Petrologie

Olivin-Aillikit im Polarisationsmikroskop
Olivin-Aillikit im Polarisationsmikroskop
Laser-Ablation-ICP-MS: erlaubt eine Ultra-Spurenelementanalyse in-situ
Laser-Ablation-ICP-MS: erlaubt eine Ultra-Spurenelementanalyse in-situ
Hochdrucklabor: mit bis zu 600 Tonnen Presskraft können die oberen 100km in der Erde simuliert werden
Hochdrucklabor: mit bis zu 600 Tonnen Presskraft können die oberen 100km in der Erde simuliert werden

Petrology is the study of the chemical and physical characteristics of rocks and minerals and the interpretation of their conditions of formation.  

Our research in petrology is integrated into the continental geodynamics group at Mainz mostly through studies of igneous rocks and melting processes, as well as metamorphic processes in the crust of the early Earth. We investigate the composition and origin of mantle rocks and the conditions in which they melt, alkaline igneous rocks, and the formation of cratons and adjacent regions (see "projects").  

We emphasize major and trace element compositions of rocks and minerals, employing in-house electron microprobe, Laser-ICP-MS and high-pressure experimental equipment. We currently have projects running in field areas in various parts of the world, including Macedonia, Serbia, Uganda, Finland, Italy and Turkey.  

Opportunities for research students can be found through Ph.D. stipendia and by links to the Geocycles Research Centre and the Max Planck Graduate Center.

Kontakt:

Prof. Dr. Jonathan Castro
Leiter AG Vulkanologie
Raum 04-131
Tel: 06131-39 24146
Fax: 06131-39 23070


Adresse:

Institut für Geowissenschaften
Johannes Gutenberg-Universität Mainz
J.-J.-Becher-Weg 21
D-55099 Mainz

Anfahrt / Raumpläne

Postadresse:

JGU Mainz
55099 Mainz 


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