Soil moisture content has paramount importance in dictating engineering, agronomic,
geological, ecological, biological and hydrological characteristics of the soil mass. Though …

Non-destructive measurement of soil water content and electrical conductivity has been
desired for many years. Recent development of time domain reflectometry (TDR) enables us …

Wireless sensor networks are a promising new in situ measurement technology for
monitoring soil water content changes with a high spatial and temporal resolution for large …

Our understanding of short‐and long‐term dynamics of spatial soil moisture patterns is
limited due to measurement constraints. Using new highly detailed data, this research aims …

This study evaluated the family of ECH2O sensors (EC-5 and ECH2O-TE) for measurement
of soil moisture content (θ), bulk electrical conductivity (ECb) and temperature for a range of …

This paper describes a soil moisture data set from the 82,000 km2 Murrumbidgee River
Catchment in southern New South Wales, Australia. Data have been archived from the …

The soil-freezing characteristic, the relationship between unfrozen water content and
temperature, is relevant for any mass transfer processes in frozen porous media. To …

The ability of ground penetrating radar (GPR to provide 'real-time', highresolution,
stratigraphically related, cross-sectional images of the subsurface is the technique's unique …

Near‐surface measurements of soil water content (θ) using time domain reflectometry (TDR)
may exhibit anomalous behavior in the presence of diurnal temperature (T) fluctuations …

Although the neutron moisture meter (NMM) has served the need for accurate soil water
content determinations well, increasing regulatory burdens, including the requirement that …