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- W2404675089 abstract "A large nation-wide survey of cyanotoxins (1161 lakes) in the United States (U.S.) was conducted during the EPA National Lakes Assessment 2007. Cyanotoxin data were compared with cyanobacteria abundance- and chlorophyll-based World Health Organization (WHO) thresholds and mouse toxicity data to evaluate potential recreational risks. Cylindrospermopsins, microcystins, and saxitoxins were detected (ELISA) in 4.0, 32, and 7.7% of samples with mean concentrations of 0.56, 3.0, and 0.061 μg/L, respectively (detections only). Co-occurrence of the three cyanotoxin classes was rare (0.32%) when at least one toxin was detected. Cyanobacteria were present and dominant in 98 and 76% of samples, respectively. Potential anatoxin-, cylindrospermopsin-, microcystin-, and saxitoxin-producing cyanobacteria occurred in 81, 67, 95, and 79% of samples, respectively. Anatoxin-a and nodularin-R were detected (LC/MS/MS) in 15 and 3.7% samples (n = 27). The WHO moderate and high risk thresholds for microcystins, cyanobacteria abundance, and total chlorophyll were exceeded in 1.1, 27, and 44% of samples, respectively. Complete agreement by all three WHO microcystin metrics occurred in 27% of samples. This suggests that WHO microcystin metrics based on total chlorophyll and cyanobacterial abundance can overestimate microcystin risk when compared to WHO microcystin thresholds. The lack of parity among the WHO thresholds was expected since chlorophyll is common amongst all phytoplankton and not all cyanobacteria produce microcystins." @default.
- W2404675089 created "2016-06-24" @default.
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- W2404675089 date "2016-06-01" @default.
- W2404675089 modified "2023-10-14" @default.
- W2404675089 title "Cyanotoxins in inland lakes of the United States: Occurrence and potential recreational health risks in the EPA National Lakes Assessment 2007" @default.
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- W2404675089 cites W1969296604 @default.
- W2404675089 cites W1970405538 @default.
- W2404675089 cites W1971739108 @default.
- W2404675089 cites W1977090434 @default.
- W2404675089 cites W1978671354 @default.
- W2404675089 cites W1979009094 @default.
- W2404675089 cites W1983409302 @default.
- W2404675089 cites W1984081342 @default.
- W2404675089 cites W1987097368 @default.
- W2404675089 cites W1988561304 @default.
- W2404675089 cites W1997915891 @default.
- W2404675089 cites W1997927910 @default.
- W2404675089 cites W1998492888 @default.
- W2404675089 cites W2001473932 @default.
- W2404675089 cites W2001794773 @default.
- W2404675089 cites W2008941672 @default.
- W2404675089 cites W2014506377 @default.
- W2404675089 cites W2028813975 @default.
- W2404675089 cites W2029139218 @default.
- W2404675089 cites W2031775572 @default.
- W2404675089 cites W2036233390 @default.
- W2404675089 cites W2038026832 @default.
- W2404675089 cites W2039737777 @default.
- W2404675089 cites W2039891429 @default.
- W2404675089 cites W2042316210 @default.
- W2404675089 cites W2043099341 @default.
- W2404675089 cites W2047805510 @default.
- W2404675089 cites W2048984883 @default.
- W2404675089 cites W2050581878 @default.
- W2404675089 cites W2052223372 @default.
- W2404675089 cites W2055573069 @default.
- W2404675089 cites W2059302875 @default.
- W2404675089 cites W2064705267 @default.
- W2404675089 cites W2065286608 @default.
- W2404675089 cites W2076984999 @default.
- W2404675089 cites W2081110176 @default.
- W2404675089 cites W2082110160 @default.
- W2404675089 cites W2083819749 @default.
- W2404675089 cites W2085148598 @default.
- W2404675089 cites W2086887971 @default.
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- W2404675089 cites W2094553670 @default.
- W2404675089 cites W2103555156 @default.
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- W2404675089 cites W2125897302 @default.
- W2404675089 cites W2131621015 @default.
- W2404675089 cites W2135838413 @default.
- W2404675089 cites W2137307803 @default.
- W2404675089 cites W2141895900 @default.
- W2404675089 cites W2154252003 @default.
- W2404675089 cites W2155333187 @default.
- W2404675089 cites W2155552831 @default.
- W2404675089 cites W2156801294 @default.
- W2404675089 cites W2157045920 @default.
- W2404675089 cites W2162693276 @default.
- W2404675089 cites W2162911968 @default.
- W2404675089 cites W2166948361 @default.
- W2404675089 cites W2167724635 @default.
- W2404675089 cites W2167815338 @default.
- W2404675089 cites W2170891494 @default.
- W2404675089 cites W2196215953 @default.
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- W2404675089 cites W2951339731 @default.
- W2404675089 cites W4247920653 @default.
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- W2404675089 doi "https://doi.org/10.1016/j.hal.2016.04.001" @default.
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- W2404675089 hasPublicationYear "2016" @default.
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