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DeepFreeze 2001 hydrocast data for Vailulu'u volcano -- SAM27
The hydrothermal system of the Vailulu'u volcano that is located to the East of Ta'u island in the Samoan Islands has been investigated by measuring standard CTD, nephelometry and fluorometry onboard the US Coast Guard Polar Sea. Vailulu'u marks the current location of the Samoan hotspot. Thi ...
Data Types: graphs, spreadsheet
DeepFreeze 2001 hydrocast data for Vailulu'u volcano -- SAM28
The hydrothermal system of the Vailulu'u volcano that is located to the East of Ta'u island in the Samoan Islands has been investigated by measuring standard CTD, nephelometry and fluorometry onboard the US Coast Guard Polar Sea. Vailulu'u marks the current location of the Samoan hotspot. Thi ...
Data Types: graphs, spreadsheet
DeepFreeze 2001 hydrocast data for Vailulu'u volcano -- SAM29
The hydrothermal system of the Vailulu'u volcano that is located to the East of Ta'u island in the Samoan Islands has been investigated by measuring standard CTD, nephelometry and fluorometry onboard the US Coast Guard Polar Sea. Vailulu'u marks the current location of the Samoan hotspot. Thi ...
Data Types: graphs, spreadsheet
Magnetic Anomalies Off the Coast of the Pacific Northwest
Map of the magnetic anomalies located off of the coast of the Pacific Northwest region of the U.S. Color coded magnetic stripes indicate the age of the seafloor, with the oldest material located the farthest from the Juan de Fuca ridge. The thick dashed lines refer to the Juan de Fuc ...
Data Types: diagram, map
Direction of Changing Magnetic Poles based on Basalt Samples in Japan
The figure shows the varying directions the magnetic pole has taken based on basalt samples in Japan. The samples span over a time period that begins in the early Quaternary and ends in the Tertiary. Using the locations on the graph and their respective time periods, it can be seen that th ...
Data Types: diagram, graphs
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
40Ar/39Ar Age for lava - sample AJ-05-05
Radiometric age on a whole rock lava sample from a basaltic andesite lava flow, Oregon Cascades Range by the 40Ar/39Ar incremental heating method
Data Types: spreadsheet
40Ar/39Ar Age for North Sister Volcano - sample NS-02-87
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
40Ar/39Ar Age for North Sister Volcano - sample NS-02-78
Radiometric age on a plagioclase separate from a lava from North Sister Volcano, Oregon Cascades Range by the 40Ar/39Ar incremental heating method
Data Types: spreadsheet
40Ar/39Ar Age Determination 06C3120 (KOP000047 - Tama'i, Samoa)
This upload contains the 40Ar/39Ar geochronology age determination of sample TAM-1 2F10-06 (ALIA 111-07) from Tama'i, Samoa and was calculated using the ArArCALC freeware. The preferred age of 1.90 ± 0.01 Ma is the age plateau and is interpreted as the eruption age of the sample. An excellen ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 07C2123 (KOP000043 - Tutuila/Tulaga, Samoa)
This upload contains the 40Ar/39Ar geochronology age determination of sample TUT-2 4D1-06 (ALIA 108-04) from Tutuila/Tulaga, Samoa and was calculated using the ArArCALC freeware. The preferred age of 1.48 ± 0.20 Ma is the age plateau and is interpreted as the eruption age of the sample. A goo ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 07C1972 (KOP000045 - Soso, Samoa)
This upload contains the 40Ar/39Ar geochronology age determination of sample SOS-2 4D12-06 (ALIA 110-23) from Soso, Samoa and was calculated using the ArArCALC freeware. The preferred age of 1.43 ± 0.03 Ma is the age plateau and is interpreted as the eruption age of the sample. A good ag ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 15D04484 (IEKK1-FH-TOP - Marquesas Islands)
This upload contains the 40Ar/39Ar geochronology age determination of sample FH-TOP from Marquesas Islands in French Polynesia and was calculated using the ArArCALC freeware. The preferred age of 1.4535 ± 0.0028 Ma is the age plateau and is interpreted as the eruption age of the sample. Th ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 15D04578 (IEKK1-FH-HV-01 - Marquesas Islands)
This upload contains the 40Ar/39Ar geochronology age determination of sample FH-HV-1 from Marquesas Islands in French Polynesia and was calculated using the ArArCALC freeware. The preferred age of 1.5152 ± 0.0026 Ma is the age plateau and is interpreted as the eruption age of the sample. Th ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 15D04625 (IEKK1-FH-OM-01 - Marquesas Islands)
This upload contains the 40Ar/39Ar geochronology age determination of sample FH-OM-1 from Marquesas Islands in French Polynesia and was calculated using the ArArCALC freeware. The preferred age of 1.5365 ± 0.0047 Ma is the age plateau and is interpreted as the eruption age of the sample. Th ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 16D06736 (IEKK1-HO-PUA-02 - Marquesas Islands)
This upload contains the 40Ar/39Ar geochronology age determination of sample HO-PUA-02 from Marquesas Islands in French Polynesia and was calculated using the ArArCALC freeware. The preferred age of 1.6980 ± 0.0018 Ma is the age plateau and is interpreted as the eruption age of the sample. Th ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 15D04340 (IEKK1-93FH4 - Marquesas Islands)
This upload contains the 40Ar/39Ar geochronology age determination of sample 93FH4 from Marquesas Islands in French Polynesia and was calculated using the ArArCALC freeware. The preferred age of 1.4636 ± 0.0037 Ma is the age plateau and is interpreted as the eruption age of the sample. Th ...
Data Types: spreadsheet
40Ar/39Ar Age Determination 16D06834 (IEKK1-93HO2 - Marquesas Islands)
This upload contains the 40Ar/39Ar geochronology age determination of sample 93H02 from Marquesas Islands in French Polynesia and was calculated using the ArArCALC freeware. The preferred age of 1.7057 ± 0.0010 Ma is the age plateau and is interpreted as the eruption age of the sample. Platea ...
Data Types: spreadsheet

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