Development and deployment of sensing technologies is one of the main steps in achieving
sustainability in crop production through precision agriculture. Key sensing methodologies …

Being dependent on temperature and frequency, dielectric properties are related to various
types of food. Predicting multiple physical characteristics of agri-food products has been the …

Elements of design and a field application of a TDR-based soil moisture and electrical
conductivity monitoring system are described with detailed presentation of the time delay …

Frequency-and temperature-dependent complex permittivity or conductivity of a silty clay
loam were examined in a broad saturation and porosity range with network analyzer …

The unfrozen water content has a significant impact on the mechanical and thermal
properties of saline soils during freezing, and their electrical properties measured by …

Several newly developed sensors based on capacitance and frequency techniques have
simplified real-time determination of soil water content (θ). The 10HS sensor is one of the …

The use of soil moisture sensors is a practice applied to improve irrigation water
management. ECH2O-5TE sensors are increasingly being used to estimate the volumetric …

The paper presents scientific foundation and some examples of agrophysical applications of
dielectric spectroscopy techniques. The aim of agrophysics is to apply physical methods and …

An effective temperature correction method for dielectric sensors is important to ensure the
accuracy of soil water content (SWC) measurements of local to regional-scale soil moisture …

Measurement of soil dielectric permittivity is frequently used as a basis for soil water content
estimation by many commercial and experimental sensors. However, the relations between …