Microscale petrographic trace element and isotopic constraints on glauconite diagenesis in altered sedimentary sequences: implications for glauconite geochronology - Supplementary data

Mehrnoush Rafiei; Stefan Loehr; Olivier Alard; Andre Baldermann; Juraj Farkas; Glenn Brock

doi:10.25949/21644864

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Microscale petrographic trace element and isotopic constraints on glauconite diagenesis in altered sedimentary sequences: implications for glauconite geochronology - Supplementary data

Mehrnoush Rafiei, Stefan Loehr, Olivier Alard, Andre Baldermann, Juraj Farkas et Glenn Brock

Macquarie University

22/03/2023

DOI: https://doi.org/10.25949/21644864

Résumé

Geochronology

Sedimentology

This repository provides details of the setting parameters used for Laser ablation and ICP-MS/MS as well as details of the results and analyses applied in this research. The tables and graphs represented here are all used to assess the geochemical characteristics of reference materials, in-house standards and each glauconite class that we initially defined based on the petrography data.

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Titre: Microscale petrographic trace element and isotopic constraints on glauconite diagenesis in altered sedimentary sequences: implications for glauconite geochronology - Supplementary data
Créateurs - sans rôle: Mehrnoush Rafiei - Macquarie University
Stefan Loehr - Macquarie University
Olivier Alard - Macquarie University
Andre Baldermann
Juraj Farkas - University of Adelaide
Glenn Brock - Macquarie University
Éditeur: Macquarie University
Note de subvention: Glauconite: Archive Recording Timing and Triggers of Cambrian Radiation - DP210100462 / Australian Research Council (https://ror.org/05mmh0f86)
Identifiants: 99136879609311
Unité académique: Géosciences Montpellier - GM
Langue: English
Type de ressource: Dataset