Supplemental material for 'Uranium isotope fractionation in non‐sulfidic anoxic settings and the global uranium isotope mass balance'.
Dataset
- Devon B. Cole (Creator)
- Noah J. Planavsky (Creator)
- Martha Longley (Creator)
- Philipp Böning (Creator)
- Daniel Wilkes (Creator)
- Xiangli Wang (Creator)
- Elizabeth D. Swanner (Creator)
- Chad Wittkop (Creator)
- Dr David Loydell (Creator)
- Vincent Busigny (Creator)
- Andrew Knudsen (Creator)
- Erik A. Sperling (Creator)
Description
This copy of the Supplementary Material is subject to the same embargo as the post-print and will be available here from 24/12/20.
If your organisation has a subscription for the journal publisher (sometimes termed ‘authorised user’ or similar), the supplementary files are available online via the link below.
Content:
S1. Uranium isotope mass balance model
Table S1. Uranium isotope mass balance model parameters
Table S2. Paleozoic sample information
Table S3. Paleozoic geochemical data
Table S4. Peru Margin geochemical data
Table S5. Brownie & Pavin geochemical data
If your organisation has a subscription for the journal publisher (sometimes termed ‘authorised user’ or similar), the supplementary files are available online via the link below.
Content:
S1. Uranium isotope mass balance model
Table S1. Uranium isotope mass balance model parameters
Table S2. Paleozoic sample information
Table S3. Paleozoic geochemical data
Table S4. Peru Margin geochemical data
Table S5. Brownie & Pavin geochemical data
| Date made available | 24 Jun 2020 |
|---|---|
| Publisher | John Wiley & Sons |
Documents
Cole_et_al_2020_gbc21002_sup_0001_2020gb006649_si.pdf
413 KB, PDF document
Related information
Outputs
Uranium isotope fractionation in non‐sulfidic anoxic settings and the global uranium isotope mass balance
Research output: Contribution to journal › Article › peer-review
ID: 21688822
