Session Information

2003 Fall Meeting

Seismology

 

Tuesday Afternoon

Time Session Location Title
1330 S22B MCC Level 1 The Fate of Seismic Waves: Measurement and Interpretation of Q of the Earth II Posters
(joint with T, DI)
Presiding: L Warren, University of California, San Diego; D McNamara, U.S. Geological Survey
   [Session PDF]
1330 S22B-0441 MCC Level 1 The Reference Frequency of Teleseismic Body Waves
*S Oki, Y Fukao, M Obayashi
POSTER    [details]
1330 S22B-0442 MCC Level 1 Characterization of Dispersive Rayleigh Waves Using Wavelet Transform.
*M S Diallo, M Holschneider, F Scherbaum, M Kulesh
POSTER    [details]
1330 S22B-0443 MCC Level 1 Towards the next generation of global 3D upper mantle Q models
*Y Gung, B Romanowicz, Y Capdeville
POSTER    [details]
1330 S22B-0444 MCC Level 1 Surface Wave Constraints on Q in the Upper Mantle: Isolating the Signal of Attenuation
*C Dalton, G Ekstr\"om
POSTER    [details]
1330 S22B-0445 MCC Level 1 20-sec Rayleigh-Wave Attenuation Tomography for Central Asia
*X Yang, S R Taylor, H J Patton
POSTER    [details]
1330 S22B-0446 MCC Level 1 Compressional Wave Q in the Uppermost Mantle Beneath the Tibetan Plateau Measured Using Pn Wave Spectra
*J Xie
INVITED POSTER    [details]
1330 S22B-0447 MCC Level 1 3-D Attenuation Structure of Mt. Etna Volcano
C Martinez-Areval, *A Rietbrock, I Marrero, J Almendros, D Patane, F Ferrari, J Ibanez
POSTER    [details]
1330 S22B-0448 MCC Level 1 Seismic Attenuation in the Carpathian Bend Zone and Surroundings
*R M Russo, V I Mocanu, M Radulian, M Popa, K Bonjer
POSTER    [details]
1330 S22B-0449 MCC Level 1 Body-wave attenuation across the Baikal rift zone, Siberia
*W Qu, S S Gao
POSTER    [details]
1330 S22B-0450 MCC Level 1 Attenuation and Electrical Resistivity in an Asymmetric Back Arc Extensional Environment
*M Salmon, S Bannister, H Bibby, M Savage, T Stern
POSTER    [details]
1330 S22B-0451 MCC Level 1 Q in the Mantle Wedge beneath the Philippine Sea
*A Shito, S Karato, J Park
INVITED POSTER    [details]
1330 S22B-0452 MCC Level 1 Constraints on the Mechanism of Attenuation and Thermal Structure in Subduction Zones: Results from BEAAR
*G A Abers, J C Stachnik, D H Christensen
POSTER    [details]
1330 S22B-0453 MCC Level 1 Measuring Quality Factors From Multicomponent Reflection Seismic Data and its Significance for Lithology and Fluid Type Prediction
*M Ortiz-Osornio, C CalderĒn-Macias, J Ramos-Matinez
POSTER    [details]
1330 S22B-0454 MCC Level 1 Diffusion waves in seismology?
*D Silin, V A Korneev, G M Goloshubin
POSTER    [details]
1330 S22B-0455 MCC Level 1 Shear-wave Seismic Attenuation in Southern California and Taiwan: A Comparison
*Y Wang, K Ma, W D Mooney
POSTER    [details]
1330 S22B-0456 MCC Level 1 Coda Q Factor of the Hong Kong Region and Tectonic Implications
*S Mak, L S Chan, A Chandler
POSTER    [details]
1330 S22B-0457 MCC Level 1 Basin Attenuation and the characteristics of simple spectral ratio and H/V site response estimates
*T L Pratt, T M Brocher
POSTER    [details]
1330 S22B-0458 MCC Level 1 A tomographic method to calculate Lg Q across the continental US
*R Wesson, D McNamara, H Benz, A Frankel
POSTER    [details]
1330 S22B-0459 MCC Level 1 Frequency Dependent Lg Q Within the Continental United States
*D Erickson, D McNamara, H Benz
POSTER    [details]
1330 S22B-0460 MCC Level 1 Factors affecting the evaluation of scattering attenuation
*T Hong, B L Kennett, R Wu
POSTER    [details]


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