Due in large measure to the prodigious research efforts of Rhoades and his colleagues at
the George E. Brown, Jr., Salinity Laboratory over the past two decades, soil electrical …

There are growing concerns about the environmental impact of intensive agricultural
production including citrus cultivation on our natural resources, ie, water resources. In …

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 …

An inverse procedure for the estimation of soil water content profiles along TDR probes is
presented. A TDR metallic probe is considered as a transmission line, for which relevant …

The relevance of aquifer heterogeneity for flow and transport is recognized broadly;
however, its characterization is hampered by the inaccessibility of the subsurface. Time …

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 …

Time‐domain reflectometry (TDR) evaluates the bulk dielectric constant, K, of the soil by
measuring the travel time of an electromagnetic pulse through a sensor, and through it …

The addition of natural or synthetic zeolites alters a soil's chemical, physical and biological
properties. Due to the existence of a complex internal structure, zeolites have the potential to …

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 …

Time-domain reflectometry (TDR) was used to monitor solute breakthrough curves (BTC's) in
30 saturated undisturbed soil columns collected along a 35-m-long transect in the field. The …