2010, ISBN: 9783639277241

"CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISMIC ZONE: INSIGHTS FROM RECEIVER FUNCTION STUDIES AND TELESEISMIC SHE… Mehr…

"CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISMIC ZONE: INSIGHTS FROM RECEIVER FUNCTION STUDIES AND TELESEISMIC SHEAR WAVE SPLITTING" The earth's crust and upper mantle have been continually modified by tectonic processes, e.g. rifting, earthquake activity. Shear wave splitting and receiver function techniques were employed to study the extent of crustal and upper mantle modifications beneath the New Madrid Seismic Zone (NMSZ) and the Midcontinent Rift (MCR). Shear wave splitting reveals the presence of fossilised anisotropy along the rift axis. Beyond the 1.1 Ga MCR, the polarization angle are mostly parallel to the absolute plate motion direction. Receiver function results show a thick crust (45km) with high Vp/Vs ratios beneath the MCR. In the NMSZ, anticipated rift-parallel fast directions associated with vertical magmatic dikes, rift-orthogonal fast directions from small-scale convection, or reduction in splitting times as a result of vertical asthenospheric flow are not observed, suggesting that the NMSZ is a shallow feature. Shear-wave splitting parameters for the NMSZ suggest complex anisotropy. Inhoud: Taal: Engels; Bindwijze: Paperback; Verschijningsdatum: juli 2010; Aantal pagina's: 152 pagina's; Illustraties: Nee; Betrokkenen: Auteur(s): Moikwathai Moidaki; Uitgever: Vdm Verlag; EAN: Overige kenmerken: Extra groot lettertype: Nee; Gewicht: 231 g; Verpakking breedte: 152 mm; Verpakking hoogte: 9 mm; Verpakking lengte: 229 mm; Engels | Paperback | 9783639277241 | 152 pagina's, Boeken, Wetenschap & Natuur, Aarde & Milieu, Aardwetenschappen, Vdm Verlag<

ISBN: 9783639277241

[ED: Taschenbuch], [PU: VDM Verlag], Neuware - 'CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISMIC ZONE: INSIGHTS FRO… Mehr…

[ED: Taschenbuch], [PU: VDM Verlag], Neuware - 'CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISMIC ZONE: INSIGHTS FROM RECEIVER FUNCTION STUDIES AND TELESEISMIC SHEAR WAVE SPLITTING' The earth s crust and upper mantle have been continually modified by tectonic processes, e.g. rifting, earthquake activity. Shear wave splitting and receiver function techniques were employed to study the extent of crustal and upper mantle modifications beneath the New Madrid Seismic Zone (NMSZ) and the Midcontinent Rift (MCR). Shear wave splitting reveals the presence of fossilised anisotropy along the rift axis. Beyond the 1.1 Ga MCR, the polarization angle are mostly parallel to the absolute plate motion direction. Receiver function results show a thick crust (45km) with high Vp/Vs ratios beneath the MCR. In the NMSZ, anticipated rift-parallel fast directions associated with vertical magmatic dikes, rift-orthogonal fast directions from small-scale convection, or reduction in splitting times as a result of vertical asthenospheric flow are not observed, suggesting that the NMSZ is a shallow feature. Shear-wave splitting parameters for the NMSZ suggest complex anisotropy., DE, [SC: 0.00], Neuware, gewerbliches Angebot, 220x150x9 mm, 152, [GW: 243g], PayPal, Offene Rechnung, Banküberweisung, Internationaler Versand<

2010, ISBN: 3639277244

[EAN: 9783639277241], Neubuch, [PU: VDM Verlag, Germany], Language: English. Brand new Book. "CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT … Mehr…

[EAN: 9783639277241], Neubuch, [PU: VDM Verlag, Germany], Language: English. Brand new Book. "CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISMIC ZONE: INSIGHTS FROM RECEIVER FUNCTION STUDIES AND TELESEISMIC SHEAR WAVE SPLITTING" The earth's crust and upper mantle have been continually modified by tectonic processes, e.g. rifting, earthquake activity. Shear wave splitting and receiver function techniques were employed to study the extent of crustal and upper mantle modifications beneath the New Madrid Seismic Zone (NMSZ) and the Midcontinent Rift (MCR). Shear wave splitting reveals the presence of fossilised anisotropy along the rift axis. Beyond the 1.1 Ga MCR, the polarization angle are mostly parallel to the absolute plate motion direction. Receiver function results show a thick crust (45km) with high Vp/Vs ratios beneath the MCR. In the NMSZ, anticipated rift-parallel fast directions associated with vertical magmatic dikes, rift-orthogonal fast directions from small-scale convection, or reduction in splitting times as a result of vertical asthenospheric flow are not observed, suggesting that the NMSZ is a shallow feature. Shear-wave splitting parameters for the NMSZ suggest complex anisotropy.<

2010, ISBN: 3639277244

[EAN: 9783639277241], Neubuch, [PU: VDM Verlag Jul 2010], Neuware - 'CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISM… Mehr…

[EAN: 9783639277241], Neubuch, [PU: VDM Verlag Jul 2010], Neuware - 'CRUSTAL MODIFICATION BY TECTONIC EVENTS AND UPPER MANTLE ANISOTROPY BENEATH THE MIDCONTINENT RIFT AND NEW MADRID SEISMIC ZONE: INSIGHTS FROM RECEIVER FUNCTION STUDIES AND TELESEISMIC SHEAR WAVE SPLITTING' The earth s crust and upper mantle have been continually modified by tectonic processes, e.g. rifting, earthquake activity. Shear wave splitting and receiver function techniques were employed to study the extent of crustal and upper mantle modifications beneath the New Madrid Seismic Zone (NMSZ) and the Midcontinent Rift (MCR). Shear wave splitting reveals the presence of fossilised anisotropy along the rift axis. Beyond the 1.1 Ga MCR, the polarization angle are mostly parallel to the absolute plate motion direction. Receiver function results show a thick crust (45km) with high Vp/Vs ratios beneath the MCR. In the NMSZ, anticipated rift-parallel fast directions associated with vertical magmatic dikes, rift-orthogonal fast directions from small-scale convection, or reduction in splitting times as a result of vertical asthenospheric flow are not observed, suggesting that the NMSZ is a shallow feature. Shear-wave splitting parameters for the NMSZ suggest complex anisotropy. 152 pp. Englisch<

ISBN: 9783639277241

Earthquake Seismology:Receiver Functions and Shear-wave Splitting Moikwathai Moidaki Earthquake Seismology:Receiver Functions and Shear-wave Splitting Moikwathai Moidaki Bücher > Wissen… Mehr…

Earthquake Seismology:Receiver Functions and Shear-wave Splitting Moikwathai Moidaki Earthquake Seismology:Receiver Functions and Shear-wave Splitting Moikwathai Moidaki Bücher > Wissenschaft > Geowissenschaft, VDM Verlag<