Organic carbon measurements on rock samples collected in Cerro Cazador, Chile
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| Format: | Dataset Open Access |
| Sprache: | en |
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PANGAEA
2024
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| _version_ | 1867172344243421184 |
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| author | Hage, Sophie Romans, Brian W Peploe, Thomas Poyatos-Moré, Miquel Haeri Ardakani, Omid Bell, Daniel Englert, Rebecca Kaempfe, Sebastian Nesbit, Paul Sherstan, Georgia Synnott, Dane Hubbard, Stephen M |
| author_facet | Hage, Sophie Romans, Brian W Peploe, Thomas Poyatos-Moré, Miquel Haeri Ardakani, Omid Bell, Daniel Englert, Rebecca Kaempfe, Sebastian Nesbit, Paul Sherstan, Georgia Synnott, Dane Hubbard, Stephen M |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | This dataset includes organic carbon measurements on rock samples collected upper Cretaceous deposits found in Cerro Cazador (Magallanes Basin, Patagonia, Southern Chile) in March 2020. The dataset was collected during the Chile Slope System geologic field trip that took place between February and March 2020, and led by Steve Hubbard, Brian Romans and Lisa Stright. Samples were collected along a 525-m geologic section using hammers and shovels. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_949971 |
| institution | PANGAEA |
| language | en |
| publishDate | 2024 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Organic carbon measurements on rock samples collected in Cerro Cazador, Chile Hage, Sophie Romans, Brian W Peploe, Thomas Poyatos-Moré, Miquel Haeri Ardakani, Omid Bell, Daniel Englert, Rebecca Kaempfe, Sebastian Nesbit, Paul Sherstan, Georgia Synnott, Dane Hubbard, Stephen M Calcium carbonate; Calculated; Campaign; Carbon, organic, total; Carbon dioxide yield, S3 per unit rock mass; Carbon dioxide yield, S4 from organic source per unit rock mass; Carbon dioxide yield, S5 from inorganic source per unit rock mass; Carbon in carbonate; Carbon monoxide yield, S3 per unit rock mass; Carbon monoxide yield, S4 from organic source per unit rock mass; Chile; Clinothem subdivision; CSS-2020_CC01-10; CSS-2020_CC01-15; CSS-2020_CC01-20; CSS-2020_CC01-25; CSS-2020_CC01-30; CSS-2020_CC01-35; CSS-2020_CC01-5; CSS-2020_CC02-0; CSS-2020_CC02-15; CSS-2020_CC02-20; CSS-2020_CC02-25; CSS-2020_CC02-30; CSS-2020_CC02-35; CSS-2020_CC02-40; CSS-2020_CC02-45; CSS-2020_CC02-5; CSS-2020_CC02-5.2F; CSS-2020_CC02-9; CSS-2020_CC03-0; CSS-2020_CC03-10; CSS-2020_CC03-100; CSS-2020_CC03-105; CSS-2020_CC03-110; CSS-2020_CC03-115; CSS-2020_CC03-120; CSS-2020_CC03-125; CSS-2020_CC03-130; CSS-2020_CC03-134.8; CSS-2020_CC03-140; CSS-2020_CC03-145; CSS-2020_CC03-150; CSS-2020_CC03-155; CSS-2020_CC03-160; CSS-2020_CC03-165; CSS-2020_CC03-170; CSS-2020_CC03-173.5F; CSS-2020_CC03-20; CSS-2020_CC03-26.5; CSS-2020_CC03-30; CSS-2020_CC03-35; CSS-2020_CC03-40; CSS-2020_CC03-5; CSS-2020_CC03-5.3F; CSS-2020_CC03-50; CSS-2020_CC03-55; CSS-2020_CC03-60; CSS-2020_CC03-80; CSS-2020_CC03-85; CSS-2020_CC03-90; CSS-2020_CC03-90.5F; CSS-2020_CC03-90.6F; CSS-2020_CC03-90.8F; CSS-2020_CC03-94.5F; CSS-2020_CC03-94F; CSS-2020_CC03-95; CSS-2020_CC03-95.1F; CSS-2020_CC05-100; CSS-2020_CC05-105; CSS-2020_CC05-110; CSS-2020_CC05-115; CSS-2020_CC05-120; CSS-2020_CC05-125; CSS-2020_CC05-130; CSS-2020_CC05-135; CSS-2020_CC05-14.8; CSS-2020_CC05-140; CSS-2020_CC05-145; CSS-2020_CC05-25; CSS-2020_CC05-30; CSS-2020_CC05-35; CSS-2020_CC05-4.2; CSS-2020_CC05-40; CSS-2020_CC05-45; CSS-2020_CC05-50; CSS-2020_CC05-55; CSS-2020_CC05-60; CSS-2020_CC05-65; CSS-2020_CC05-70; CSS-2020_CC05-75; CSS-2020_CC05-80; CSS-2020_CC05-85; CSS-2020_CC05-90; CSS-2020_CC05-95; CSS-2020_CC06-0; CSS-2020_CC06-10; CSS-2020_CC06-15; CSS-2020_CC06-20; CSS-2020_CC06-25; CSS-2020_CC06-30; CSS-2020_CC06-35; CSS-2020_CC06-40; CSS-2020_CC06-45; CSS-2020_CC06-5; CSS-2020_CC06-50; CSS-2020_CC06-55; CSS-2020_CC06-60; CSS-2020_CC06-63.5; CSS-2020_TGB-0-S2; CSS-2020_TGB-9-S1; delta; Event label; Gas chromatography - Mass spectrometry (GC-MS); HAWK Pyrolysis; Hydrocarbon yield, S1 per unit rock mass; Hydrocarbon yield, S2 per unit rock mass; Hydrogen index, mass HC, per unit mass total organic carbon; Latitude of event; Lithology/composition/facies; Longitude of event; Marine sediment; Mass spectrometer; MSPEC; n-Decane, fractional abundance; n-Docosane, fractional abundance; n-Dodecane, fractional abundance; n-Dotriacontane, fractional abundance; n-Henicosane, fractional abundance; n-Hentriacontane, fractional abundance; n-Heptacosane, fractional abundance; n-Heptadecane, fractional abundance; n-Hexacosane, fractional abundance; n-Hexadecane, fractional abundance; n-Icosane, fractional abundance; n-Nonacosane, fractional abundance; n-Nonadecane, fractional abundance; n-Nonane, fractional abundance; n-Octacosane, fractional abundance; n-Octadecane, fractional abundance; n-Pentacosane, fractional abundance; n-Pentadecane, fractional abundance; n-Pentatriacontane, fractional abundance; n-Tetracosane, fractional abundance; n-Tetradecane, fractional abundance; n-Tetratriacontane, fractional abundance; n-Triacontane, fractional abundance; n-Tricosane, fractional abundance; n-Tridecane, fractional abundance; n-Tritriacontane, fractional abundance; n-Undecane, fractional abundance; Organic carbon; OUTCROP; Outcrop sample; Oxygen index, mass HC, per unit mass total organic carbon; Phytane, fractional abundance; Pristane, fractional abundance; Pyrolysis temperature maximum; Sample ID; Stratigraphic height; δ13C This dataset includes organic carbon measurements on rock samples collected upper Cretaceous deposits found in Cerro Cazador (Magallanes Basin, Patagonia, Southern Chile) in March 2020. The dataset was collected during the Chile Slope System geologic field trip that took place between February and March 2020, and led by Steve Hubbard, Brian Romans and Lisa Stright. Samples were collected along a 525-m geologic section using hammers and shovels. |
| title | Organic carbon measurements on rock samples collected in Cerro Cazador, Chile |
| topic | Calcium carbonate; Calculated; Campaign; Carbon, organic, total; Carbon dioxide yield, S3 per unit rock mass; Carbon dioxide yield, S4 from organic source per unit rock mass; Carbon dioxide yield, S5 from inorganic source per unit rock mass; Carbon in carbonate; Carbon monoxide yield, S3 per unit rock mass; Carbon monoxide yield, S4 from organic source per unit rock mass; Chile; Clinothem subdivision; CSS-2020_CC01-10; CSS-2020_CC01-15; CSS-2020_CC01-20; CSS-2020_CC01-25; CSS-2020_CC01-30; CSS-2020_CC01-35; CSS-2020_CC01-5; CSS-2020_CC02-0; CSS-2020_CC02-15; CSS-2020_CC02-20; CSS-2020_CC02-25; CSS-2020_CC02-30; CSS-2020_CC02-35; CSS-2020_CC02-40; CSS-2020_CC02-45; CSS-2020_CC02-5; CSS-2020_CC02-5.2F; CSS-2020_CC02-9; CSS-2020_CC03-0; CSS-2020_CC03-10; CSS-2020_CC03-100; CSS-2020_CC03-105; CSS-2020_CC03-110; CSS-2020_CC03-115; CSS-2020_CC03-120; CSS-2020_CC03-125; CSS-2020_CC03-130; CSS-2020_CC03-134.8; CSS-2020_CC03-140; CSS-2020_CC03-145; CSS-2020_CC03-150; CSS-2020_CC03-155; CSS-2020_CC03-160; CSS-2020_CC03-165; CSS-2020_CC03-170; CSS-2020_CC03-173.5F; CSS-2020_CC03-20; CSS-2020_CC03-26.5; CSS-2020_CC03-30; CSS-2020_CC03-35; CSS-2020_CC03-40; CSS-2020_CC03-5; CSS-2020_CC03-5.3F; CSS-2020_CC03-50; CSS-2020_CC03-55; CSS-2020_CC03-60; CSS-2020_CC03-80; CSS-2020_CC03-85; CSS-2020_CC03-90; CSS-2020_CC03-90.5F; CSS-2020_CC03-90.6F; CSS-2020_CC03-90.8F; CSS-2020_CC03-94.5F; CSS-2020_CC03-94F; CSS-2020_CC03-95; CSS-2020_CC03-95.1F; CSS-2020_CC05-100; CSS-2020_CC05-105; CSS-2020_CC05-110; CSS-2020_CC05-115; CSS-2020_CC05-120; CSS-2020_CC05-125; CSS-2020_CC05-130; CSS-2020_CC05-135; CSS-2020_CC05-14.8; CSS-2020_CC05-140; CSS-2020_CC05-145; CSS-2020_CC05-25; CSS-2020_CC05-30; CSS-2020_CC05-35; CSS-2020_CC05-4.2; CSS-2020_CC05-40; CSS-2020_CC05-45; CSS-2020_CC05-50; CSS-2020_CC05-55; CSS-2020_CC05-60; CSS-2020_CC05-65; CSS-2020_CC05-70; CSS-2020_CC05-75; CSS-2020_CC05-80; CSS-2020_CC05-85; CSS-2020_CC05-90; CSS-2020_CC05-95; CSS-2020_CC06-0; CSS-2020_CC06-10; CSS-2020_CC06-15; CSS-2020_CC06-20; CSS-2020_CC06-25; CSS-2020_CC06-30; CSS-2020_CC06-35; CSS-2020_CC06-40; CSS-2020_CC06-45; CSS-2020_CC06-5; CSS-2020_CC06-50; CSS-2020_CC06-55; CSS-2020_CC06-60; CSS-2020_CC06-63.5; CSS-2020_TGB-0-S2; CSS-2020_TGB-9-S1; delta; Event label; Gas chromatography - Mass spectrometry (GC-MS); HAWK Pyrolysis; Hydrocarbon yield, S1 per unit rock mass; Hydrocarbon yield, S2 per unit rock mass; Hydrogen index, mass HC, per unit mass total organic carbon; Latitude of event; Lithology/composition/facies; Longitude of event; Marine sediment; Mass spectrometer; MSPEC; n-Decane, fractional abundance; n-Docosane, fractional abundance; n-Dodecane, fractional abundance; n-Dotriacontane, fractional abundance; n-Henicosane, fractional abundance; n-Hentriacontane, fractional abundance; n-Heptacosane, fractional abundance; n-Heptadecane, fractional abundance; n-Hexacosane, fractional abundance; n-Hexadecane, fractional abundance; n-Icosane, fractional abundance; n-Nonacosane, fractional abundance; n-Nonadecane, fractional abundance; n-Nonane, fractional abundance; n-Octacosane, fractional abundance; n-Octadecane, fractional abundance; n-Pentacosane, fractional abundance; n-Pentadecane, fractional abundance; n-Pentatriacontane, fractional abundance; n-Tetracosane, fractional abundance; n-Tetradecane, fractional abundance; n-Tetratriacontane, fractional abundance; n-Triacontane, fractional abundance; n-Tricosane, fractional abundance; n-Tridecane, fractional abundance; n-Tritriacontane, fractional abundance; n-Undecane, fractional abundance; Organic carbon; OUTCROP; Outcrop sample; Oxygen index, mass HC, per unit mass total organic carbon; Phytane, fractional abundance; Pristane, fractional abundance; Pyrolysis temperature maximum; Sample ID; Stratigraphic height; δ13C |
| url | https://doi.org/10.1594/PANGAEA.949971 |