Monday Morning 2
Time	Session	Location	Title
1020	H12A	MCC 3005	Observations and Modeling of Land Surface Hydrological Processes II (joint with B) Presiding: V Lakshmi, University of South Carolina; T Cahill, Texas A&M University    [Abstracts]
1020	H12A-01	MCC 3005	Brightness Temperature Versus Surface Soil Moisture Assimilation J P Walker, *D D Kandel    [details]
1035	H12A-02	MCC 3005	VALIDATION OF A COUPLED HYDROLOGICAL AND METEOROLOGICAL MODEL SYSTEM FOR INVESTIGATING FEEDBACK EFFECTS J Overgaard, *M Butts, D Rosbjerg    [details]
1050	H12A-03	MCC 3005	Further Test of the Hypothesis of Maximum Evaporation Using New Field Observations *J Wang, R L Bras, W Eichinger    [details]
1105	H12A-04	MCC 3005	Constraining root-zone soil moisture estimates under dense vegetation using multi-frequency remote sensing observations. *W T Crow, W P Kustas    [details]
1120	H12A-05	MCC 3005	On the Selection of Soil Hydraulic Properties in Land Surface Models Based on Soil Texture *E D Gutmann, E E Small    [details]
1135	H12A-06	MCC 3005	Modelling of Sub-daily Hydrological Processes Using Daily Time-Step Models: A Distribution Function Approach to Temporal Scaling *D D Kandel, A W Western, R B Grayson    [details]
1150	H12A-07	MCC 3005	Sensitivity of the diurnal and seasonal course of modeled runoff to three different land surface model soil moisture parameterizations *R Stockli, P Vidale, A Boone    [details]
1205	H12A-08	MCC 3005	The potential of assimilating remotely sensed soil moisture into land surface models *H Gao, M Pan, E F Wood, C D Michele    [details]