Tuesday Morning 1
Time	Session	Location	Title
0800	V21E	MW 3007	Observations and Techniques to Improve Prediction and Tracking of Volcanic Ash Clouds I (joint with A) Presiding: L G Mastin, U.S. Geological Survey; P W Webley, Arctic Region Supercomputing Center, University of Alaska, Fairbanks    [Abstracts]
0800	V21E-01	MW 3007	Total grain size distribution of particles fallen from the atmosphere following explosive ash eruptions *W I Rose, A J Durant INVITED    [details]
0815	V21E-02	MW 3007	Aerosol Measurements From Recent Alaskan Volcanic Eruptions: Implications for Volcanic Ash Transport Predictions *C F Cahill, P G Rinkleff, J Dehn, P Webley, T A Cahill, D E Barnes    [details]
0830	V21E-03	MW 3007	3-D simulations of eruption column and umbrella cloud development during explosive volcanic eruptions *Y J Suzuki, T Koyaguchi INVITED    [details]
0845	V21E-04	MW 3007	Computational models of overpressured volcanic plumes: Implications for ash dispersion *D E Ogden, G A Glatzmaier, K H Wohletz, E E Brodsky    [details]
0900	V21E-05	MW 3007	Volcanic Ash Clouds: Modelling for Aviation Safety *H Graf, A Tupper, M Herzog, C Textor INVITED    [details]
0915	V21E-06	MW 3007	Significant eruption source parameter(s) for operational volcanic ash cloud transport and dispersion models for Spurr, 1992, eruptions R Servranckx, A W Malo, *P W Webley, B Stunder, K G Dean    [details]
0930	V21E-07	MW 3007	Plumes and Wind I: Jetstream Interaction and Implications for Air Traffic *M Bursik, S E Kobs    [details]
0945	V21E-08	MW 3007	An interdisciplinary effort to identify source parameters for models that predict eruption cloud transport and dispersion for aviation safety *L G Mastin, M Guffanti, R Servranckx    [details]