Primary limitations associated with conducting laboratory solute transport studies are related
to size and shape of undisturbed soil cores, effective water delivery system, effluent …

Water and solute transport pathways through soil are very complex. Soil properties affecting
solute transport vary spatially and temporally within a soil profile and across landscape …

Solute transport experiments are often conducted with homogeneous soils, whereas
transport in real situations takes place in heterogeneous soils. An experiment was …

Concern about soil and groundwater pollution has resulted in numerous studies focused on
solute transport. The objectives of our study were to investigate the effect of soil type and …

The objectives of this study were to:(i) examine the efficacy of two sampling techniques for
characterizing solute transport under steady‐state water flow,(ii) study the variation in …

A grid lysimeter system and sample collection, containment, and storage techniques were
developed for detailed laboratory studies of water and solute movement through intact soil …

Hydraulic and morphologic heterogeneity in the soil environment contribute to the
complexity of characterizing water and solute transport. The objective of this laboratory study …

Soil hydraulic properties vary across landscape positions due to changes in soil profile
characteristics. Water and solute transport in soils are intimately related to soil property and …

Zero-suction lysimeters and gravity-drained columns have been used routinely to measure
water and solute transport through soils, both in the field and in the laboratory. Such …

To better understand the movement of water and solutes in soils, and the risk of groundwater
contamination, we need water and solute flux observations distributed in space and time …