Elsevier Science BV / Science Systems / Applications Inc. / Academic Press Inc. / Interdisciplinary Ocean Studies / Coastal / K. L. Carder S. A. / Biological / /
Country
Japan / /
Currency
USD / / /
Event
M&A / /
Facility
Placer Hall / Bowdoin College / Plant Physiol / /
IndustryTerm
satellite empirical chlorophyll / satellite estimates / satellite data product validation / satellite ocean color / band ratio algorithms / color chlorophyll algorithms / empirically-based satellite estimates / maximum band ratio algorithms / satellite-derived chlorophyll-a imagery / satellite-based characterization / semi-analytic algorithm / power law model / ocean color satellite sensors / ocean color processing / degree polynomial algorithm / radiative transfer model software / biooptical algorithm / stronger least-squares power law relationship / band ratio algorithm / empirical algorithm / satellite ocean color missions / Empirical algorithms / satellite view / satellite visible imagery / empirical satellite / /
MusicGroup
Code / /
NaturalFeature
Pacific Ocean / Sargasso Sea / Sea Res / Funka Bay / /
Organization
Optical Society of America OCIS / Bowdoin College / USA Department of Earth and Oceanographic Science / National Aeronautics and Space Administration / NASA Goddard Space Flight Center / /
Person
A. Morel / V / Michael J. Sauer / /
Position
Forward / /
Product
Document Version 1.1 / Garver-Siegel / Document 1.1 / /
ProgrammingLanguage
J / R / /
PublishedMedium
OPTICS EXPRESS / /
Region
western North Atlantic / /
Technology
4th degree polynomial algorithm / semi-analytic algorithm / remote sensing / maximum band ratio algorithms / 20923 algorithm / bio-Optical Marine Algorithm / empirical algorithm / Ocean color chlorophyll algorithms / GSM / OC4 MBR algorithm / band ratio algorithms / switching MBR algorithm / band ratio algorithm / OC3 algorithm / biooptical algorithm / sequencing maximum band ratio algorithms / /
Under the hood of satellite empirical chlorophyll a algorithms: revealing the dependencies of maximum band ratio algorithms on inherent optical properties Michael J. Sauer, 1,* C. S. Roesler,2 P. J. Werdell,3 and A. Barn