0000000000453934

AUTHOR

Tobias Fritschle

0000-0002-6580-5673

showing 3 related works from this author

Petrological characterization of the mantle source of Mediterranean lamproites: Indications from major and trace elements of phlogopite

2013

Lamproites are among the most enigmatic mantle generated melts, and are typically abundant in phlogopite. We investigated the major and trace element chemistry of phlogopite crystals from Mediterranean lamproite occurrences in Spain, Serbia and Turkey. The most primitive lamproite samples were selected in order to evaluate the generation of the different phlogopite populations in their distinct mantle setting(s). Phlogopite hosted in Mediterranean lamproites can be grouped into different compositional arrays on the basis of their major element chemistry using Al2O3, FeOT and TiO2 concentrations. Contents of Cr, F and presumably Ti allow discrimination of the macrocrysts into phlogopite phen…

Mediterranean climatebiologyGeochemistryTrace elementGeologyCrustengineering.materialbiology.organism_classificationMantle (geology)Geochemistry and PetrologyengineeringPhenocrystPhlogopiteLileGeology
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Peri-Gondwanan Ordovician arc magmatism in southeastern Ireland and the Isle of Man: Constraints on the timing of Caledonian deformation in Ganderia

2018

The timing of and tectonic controls on Ordovician magmatism and deformation within accreted terranes are key elements in reconstructing the generation of the Caledonian-Appalachian orogen. This pap ...

Arc (geometry)PaleontologyTectonics010504 meteorology & atmospheric sciencesMagmatismOrdovicianGeologyDeformation (meteorology)010502 geochemistry & geophysics01 natural sciencesGeology0105 earth and related environmental sciencesTerraneGSA Bulletin
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Multiple intrusive phases in the Leinster Batholith, Ireland: geochronology, isotope geochemistry and constraints on the deformation history

2017

The formation of granite batholiths, commonly by incremental assembly of small magma batches, and their correlation with tectonic events, on both local and regional scales, is crucial to understanding the evolution of the Earth9s continental crust. However, these correlations often rely on assumptions about the detailed relationship and timing of mapped units. Here we report how an integrated geochronological, structural and isotope geochemical study in only one key locality from the late Caledonian Leinster Batholith in SE Ireland provides the potential for unravelling essential questions on batholith petrogenesis. The Northern Unit of the Leinster Batholith intruded incrementally, as demo…

010504 meteorology & atmospheric sciencesContinental crustGeochemistryGeology15. Life on land010502 geochemistry & geophysics01 natural sciences13. Climate actionBatholithIsotope geochemistryMagmaGeochronologyGeology0105 earth and related environmental sciencesWall rockZirconPetrogenesisJournal of the Geological Society
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