Geophysical surveys are now commonly used in agriculture for mapping applications. High‐
throughput collection of geophysical properties such as electrical conductivity (inverse of …

This paper focused on the use of electromagnetic induction measurements in order to
investigate soil salinization caused by irrigation with saline reclaimed water. An …

Non‐invasive imaging of processes within the soil–plant continuum, particularly root and soil
water distributions, can help optimize agricultural practices such as irrigation and …

Abstract Knowledge of real time spatial distribution of soil moisture has great potential to
improve yield and profit in agricultural systems. Recent advances in non-invasive …

Most field crop phenotyping research has focused on the above-ground parts of crops,
ignoring a “hidden half”: the rooting system and its activity. Here we propose and test a new …

Introduction Characterization of the shallow subsurface in mountain catchments is important
for understanding hydrological processes and soil formation. The depth to the soil/bedrock …

Assessing spatiotemporal variations in soil water is critical to many decisions in precision
agriculture. In dryland crop production regions with marginal precipitation, growers use crop …

This study explores the ability of the frequency domain electromagnetic induction (EMI)
method to produce physicochemical soil maps with relevance to grapevine vigor. The study …

A well-developed soil structure is crucial for a fertile soil and rules its influence on the
ecosystem. Slight variations in the way soil components are organized and connected can …

In the context of global warming, agriculture faces severe challenges such as water scarcity
and soil erosion. Key to achieving soil sustainability is the choice of farming practices, the …