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| Detailed Seamount Information |
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| 27.6¿S Guyot |    |
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| Index | SMNT-276S-1742W |
Classification | Intermediate B1 Guyot |
| Location | 27º 37.25' S
174º 13.60' W |
Elongation
Irregularity | 1.43 ± 0.05
1.21 ± 0.04 |
| Plate Age | |
Oceanic Province | Abyssal Plain |
| Region | Louisville Seamount Trail |
Alternative Names | SONNE 167 Volcano 33 |
| Plate | Pacific Plate |
Age | |
| Tectonic Setting | Hotspot Trail |
Seamount Top | 1090 m |
| Volume | 9316 km3 |
Ocean Bottom | 5075 m |
Shelf Edge
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Volcanic Activity | Extinct |
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| | Description | | SONNE 167 Volcano 33, SMNT-276S-1742W is located at 27¿ 37.2'S, 174¿ 13.6'W and is part of the Louisville Ridge on the Pacific Plate. The seamount is 3985 m high with the top at -1090 m and the ocean bottom at -5075 m. It is intermediate in size with a volume of 9316 km3 and a basal diameter of approximately 40 by 25 km. The guyot is relatively round with an azimuth of approximately 133¿. The edges of the seamount are slightly irregular and it has prominent ridges extending out to the northwest and east-northeast. |
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27.6¿S Guyot -- Predicted satellite bathymetry |
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27.6¿S Guyot -- Residual bathymetry |
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Louisville Hotspot Trail -- Blowup 1 -- Predicted satellite bathymetry |
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Louisville Hotspot Trail -- Blowup 1 -- Residual bathymetry |
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Louisville Hotspot Trail -- Blowup 2 -- Predicted satellite bathymetry |
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Louisville Hotspot Trail -- Blowup 2 -- Residual bathymetry |
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Louisville Hotspot Trail -- Tile A -- Multibeam data merged with predicted satellite bathymetry |
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Louisville Hotspot Trail -- Tile A -- Multibeam bathymetry |
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Louisville Hotspot Trail -- Tile A -- Predicted satellite bathymetry |
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Louisville Seamount Trail -- Multibeam bathymetry |
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Louisville Seamount Trail -- Predicted satellite bathymetry |
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27.6¿S Guyot -- Multibeam data merged with predicted satellite bathymetry |
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27.6¿S Guyot -- Multibeam bathymetry |
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27.6¿S Guyot -- Predicted satellite bathymetry |
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27.6¿S Guyot -- Residual bathymetry |
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Louisville Hotspot Trail -- Blowup 1 -- Multibeam data merged with predicted satellite bathymetry |
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Louisville Hotspot Trail -- Blowup 1 -- Multibeam bathymetry |
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Louisville Hotspot Trail -- Blowup 1 -- Predicted satellite bathymetry |
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Louisville Hotspot Trail -- Blowup 1 -- Residual bathymetry |
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Louisville Hotspot Trail -- Blowup 2 -- Multibeam data merged with predicted satellite bathymetry |
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Louisville Hotspot Trail -- Blowup 2 -- Multibeam bathymetry |
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Louisville Hotspot Trail -- Blowup 2 -- Predicted satellite bathymetry |
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Louisville Hotspot Trail -- Blowup 2 -- Residual bathymetry |
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Louisville Hotspot Trail -- Tile A -- Multibeam data merged with predicted satellite bathymetry |
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Louisville Hotspot Trail -- Tile A -- Multibeam bathymetry |
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Louisville Hotspot Trail -- Tile A -- Predicted satellite bathymetry |
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Louisville Hotspot Trail -- Tile A -- Residual bathymetry |
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Louisville Seamount Trail -- Multibeam bathymetry |
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Louisville Seamount Trail -- Predicted satellite bathymetry |
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Stoffers, P., Worthington, T., Schwarz-Schampera, U., Ackermand, D., Daudoin, Y., Bigalke, N., Fretzdorff, S., Gibson, H., Hekinian, R., Kindermann, A., Kuhn, T., Main, W., Schreiber, K., Timm, C., Tonga'onevai, S., Turkay, M., Unverricht, D., Vailea, A. and Zimmerer, M. (2003). Cruise Report SONNE 167 Louisville, Louisville Ridge: Dynamics and Magmatism of a Mantle plume and its influence on the Tonga-Kermadec Subduction System. In: Ber. -Rep., Institute for Gewiss.. Universitat Kiel, Kiel. |
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