Mixture density networks (MDNs) have emerged as a powerful tool for estimating water-
quality indicators, such as chlorophyll-a (Chl) from multispectral imagery. This study …

Dramatic changes in the patterns of satellite-derived pigment concentrations around the
Galápagos Islands during February and March 1983 are associated with unusual …

This note considers how chlorophyll, as estimated from Coastal Zone Color Scanner
(Nimbus 7 satellite) data, is related to the chlorophyll concentration in the oceanic water …

The value of the yellow substance absorption coefficient in the visible‐light spectrum is a
very important characteristic used in the optical classification of seawater. This quantity also …

Simultaneous acquisition of Landsat TM imagery and sea truth data from sample sites in
Himmerfjärden bay on the Swedish east coast was conducted on 10 May 1988, and 7 May …

A major objective of biological oceanography today is to quantify the mean and the variance
of phytoplankton production on a global basis. Synoptic satellite sensing of the world's …

Coloured dissolved organic matter (CDOM), also know as yellow substances, dissolved in
Baltic Sea waters is a dominant constituent, absorbing light in the blue and green parts of …

Variability in concentration and type of marine particles is the dominant source of optical
variability in the oceans. As part of the Optical Dynamics Experiment (ODEX) spectral …

This article addresses methodologies for remote sensing of ocean Chlorophyll-a (Chl-a),
with emphasis on the Barents Sea. We aim at improving the monitoring capacity by …

Chlorophyll-a concentration (chl-a) is a great indicator for estimating phytoplankton biomass
and productivity levels and is also particularly useful for monitoring the water quality …