A quantitative description of water flow and solute transport in the unsaturated zone of the
soil is required to predict the impact of human influences on the environment. This paper …

Abstract Models that simulate water flow and quality, particularly related to nitrate ions, are
commonly used on a catchment-scale. However, tracking nitrate ions is a challenging task …

Electrical resistivity tomography (ERT) has proved to be a valuable tool for imaging solute
transport processes in the subsurface. However, a quantitative interpretation of …

Developing and testing models for solute transport in the field requires experimental data on
the spreading of solutes in the soil. Obtaining such data is costly, and a substantial part of …

Bare‐soil evaporation is an important component of the water balance in semiarid systems.
However, little is known quantitatively about the influence of soil texture on bare‐soil …

Efforts to assess the role of soil structure in soil and water processes have been limited by
data based on two dimensional geometry or disturbed samples. Computed tomography (CT) …

This paper aims mainly to provide experimental evidence of the consequences of urban
wastewater reuse in irrigation practices on the hydrological behavior of soils. The effects on …

The time domain reflectometry (TDR) technique was evaluated as a viable method for quick
and accurate characterization of the solute transport parameters in controlled laboratory …

Time domain reflectometry (TDR) is rapidly becoming a popular method for measuring
solute concentrations in the laboratory as well as in the field. Success or failure of TDR to …

The time domain reflectometry (TDR) technique is a geophysical method that allows, in a
time-varying electric field, the determination of dielectric permittivity and electrical …