This study establishes an optical inversion scheme for deriving the absorption coefficient of
colored (or chromophoric, depending on the literature) dissolved organic material (CDOM) …

The optically active component of dissolved organic material in aquatic ecosystems, or
colored dissolved organic matter (CDOM), is represented by the coefficient of absorption …

We present the performance of JAXA's SGLI standard algorithms for estimating chlorophyll a
(chl a) concentration and the light absorption coefficients of colored dissolved organic matter …

Earth and planetary radiometry requires spectrally dependent observations spanning an
expansive range in signal flux due to variability in celestial illumination, spectral albedo, and …

The colored (or chromophoric, depending on the literature) dissolved organic matter
(CDOM) spectral absorption coefficient, a CDOM (λ), is a variable of global interest that has …

Present-day ocean color satellite sensors, which principally provide reliable data on
chlorophyll, sediments, and colored dissolved organic material in the open ocean, are not …

The<? TeX 2pc 0pt?> use<? TeX 4pc 0pt?> of multispectral geostationary satellites to study
aquatic ecosystems improves the temporal frequency of observations and mitigates cloud …

Planetary radiometric observations enable remote sensing of biogeochemical parameters to
describe spatiotemporal variability in aquatic ecosystems. For approximately the last half …

Abstract The case-1 (optically simple) oceanic environment is described by a smoothly
transitioning gradient in optical properties arising from the concentration of the primary algal …

The hardware and software capabilities of the compact-profiling hybrid instrumentation for
radiometry and ecology (C-PHIRE) instruments on an unmanned surface vessel (USV) are …