Soil salinization and its detrimental agricultural, environmental, and socioeconomic impact
over extended regions represent a major global concern that needs to be addressed. The …

Heavy metal contamination is ubiquitous in brownfields. Traditional site investigation
employs geostatistical interpolation methods (GIMs) to predict the distribution of soil …

Near-surface geophysical techniques are useful for the characterization of archaeological
areas because of their ability to rapidly cover wide extensions and obtain high-resolution …

Approximately half of Tunisia's irrigated area suffers from soil salinization due to arid and
semi-arid conditions, irrigation with low-quality water, shallow and saline groundwater, and …

The implementation of the sustainable management of the interaction between agriculture
and the environment requires an increasingly deep understanding and numerical …

Electromagnetic induction (EMI) techniques are widely used in geophysical surveying. Their
success is mainly due to their easy and fast data acquisition, but the effectiveness of data …

Zinc (Zn) is a vital element required by all living creatures for optimal health and ecosystem
functioning. Therefore, several researchers have modeled and mapped its occurrence and …

Deriving an accurate three‐dimensional (3D) spatial distribution of heterogeneous soil
pollutants at contaminated sites using traditional spatial interpolation methods, such as …

The origins and spatial variability of salinity within irrigated plots are a constraint to good
long-term field management. Regional depletion of groundwater resources, as well as soil …

Soil properties are important because they determine the soil's suitability for different types
of plant growth, ecosystems and biota functioning. Soil properties influence nutrient cycling …