Index Catalog // ScholarsArchive@OSU

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...
Full Text:: heterogeneous mantle flow 2 Miles Bodmer1, Douglas R. Toomey1, Emilie E. Hooft1, John Nábĕlek2, and Jochen 3

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...

Creator:: Bodmer, Miles, Toomey, Douglas R., Hooft, Emilie E., Nabelek, John, and Braunmiller, Jochen
Abstract:: Here we use SKS shear wave splitting observations from ocean-bottom seismometer data to infer patterns of mantle deformation beneath the Juan de Fuca plate and its adjoining boundaries. Our results indicate that the asthenosphere beneath the Juan de Fuca plate responds largely to absolute plate motion with an anisotropic layer...
Resource Type:: Article

Creator:: Ross, John Daryl, 1921-
Resource Type:: Technical Report
Full Text:: ). 13 Miles, S. H. "Carbonization--present and future." Gas J. 177 809-13 (1927). Fostovskii, I

Creator:: Baer, Adela S., 1931-
Abstract:: Keywords: DNA, Orang Asli, Tool kit, Ecology, Geography, Archeology
Resource Type:: Other
Full Text:: other way, some 25 miles from his (and my) home village. Climate and geography since ancient times Let

Creator:: Walls, Gerald A.
Resource Type:: Technical Report
Full Text:: Wood with Super heated Steam." Lesokhim. Prom. 4 (3):9-l5. Chem. Abstr. 29: 8310. Bodmer, G. 1944

ScholarsArchive@OSU