 |
CALS7K.2 Model Inclination and Google Earth - polar scale |
This kmz file contains one component, inclination, of the global geomagnetic field model, CALS7K.2 (Korte & Constable, 2005). The file contains the model at 50 year intervals covering the last 7000 years, along with a colour scale bar. The colour scale is polar.
It should be noted tha ... |
| Data Types: animation, data compilation |
 |
|
Magnetic Profile II |
| This graph is 2 of 2 in a series, it shows the varying strength of the magnetic field derived from geomagnetic data from the seafloor. For additional information on magnetic profiles see Magnetic Profile I |
| Data Types: graphs, cross section |
|
|
Map of Northern East Pacific Rise and PANR01MV Cruise Track |
| This is a map of the bathymetry of the spreading center along the Northern East Pacific Rise. Magnetic anomalies and ship tracks are also shown on this map. This map is modified from the following resource. |
| Data Types: graphs, map |
|
|
CALS7K.2 data set and Google Earth |
| This zip file contains 5 kml files of declination (green symbols), inclination (red symbols) and intensity data (yellow symbols) used to create the global geomagnetic field model CALS7K.2, with the lake data (circles) and archaeomagnetic data (triangles) in separate files. Google Earth i ... |
| Data Types: animation, data compilation |
|
|
Secrets of the Ocean Floor: Exploring Seafloor Features and Bathymetry |
Students will;
Develop the understanding that the bottom structure of the ocean floor can be mapped.
Describe something they cannot see through the collection and correlation of accurate data.
Understand how technology can be applied as a tool for problem-solving.
Students wil ... |
| Data Types: lesson plan, teachers log |
|
|
Exploring Seafloor Features and Bathymetry |
Students will;
Develop the understanding that the bottom structure of the ocean floor can be mapped.
Describe something they cannot see through the collection and correlation of accurate data.
Understand how technology can be applied as a tool for problem-solving.
Students wil ... |
| Data Types: lesson plan, teachers log |
|
|
Age of Hawaiian Islands and Outer Seamounts Simplified Graph |
| This graph is a representation of the age of Hawaiian islands and outer seamounts simplified data set. This graph shows a nearly linear relationship between distance and age in volcanoes and seamounts within the Hawaiian ? Emperor chain ... |
| Data Types: graphs |
|
|
Map of Hawaiian Islands and Emperor Seamounts |
| This map shows the locations of the Hawaiian Islands and Emperor Seamounts. The islands shown in solid green are the Hawaiian Islands, which are currently above sea level. The islands on the very far left of the map however, are seamounts. Seamounts are volcanoes that below sea level ... |
| Data Types: map |
|
|
Age of Hawaiian Islands and Outer Seamounts graph |
| This graph represents the data from the Age of Hawaiian Islands and Outer Seamounts data set. It exemplifies fluctuations in the somewhat linear relationship of distance from Kilauea and age that are possibly contributed t ... |
| Data Types: graphs |
|
|
40Ar/39Ar Age Determination 06C2862 (KOP000054 - Combe, Samoa) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample COM-1 2F16-06 (ALIA 123-03) from Combe, Samoa and was calculated using the ArArCALC freeware. The preferred age of 11.16 ± 0.07 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 07C2033 (KOP000055 - Combe, Samoa) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample COM-2 4D11-06 (ALIA 123-02) from Combe, Samoa and was calculated using the ArArCALC freeware. The preferred age of 11.12 ± 0.06 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 14D27612 (IEKK1-RR1310-D24-04GM - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D24-04 from Rurutu Hotspot in Samoa (Western Samoan Seamounts) and was calculated using the ArArCALC freeware. The preferred age of 47.38 ± 0.03 Ma is the age plateau and is interpreted as the eruption age o ... |
| Data Types: spreadsheet |
|
|
40Ar/39Ar Age Determination 14D26460 (IEKK1-RR1310-D18-07AM - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D18-07 from Rurutu Hotspot in Tuvalu (Rurutu Hotspot, Tuvalu) and was calculated using the ArArCALC freeware. The preferred age of 48.89 ± 0.04 Ma is the age plateau and is interpreted as the eruption age o ... |
| Data Types: spreadsheet |
|
|
40Ar/39Ar Age Determination 14D28380 (IEKK1-RR1310-D07-22B - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D07-22B (RR1310-D07-22B) from Rurutu Hotspot in Tuvalu (Rurutu Hotspot, Tuvalu) and was calculated using the ArArCALC freeware. The preferred age of 54.97 ± 0.05 Ma is the age plateau and is interpreted as th ... |
| Data Types: spreadsheet |
|
|
40Ar/39Ar Age Determination 14D26512 (IEKK1-RR1310-D27-35 - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D27-35 from Rurutu Hotspot in Samoa (Western Samoan Seamounts) and was calculated using the ArArCALC freeware. The preferred age of 42.27 ± 0.41 Ma is the age plateau and is interpreted as the eruption age o ... |
| Data Types: spreadsheet |
|
|
CALS10k.2 and HFM.OL1.A1 archeomagnetic and voclanic data |
| Global compilation of 5083 inclination, 3610 declination,4145 paleointensity data downloaded from Geomagia.v3 on April 30,2015. These were used in conjunction with the sediment records in contribution earthref.org/ERDA/2101 to produce time varying Holocene field models HFM.OL1.A1 and CALS10k.2 |
| Data Types: data compilation |
|
|
40Ar/39Ar Age Determination 14D27612 (IEKK1-RR1310-D24-04GM - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D24-04 from Rurutu Hotspot in Samoa (Western Samoan Seamounts) and was calculated using the ArArCALC freeware. The preferred age of 47.38 ± 0.03 Ma is the age plateau and is interpreted as the eruption age o ... |
| Data Types: spreadsheet |
|
|
40Ar/39Ar Age Determination 14D26794 (IEKK1-RR1310-D15-02GM - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D15-02 from Rurutu Hotspot in Tuvalu (Rurutu Hotspot, Tuvalu) and was calculated using the ArArCALC freeware. The preferred age of 48.81 ± 0.10 Ma is the inverse isochron and is interpreted as the eruption ag ... |
| Data Types: spreadsheet |
|
|
40Ar/39Ar Age Determination 16D05817 (IEKK1-RR1310-D22-29GM - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D22-29 from Rurutu Hotspot in Samoa (Western Samoan Seamounts) and was calculated using the ArArCALC freeware. The preferred age of 46.09 ± 0.12 Ma is the age plateau and is interpreted as the eruption age o ... |
| Data Types: spreadsheet |
|
|
40Ar/39Ar Age Determination 14D27301 (IEKK1-RR1310-D16-35PL - Rurutu Hotspot) |
| This upload contains the 40Ar/39Ar geochronology age determination of sample RR1310-D16-35 from Rurutu Hotspot in Tuvalu (Rurutu Hotspot, Tuvalu) and was calculated using the ArArCALC freeware. The preferred age of 46.66 ± 0.24 Ma is the age plateau and is interpreted as the eruption age o ... |
| Data Types: spreadsheet |
|
|
|
|
| << Previous | 1-20 | 21-40 | 41-60 | 61-80 | 81-100 | ... | 381-384 | Next >> |