Thursday Afternoon 1
Time	Session	Location	Title
1340	NG43A	MW 3004	Aeolian System Dynamics: Form and Process II Presiding: G Wiggs Dr, Centre for the Environment, University of Oxford; A Baas Dr, Kings College London    [Abstracts]
1340	NG43A-01	MW 3004	Physically Based Numerical Model of Wind-Blown Sand Suggests Deficiencies in Classical Saltation Theory *J F Kok, N O Renno    [details]
1355	NG43A-02	MW 3004	Process-scaling Issues of Saltation Dynamics in Wind Tunnel and Field Environments *E FARRELL, D SHERMAN    [details]
1410	NG43A-03	MW 3004	Turbulent Flow and Sand Dune Dynamics: Identifying Controls on Aeolian Sediment Transport *C M Weaver, G Wiggs    [details]
1425	NG43A-04	MW 3004	Modeling Aeolian Sediment Transport Thresholds on Mars: A Shear Stress Partitioning Approach *J A Gillies, J King, N Lancaster, W G Nickling    [details]
1440	NG43A-05	MW 3004	Sediment Transport and Dust Flux in Disturbed and Undisturbed Dryland Ecosystems: From Site Specific Estimates to Trends Across Gradients of Woody Plant Cover *J P Field, D D Breshears, J J Whicker, C B Zou, C D Allen    [details]
1455	NG43A-06	MW 3004	Influence of Temporal Scales and Soil Properties on Dust Emissions: a Measurement and Modeling Effort *J King, V Etyemezian, J A Gillies, B J Buck    [details]
1510	NG43A-07	MW 3004	Dynamics of a Barchan Dune Field: a Discrete Numerical Model *R C Littlewood, A B Murray, B Andreotti, P Claudin    [details]
1525	NG43A-08	MW 3004	Cellular Automaton Simulation of Vegetated Dune Field Dynamics *J M Nield, A C Baas    [details]