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 …

Advances in sensor technology continue to provide new and significant benefits to
agriculture. An innovative approach for observing soil water dynamics in the subsurface is …

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 …

Large scale particle image velocimetry (LSPIV) is a nonintrusive environmental monitoring
methodology that allows for continuous characterization of surface flows in natural …

智慧城市中, 物联网技术正逐步改变风景园林师的设计方式. 针对中小尺度绿色雨水设施(green
stormwater infrastructure, GSI) 监测设计的技术问题, 从风景园林学科视角探讨在线监测的指标 …

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 …

In this paper, a systematic performance assessment of the measurement system for surface
flow analysis developed by our group in (Tauro et al., Sensors, 2010) is presented. The …

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 …

Internet of things (IoT) in smart cities has gradually reformed the way we design urban
landscapes. This research aims to introduce online monitoring systems for small-scale …