Plant nitrogen (N), acquired mainly in the form of nitrate and ammonium from soil, dominates
growth and development, and high-yield crop production relies heavily on N fertilization. The …

Precise use of fertilizers has been a focal point in world agriculture for years because it
increases crop production and reduces the negative impact of over-fertilization. Smart …

Timely monitoring of above-ground biomass (AGB) is essential for indicating the crop growth
status and predicting grain yield and carbon dynamics. Non-destructive remote sensing …

Wastelands of the mining industry are among the largest of disturbed areas that demand
revitalization. To reduce environmental impact and to better manage these geo-resources …

Advances in proximal hyperspectral sensing tools, chemometric techniques, and data-driven
modeling have enhanced precision irrigation management by facilitating the monitoring of …

Nitrogen responses vary under diverse agronomic management practices, influencing
vegetation indices (VIs) and productivity across different ecological conditions. However, the …

Accurately estimating crop performance under various fertilizer levels in a rapid and non-
destructive manner has become a vital aspect of precision agriculture technology for both …

A better understanding of wheat nitrogen status is important for improving N fertilizer
management in precision farming. In this study, four different sensors were evaluated for …

Spectral detection of the N uptake of wheat is a widely used method, as it is non-destructive,
rapid and cost-efficient. However, to date, agronomically supported spectral detection limits …

Process engineering of food materials is strongly associated with their microstructure, which
quantification allows proper selection of equipment operating conditions, monitoring …