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40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1204B-2R-2 93-95cm
Radiometric age on whole rock from Detroit Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1203A samples: 75.82 ¿ 0.61 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1204A-9R-1 92-94cm
Radiometric age on whole rock from Detroit Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1203A samples: 75.82 ¿ 0.61 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1204A-9R-1 92-94cm feldspar
Radiometric age on feldspar from Detroit Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1203A samples: 75.82 ¿ 0.61 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1204B-14R-2 131-134cm wr
Radiometric age on whole rock from Detroit Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1203A samples: 75.82 ¿ 0.61 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1204B-14R-3 67-69cm
Radiometric age on whole rock from Detroit Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1203A samples: 75.82 ¿ 0.61 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-5R-2 30-34cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-6R-1 0-4cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-6R-2 25-28cm
Radiometric age on feldspar from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-10R-2 73-75cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-20R-5 60-65cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-39R-1 70-72cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-45R-1 123-126cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1205 samples: 55.49 ¿ 0.22 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1206-3R-2 116-118cm
Radiometric age on whole rock from Koko Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1206 samples: 49.16 ¿ 0.21 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1206-10R-1 0-3cm
Radiometric age on whole rock from Koko Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1206 samples: 49.16 ¿ 0.21 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1206-15R-4 37-40cm
Radiometric age on whole rock from Koko Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1206 samples: 49.16 ¿ 0.21 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1206-20R-3 70-72cm
Radiometric age on whole rock from Koko Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1206 samples: 49.16 ¿ 0.21 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1206-44R-2 120-125cm
Radiometric age on whole rock from Koko Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1206 samples: 49.16 ¿ 0.21 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1206-24R-3 37-39cm
Radiometric age on whole rock from Koko Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method. Mean age for site 1206 samples: 49.16 ¿ 0.21 Ma.
Data Types: graphs, spreadsheet
40Ar/39Ar Ages for Emperor Seamounts from ODP Leg 197: sample 1205-5R-2 30-34cm
Radiometric age on whole rock from Nintoku Seamount within the Emperor Seamount chain by the 40Ar/39Ar incremental heating method.
Data Types: graphs, graphs, spreadsheet
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

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