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High resolution 40Ar/39Ar ages for Louisville seamount trail: sample VM36-03 |
Groundmass 40Ar/39Ar age for an unnamed seamount in the Louisville seamount trail in the South Pacific basin. Sample VM36-03 is an alkali basalt sampled at 1232 m depth. This ZIP archive contains the ArArCALC v2.2 age calculation file and the same file in the Microsoft Excel 2000 format. |
Data Types: graphs, spreadsheet |
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High resolution 40Ar/39Ar ages for Louisville seamount trail: sample VM36-02 |
Groundmass 40Ar/39Ar age for an unnamed seamount in the Louisville seamount trail in the South Pacific basin. Sample VM36-02 is an alkali basalt sampled at 1883 m depth. This ZIP archive contains the ArArCALC v2.2 age calculation file and the same file in the Microsoft Excel 2000 format. |
Data Types: graphs, spreadsheet |
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Pliocene Paleogeographic Map |
The global paleogeographic reconstruction for the Paleocene has been prepared by Balukhovsky et al. (2004). This map was constructed using the techniques involved in producing the Paleozoic and Mesozoic-Cenozoic Atlases of Lithological-Paleogeographic Maps of the World (Ronov et al., 1984 ... |
Data Types: map |
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High resolution 40Ar/39Ar ages for Louisville seamount trail: sample VG-3a/MSN110-1 |
Groundmass 40Ar/39Ar age for Valerie guyot in the Louisville seamount trail in the South Pacific basin. Sample VG-3a/MSN110-1 is an alkali basalt sampled at 950 m depth. This ZIP archive contains the ArArCALC v2.2 age calculation file and the same file in the Microsoft Excel 2000 format. |
Data Types: graphs, spreadsheet |
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Magnetic Rock Polarity Data Table |
The table contains data for magnetic polarities of 6 rock samples taken in New Mexico. These rocks act as a storage device for magnetic field data because they can record the strength and direction of the magnetic field at the time of their formation. They are able to record the magneti ... |
Data Types: spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D7-1 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D7-1, Matua volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D9-1 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D9-1, Matua volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D13-1 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D13-1, Sojourn Ridge volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D15-2 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D15-2, Hotu volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D15-6 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D15-6, Hotu volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D6-2 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D6-2, Hotu volcanic province. |
Data Types: graphs, spreadsheet |
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40Ar/39Ar Age for North Sister Volcano - sample NS-02-72gm |
Radiometric age on groundmass separate from lava north of North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method |
Data Types: spreadsheet |
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40Ar/39Ar Age for North Sister Volcano - sample NS-01-16 |
Radiometric age on a whole rock lava sample from North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method |
Data Types: spreadsheet |
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40Ar/39Ar Age for North Sister Volcano - sample NS-03-140 |
Radiometric age on a whole rock lava sample from North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method |
Data Types: spreadsheet |
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40Ar/39Ar Age for North Sister Volcano - sample NS-02-164 |
Radiometric age on a whole rock lava sample from North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method |
Data Types: spreadsheet |
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40Ar/39Ar Age for North Sister Volcano - sample NS-02-44 |
Radiometric age on a whole rock dike sample from North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method |
Data Types: spreadsheet |
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40Ar/39Ar Age for the Mattieu Lakes Fissure at North Sister Volcano - sample NS-03-169 |
Radiometric age on a whole rock lava sample from the Matthieu Lakes Fissure, which cross cuts North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method |
Data Types: spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D17-1 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D17-1, Hotu volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D19-1 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D19-1, Hotu volcanic province. |
Data Types: graphs, spreadsheet |
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Gravity Lineations Intraplate Melting Petrologic and Seismic Expedition: sample D31-4 |
Non-hotspot seamount or volcanic ridge west of the East Pacific Rise, in a region of very fast seafloor spreading. Whole rock from dredge D31-4, Sojourn Ridge volcanic province. |
Data Types: graphs, spreadsheet |
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