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- W2316388968 abstract "The bio-optical changes of the water induced by red tides depend on the type of organism present, and the spectral characterization of such changes can provide useful information on the organism, abundance and distribution. Here we present results from the bio-optical characterization of a non-toxic red tide induced by the autotrophic ciliate Mesodinium rubrum. Particle absorption was high [ap(440) = 1.78 m− 1], as compared to measurements done in the same region [ap(440) = 0.09 ± 0.06 m− 1], with detrital components contributing roughly 11% [ad(440) = 0.19 m− 1]. The remainder was attributed to absorption by phytoplankton pigments [aph(440) = 1.60 m− 1]. These aph values were ~ 15 times higher than typical values for these waters. High chlorophyll a concentrations were also measured (52.73 μg L− 1), together with alloxanthin (9.52 μg L− 1) and chlorophyll c (6.25 μg L− 1). This suite of pigment is typical of the algal class Cryptophyceae, from which Mesodinium obtains its chloroplasts. Remote sensing reflectance showed relatively low values [Rrs(440) = 0.0007 sr− 1], as compared to other Rrs values for the region under high bloom conditions [Rrs(440) = 0.0028 sr− 1], with maxima at 388, 484, 520, 596 and 688 nm. Based on the low reflection in the green-yellow, as compared to other red tides, we propose a new band ratio [Rrs(688)/Rrs(564)] to identify blooms of this particular group of organisms." @default.
- W2316388968 created "2016-06-24" @default.
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- W2316388968 date "2016-08-01" @default.
- W2316388968 modified "2023-10-18" @default.
- W2316388968 title "Bio-optical characteristics of a red tide induced by Mesodinium rubrum in the Cariaco Basin, Venezuela" @default.
- W2316388968 cites W1515001660 @default.
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- W2316388968 cites W1595912343 @default.
- W2316388968 cites W171756228 @default.
- W2316388968 cites W1968279317 @default.
- W2316388968 cites W1969083190 @default.
- W2316388968 cites W1969599750 @default.
- W2316388968 cites W1969671319 @default.
- W2316388968 cites W1971951236 @default.
- W2316388968 cites W1976255277 @default.
- W2316388968 cites W1977142525 @default.
- W2316388968 cites W1979660498 @default.
- W2316388968 cites W1980583674 @default.
- W2316388968 cites W1983147007 @default.
- W2316388968 cites W1984199785 @default.
- W2316388968 cites W1985958320 @default.
- W2316388968 cites W1987038531 @default.
- W2316388968 cites W1987912703 @default.
- W2316388968 cites W1991378515 @default.
- W2316388968 cites W1997769277 @default.
- W2316388968 cites W2000104892 @default.
- W2316388968 cites W2000466686 @default.
- W2316388968 cites W2003966758 @default.
- W2316388968 cites W2008301731 @default.
- W2316388968 cites W2008408228 @default.
- W2316388968 cites W2011607422 @default.
- W2316388968 cites W2014167276 @default.
- W2316388968 cites W2014170534 @default.
- W2316388968 cites W2016045533 @default.
- W2316388968 cites W2023811065 @default.
- W2316388968 cites W2027294099 @default.
- W2316388968 cites W2032164902 @default.
- W2316388968 cites W2038720636 @default.
- W2316388968 cites W2040492865 @default.
- W2316388968 cites W2044247133 @default.
- W2316388968 cites W2044500733 @default.
- W2316388968 cites W2050881981 @default.
- W2316388968 cites W2052337085 @default.
- W2316388968 cites W2052849655 @default.
- W2316388968 cites W2056913856 @default.
- W2316388968 cites W2058848394 @default.
- W2316388968 cites W2061681047 @default.
- W2316388968 cites W2064781222 @default.
- W2316388968 cites W2067722411 @default.
- W2316388968 cites W2071314012 @default.
- W2316388968 cites W2071794766 @default.
- W2316388968 cites W2073986592 @default.
- W2316388968 cites W2076530536 @default.
- W2316388968 cites W2093711147 @default.
- W2316388968 cites W2096107865 @default.
- W2316388968 cites W2096555055 @default.
- W2316388968 cites W2103603135 @default.
- W2316388968 cites W2110529897 @default.
- W2316388968 cites W2115608009 @default.
- W2316388968 cites W2118908342 @default.
- W2316388968 cites W2124487369 @default.
- W2316388968 cites W2127479451 @default.
- W2316388968 cites W2127700706 @default.
- W2316388968 cites W2134066049 @default.
- W2316388968 cites W2137416631 @default.
- W2316388968 cites W2139366704 @default.
- W2316388968 cites W2140414365 @default.
- W2316388968 cites W2140738188 @default.
- W2316388968 cites W2149652931 @default.
- W2316388968 cites W2162219644 @default.
- W2316388968 cites W2164281158 @default.
- W2316388968 cites W2165282110 @default.
- W2316388968 cites W2165856904 @default.
- W2316388968 cites W2167927245 @default.
- W2316388968 cites W2177387496 @default.
- W2316388968 cites W2322078402 @default.
- W2316388968 cites W2322194960 @default.
- W2316388968 cites W2332978390 @default.
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- W2316388968 doi "https://doi.org/10.1016/j.jmarsys.2016.03.015" @default.
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