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Jurassic–Paleogene intraoceanic magmatic evolution of the Ankara Mélange, north-central Anatolia, Turkey
Jurassic–Paleogene interoceanic magmatic evolution the Ankara Melange north-central Anatolia Turkey
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2015/1/6
Oceanic rocks in the Ankara Mélange along the Izmir–Ankara–Erzincan suture zone (IAESZ) in north-central Anatolia include locally coherent ophiolite complexes (~ 179 Ma and ~ 80̷...
Tectono-Magmatic Evolution of Alkaline Volcanics at the Kırka-Afyon-Isparta Structural Trend, Sw Turkey
Potassic-Ultra Potassic Volcanism Alkaline Volcanics Tranform Fault
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2009/7/8
The youngest Alpine magmatism (Miocene to Quaternary) in Western and Central Anatolia is represented by three coeval assemblages from West to East. They are the Western Anatolian Volcanic assemblage (...
Orogenic to Non-Orogenic Magmatic Events: Overview of the Late Variscan Magmatic Evolution of the Alpine Belt
Non-Orogenic Magmatic Events Late Variscan Magmatic Alpine Belt
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2009/7/8
The Alpine belt comprises several pieces of Pre-Mesozoic basement, which have received various imprints of the successive Paleozoic orogenic episodes. If Pre-Mesozoic palinspatic reconstructions are ...
The significance of microgranular enclaves in assessing the magmatic evolution of a high-level composite batholith: A case on the Los Pedroches Batholith, Iberian Massif, Spain
microgranular enclave granodiorite monzogranite Los Pedroches batholith Iberian Massif
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2017/8/10
To evaluate the origin and significance of microgranular enclaves hosted by granites, we present new data on two granitoid series belonging to the Los Pedroches Batholith (LPB), SW Iberian Massif, Spa...
Magmatic evolution of the Moon
Magmatic evolution Moon rock types KREEP Stage
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2012/4/1
Although incomplete because of the imperfect and somewhat random sampling of rock types by
the Apollo and Luna missions (1969(R)C1976), the history of lunar magmatism has been reconstructe
by numero...
Epidote in calc-alkaline magmas: An experimental study of stability, phase relationships, and the role of epidote in magmatic evolution
Epidote calc-alkaline magmas stability phase relationships the role of epidote magmatic evolution
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2012/4/5
Experiments on tonalite and granodiorite wereperformed at conditions ranging from 2.1 to 18kbar and 550 to 850°C to establish the magmatic stability field ofepidote as a function ofP, T,and f02. Atwat...