with the closure of Iapetus and the accretion of the peri-Gondwanan arc terranes to Laurentia in the Sil...
Late Neoproterozoic to Early Cambrian geologic, geochronologic, and paleomagnetic data from along th...
Anderton SUMMARY: During the late Precambrian the Dalradian environment evolved from a rela-tively s...
The Rheic Ocean was a major oceanic domain between Avalonia and Gondwana in Ordovician-Silurian time...
The Rheic Ocean was one of the most important oceans of the Paleozoic Era. It lay between Laurentia ...
AbstractThe Rheic Ocean was one of the most important oceans of the Paleozoic Era. It lay between La...
The Rheic Ocean, which separated Laurussia from Gondwana following the closure of Iapetus, is arguab...
The Rheic Ocean is widely believed to have formed in the Late Cambrian–Early Ordovician as a result ...
Geological evidence, supported by biogeographical data and in accord with palaeomagnetic constraints...
Reconstructions based on biogeography, palaeomagnetism and facies distributions indicate that, in la...
<p>Avalonia is the largest accreted crustal block in the Appalachian orogen and comprises a collecti...
We discuss the potential geodynamic connections between Paleozoic arc development along the flanks o...
Abstract: Reconstructions based on biogeography, palaeomagnetism andfacies distributions indicate th...
Abstract: The shallow-water benthos of cratonic areas distinguish different continents, and the clos...
Abstract. The process leading to the occurrence of the ocean and to its evolution toward an ophiolit...
The Early Paleozoic geodynamic evolution in SW Iberia is believed to have been dominated by the open...
Late Neoproterozoic to Early Cambrian geologic, geochronologic, and paleomagnetic data from along th...
Anderton SUMMARY: During the late Precambrian the Dalradian environment evolved from a rela-tively s...
The Rheic Ocean was a major oceanic domain between Avalonia and Gondwana in Ordovician-Silurian time...
The Rheic Ocean was one of the most important oceans of the Paleozoic Era. It lay between Laurentia ...
AbstractThe Rheic Ocean was one of the most important oceans of the Paleozoic Era. It lay between La...
The Rheic Ocean, which separated Laurussia from Gondwana following the closure of Iapetus, is arguab...
The Rheic Ocean is widely believed to have formed in the Late Cambrian–Early Ordovician as a result ...
Geological evidence, supported by biogeographical data and in accord with palaeomagnetic constraints...
Reconstructions based on biogeography, palaeomagnetism and facies distributions indicate that, in la...
<p>Avalonia is the largest accreted crustal block in the Appalachian orogen and comprises a collecti...
We discuss the potential geodynamic connections between Paleozoic arc development along the flanks o...
Abstract: Reconstructions based on biogeography, palaeomagnetism andfacies distributions indicate th...
Abstract: The shallow-water benthos of cratonic areas distinguish different continents, and the clos...
Abstract. The process leading to the occurrence of the ocean and to its evolution toward an ophiolit...
The Early Paleozoic geodynamic evolution in SW Iberia is believed to have been dominated by the open...
Late Neoproterozoic to Early Cambrian geologic, geochronologic, and paleomagnetic data from along th...
Anderton SUMMARY: During the late Precambrian the Dalradian environment evolved from a rela-tively s...
The Rheic Ocean was a major oceanic domain between Avalonia and Gondwana in Ordovician-Silurian time...