Wednesday Afternoon 1
Time	Session	Location	Title
1340	H33E	MCC level 1	Merging Soil Physics With Geophysics and Remote Sensing: Spatial and Temporal Variations in Shallow Soil Processes and Properties I Posters (joint with B) Presiding: R M Holt, University of Mississippi; C J Hickey, University of Mississippi; A Binley, Lancaster University; B Mohanty, Texas A&M    [Abstracts]
1340	H33E-0508	MCC level 1	EFFECT OF SCALING TRANSFER BETWEEN EVAPOTRANPIRATION MAPS DERIVED FROM LANDSAT7 AND MODIS IMAGES *S Hong, J M Hendrickx, B Borchers POSTER    [details]
1340	H33E-0509	MCC level 1	Lidar Measurement of Boundary Layer Evolution to Determine Sensible Heat Fluxes *J J Nichols, W E Eichinger, D I Cooper, L E Hipps, H E Holder, W P Kustas, J H Prueger POSTER    [details]
1340	H33E-0510	MCC level 1	Root Zone Soil Moisture Assessment Using Passive Microwave Remote Sensing and Distributed Hydrologic Modeling *N N Das, B Mohanty POSTER    [details]
1340	H33E-0511	MCC level 1	High-Resolution Three-Dimensional Forward Simulations of Flow Into Heterogeneous Unsaturated Media: Comparison of Simulated and Geophysical Data *J R Brainard, E Mehdi, H E Glenn, D L Alumbaugh, D J LaBrecque POSTER    [details]
1340	H33E-0512	MCC level 1	Forward and Inverse Simulations of Electrical Resistivity Tomography to Demonstrate the Resolution of Fine-Scale Hydrological Features Within Heterogeneous Unsaturated Media *D J LaBrecque, R N Sharpe, J R Brainard, D L Alumbaugh POSTER    [details]
1340	H33E-0513	MCC level 1	Combining Cross-Borehole Georadar and Electrical Resistance Tomography to Monitor Moisture Content and Pore Water Electrical Conductivity in the Vadose Zone *M C Looms, L Nielsen, K H Jensen, H Thybo, A Binley POSTER    [details]
1340	H33E-0514	MCC level 1	Spatial Variability of Electrical Conductivity and Its Relationship to Soil Properties at The University of Mississippi Soil Moisture Observatory *M D Sleep, R M Holt, J S Kuszmaul POSTER    [details]
1340	H33E-0515	MCC level 1	Comparing Different Estimates of Evaporation Coefficient From Two-Stage Evaporation of Soil Surfaces *J Wu, D Wang POSTER    [details]