A comparison of wet and dry season ozone and CO over Brazil using in situ and satellite measurements
Watson, C.E.; Fishman, J.; Gregory, G.L.; Sachse, G.W.
Global biomass burning. Atmospheric, climatic, and biospheric implications1991
Global biomass burning. Atmospheric, climatic, and biospheric implications1991
AbstractAbstract
[en] Several field experiments have measured the regional effects of biomass burning. Two such experiments, designed to understand the chemistry of the Amazon rainforest during both the wet season and dry season, were conducted in the Amazon Basin. The first experiment, ABLE-2A (Amazon Boundary Layer Experiment), took place from July to August 1985, the early dry season, when biomass burning was just beginning. The second experiment, ABLE-2B, took place during the wet season, from April to May 1987, when little biomass burning was occurring. Comparing ABLE ozone data with tropospheric ozone concentrations derived from satellite data, using the method described by Fishman et al., shows a strong correlation between the direct measurements and the derived ozone concentrations, as well as a direct correlation of both to biomass burning. This comparison gives credence to the use of space-based platforms to monitor global chemistry and, in this case, the regional effects of biomass burning
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Levine, J.S. (ed.); 599 p; 1991; p. 115-121; Massachusetts Inst. of Tech. Press; Cambridge, MA (United States); Chapman conference on global biomass burning: atmospheric, climatic, and biospheric implications; Williamsburg, VA (United States); 19-23 Mar 1990; CONF-900355--
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Book
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Conference
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