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• W2933154890 endingPage "226" @default.
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• W2933154890 abstract "High time-resolved measurements of aerosol SO42-, NO3-, NH4+ and their precursor gases HNO3, SO2, NH3 between 27 and 02 January/February and 19-01 August/September 2015 were carried out by applying AIM-IC at a rural site located on the coast of the Eastern Mediterranean, Erdemli, Turkey. The comparison between online and offline techniques revealed better correlation coefficients for SO42- and NH4+ (r > 0.90) than that of NO3- (0.63). Mean concentrations of water-soluble species were found in decreasing order SO42- (2814 ng m-3) > NH4+ (1371 ng m-3) > NO3- (495 ng m-3). NH3 (3390 ng m-3) concentration was more than enough to neutralize SO2 (879 ng m-3) and HNO3 (346 ng m-3). The gas-to-particle conversion ratios (>0.3) implied that SO42-, NO3- and NH4+ were mainly influenced by non-local sources. SO42-, NO3-, NH4+, HNO3, SO2 exhibited remarkable decrease (leastways 40%) in the atmosphere over the Eastern Mediterranean throughout fifteen years. In winter, day time NH3 concentrations illustrated significant relationship with temperature (positive) and humidity (negative), implying evaporation of dew or emission from plant stoma. Whereas, diurnal cycle of SO42- and SO2 was considerably influenced by populated City of Mersin in winter. During summer, HNO3 and SO2 (r = 0.74) demonstrated similar diurnal cycle, suggesting a common source for these precursor gases whilst NH3 was considerably affected by biomass burning emissions. Variability of all species was governed by local or nearly mesoscale transport in winter possibly due to frequent rain events. In summer, air flow from Eastern Mediterranean denoted aged air masses (GPC > 0.65) containing rather uniform concentrations of SO42- (~65 nmol m-3) and NH4+ (~140 nmol m-3). The highest NH3 along with the greatest % KBB contribution to PM2.5 mass was observed under the influence of Northerly airflow, exhibiting significance of biomass burning emissions as a source of NH3 in summer." @default.
• W2933154890 created "2019-04-11" @default.
• W2933154890 creator A5051529050 @default.
• W2933154890 creator A5074299702 @default.
• W2933154890 date "2019-07-01" @default.
• W2933154890 modified "2023-09-30" @default.
• W2933154890 title "High time-resolved measurements of water-soluble sulfate, nitrate and ammonium in PM2.5 and their precursor gases over the Eastern Mediterranean" @default.
• W2933154890 cites W1485504984 @default.
• W2933154890 cites W1846286285 @default.
• W2933154890 cites W1884540967 @default.
• W2933154890 cites W1969419213 @default.
• W2933154890 cites W1973289823 @default.
• W2933154890 cites W1976611756 @default.
• W2933154890 cites W1977945389 @default.
• W2933154890 cites W1978456764 @default.
• W2933154890 cites W1986167706 @default.
• W2933154890 cites W1991454327 @default.
• W2933154890 cites W1992172715 @default.
• W2933154890 cites W1994111548 @default.
• W2933154890 cites W1995872439 @default.
• W2933154890 cites W1996496754 @default.
• W2933154890 cites W1998948933 @default.
• W2933154890 cites W2004630054 @default.
• W2933154890 cites W2005075723 @default.
• W2933154890 cites W2010565457 @default.
• W2933154890 cites W2012757412 @default.
• W2933154890 cites W2015927429 @default.
• W2933154890 cites W2019458363 @default.
• W2933154890 cites W2020219874 @default.
• W2933154890 cites W2025106610 @default.
• W2933154890 cites W2026427957 @default.
• W2933154890 cites W2026879057 @default.
• W2933154890 cites W2030341070 @default.
• W2933154890 cites W2031675844 @default.
• W2933154890 cites W2034779326 @default.
• W2933154890 cites W2036160786 @default.
• W2933154890 cites W2037855196 @default.
• W2933154890 cites W2045059469 @default.
• W2933154890 cites W2045465826 @default.
• W2933154890 cites W2048396274 @default.
• W2933154890 cites W2051980048 @default.
• W2933154890 cites W2051988240 @default.
• W2933154890 cites W2053261594 @default.
• W2933154890 cites W2057646179 @default.
• W2933154890 cites W2065086333 @default.
• W2933154890 cites W2065967882 @default.
• W2933154890 cites W2066172703 @default.
• W2933154890 cites W2068813024 @default.
• W2933154890 cites W2072125381 @default.
• W2933154890 cites W2072396813 @default.
• W2933154890 cites W2072453480 @default.
• W2933154890 cites W2073821444 @default.
• W2933154890 cites W2074571161 @default.
• W2933154890 cites W2076667989 @default.
• W2933154890 cites W2083879273 @default.
• W2933154890 cites W2087838164 @default.
• W2933154890 cites W2094114695 @default.
• W2933154890 cites W2101033347 @default.
• W2933154890 cites W2106585632 @default.
• W2933154890 cites W2107612223 @default.
• W2933154890 cites W2109027368 @default.
• W2933154890 cites W2115766459 @default.
• W2933154890 cites W2119529192 @default.
• W2933154890 cites W2119991438 @default.
• W2933154890 cites W2131602339 @default.
• W2933154890 cites W2132800398 @default.
• W2933154890 cites W2133204080 @default.
• W2933154890 cites W2134166076 @default.
• W2933154890 cites W2135674240 @default.
• W2933154890 cites W2136673079 @default.
• W2933154890 cites W2138427146 @default.
• W2933154890 cites W2140342609 @default.
• W2933154890 cites W2144021296 @default.
• W2933154890 cites W2150017363 @default.
• W2933154890 cites W2158687975 @default.
• W2933154890 cites W2162530901 @default.
• W2933154890 cites W2166912004 @default.
• W2933154890 cites W2168501026 @default.
• W2933154890 cites W2168593932 @default.
• W2933154890 cites W2170312901 @default.
• W2933154890 cites W2171368857 @default.
• W2933154890 cites W2273350366 @default.
• W2933154890 cites W2291197450 @default.
• W2933154890 cites W2566149167 @default.
• W2933154890 cites W2738407541 @default.
• W2933154890 cites W369799413 @default.
• W2933154890 cites W4232841063 @default.
• W2933154890 doi "https://doi.org/10.1016/j.scitotenv.2019.03.451" @default.
• W2933154890 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30959289" @default.
• W2933154890 hasPublicationYear "2019" @default.
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