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Effect Of Bio-Optical Parameter Variability On The Remote Estimation Of Chlorophyll-A Concentration In Turbid Productive Waters: Experimental Results—Erratum, Giorgio Dall'olmo, Anatoly A. Gitelson
Effect Of Bio-Optical Parameter Variability On The Remote Estimation Of Chlorophyll-A Concentration In Turbid Productive Waters: Experimental Results—Erratum, Giorgio Dall'olmo, Anatoly A. Gitelson
School of Natural Resources: Faculty Publications
In the original publication [Dall’Olmo and Gitelson, Applied Optics (2005) 44: 412-422], certain information was presented inaccurately. These inaccuracies are corrected here.
Effect Of Bio-Optical Parameter Variability On The Remote Estimation Of Chlorophyll-A Concentration In Turbid Productive Waters: Experimental Results, Giorgio Dall'olmo, Anatoly A. Gitelson
Effect Of Bio-Optical Parameter Variability On The Remote Estimation Of Chlorophyll-A Concentration In Turbid Productive Waters: Experimental Results, Giorgio Dall'olmo, Anatoly A. Gitelson
School of Natural Resources: Faculty Publications
The analytical development and underlying hypothesis of a three-band algorithm for estimating chlorophyll-a concentration ([Chla]) in turbid productive waters are presented. The sensitivity of the algorithm to the spectral location of the bands used is analyzed. A large set of experimental observations ([Chla] varied between 4 and 217 mg m-3 and turbidity between 2 and 78 nephelometric turbidity units) was used to calibrate and validate the algorithm. It was found that the variability of the chlorophyll-a fluorescence quantum yield and of the chlorophyll-a specific absorption coefficient can reduce considerably the accuracy of remote predictions of [Chla]. Instead of parameterizing …