Several approaches have been developed to establish a relation between the soil-moisture retention curve and readily available soil properties. Those relationships are referred to as pedotransfer functions. Described in this paper are the rationale, approach, and corroboration for use of a nonparametric pedotransfer function for the estimation of soil hydraulic-parameter values at the yucca Mountain area in Nevada for simulations of net infiltration. This approach, shown to be applicable for use at Yucca Mountain, is also applicable for use at the Hanford Site where the underlying data were collected
Soil hydraulic properties are needed for modelling below-ground water flow and solute movements. The...
Global land surface models use spatially distributed soil information for the parameterization of so...
AbstractQuantitative knowledge of the unsaturated soil hydraulic properties is required in most stud...
Concern over the quality of environmental management and restoration has motivated the model develop...
Knowing the soil water retention curve (WRC) is essential for analyzing soil hydraulic behavior with...
We use geostatistical and pedotrasnfer functions to estimate the three-dimensional distributions of ...
Vadose zone modeling has broad applications in modern theoretical and applied hydrology for various ...
Copyright © 2013 John P. O. Obiero et al. This is an open access article distributed under the Creat...
Soil hydraulic parameter values for large-scale modelling cannot be obtained by direct methods. Pedo...
Parameters governing the retention and movement of water and chemicals in soils are notorious for th...
Not AvailableMeasurement of soil hydraulic properties is an arduous task, especially to meet the lar...
Characterization of heterogeneous soil hydraulic parameters of deep vadose zones is often difficult ...
Process-based vadose zone models are becoming common tools for evaluating spatial distributions of g...
A correct quantification of mass and energy exchange processes among Earth's land surface, groundwat...
Necessary to sustain life, our planet’s most valuable resource is water. Hydrologic process models ...
Soil hydraulic properties are needed for modelling below-ground water flow and solute movements. The...
Global land surface models use spatially distributed soil information for the parameterization of so...
AbstractQuantitative knowledge of the unsaturated soil hydraulic properties is required in most stud...
Concern over the quality of environmental management and restoration has motivated the model develop...
Knowing the soil water retention curve (WRC) is essential for analyzing soil hydraulic behavior with...
We use geostatistical and pedotrasnfer functions to estimate the three-dimensional distributions of ...
Vadose zone modeling has broad applications in modern theoretical and applied hydrology for various ...
Copyright © 2013 John P. O. Obiero et al. This is an open access article distributed under the Creat...
Soil hydraulic parameter values for large-scale modelling cannot be obtained by direct methods. Pedo...
Parameters governing the retention and movement of water and chemicals in soils are notorious for th...
Not AvailableMeasurement of soil hydraulic properties is an arduous task, especially to meet the lar...
Characterization of heterogeneous soil hydraulic parameters of deep vadose zones is often difficult ...
Process-based vadose zone models are becoming common tools for evaluating spatial distributions of g...
A correct quantification of mass and energy exchange processes among Earth's land surface, groundwat...
Necessary to sustain life, our planet’s most valuable resource is water. Hydrologic process models ...
Soil hydraulic properties are needed for modelling below-ground water flow and solute movements. The...
Global land surface models use spatially distributed soil information for the parameterization of so...
AbstractQuantitative knowledge of the unsaturated soil hydraulic properties is required in most stud...