Zinc isotope systematics in sedimentary carbonates: Towards a high-accuracy proxy of past seawater micronutrient regime

Matthew Druce; Claudine Stirling; Helen Bostock; John Rolison

doi:10.17632/bx9jrcbvm6.1

Zinc isotope systematics in sedimentary carbonates: Towards a high-accuracy proxy of past seawater micronutrient regime

Matthew Druce, Claudine Stirling, Helen Bostock John Rolison

Mendeley Data

26/03/2025

: https://doi.org/10.17632/bx9jrcbvm6.1

https://hdl.handle.net/10523/45597

Biogeochemistry

Geochemistry

Microfossil

Non-Traditional Isotope Geochemistry

Paleoceanography

Paleoclimate

Trace Metal

Raw data for all figures and supplementary material in the manuscript by Druce et al. to be published by Geochimica et Cosmochimica Acta as "Zinc isotope systematics in sedimentary carbonates: Towards a high-accuracy proxy of past seawater micronutrient regime".

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url

https://doi.org/10.17632/bx9jrcbvm6.1

: 9926723654601891
: Zinc isotope systematics in sedimentary carbonates: Towards a high-accuracy proxy of past seawater micronutrient regime
: Matthew Druce
Claudine Stirling
Helen Bostock
John Rolison
: Geology
: Mendeley Data
: 26/03/2025
: English
: Dataset