Infiltration is the process of water entering into, and routings through, the subsurface. It has a
profound impact on water flux in the Earth's Critical Zone (CZ), influencing phenomena such …

Soil moisture is a major limiting factor in most dryland agricultural production systems
around the globe. In dryland agriculture the amount of water available to grow a crop is …

This paper developed a novel deep learning-based approach to processing ground-
penetrating radar (GPR) radargrams to reconstruct the occluded interior spaces of collapsed …

First responders often lack information and visual clues regarding interior spaces in disaster
rubble, preventing efficient, effective, and safe search and rescue for victims trapped in …

Vegetation plays an active role in soil water dynamics and water balance in groundwater-
soil-plant-atmosphere continuum systems. Therefore, we characterized soil water transport …

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 …

In high‐altitude cold areas, how precipitation and freeze–thaw processes affect soil water
dynamics is not well understood due to a lack of high real‐time resolution measurements …

Full-waveform inversion (FWI) is considered one of the most promising interpretation tools
for hydrogeological applications using ground-penetrating radar. However, FWI has had …

For precision farming, we need more and more accurate information not only about the crop,
but also the soil. Surface measurement is fairly easy, with huge amounts of data being …

The vadose zone serves as a crucial link for the mutual transformation of atmospheric,
surface, ecological, and groundwater systems. Infiltration recharge in the vadose zone is a …