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Numbers and statistics of benthic foraminiferal Q-mode assemblages for the Lo...
This dataset has no description
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Trace elements from Bodudd section in Gotland, Sweden
Trace elements measured in the carbonate fraction using ICP-MS -
Carbon isotopes from Bodudd section in Gotland, Sweden
Bulk-rock carbon isotopes (δ13C) -
Major and trace elements for the Chinese Xiaofenghe Section (NXF)
This dataset has no description
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Boron, carbonate carbon and oxygen isotope data of all analyzed sections from...
Uncertainty for Namibian B isotope data is d11B: ±1per mil 2 Sigma f. A, B, C are pH estimations based on different d11Bseawater assumptions: pKB of 8.579 (Dickson, 1990), a... -
(Table S1) Boron, carbon and oxygen isotope data from Wadi Bih, United Arab E...
pH values are derived from a simplified and non-dynamic calculation using the d11BSW range given by the model calculation and a constant pKB for 25°C, 35 psu, 0 dbar.Ages are... -
(Table S2) Geochemical analysis of Site 1, Zwartmodder, Zaris Basin
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S3) Geochemical analysis of Site 3, Omkyk
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S6) Geochemical analysis of Site 5, Brak
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S8) Geochemical analysis of Site 7, Grens
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S4) Geochemical analysis of Site 3, Zebra_River
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S5) Geochemical analysis of Site 4, Driedoornvlagte
This dataset has no description
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(Table S7A) Geochemical analysis of Site 6, Arasab: Carbonates
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S7B) Geochemical analysis of Site 6, Arasab: Shales
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S9A) Geochemical analysis of Site 8, Pinnacle Reefs: carbonates
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S9B) Geochemical analysis of Site 8, Pinnacle Reefs: shales
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S10A) Geochemical analysis of Site 9, Swartpunt: carbonates
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
(Table S10B) Geochemical analysis of Site 9 Swartpunt: Shales
highly reactive Fe to total Fe, (FeHR/FeT).carbonate-associated Fe, (Fecarb; e.g., ankerite and siderite).ferric(oxyhydr)oxides, (Feox; e.g., goethite and hematite).magnetite... -
Frasnian-Famennian Magnetic Susceptiblity, LogTi and carbon isotope from the ...
The Late Devonian envelops one of Earth's big five mass extinction events at the Frasnian-Famennian boundary, corresponding to the lower and upper Kellwasser black shales. The... -
Improved age tie points based on the benthic δ18O records in the upper part o...
The improved age tie points based on the benthic δ18O records in the upper part of the Kiwada Formation. The age of Sample A0926-02 was modified from Kuwano et al. (2021).
