Call for papers on the dynamics of magmatic processes (American Mineralogist)

Colima volcano

Colima volcano, Mexico.

Note from the guest editors

American Mineralogist's special collection on the theme Dynamics of Magmatic Processes is now active. You are invited to consider this special collection for your future works. Please submit your manuscript when you are ready. 

Best wishes,

Chiara Maria Petrone and Maurizio Petrelli
 (Guest Associate Editors of Dynamics of Magmatic Processes)

The journal American Mineralogist is now accepting manuscript submissions under the special collection theme Dynamics of Magmatic Processes.

Special section abstract and aims

The interaction of compositionally different magmas is often considered as a plausible eruption-triggering mechanism. This process is also responsible for the extreme textural and compositional variability of igneous rocks, from the outcrop to the thin section scale. The integration of field observations, high-precision laboratory measurements and experiments into magma-mixing provide information on magma chamber processes, eruption dynamics and the temporal and spatial evolution of a magmatic system.

Knowledge of the timescales over which magma-mixing processes occur is key for understanding such processes. Timing is crucial when dealing with pre-eruptive processes at active volcanoes, and in assessing potential volcanic hazards. However, timescales obtained by radiogenic isotope and elemental diffusion rarely agree.

The aim of this special collection is to shed new light on the complexity of magma chamber dynamics processes, with a focus on the role of magma-mixing and the meaning of measured timescales of magmatic processes.

We welcome contributions on the following topics:

  • field evidence, experimental, analogue, geochemical or numerical modelling of magma-mixing
  • micro-analytical investigations of physical and chemical disequilibrium in minerals and between minerals and melt
  • diffusion modelling in melts/minerals and timescale estimation using both elemental diffusion modelling and radiogenic isotopes
  • analytical, experimental and computational approaches leading to new insights on the timescale of magmatic processes, magma ascent and eruption

American Mineralogist is very flexible and there is no need to wait for the entire issue. Each article is published as soon as it is accepted, with a heading referring to the special section. Each paper is subjected to a high standard of peer review.

Contact the Guest Associate Editors

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