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 …

Field spectroradiometry of land surface objects supports remote sensing analysis, facilitates
the discrimination of vegetation species, and enhances the mapping efficiency. Especially in …

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 …

This chapter focuses on advanced remote sensing technology, discussing the
implementation of multispectral, hyperspectral data for land use/land cover (LULC) mapping …

This study investigates the properties of hyperspectral reflectance of healthy and stressed
coniferous trees. Two coniferous tree species which naturally grow in Lithuania, Scots pine …

Collecting species‐level information on plant functional traits is highly relevant for
understanding ecosystem functioning under global change. Measuring optical properties of …

Mapping the spatial distribution of Mediterranean vegetation is crucial for understanding
current ecosystem equilibrium and combating present phenomena, such as desertification …

This chapter discusses the contribution of field spectroradiometry and hyperspectral remote
sensing in extracting information related to land cover mapping. It provides an overview on …

Classification is the science that arranges organisms in groups according to their similarities
and differences. In plant science, there are many aspects of classifications. For instance …

Mangroves are biologically important and productive ecosystems endowed with diverse
flora and fauna. Despite their economic and ecological services, mangroves face threats …