Monday Morning 2
Time	Session	Location	Title
1020	S12B	MW 3010	Insights From Combined Laboratory and Theoretical Investigations of Earthquake Rupture and Aseismic Fault Slip II (joint with MR, T) Presiding: Y Fialko, University of California, San Diego; N Lapusta, California Institute of Technology; A Rosakis, California Institute of Technology    [Abstracts]
1020	S12B-01	MW 3010	Slow-Slip Propagation Speeds *A M Rubin, J Ampuero INVITED    [details]
1035	S12B-02	MW 3010	Thermal Pressurization is Significant During Earthquake Nucleation, Before Seismic Slip *S V Schmitt, P Segall, T Matsuzawa INVITED    [details]
1050	S12B-03	MW 3010	Quasistatic Fault slip on an Interface Separating Poroelastic Media With Different Diffusivity *T Yamashita, T Suzuki    [details]
1105	S12B-04	MW 3010	Effects of the Metamorphic Dehydration Reactions on Long-term Slow Slip Events: Implications of two Dimensional Numerical Simulations *Y Mitsui, K Hirahara    [details]
1120	S12B-05	MW 3010	Micro- Nano- and Picoearthquakes at SAFOD: Implications for Earthquake Rupture and Fault Mechanics *W L Ellsworth, S H Hickman, M D Zoback, K Imanishi, C H Thurber, S W Roecker    [details]
1135	S12B-06	MW 3010	Numerical Studies of Small Repeating Earthquakes and Their Source Parameters Using Laboratory-derived Friction Laws *T Chen, N Lapusta    [details]
1150	S12B-07	MW 3010	Variation of repeating earthquake activities depending on their focal depths as inferred from 3-D numerical simulations *K Ariyoshi, T Matsuzawa, R Hino, A Hasegawa, T Hori, Y Kaneda    [details]
1205	S12B-08	MW 3010	Experimental observations of fault zone compaction during stick-slip sliding: implications for fault strength and stability *B J deMartin, T E Tullis, N M Beeler, D L Goldsby    [details]