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- W2801228483 endingPage "13967" @default.
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- W2801228483 abstract "Abstract. Molecular composition and abundance of sugars and secondary organic aerosols (SOA) from biogenic sources over the East China Sea were investigated based on gas chromatography–mass spectrometry. Biogenic SOA tracers and sugars exhibit higher levels in the samples affected by continental air masses, demonstrating the terrestrial outflows of organic matter to the East China Sea. Glucose was the dominant sugar species (0.31–209, 18.8 ng m−3), followed by mannitol – a fungal spore tracer. All sugar compounds show generally higher average concentrations in the nighttime than in the daytime. 3-Methyl-1,2,3-butanetricarboxylic acid, one higher generation photooxidation tracer of monoterpene SOA, was found to be the most abundant species among measured biogenic SOA markers, suggesting the input of aged organic aerosols through long-range transport. Fungal-spore-derived organic carbon (OC) was the biggest contributor to total OC (0.03 %–19.8 %, 3.1 %), followed by sesquiterpene-derived secondary OC (SOC), biomass-burning-derived OC, and monoterpene- and isoprene-derived SOC. Larger carbon percentages of biogenic primary OCs and SOCs in total OC presented in the terrestrially influenced aerosols indicate significant contributions of continental aerosols through long-range transport. Positive matrix factorization results illustrate that the secondary nitrate and biogenic SOA, biomass burning, and fungal spores were the main sources of OC in marine aerosols over the East China Sea, again highlighting the importance of the Asian continent as a natural emitter of biogenic organic aerosols together with anthropogenic aerosols over the coastal marine atmosphere." @default.
- W2801228483 created "2018-05-17" @default.
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- W2801228483 date "2018-10-02" @default.
- W2801228483 modified "2023-10-16" @default.
- W2801228483 title "Characterization of biogenic primary and secondary organic aerosols in the marine atmosphere over the East China Sea" @default.
- W2801228483 cites W1490374601 @default.
- W2801228483 cites W1499375438 @default.
- W2801228483 cites W1510686710 @default.
- W2801228483 cites W1521360580 @default.
- W2801228483 cites W1553389031 @default.
- W2801228483 cites W1554273950 @default.
- W2801228483 cites W1610352770 @default.
- W2801228483 cites W1619936992 @default.
- W2801228483 cites W1900489952 @default.
- W2801228483 cites W1958230991 @default.
- W2801228483 cites W1963674693 @default.
- W2801228483 cites W1964473027 @default.
- W2801228483 cites W1964773166 @default.
- W2801228483 cites W1964820623 @default.
- W2801228483 cites W1969726253 @default.
- W2801228483 cites W1973975204 @default.
- W2801228483 cites W1974047321 @default.
- W2801228483 cites W1982969719 @default.
- W2801228483 cites W1984651252 @default.
- W2801228483 cites W1984858137 @default.
- W2801228483 cites W1984952984 @default.
- W2801228483 cites W1985636284 @default.
- W2801228483 cites W1986326162 @default.
- W2801228483 cites W1988063372 @default.
- W2801228483 cites W1988455188 @default.
- W2801228483 cites W1988467524 @default.
- W2801228483 cites W1989559574 @default.
- W2801228483 cites W1990726653 @default.
- W2801228483 cites W1991571385 @default.
- W2801228483 cites W1992691418 @default.
- W2801228483 cites W1995889511 @default.
- W2801228483 cites W1999064974 @default.
- W2801228483 cites W2002570697 @default.
- W2801228483 cites W2004843164 @default.
- W2801228483 cites W2006225382 @default.
- W2801228483 cites W2008057947 @default.
- W2801228483 cites W2012832111 @default.
- W2801228483 cites W2014374069 @default.
- W2801228483 cites W2015737182 @default.
- W2801228483 cites W2020427455 @default.
- W2801228483 cites W2020438472 @default.
- W2801228483 cites W2021518926 @default.
- W2801228483 cites W2023355455 @default.
- W2801228483 cites W2029604856 @default.
- W2801228483 cites W2033644860 @default.
- W2801228483 cites W2036289626 @default.
- W2801228483 cites W2038858025 @default.
- W2801228483 cites W2044724516 @default.
- W2801228483 cites W2045216147 @default.
- W2801228483 cites W2046774267 @default.
- W2801228483 cites W2054160012 @default.
- W2801228483 cites W2055742252 @default.
- W2801228483 cites W2062107130 @default.
- W2801228483 cites W2063359930 @default.
- W2801228483 cites W2064890630 @default.
- W2801228483 cites W2065356747 @default.
- W2801228483 cites W2073812074 @default.
- W2801228483 cites W2076335579 @default.
- W2801228483 cites W2079702179 @default.
- W2801228483 cites W2080163253 @default.
- W2801228483 cites W2081695445 @default.
- W2801228483 cites W2082055972 @default.
- W2801228483 cites W2082235846 @default.
- W2801228483 cites W2096067640 @default.
- W2801228483 cites W2096228125 @default.
- W2801228483 cites W2101328904 @default.
- W2801228483 cites W2106815475 @default.
- W2801228483 cites W2107216028 @default.
- W2801228483 cites W2111851140 @default.
- W2801228483 cites W2114483355 @default.
- W2801228483 cites W2116507044 @default.
- W2801228483 cites W2118719107 @default.
- W2801228483 cites W2122574093 @default.
- W2801228483 cites W2123019220 @default.
- W2801228483 cites W2123884053 @default.
- W2801228483 cites W2126894581 @default.
- W2801228483 cites W2127055282 @default.
- W2801228483 cites W2128943120 @default.
- W2801228483 cites W2132596572 @default.
- W2801228483 cites W2133687844 @default.
- W2801228483 cites W2133942622 @default.
- W2801228483 cites W2137849665 @default.