Algae serves as a food source for a wide range of aquatic species; however, a high
concentration of inorganic nutrients under favorable conditions can result in the …

This article overviews recent advances in studies of landscape-water quality relationships
using remote sensing techniques. With the increasing feasibility of using remotely-sensed …

Improvements in optical remote sensing spectral resolution and increased data volumes
necessitates the development of improved techniques for quantitative geological analysis …

Accurate estimation of phytoplankton chlorophyll a (Chla) concentration from remotely
sensed data is particularly challenging in turbid, productive waters. The objectives of this …

Remote sensing is an important technology for measuring algal-chlorophyll concentrations
in su $ xe waters. Our paper provides hyperspectral signatures, in fhe visible and near …

The objective of this research was to test the use of the well-documented ratio of near-
infrared (NIR; 705 nm) to red (670 nm) reflectance in estimating chlorophyll content in a …

In this present research, we assessed the performance of band algorithms in estimating
chlorophyll-a (Chl-a) concentration based on bands of two new sensors: Operational Land …

Laurie L. Richardson mhe last decade has seen rapid advances in two technology-based
approaches to the study of algal biology: the use of remote sensing, which quantitatively …

The large number of spectral bands in hyperspectral data seriously complicates their use for
classification. Selection of a useful subset of bands or derived features (spectral ratios …

The text covers the problems concerning optical properties and remote sensing of turbid and
surface-polluted oceans and lakes. In four chapters Helgi Arst compares remote sensing …