Data for: 'Facies control on carbonate δ13C on the Great Bahama Bank'

Geyman, Emily C.; Maloof, Adam C.
Issue date: 6 May 2021
Cite as:
Geyman, Emily C. & Maloof, Adam C. (2021). Data for: 'Facies control on carbonate δ13C on the Great Bahama Bank' [Data set]. Princeton University. https://doi.org/10.34770/x2ga-5y74
@electronic{geyman_emily_c_2021,
  author      = {Geyman, Emily C. and
                Maloof, Adam C.},
  title       = {{Data for: 'Facies control on carbonate δ
                13C on the Great Bahama Bank'}},
  publisher   = {{Princeton University}},
  year        = 2021,
  url         = {https://doi.org/10.34770/x2ga-5y74}
}
Abstract:

The carbon isotopic (δ13C) composition of shallow-water carbonates often is interpreted to reflect the δ13C of the global ocean and is used as a proxy for changes in the global carbon cycle. However, local platform processes, in addition to meteoric and marine diagenesis, may decouple carbonate δ13C from that of the global ocean. To shed light on the extent to which changing sediment grain composition may produce δ13C shifts in the stratigraphic record, we present new δ13C measurements of benthic foraminifera, solitary corals, calcifying green algae, ooids, coated grains, and lime mud from the modern Great Bahama Bank (GBB). This survey of a modern carbonate environment reveals δ13C variability comparable to the largest δ13C excursions in the last two billion years of Earth history.

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# Filename Description Filesize
1 README.txt 1.59 KB
2 Fig1_data.csv 306 KB
3 Fig2_data.csv 3.82 KB
4 Fig3_data.csv 122 KB
5 Fig4_data.csv 7.84 KB
6 waypoints.csv 14.1 KB