Wednesday Morning 1
Time	Session	Location	Title
0800	V31A	MS Exh Hall B	Observations and Techniques to Improve Prediction and Tracking of Volcanic Ash Clouds II Posters (joint with A) Presiding: L G Mastin, U.S. Geological Survey; P W Webley, Arctic Region Supercomputing Center, University of Alaska, Fairbanks    [Abstracts]
0800	V31A-0288	MS Exh Hall B	A tephra-dispersal model based on 3-D simulations of eruption clouds and experiments on particle settling in turbulent flow *T Koyaguchi, K Ochiai, Y J Suzuki POSTER    [details]
0800	V31A-0289	MS Exh Hall B	Simulation of the 1980 Eruption of Mount St. Helens Using the Ash-tracking Model PUFF *J A Fero, S N Carey, J T Merrill POSTER    [details]
0800	V31A-0290	MS Exh Hall B	Plumes and Wind II: Potential Hazards to Air Traffic From Inyo Craters *S E Kobs, M I Bursik POSTER    [details]
0800	V31A-0291	MS Exh Hall B	Volcanic plumes: What is the Realistic Neutral Buoyancy Height? M Herzog, *H Graf POSTER    [details]
0800	V31A-0292	MS Exh Hall B	Ash cloud detection from satellite data: the strengths and weaknesses as related to eruption source parameters? K G Dean, *P W Webley POSTER    [details]
0800	V31A-0293	MS Exh Hall B	The NOAA Near Real-time OMI-SO2 Cloud Visualization and Product Distribution System *G Vicente, G Serafino, A Krueger, S Carn, K Yang, N Krotkov, M Guffanti, P Levelt POSTER    [details]
0800	V31A-0294	MS Exh Hall B	Testing and Adapting a Daytime Four Band Satellite Ash Detection Algorithm for Eruptions in Alaska and the Kamchatka Peninsula, Russia *G Andrup-Henriksen, R A Skoog POSTER    [details]
0800	V31A-0295	MS Exh Hall B	Monitoring of Ash Ejection from Ecuadorean Volcanoes Using Infrasound *C Hetzer, M Garces, D Fee, H Bass, D McCormack POSTER    [details]
0800	V31A-0296	MS Exh Hall B	Hydrometeor-Enhanced Tephra Sedimentation *A Durant, W Rose POSTER    [details]
0800	V31A-0297	MS Exh Hall B	The Dispersal of Ash From an Ancient Volcanic Center on Mars *L A Kerber, J W Head POSTER    [details]
0800	V31A-0298	MS Exh Hall B	Comparison of 3D Stereo SEM Shape Data With 2D Projections and BET Surface Area Data for Volcanic Ash: When 3D Might Be Advantageous *O P Mills, W I Rose, A J Durant POSTER    [details]