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Smoot 1985
Smoot, N.C. (1985). Guyot and seamount morphology and tectonics of the Hawaiian-Emperor elbow by multi-beam sonar. Marine Geology 64(3-4): 203-215.
Five guyots and five seamounts are shown from the southernmost end of the Emperor chain, an area called the Hawaiian-Emperor bend or the Milwaukee Seamount Group in the north central Pacific Ocean. The data are from the U.S. Naval Oceanographic Office (NAVOCEANO) multi-beam survey files. The bend is shown to occur over an area encompassing 260 km. Questions are raised as to the relative proximity of different flat-top depths and formational possibilities in the light of the differing geomorphology on the features. In addition, there are two new features, Taisho and Go-Shirakawa Seamounts, and four additional new names of features are introduced, Antoku Guyot, Toba Guyot, and Genji and Go-Sanjo Seamounts.
Keywords
acoustical methods, Antoku Guyot, bathymetry, Emperor Seamounts, geophysical methods, geophysical surveys, Hawaii-Emperor Seamounts, Kammu Guyot, Kimmei Seamount, Milwaukee Seamount Group, morphology, nomenclature, North Pacific, Northwest Pacific, ocean floors, oceanography, Pacific Ocean, plate geometry, plate tectonics, seamounts, sonar methods, surveys, Taisho Seamount, tectonophysics, Toba Guyot, West Pacific, Yuryaku Guyot, 07, Oceanography
Journal
Marine Geology
http://www.elsevier.com/wps/product/cws_home/503350
Publisher
Elsevier Science
P.O. Box 211
1000 AE Amsterdam
The Netherlands
(+31) 20 485 3757
(+31) 20 485 3432
nlinfo-f@elsevier.com
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