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• W2894431566 endingPage "e5663" @default.
• W2894431566 startingPage "e5663" @default.
• W2894431566 abstract "Natural aquatic environments such as oceans, lakes, and rivers are home to a tremendous diversity of microorganisms. Some may cross the air-water interface within droplets and become airborne, with the potential to impact the Earth’s radiation budget, precipitation processes, and spread of disease. Larger droplets are likely to return to the water or adjacent land, but smaller droplets may be suspended in the atmosphere for transport over long distances. Here, we report on a series of controlled laboratory experiments to quantify wind-driven droplet production from a freshwater source for low wind speeds. The rate of droplet production increased quadratically with wind speed above a critical value (10-m equivalent 5.7 m/s) where droplet production initiated. Droplet diameter and ejection speeds were fit by a gamma distribution. The droplet mass flux and momentum flux increased with wind speed. Two mechanisms of droplet production, bubble bursting and fragmentation, yielded different distributions for diameter, speed, and angle. At a wind speed of about 3.5 m/s, aqueous suspensions of the ice-nucleating bacterium Pseudomonas syringae were collected at rates of 283 cells m −2 s −1 at 5 cm above the water surface, and at 14 cells m −2 s −1 at 10 cm above the water surface. At a wind speed of about 4.0 m/s, aqueous suspensions of P. syringae were collected at rates of 509 cells m −2 s −1 at 5 cm above the water surface, and at 81 cells m −2 s −1 at 10 cm above the water surface. The potential for microbial flux into the atmosphere from aquatic environments was calculated using known concentrations of bacteria in natural freshwater systems. Up to 3.1 × 10 4 cells m −2 s −1 of water surface were estimated to leave the water in potentially suspended droplets (diameters <100 µm). Understanding the sources and mechanisms for bacteria to aerosolize from freshwater aquatic sources may aid in designing management strategies for pathogenic bacteria, and could shed light on how bacteria are involved in mesoscale atmospheric processes." @default.
• W2894431566 created "2018-10-05" @default.
• W2894431566 creator A5016838925 @default.
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• W2894431566 creator A5037077356 @default.
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• W2894431566 creator A5085488093 @default.
• W2894431566 date "2018-09-26" @default.
• W2894431566 modified "2023-10-18" @default.
• W2894431566 title "Wind-driven spume droplet production and the transport of<i>Pseudomonas syringae</i>from aquatic environments" @default.
• W2894431566 cites W119608532 @default.
• W2894431566 cites W1494615117 @default.
• W2894431566 cites W1539400530 @default.
• W2894431566 cites W1591350990 @default.
• W2894431566 cites W1726174962 @default.
• W2894431566 cites W1822648038 @default.
• W2894431566 cites W1918046236 @default.
• W2894431566 cites W1963988699 @default.
• W2894431566 cites W1966215731 @default.
• W2894431566 cites W1970725352 @default.
• W2894431566 cites W1978332726 @default.
• W2894431566 cites W1980922352 @default.
• W2894431566 cites W1982850520 @default.
• W2894431566 cites W1986654626 @default.
• W2894431566 cites W1995206525 @default.
• W2894431566 cites W1997061915 @default.
• W2894431566 cites W1997346700 @default.
• W2894431566 cites W1998316717 @default.
• W2894431566 cites W1998515073 @default.
• W2894431566 cites W1999534430 @default.
• W2894431566 cites W2004340818 @default.
• W2894431566 cites W2004748799 @default.
• W2894431566 cites W2005944873 @default.
• W2894431566 cites W2008679796 @default.
• W2894431566 cites W2008889773 @default.
• W2894431566 cites W2010988173 @default.
• W2894431566 cites W2011210857 @default.
• W2894431566 cites W2014070389 @default.
• W2894431566 cites W2017215263 @default.
• W2894431566 cites W2024156801 @default.
• W2894431566 cites W2025809975 @default.
• W2894431566 cites W2027402457 @default.
• W2894431566 cites W2033123360 @default.
• W2894431566 cites W2036437338 @default.
• W2894431566 cites W2043436278 @default.
• W2894431566 cites W2045406419 @default.
• W2894431566 cites W2048204493 @default.
• W2894431566 cites W2049480760 @default.
• W2894431566 cites W2053420429 @default.
• W2894431566 cites W2056611071 @default.
• W2894431566 cites W2068697740 @default.
• W2894431566 cites W2070254363 @default.
• W2894431566 cites W2070323939 @default.
• W2894431566 cites W2078026259 @default.
• W2894431566 cites W2086850772 @default.
• W2894431566 cites W2092623591 @default.
• W2894431566 cites W2097059045 @default.
• W2894431566 cites W2099644229 @default.
• W2894431566 cites W2101328904 @default.
• W2894431566 cites W2102901030 @default.
• W2894431566 cites W2110344328 @default.
• W2894431566 cites W2118900324 @default.
• W2894431566 cites W2121292063 @default.
• W2894431566 cites W2125569860 @default.
• W2894431566 cites W2126346382 @default.
• W2894431566 cites W2129468621 @default.
• W2894431566 cites W2145066648 @default.
• W2894431566 cites W2147333672 @default.
• W2894431566 cites W2155672442 @default.
• W2894431566 cites W2158475027 @default.
• W2894431566 cites W2163302248 @default.
• W2894431566 cites W2163429302 @default.
• W2894431566 cites W2165258746 @default.
• W2894431566 cites W2167919787 @default.
• W2894431566 cites W2176117957 @default.
• W2894431566 cites W2178672024 @default.
• W2894431566 cites W2179375492 @default.
• W2894431566 cites W2210130261 @default.
• W2894431566 cites W2324774044 @default.
• W2894431566 cites W2464958430 @default.
• W2894431566 cites W2488374757 @default.
• W2894431566 cites W2594140616 @default.
• W2894431566 cites W2906925407 @default.
• W2894431566 cites W3098686473 @default.
• W2894431566 cites W4229709288 @default.
• W2894431566 cites W4231687540 @default.
• W2894431566 cites W4241215490 @default.
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• W2894431566 doi "https://doi.org/10.7717/peerj.5663" @default.
• W2894431566 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6163035" @default.
• W2894431566 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30280035" @default.
• W2894431566 hasPublicationYear "2018" @default.
• W2894431566 type Work @default.
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