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- W2109010405 abstract "The photochemistry in young biomass‐burning plumes depends on the emissions from the fire and their mixing with the background atmosphere as well as on the actinic flux. In the present study a three‐dimensional plume model is used to investigate the photochemical evolution of a biomass‐burning plume during the first tens of minutes after the fire emissions have been released into the atmosphere. The model results represent the evolution of the plume from the Quinault prescribed fire conducted during the Smoke, Cloud, and Radiation‐C (SCAR‐C) experiment. The modeled ozone concentrations of about 70 ppb are close to observations. The main nitrogen reservoir species downwind of the fire are HNO 3 and peroxyacetyl nitrate, accounting for about ∼60% and ∼30% of the total nitrogen reservoir species, respectively. Photolysis of formaldehyde, which is emitted from the fire, is the primary source of radicals in the plume. Omitting the emissions of oxygenated volatile organic compounds in the modeled fire plume leads to unrealistically low ozone concentrations in the simulations. A nonabsorbing aerosol as well as the lower emission of NO x in the simulations enhance the radical concentration, the photochemical ozone formation, and the oxidation efficiency, at least at the timescales considered here. Further investigations of the atmospheric processes in young biomass‐burning plumes will increase our understanding of the interaction of transport and chemical processes not only in biomass‐burning plumes but also in other convective systems." @default.
- W2109010405 created "2016-06-24" @default.
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- W2109010405 date "2003-11-25" @default.
- W2109010405 modified "2023-10-14" @default.
- W2109010405 title "Chemical processes in a young biomass‐burning plume" @default.
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- W2109010405 cites W195956425 @default.
- W2109010405 cites W1963679097 @default.
- W2109010405 cites W1965358169 @default.
- W2109010405 cites W1973639822 @default.
- W2109010405 cites W1976391619 @default.
- W2109010405 cites W1977945389 @default.
- W2109010405 cites W1980373419 @default.
- W2109010405 cites W1980642013 @default.
- W2109010405 cites W1983346223 @default.
- W2109010405 cites W1990595667 @default.
- W2109010405 cites W1995867305 @default.
- W2109010405 cites W1998230064 @default.
- W2109010405 cites W2000053221 @default.
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- W2109010405 cites W2013214260 @default.
- W2109010405 cites W2020147105 @default.
- W2109010405 cites W2021060484 @default.
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- W2109010405 cites W2022768994 @default.
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- W2109010405 doi "https://doi.org/10.1029/2003jd003732" @default.
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