After the successful Coastal Zone Color Scanner (CZCS, 1978–1986) demonstration that
quantitative estimations of geophysical variables such as chlorophyll a and diffuse …

A wide variety of data analysis techniques have been applied for quantitative assessment of
coastal marine eutrophication. Indicators for assessing eutrophication and frequency …

A high degree of consistency and comparability among chlorophyll algorithms is necessary
to meet the goals of merging data from concurrent overlapping ocean color missions for …

PISCES-v2 is a biogeochemical model which simulates the lower trophic levels of marine
ecosystem (phytoplankton, microzooplankton and mesozooplankton) and the …

Estimates of primary production in the Southern Ocean are difficult to obtain but are
essential if we are to understand its role in the global carbon cycle. Here we present a 9 …

Global satellite ocean color instruments provide the scientific community a high-resolution
means of studying the marine biosphere. Satellite data product validation and algorithm …

Diurnal vertical migration (DVM) of marine organisms is an ubiquitous phenomenon in the
ocean that generates an active vertical transport of organic matter. However, the magnitude …

Remote sensing of Southern Ocean chlorophyll concentrations is the most effective way to
detect large‐scale changes in phytoplankton biomass driven by seasonality and climate …

Seasonal to interannual variability of satellite derived chlorophyll‐a over the Patagonia shelf
and shelf break in the western South Atlantic are studied based on 7 years of ocean‐color …

In this paper, uncertainties in the retrieval of satellite surface chlorophyll concentrations in
the Mediterranean Sea have been evaluated using both regional and global ocean colour …