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• W2000791596 abstract "In recent years, the global distribution of phytoplankton functional types (PFT) and phytoplankton size classes (PSC) has been determined by remote sensing. Many of these methods rely on interpretation of phytoplankton size or type from pigment data, but independent validation has been difficult due to lack of appropriate in situ data on cell size. This work uses in situ data (photosynthetic pigments concentration and cell abundances) from the north-east Atlantic, along a trophic gradient, sampled from 2005 to 2010, as well as Atlantic Meridional Transect (AMT) data for the same region, to test a previously developed conceptual model, which calculates the fractional contributions of pico-, nano- and micro-plankton to total phytoplankton chlorophyll biomass (Brewin et al., 2010). The application of the model proved to be successful, as shown by low mean absolute error between data and model fit. However, regional values obtained for the model parameters had some effect on the relative distribution of size classes as a function of chlorophyll-a, compared with the results according to the original model. The regional parameterisation yielded a dominance of micro-plankton contribution for chlorophyll-a concentrations greater than 0.5 mg m− 3, rather than from 1.3 mg m− 3 in the original model. Intracellular chlorophyll-a (Chla) per cell, for each size class, was computed from the cell enumeration results (microscope counts and flow cytometry) and the chlorophyll-a concentration for that size class given by the model. The median intracellular chlorophyll-a values computed were 0.004, 0.224 and 26.78 pg Chla cell− 1 for pico-, nano-, and micro-plankton respectively. This is generally consistent with the literature, thereby providing an indirect validation of the method based on pigments to assign size classes. Using a satellite-derived composite image of chlorophyll-a for the study area, a map of cell abundance was generated based on the computed intracellular chlorophyll-a for each size-class, thus extending the remote-sensing method for mapping size classes of phytoplankton from chlorophyll-a concentration to mapping cell numbers in each class. The map reveals the ubiquitous presence of pico-plankton, and shows that all size classes are more abundant in more productive areas." @default.
• W2000791596 created "2016-06-24" @default.
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• W2000791596 date "2013-07-01" @default.
• W2000791596 modified "2023-10-13" @default.
• W2000791596 title "Deriving phytoplankton size classes from satellite data: Validation along a trophic gradient in the eastern Atlantic Ocean" @default.
• W2000791596 cites W1964114507 @default.
• W2000791596 cites W1972444296 @default.
• W2000791596 cites W1975509275 @default.
• W2000791596 cites W1977578748 @default.
• W2000791596 cites W1979058049 @default.
• W2000791596 cites W1981641355 @default.
• W2000791596 cites W1982261190 @default.
• W2000791596 cites W1986060091 @default.
• W2000791596 cites W1990589210 @default.
• W2000791596 cites W1992339358 @default.
• W2000791596 cites W1992951570 @default.
• W2000791596 cites W1994279687 @default.
• W2000791596 cites W1995176198 @default.
• W2000791596 cites W1995424464 @default.
• W2000791596 cites W1996776815 @default.
• W2000791596 cites W1997187212 @default.
• W2000791596 cites W1998484602 @default.
• W2000791596 cites W2004329181 @default.
• W2000791596 cites W2008733299 @default.
• W2000791596 cites W2011812956 @default.
• W2000791596 cites W2013849888 @default.
• W2000791596 cites W2017370637 @default.
• W2000791596 cites W2017976444 @default.
• W2000791596 cites W2018275790 @default.
• W2000791596 cites W2021747877 @default.
• W2000791596 cites W2033495386 @default.
• W2000791596 cites W2033533900 @default.
• W2000791596 cites W2038720636 @default.
• W2000791596 cites W2042508771 @default.
• W2000791596 cites W2044045279 @default.
• W2000791596 cites W2046452125 @default.
• W2000791596 cites W2052802679 @default.
• W2000791596 cites W2055841721 @default.
• W2000791596 cites W2055872840 @default.
• W2000791596 cites W2061046601 @default.
• W2000791596 cites W2062857891 @default.
• W2000791596 cites W2064178460 @default.
• W2000791596 cites W2068280750 @default.
• W2000791596 cites W2068537055 @default.
• W2000791596 cites W2069656975 @default.
• W2000791596 cites W2069760373 @default.
• W2000791596 cites W2071209782 @default.
• W2000791596 cites W2075775878 @default.
• W2000791596 cites W2077207999 @default.
• W2000791596 cites W2081367793 @default.
• W2000791596 cites W2083520894 @default.
• W2000791596 cites W2084160909 @default.
• W2000791596 cites W2089808227 @default.
• W2000791596 cites W2093463708 @default.
• W2000791596 cites W2102015008 @default.
• W2000791596 cites W2105150551 @default.
• W2000791596 cites W2114628556 @default.
• W2000791596 cites W2115359280 @default.
• W2000791596 cites W2118469610 @default.
• W2000791596 cites W2128030557 @default.
• W2000791596 cites W2137572869 @default.
• W2000791596 cites W2138985615 @default.
• W2000791596 cites W2140039504 @default.
• W2000791596 cites W2141515878 @default.
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• W2000791596 cites W2161155400 @default.
• W2000791596 cites W2163330578 @default.
• W2000791596 cites W2172000614 @default.
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• W2000791596 doi "https://doi.org/10.1016/j.rse.2013.02.013" @default.
• W2000791596 hasPublicationYear "2013" @default.
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