A scaling-based interpretation of a field infiltration experiment
1993
Vogel, T. | Cislerova, M.
A simple scaling-based inverse-problem solution was employed to obtain values characteristics of field-scale saturated hydraulic conductivity and moisture capacity. For this purpose the variability of soil hydraulic properties was expressed in terms of invariant laboratory-determined reference characteristics and space-variable scaling factors, determined from a set of 36 double-ring ponded infiltration field experiments. The three-dimensional axial-symmetric numerical simulation of the infiltration experiments was used in a fictitious reference profile, together with the special scaling procedure, to evaluate the effective parameters and their space distribution over the area of interest.
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