Map** and monitoring soil spatial variability is particularly problematic for temporally and
spatially dynamic properties such as soil salinity. The tools necessary to address this classic …

Climate change will cause an increased frequency and intensity of drought in irrigated arid-
zone agricultural areas resulting in a greater need for water conservation. Many water …

Conventional geophysical inversion techniques suffer from several limitations including
computational cost, nonlinearity, non-uniqueness and dimensionality of the inverse problem …

Frequency domain electromagnetic induction (EMI) methods have had a long history of
qualitative map** for environmental applications. More recently, the development of multi …

The frequency-domain electromagnetic (FDEM) methods are a powerful tool for evaluating
the impact caused on natural environments by anthropic facilities such as landfills …

In this study, we analyzed low-frequency drone-borne ground-penetrating radar (GPR) and
full-wave inversion for soil electrical conductivity map**. Indeed, in the lowest GPR …

Sustainable agriculture management typically requires detailed characterization of physical,
chemical, and biological aspects of soil properties. These properties are essential for …

Detailed knowledge of the intra‐field variability of soil properties and crop characteristics is
indispensable for the establishment of sustainable precision agriculture. We present an …

Frequency-domain electromagnetic (FDEM) data are commonly inverted to characterize
subsurface geoelectrical properties using smoothness constraints in 1D inversion schemes …

Increasingly, electromagnetic induction methods (EMI) are being used within the area of
archaeological prospecting for map** soil structures or for studying paleo-landscapes …