Highlights•New method with field experiment for assessing the capacity of HYDRUS-
2D.•Novel sensor with line-scan to observe wetting fronts driven by dripper arrays.•Precise …

We evaluated a recently developed mobile dielectric sensor designed for root zone (0–20
cm) moisture measurements to infer soil and plant water losses associated with …

An affordable standalone sensor that can provide volumetric information on soil moisture
distribution in real time was developed and tested for potential application in irrigation …

Water supply limits and continued population growth have intensified the search for
measures to conserve water in urban gardening and agriculture. The efficiency of water use …

Monitoring soil water content (SWC) distribution is crucial for better understanding soil water
dynamics and accurate hydrological modeling. In this study, a pipeline robot system for …

In this study, the dynamic behaviour of a sensor-based platform that travels through an
underground pipeline network is investigated. The platform consists of a soil water sensor …

Приведены результаты комплексных исследований микроволнового излучения
участков тундры вблизи озера Парисенто (п-ов Гыданский, Ямало-Ненецкий …

This research is a study on the relationship of irrigation water treatments and soil moisture
distribution uniformity (DU). Soil moisture distribution was based on long-term data sets that …

In this study, a prototype electromagnetic sensor-based platform moving inside sub-surface
horizontal access-tubes and thirty-six point information soil moisture sensors with the task of …

Advances in soil water content (SWC) monitoring technology continue to provide new and
significant benefits to agriculture. An innovative approach for observing SWC is introduced …