Soil moisture partly controls land‐atmosphere mass and energy exchanges and
ecohydrological processes in natural and agricultural systems. Thus, many models and …

Coccidioidomycosis (also called Valley fever) is caused by a soilborne fungus, Coccidioides
spp., in arid regions of the southwestern United States. Though some who develop …

In the hydrological cycle, evapotranspiration (ET) transfers moisture from the land surface to
the atmosphere and is sensitive to disturbances such as wildfires. Ground-based pre-and …

Surface soil moisture is a critical parameter for understanding the energy flux at the land
atmosphere boundary. Weather modeling, climate prediction, and remote sensing validation …

Soil moisture estimates are valuable for hydrologic modeling, drought prediction and
management, climate change analysis, and agricultural decision support. However, in situ …

Soil moisture estimates are crucial for hydrologic modeling and agricultural decision-support
efforts. These measurements are also pivotal for long-term inquiries regarding the impacts of …

The first-order second-moment approximation (FOSM) has been proposed to estimate the
annual runoff (Q) distribution from the statistical information of annual precipitation (P) …

Numerous technological advancements have assisted to secure the vital key for scientific
predictions in various fields, and soil science is no exception. Soil has always been chosen …

Soil moisture plays an integral role in multi-scale hydrologic modeling, agricultural decision
analysis, climate change assessments, and drought prediction/prevention. The broad …

This study focuses on the probabilistic estimation of monthly soil moisture variation by
considering (a) the influence of hydrometeorological forcing to model the temporal variation …