Xenotime reveals Caledonian hydrothermal overprint on Neoproterozoic Cu mineralization, East Greenland

Supplementary Figure C: Mount map of 2022-IGO1, showing locations of xenotime with respect to ore mineralogy (including chalcocite). Note that not all xenotime was analyzed; the numbering system was initially chosen on low-resolution BSE images obtained with the TIMA, but high-resolution images reve...

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Bibliographic Details
Main Authors: Hugo K. H. Olierook, Kelsey Crook, Penelope Sinclair, Denis Fougerouse, Cilva Joseph, Christopher L. Kirkland, Allen Kennedy, Hao Gao, Noreen J. Evans, Bradley J. McDonald, Raiza R. Quintero, Anusha Shantha Kumara, Graeme Cameron, Ben Walsh, Meghan Ritchie, Malcolm P. Roberts, Brent I. A. McInnes
Format: Article in Journal/Newspaper
Language:unknown
Published: 2023
Subjects:
Geology
two depth slices
neoproterozoic cu mineralization
individual polished blocks
including chalcocite )
resolution images revealed
many xenotime grains
analytical resolution
supplementary fig
showing locations
ore mineralogy
numbering system
mount map
initially chosen
Greenland
East Greenland
Online Access:https://doi.org/10.6084/m9.figshare.23277222.v1
https://figshare.com/articles/journal_contribution/Xenotime_reveals_Caledonian_hydrothermal_overprint_on_Neoproterozoic_Cu_mineralization_East_Greenland/23277222
Description
Summary:Supplementary Figure C: Mount map of 2022-IGO1, showing locations of xenotime with respect to ore mineralogy (including chalcocite). Note that not all xenotime was analyzed; the numbering system was initially chosen on low-resolution BSE images obtained with the TIMA, but high-resolution images revealed that many xenotime grains were below the analytical resolution. Two depth slices of 2022-IGO1 are shown, with the original depth also corresponding to the automated mineral analysis maps of the individual polished blocks in Supplementary Fig. A.

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