Directory UMM :Data Elmu:jurnal:A:Agricultural Water Management:Vol42.Issue3.Jan2000:
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The aim of the present study was to evaluate tillage effects on soil bulk density, mechanical resistance, pore size distribution, aggregate stability, saturated hydraulic
Readers are referred elsewhere for detailed description of methods for bulk density (Azooz et al., 1996; Franzluebbers and Arshad, 1996b), saturated hydraulic conductivity, pore
The introduction of IPR systems for plant vari- eties had no positive impact on the incentives for in situ conservation of agricultural diversity in developing countries as a
Specif- ically, we address two closely related issues: (1) how uncertainty in the shape of the hydraulic functions, notably the hydraulic conductivity, near saturation translates
The simultaneous estimation results were compared with independently measured soil water retention, unsaturated hydraulic conductivity, and solute dispersion data obtained
The original dual formulation for construction of streamline-oriented grids was restricted to isotropic hydraulic conductivity ®elds in two-dimensional do- mains without
(From left to right:) Variance of head, unsaturated hydraulic conductivity, horizontal flux, and vertical flux as functions of (from top to bottom:) soil textural variability
The hydraulic conductivity value and the sink/source term at each of the model active nodes is perturbed one at a time, similar to that required by repeated objective
