Corpus ID: 209832241

Tracking the evolution of magmas from heterogeneous mantle sources to eruption.

@article{Mallik2020TrackingTE,
  title={Tracking the evolution of magmas from heterogeneous mantle sources to eruption.},
  author={Ananya Mallik and Sarah Lambart and Emily J. Chin},
  journal={arXiv: Geophysics},
  year={2020}
}
  • Ananya Mallik, Sarah Lambart, Emily J. Chin
  • Published 2020
  • Physics, Geology
  • arXiv: Geophysics
  • This contribution reviews the effects of source heterogeneities, melt-rock reactions and intracrustal differentiation on magma chemistry across mid-ocean ridges, intraplate settings and subduction zones using experimental studies and natural data. We compare melting behaviors of pyroxenites and peridotites and their relative contributions to magmas as functions of composition, mantle potential temperatures and lithospheric thickness. We also discuss the fate of chemically distinct melts derived… CONTINUE READING

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