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• W2797590518 abstract "Many studies over the years have focused on bio-optical modeling of inland waters to monitor water quality. However, those studies have been conducted mainly in eutrophic and hyper-eutrophic environments dominated by phytoplankton. With the launch of the Ocean and Land Colour Instrument (OLCI)/Sentinel-3A in 2016, a range of bands became available including the 709 nm band recommended for scaling up these bio-optical models for productive inland waters. It was found that one category of existing bio-optical models, the quasi-analytical algorithms (QAAs), when applied to colored dissolved organic matter (CDOM) and detritus-dominated waters, produce large errors. Even after shifting the reference wavelength to 709 nm, the recently re-parameterized QAA versions could not accurately retrieve the inherent optical properties (IOPs) in waterbodies dominated by inorganic matter. In this study, three existing versions of QAA were implemented and proved inefficient for the study site. Therefore, several changes were incorporated into the QAA, starting with the re-parameterization of the empirical steps related to the total absorption coefficient retrieval. The re-parameterized QAA, QAAOMW showed a significant improvement in the mean absolute percentage error (MAPE). MAPE decreased from 58.05% for existing open ocean QAA (QAALv5) to 16.35% for QAAOMW. Considerable improvement was also observed in the estimation of the absorption coefficient of CDOM and detritus from a MAPE of 91.05% for QAALv5 to 18.87% for QAAOMW. The retrieval of the absorption coefficient of phytoplankton ( a ϕ ) using the native form of QAA proved to be inaccurate for the oligo-to-mesotrophic waterbody due to the low a ϕ returning negative predictions. Therefore, a novel approach based on the normalized a ϕ was adopted to maintain the spectral shape and retrieve positive values, resulting in an improvement of 119% in QAAOMW. Further tuning and scale-up of QAAOMW to OLCI bands will aid in monitoring water resources and associated watershed processes." @default.
• W2797590518 created "2018-04-24" @default.
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• W2797590518 date "2018-04-09" @default.
• W2797590518 modified "2023-10-18" @default.
• W2797590518 title "Estimating the Optical Properties of Inorganic Matter-Dominated Oligo-to-Mesotrophic Inland Waters" @default.
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• W2797590518 cites W1906413800 @default.
• W2797590518 cites W1965287008 @default.
• W2797590518 cites W1965722269 @default.
• W2797590518 cites W1967906870 @default.
• W2797590518 cites W1968703794 @default.
• W2797590518 cites W1969423477 @default.
• W2797590518 cites W1969753304 @default.
• W2797590518 cites W1971179596 @default.
• W2797590518 cites W1973860676 @default.
• W2797590518 cites W1976471516 @default.
• W2797590518 cites W1985479415 @default.
• W2797590518 cites W1988358852 @default.
• W2797590518 cites W1993178254 @default.
• W2797590518 cites W1995811252 @default.
• W2797590518 cites W1997488734 @default.
• W2797590518 cites W2007052258 @default.
• W2797590518 cites W2014067483 @default.
• W2797590518 cites W2015535333 @default.
• W2797590518 cites W2017240794 @default.
• W2797590518 cites W2018872564 @default.
• W2797590518 cites W2024788250 @default.
• W2797590518 cites W2027975676 @default.
• W2797590518 cites W2039766302 @default.
• W2797590518 cites W2040545639 @default.
• W2797590518 cites W2042040410 @default.
• W2797590518 cites W2046461835 @default.
• W2797590518 cites W2050297753 @default.
• W2797590518 cites W2053228943 @default.
• W2797590518 cites W2055841721 @default.
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• W2797590518 cites W2076739620 @default.
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• W2797590518 cites W2100738276 @default.
• W2797590518 cites W2101900196 @default.
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• W2797590518 doi "https://doi.org/10.3390/w10040449" @default.
• W2797590518 hasPublicationYear "2018" @default.
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