Tuesday Afternoon 1
Time	Session	Location	Title
1340	S23A	MCC level 1	Time-Dependent, Physics-Based Earthquake-Forecast Models Posters (joint with T) Presiding: E H Field, U.S. Geological Survey; D D Jackson, University of California, Los Angeles    [Abstracts]
1340	S23A-0282	MCC level 1	GEMS: the Opportunity for Stress-Forecasting all Damaging Earthquakes Worldwide *S Crampin POSTER    [details]
1340	S23A-0283	MCC level 1	Earthquake Probabilities and Magnitude Distribution in 100a along the Haiyuan Fault, northwestern China *H Ran POSTER    [details]
1340	S23A-0284	MCC level 1	An Inhomogeneous Distribution Model of Strong Earthquakes along Strike-slip Active Fault Segments on the Chinese Continent and Its Implication in Engineering Seismology *B Zhou POSTER    [details]
1340	S23A-0285	MCC level 1	Probability Map of the Next M$>=$5.5 Earthquakes in Italy *F R Cinti, L Faenza, W Marzocchi, P Montone POSTER    [details]
1340	S23A-0286	MCC level 1	A synthetic fault system in a spherical and viscoelastic Earth model *e casarotti, a piersanti POSTER    [details]
1340	S23A-0287	MCC level 1	Comparison of Short-term and Long-term Earthquake Forecast Models for Southern California *a Helmstetter, Y Y Kagan, D D Jackson POSTER    [details]
1340	S23A-0288	MCC level 1	Coulomb Stress Distribution Along the Fairweather and Queen Charlotte Transform Fault System *C G Bufe POSTER    [details]
1340	S23A-0289	MCC level 1	The Pattern of Fractal Dimension Change before Large Earthquakes in Taiwan *M Chen, Y Wu, C Frohlich POSTER    [details]
1340	S23A-0290	MCC level 1	Aftershock Number for Forecasting Short-Term Earthquake Probabilities *A Christophersen, E G Smith POSTER    [details]
1340	S23A-0291	MCC level 1	A Time\-Dependent Probabilistic Seismic Hazard Model For The Central Apennines (Italy) *A Akinci, F Galadini, D Pantosti, M Petersen, L Malagnini POSTER    [details]
1340	S23A-0292	MCC level 1	Correlation Length as an Indicator of Critical Point Behavior Prior to a Large Earthquake Y Tyupkin, *R Di Giovambattista POSTER    [details]
1340	S23A-0293	MCC level 1	Breaks in Fractal Scaling of Real and Synthetic Earthquake Catalogues *M H Khademi, J McCloskey POSTER    [details]
1340	S23A-0294	MCC level 1	Time-dependent evolution of stress over the past 200 years in Southern California *T Ali, A M Freed, R B\"{u}rgmann POSTER    [details]
1340	S23A-0295	MCC level 1	OpenAMR - A JAVA-Based Computational Facility for Earthquake Rupture Forecasts Using Accelerating Moment Release *J Reissman, S Z Levin, D D Bowman POSTER    [details]
1340	S23A-0296	MCC level 1	Comparison of Seismicity Models for Hazard Assessment in Low Seismicity Regions *C Beauval, S Hainzl, F Scherbaum POSTER    [details]
1340	S23A-0297	MCC level 1	A Comprehensive Search for Tidal Triggering of Southern California Earthquakes *A S Wein, P M Shearer POSTER    [details]
1340	S23A-0298	MCC level 1	A Time-dependent Seismic Hazard Model for Mexico *Y Rong, M Mahdyiar, B Shen-Tu, K T Shabestari POSTER    [details]
1340	S23A-0299	MCC level 1	Crustal stress evolution of last 700 years in North China and earthquake occurrences *Y Wan, Z Shen, W Gan, T Li, Y Zeng POSTER    [details]
1340	S23A-0300	MCC level 1	Analyzing earthquake clustering features by stochastic reconstruction -- foreshocks *J Zhuang, Y Ogata POSTER    [details]
1340	S23A-0301	MCC level 1	The False-Alarm Rate of Accelerating Moment Release, and its Relationship to Probabilistic Earthquake Rupture Forecasts. *S Z Levin, N Ikeda, J Reissman, D D Bowman POSTER    [details]
1340	S23A-0302	MCC level 1	Tossing the Earth: How to Reliably Test Earthquake Prediction Methods *I Zaliapin, G Molchan POSTER    [details]