Supplementary material for:
Triple oxygen isotope systematics of CO₂ hydroxylation

Graphical abstract

Reference

Important

Bajnai, D., Cao, X., Klipsch, S., Pack, A., & Herwartz, D. (2024). Triple oxygen isotope systematics of CO₂ hydroxylation. Chemical Geology, 654, 122059. 10.1016/j.chemgeo.2024.122059

Changelog

Warning

Release "published-version" includes the original files used in the manuscript. The current repository includes files with the following changes:

• Table S2 containing the replicate level data now includes additional measurement parameters, such as the cell temperature and electronics temperature
• scale_reference.py now includes an option to use the ∆'¹⁷O values from Chaillot et al. (2022) instead of Wostbrock et al. (2020) as the accepted reference values for CO₂ generated by acid digestion of IAEA-603 and NBS-18, used to scale light and heavy CO₂ to the VSMOW scale.
• General improvements to the codebase
• Evalauted values remain unchanged

List of Supplementary Data

Note

• Table S2
  Long-term replicate-level triple oxygen isotope data.
  Used in: Figure S1, Figure S2, Figure S3

• Table S3
  Scaled and averaged triple oxygen isotope data for the samples.
  Used in: Figure 3, Figure 4

• Table S4
  Stable oxygen and carbon isotope data for the precipitates measured using mass spectrometry. Used in: Figure 2

• BH21 York Error
  Uncertainty envelopes for the error considering linear regression in Bajnai & Herwartz (2021) Used in: Figure 2

License

All files in this repository are available under CC0 1.0. No rights reserved.