The rapid development of remote sensing has made it possible to study environmental
processes and changes in agriculture and also to provide important assistance in relevant …

The separability of wetland types using different spectral bands is an important subject,
which has not yet been well studied in most countries. This is particularly of interest in …

Weeds compete with crops and are hard to differentiate and identify due to their similarities
in color, shape, and size. In this study, the weed species present in sorghum (sorghum …

Harnessing natural variation in photosynthetic capacity is a promising route toward yield
increases, but physiological phenotyping is still too laborious for large-scale genetic …

Accurate estimates of papyrus (Cyperus papyrus) biomass are critical for an efficient
papyrus swamp monitoring and management system. The objective of this study was to test …

Advanced techniques capable of early, rapid, and nondestructive detection of the impacts of
drought on fruit tree and the measurement of the underlying photosynthetic traits on a large …

Technological advances in hyperspectral remote sensing have been widely applied in
heavy metal soil contamination studies, as they are able to provide assessments in a rapid …

The feasibility of rapid and non-destructive classification of six different Amaranthus species
was investigated using visible-near-infrared (Vis-NIR) spectra coupled with chemometric …

One of the main applications of field spectroscopy is the generation of spectral libraries of
Earth's surfaces or materials to support mapping activities using imaging spectroscopy. To …

Most recent studies relating to the classification of vegetation species on the individual level
use cutting-edge sensors and follow a data-driven approach, aimed at maximizing …