Determination of the hydraulic properties of unsaturated soils is essential for the modeling of
water flow and solutes transport. Methods of measuring these parameters are often …

Solving soil unsaturated flow problems requires knowledge of the water retention θ (h) and
unsaturated hydraulic conductivity K (θ) relationships. The purpose of this study was to …

The evaporation method is frequently used for simultaneous determination of soil water
retention and hydraulic conductivity relationships. Tension is measured at two depths within …

Most methods used to determine the hydraulic properties of swelling soils (ie, the shrinkage
curve [e (θ)], the moisture retention curve [h (θ)], and the hydraulic conductivity curve [K (θ)]) …

Understanding of soil water and solute transport processes requires knowledge of the soil
hydraulic properties. A simple evaporation method for the determination of the hydraulic …

Evaporation experiments are commonly used to derive hydraulic properties of soils. In the
simplified evaporation method, as proposed by Schindler [Schindler, U., 1980. Ein …

Soil hydraulic properties are necessary for modeling water flow and solute transport in the
vadose zone. However, direct measurement of these characteristics in field conditions is …

The water retention behaviour of soils is an essential aspect of understanding the
unsaturated behaviour of soil materials. This paper looks at a relatively new method of …

Accurate determination of unsaturated hydraulic conductivity in low pressure head range is
critical for predicting evaporation rate under localized irrigation or root water uptake under …

Solving soil unsaturated flow problems requires knowledge of the water retention ƒÆ (ƒÕ)
and unsaturated hydraulic conductivity k (ƒÆ) relationships. This study introduces a new …