Table Captions
Table 1: Overview of used pedotransfer functions (PTFs) with input parameters. MvG = Mualem- van Genuchten type (Eq. 4-5), BC = Brooks-Corey type (Eq. 1-3 Class = class transfer functions of USDA soil classes. Continuous = based on discrete soil information (see PTF Inputs), BD = bulk density (g cm-3), pH (here set to pH = 6.5), and cation exchange capacity CEC (here set to CEC = 0.5*clay+0.005*silt according to KAK (1994)).
Table 2: Feddes root water uptake parameters for pasture (here used for the grass scenario) and wheat vegetation according to Wesseling (1991).
Table 3: Overview of converged simulations for the different PTFs listed in Tab.1. Last two columns indicate the use of air entrance value of -2 cm for the Mualem- van Genuchten type function if simulation did not converge using predicted PTF parameters.
Table 4: Overview of 90% tolerance interval outliers per textural class and scenario (homogeneous bare, grass, or wheat) forEa /ETa attend = 10988 days and the spread over all PTFs from the model ensemble mean (MEM) (colour coded in blue and brown). Numbers for the individual pedotransfer / soil class / scenario combinations depict the % of total 90 % tolerance interval outliers for the instantaneousEa /ETa flux. NaN are non-converged simulations. % spread is the spread in % between minimum and maximum cumulativeEa /ETa attend over one soil class / scenario combination.
Table 1: Overview of used pedotransfer functions (PTFs) with input parameters. MvG = Mualem- van Genuchten type (Eq. 4-5), BC = Brooks-Corey type (Eq. 1-3), Class = class transfer functions of USDA soil classes. Continuous = based on discrete soil information (see PTF Inputs), BD = bulk density (g cm-3), pH (here set to pH = 6.5), and cation exchange capacity CEC (here set to CEC = 0.5*clay+0.005*silt according to KAK (1994)).