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Shear-Wave Velocity Structure of the Southern African Upper Mantle: Implications for Craton Structure and Plateau Uplift
A. L. White-Gaynor
, A. A. Nyblade
, R. J. Durrheim
, R. Raveloson
, M. van der Meijde
, I. Fadel
, H. Paulssen
, M. Kwadiba
, O. Ntibinyane
, N. Titus
, M. Sitali
Geosciences
Research output
:
Contribution to journal
›
Article
›
peer-review
7
Scopus citations
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Dive into the research topics of 'Shear-Wave Velocity Structure of the Southern African Upper Mantle: Implications for Craton Structure and Plateau Uplift'. Together they form a unique fingerprint.
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Keyphrases
Upper Mantle
100%
Southern African
100%
Shear-wave Velocity Structure
100%
Cratons
100%
Plateau Uplift
100%
High Velocity
25%
Rayleigh Wave
25%
Shear-wave Velocity Model
25%
Namaqua-Natal Province
25%
Southern African Plateau
25%
Southern Africa
25%
Global Averaging
25%
Archean
25%
Terranes
25%
Eastern Boundary
25%
Paleoproterozoic
25%
Eastern Africa
25%
Cratonic Lithosphere
25%
Kalahari Craton
25%
Mesoproterozoic
25%
Regional Seismic Network
25%
Subcontinent
25%
Thermal Modification
25%
Earth and Planetary Sciences
Velocity Structure
100%
Wave Velocity
100%
Upper Mantle
100%
Craton
100%
Eastern Africa
25%
Lithosphere
25%
Southern Africa
25%
Terrane
25%
Rayleigh Wave
25%