In‐field soil spectroscopy represents a promising opportunity for fast soil analysis, allowing
the prediction of several soil properties from one spectral reading representing one soil …

Abstract Visible–near-infrared–shortwave-infrared (VNIR–SWIR) spectroscopy is one of the
most promising sensing techniques to meet ever-growing demands for soil information and …

Technological advances in satellite remote sensing have offered a variety of techniques for
estimating surface soil water content as a key variable in numerous environmental studies …

The spectral reflectance of three soil samples–selected to represent a range of particle size
distribution, texture, and drying characteristics–was monitored as the samples progressed …

Soil moisture is one of the most important components of all the soil properties affecting the
global hydrologic cycle. Optical remote sensing technology is one of the main parts of soil …

Portable visible to near-infrared (VNIR) and mid-infrared (MIR) soil spectroscopy holds great
potential to support field applications in soil science and management by complementing …

We need measurements of soil water retention (SWR) and available water capacity (AWC)
to assess and model soil functions, but methods are time‐consuming and expensive. Our …

Surface moisture is an important supply limiting factor for aeolian sand transport, which is
the primary driver of coastal dune development. As such, it is critical to account for the …

Proximal and remote sensors are emerging as powerful sources of soil spectral information
at an array of temporal and spatial resolutions. This study investigated clay content …

Wind erosion potential can be assessed using the Threshold Friction Velocity (TFV) of the
soil, which is not always easy to measure, especially on regional and global scales. To …