*School of Chemistry, UOW **School of Earth and Environment, UOW **Harvard University
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Transcript of *School of Chemistry, UOW **School of Earth and Environment, UOW **Harvard University
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GeosChem simulations of the impact on tropospheric O3 from the 2003 Canberra megafires
Train-borne measurements of tropical methane enhancements in Australia Nicholas Jones*, Nicholas Deutscher*, David Griffith*, Chris Miller*, Guergana Guerova*, Clare Paton-Walsh*, Rittich Boah**, Chris Pickett-Heaps*** *School of Chemistry, UOW**School of Earth and Environment, UOW**Harvard University
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Paton-Walsh et al, J. Geophys. Res., 110, D24305, doi:10.1029/2005JD006202, 2005Trace gas versus AOD, various Australian forest fires
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Figure 4, from Guerova & Jones Atmos. Chem. Phys. Discuss., 9, S205S206, 2009.Measured and modelled O3 concentrations, January 2003 Canberra fires
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Portable FTIR system in carriageAdelaide to Darwin Ghan train.Train-borne measurements of tropical methane enhancements in Australia
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Trip 1, Feb 24 29, 2008, Wet Trip 2, Mar 30 Apr 4, 2008, Wet Trip 3, Sep 28 Oct 1, 2008, Dry
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Trip 1, Feb 24 29, 2008 Trip 2, Mar 30 Apr 4, 2008 Darwin, 12SKatherine, 15S
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MODIS Wetlands January 2008
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MODIS Wetlands May 2008
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Blue line: GEOS5 (2x2.5 deg. and 47 level resolution), courtsey of Chris Pickett-Heaps, using the methane simulation module in GEOS-CHEM developed by Jerome Drevet (Switzerland)