Imaging spectroscopy (IS) is a new technique that has attracted the attention of many
workers in many disciplines. In the field of soil science, this technology is not well developed …

Longwave infrared (LWIR) hyperspectral imaging (HSI) sensors provide valuable
information for numerous military, scientific, and commercial applications. The hyperspectral …

Imaging Spectroscopy (IS) is a promising tool for studying soil properties in large spatial
domains. Going from point to image spectrometry is not only a journey from micro to macro …

Reflectance spectroscopy provides an alternate method to classical physical and chemical
laboratory soil analysis for estimation of a large range of key soil properties. Techniques …

Mangrove forests are acting as a green lung for the coastal cities of the United Arab
Emirates, providing a habitat for wildlife, storing blue carbon in sediment and protecting …

Efforts to understand and to quantify precipitation and its partitioning into runoff evapo-
transpiration, and recharge are often hampered by the absence or paucity of appropriate …

Lithological map** is a fundamental step in various mineral prospecting studies because
it forms the basis of the interpretation and validation of retrieved results. Therefore, this study …

This study aimed at identifying the potential of Vis-NIR airborne hyperspectral AISA-Eagle
data for predicting the topsoil organic carbon (SOC) content of bare cultivated soils over a …

Land-surface quantitative analysis based on digital elevation model (DEM) has been
applied for improving the geomorphological map** of piedmont alluvial fans. Indeed …

Optical and laser remote sensing provide resources for monitoring volcanic activity and
surface hydrothermal alteration. In particular, multispectral and hyperspectral imaging can …