Short course description

Over the last decade, petrochronology has emerged as a burgeoning new field in Solid Earth Geosciences. It greatly enhances the impact of isotopic studies by combining geochronology with petrology and geochemistry. The Mineralogical Society of America (MSA) decided to dedicate a volume of its RiMG (Reviews in Mineralogy and Geochronology) Series to Petrochronology. Editors are M.J. Kohn (Boise State, USA), M. Engi and P. Lanari (both University of Bern, Switzerland).

Petrochronology basically uses geochemistry, textures, and thermodynamics or other modeling to integrate ages in a petrogenetic context of individual crystals or crystal domains. Examples in metamorphic systems include the use of crystal domain-specific trace element patterns or thermometers in minerals like zircon, monazite, etc. to link an age to an overall Pressure-Temperature-time evolution. Although primarily founded in metamorphic studies, petrochronology has numerous other applications to igneous and detrital mineral studies. Our goal in the short course is to review petrochronologic methods, both conceptual and analytical, to illustrate how (mostly accessory) minerals may be used to understand igneous and metamorphic processes and the provenance of detrital grains. This workshop will provide an important foundation accessible to high-level undergraduate students, graduate students, and junior professional researchers who are interested in the theory and applications of this blossoming new field.

This two-days short course will involve a series of lectures and practicals from leaders in the scientific fields of magmatic and metamorphic petrology and geochronology. One author will present each of the following chapters of the RiMG volume:

  • Petrochronology: Introduction and Overview (Martin Engi, Pierre Lanari and Matthew Kohn)
  • Phase relations and reaction sequences (Chris Yakymchuk, Chris Clark, and Richard White)
  • Bulk composition effects on mineral parageneses (Pierre Lanari and Martin Engi)
  • Dating magmatic processes (Ralf Dohmen and Jon Blundy)
  • Diffusion (Matthew Kohn and Sarah Penniston-Dorland)
  • Methods 1: Electron microprobe (Mike Williams, Mike Jercinovic, Gregory Dumond and Kevin Mahan)
  • Methods 2: LA-ICP-MS and LA-SS (Andrew Kylander-Clark)
  • Methods 3: SIMS (Axel Schmitt and Jorge Vazquez)
  • Methods 4: TIMS (Blair Schoene and Ethan Baxter)
  • Minerals 1a: Zircon in metamorphic systems (Daniela Rubatto)
  • Minerals 1b: Zircon in igneous systems (Urs Schaltegger and Joshua Davies)
  • Minerals 1c: Detrital zircon – the Hadean (Mark Harrison)
  • Minerals 2: REE minerals: monazite, allanite, xenotime and apatite (Martin Engi)
  • Minerals 3: Titanite (Matthew Kohn)
  • Minerals 4: Garnet (Ethan Baxter, Mark Caddick, and Besim Dragovic)
  • Minerals 5: Rutile (Thomas Zack and Ellen Kooijman)

Registration rate

Early registration –  200 € *

Late registration –  250 € *

* A printed version of the RiMG volume 83 will be provided to each participant during the short course. The costs for the book are included in the registration fees. 


Start of registration – Jan. 9, 2017 *

Deadline for support applications – Feb. 03, 2017

Support application rankingFeb. 10, 2017

Deadline for early registration  – Feb. 24, 2017 *

Deadline for late registration  – Mar. 24, 2017 *

* Registration is limited, so participants are invited to register at the earliest opportunity. The number of remaining places will be displayed on the registration page and the registration will close when the maximum number of participants has been reached 

Funding opportunities for students

We will provide for students:

  • 10 grants offered by the European Association of Geochemistry to reduce the registration fees to 25€
  • A few traveling grants of 500€ offered by the Geochemical Society (GS), the European Geosciences Union (EGU) and the Société française de Minéralogie et Cristallographie (SFMC).

Find out more here