Abstract
Reply [to “Comment on ‘Tropospheric OH in a three‐dimensional chemical tracer model: An assessment based on observations of CH<sub>3</sub>CCl<sub>3</sub>’ by C. M. Spivakovsky et al.”
Highlights
Title TROPOSPHERIC OH IN A 3-DIMENSIONAL CHEMICAL TRACER MODEL - AN ASSESSMENT BASED ON OBSERVATIONS OF CH3CCL3 - REPLY
We suggestedthat the differences reactionwith OH, wereintendedto distinguishannualcyclesasso- could reflect cancellation(for CHzCCI) betweenthe chemical ciatedwith transporftrom thosedueto chemistry.We concluded anddynamicacl omponentosf thevariationswhichappearedtobe thatseasonavlariationsof CH3CC13aredominatedby chemistry of oppositephaseand comparableamplitude(seeFigure24 in only at southernmid-latitudesand that only for thisregioncan S90)
Modelingstudyis to allow an adjustmenot f "modelsourcesand We were pleasedto seethat the 11-yearrecordfor CHCCI sinkseitherby trial anderroror by an inversemethoduntil the displaysan annualcycleat Barbadossimilarto theonewe showed modelagreeswith data." This wasnevertheintentof ourstudies. for the publisheddata
Summary
Title TROPOSPHERIC OH IN A 3-DIMENSIONAL CHEMICAL TRACER MODEL - AN ASSESSMENT BASED ON OBSERVATIONS OF CH3CCL3 - REPLY. Powered by the California Digital Library University of California S.C. WOFSY, AND M.B. MCELROY DivisionofAppliedScienceandDepartmenot fEarthandPlanetarySciences, Harvard University,Cambridge M. Hartley andPrinn [thisissue]misrepresenttheobjectivesp, ro- yearsof yet-to-be-publishecdoncurrendt atafor CC12F2C, FCI, cedures, and results of our work [Spivakovskyet al., 1990, and CHzCC13.
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