The role of scapolite-bearing granulites in sequestering and releasing sulfur: implications for S isotope signatures of crustal fluids during lower-crustal exhumation

Name: The role of scapolite-bearing granulites in sequestering and releasing sulfur: implications for S isotope signatures of crustal fluids during lower-crustal exhumation
Creator: Johannes Haemmerli
Published: 2024-11-21T16:58:07.679Z
Keywords: Chemical Element, Isotope

Haemmerli, Johannes; Kemp, Anthony; Bouvier, Anne-Sophie; Rudnick, Roberta; Boivin, Pierre; Holder, Robert; Chacko, Thomas; Blake, Kevin

doi:10.17632/b8ndnkj3sk.1

The role of scapolite-bearing granulites in sequestering and releasing sulfur: implications for S isotope signatures of crustal fluids during lower-crustal exhumation

Published: 21 November 2024| Version 1 | DOI: 10.17632/b8ndnkj3sk.1

Contributors:

Johannes Haemmerli, Anthony Kemp, Anne-Sophie Bouvier, Roberta Rudnick, Pierre Boivin, Robert Holder, Thomas Chacko, Kevin Blake

Description

EPMA and SIMS data sets for "The role of scapolite-bearing granulites in sequestering and releasing sulfur: implications for S isotope signatures of crustal fluids during lower-crustal exhumation"

The role of scapolite-bearing granulites in sequestering and releasing sulfur: implications for S isotope signatures of crustal fluids during lower-crustal exhumation

Description

Files

Categories

Licence