Dr.$John$R$Worden$ - Science - NASA

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John%R%Worden% % Publications% _________________________________________________________________________________________________" Detweiler,$R.,$<strong>Dr</strong>ummond,$J.$R.,$Edwards,$D.$P.,$Gille,$J.$C.,$Hurtmans,$D.,$Luo,$M.,$ MartínezSAlonso,$S.,$Massie,$S.,$Pfister,$G.,$and$Warner,$J.$X.$(2013)$Decadal$ record$of$satellite$carbon$monoxide$observations,$Atmospheric,Chemistry,and, Physics$13,$837–850.$ Published 2012 8. Barth,$M.$C.,$Lee,$J.,$Hodzic,$A.,$Pfister,$G.,$Skamarock,$W.$C.,$Worden,$J.,$Wong,$ J.,$and$Noone,$D.$(2012)$Thunderstorms$and$upper$troposphere$chemistry$during$ the$early$stages$of$the$2006$North$American$Monsoon,$Atmospheric,Chemistry, and,Physics$12,$11003–11026.$ $ 9. Field,$R.$D.,$Risi,$C.,$Schmidt,$G.$A.,$Worden,$J.,$Voulgarakis,$A.,$LeGrande,$A.$N.,$ Sobel,$A.$H.$and$Healy,$R.$J.:$(2012)$A$Tropospheric$Emission$Spectrometer$ HDO/H2O$retrieval$simulator$for$climate$models,$Atmospheric$Chemistry$and$ Physics,$12(21),$10485–10504.$ $ 10. Hurley,$J.$V.,$Galewsky,$J.,$Worden,$J.,$and$Noone,$D.$(2012)$A$test$of$the$ advectionScondensation$model$for$subtropical$water$vapor$using$stable$ isotopologue$observations$from$Mauna$Loa$Observatory,$Hawaii,$J.,Geophys.,Res$ 117,$D19118.$ $ 11. CadySPereira,$K.$E.,$Shephard,$M.$W.,$Millet,$D.$B.,$Luo,$M.,$Wells,$K.$C.,$Xiao,$Y.,$ Payne,$V.$H.,$and$Worden,$J.$(2012)$Methanol$from$TES$global$observations:$ retrieval$algorithm$and$seasonal$and$spatial$variability,$Atmospheric,Chemistry, and,Physics$12,$8189–8203.$ $ 12. Lee,$J.SE.,$Lintner,$B.$R.,$Neelin,$J.$D.,$Jiang,$X.,$Gentine,$P.,$Boyce,$C.$K.,$Fisher,$J.$ B.,$Perron,$J.$T.,$Kubar,$T.$L.,$Lee,$J.,$and$Worden,$J.$(2012)$Reduction$of$tropical$ land$region$precipitation$variability$via$transpiration,$Geophys.,Res.,Lett$39,$ L19704.$ $ 13. Lee,$J.SE.,$Risi,$C.,$Fung,$I.$Y.,$Worden,$J.$R.,$Scheepmaker,$R.,$Lintner,$B.,$and$ Frankenberg,$C.$(2012)$Asian$monsoon$hydrometeorology$from$TES$and$ SCIAMACHY$water$vapor$isotope$measurements$and$LMDZ$simulations:$ Implications$for$speleothem$climate$record$interpretation,$J.,Geophys.,Res$117,$ D15112.$ $ 14. Frankenberg,$C.,$Hasekamp,$O.,$O'Dell,$C.,$Sanghavi,$S.,$Butz,$A.,$and$Worden,$J.$ (2012)$Aerosol$information$content$analysis$of$multiSangle$high$spectral$ resolution$measurements$and$its$benefit$for$high$accuracy$greenhouse$gas$ retrievals,$Atmos.,Meas.,Tech.$5,$1809–1821.$ $ 15. Worden,$H.$M.,$Cheng,$Y.,$Pfister,$G.,$Carmichael,$G.$R.,$Zhang,$Q.,$Streets,$D.$G.,$ Deeter,$M.,$Edwards,$D.$P.,$Gille,$J.$C.,$and$Worden,$J.$R.$(2012)$SatelliteSbased$
John%R%Worden% % Publications% _________________________________________________________________________________________________" $ $ $ $ estimates$of$reduced$CO$and$CO$2emissions$due$to$traffic$restrictions$during$the$ 2008$Beijing$Olympics,$Geophys.,Res.,Lett$39,$L14802.$ 16. Natarajan,$M.,$Pierce,$R.$B.,$Schaack,$T.$K.,$Lenzen,$A.$J.,$AlSSaadi,$J.$A.,$Soja,$A.$J.,$ Charlock,$T.$P.,$Rose,$F.$G.,$Winker,$D.$M.,$and$Worden,$J.$R.$(2012)$Radiative$ forcing$due$to$enhancements$in$tropospheric$ozone$and$carbonaceous$aerosols$ caused$by$Asian$fires$during$spring$2008,$J.,Geophys.,Res$117,$D06307.$ $ 17. Risi,$C.,$Noone,$D.,$Worden,$J.,$Frankenberg,$C.,$Stiller,$G.,$Kiefer,$M.,$Funke,$B.,$ Walker,$K.,$Bernath,$P.,$Schneider,$M.,$Bony,$S.,$Lee,$J.,$Brown,$D.,$and$Sturm,$C.$ (2012)$ProcessSevaluation$of$tropospheric$humidity$simulated$by$general$ circulation$models$using$water$vapor$isotopic$observations:$2.$Using$isotopic$ diagnostics$to$understand$the$mid$and$upper$tropospheric$moist$bias$in$the$ tropics$and$subtropics,$J.,Geophys.,Res$117,$D05304.$ 18. Risi,$C.,$Noone,$D.,$Worden,$J.,$Frankenberg,$C.,$Stiller,$G.,$Kiefer,$M.,$Funke,$B.,$ Walker,$K.,$Bernath,$P.,$Schneider,$M.,$Wunch,$D.,$Sherlock,$V.,$Deutscher,$N.,$ Griffith,$D.,$Wennberg,$P.$O.,$Strong,$K.,$Smale,$D.,$Mahieu,$E.,$Barthlott,$S.,$Hase,$ F.,$García,$O.,$Notholt,$J.,$Warneke,$T.,$Toon,$G.,$Sayres,$D.,$Bony,$S.,$Lee,$J.,$ Brown,$D.,$Uemura,$R.,$and$Sturm,$C.$(2012)$ProcessSevaluation$of$tropospheric$ humidity$simulated$by$general$circulation$models$using$water$vapor$ isotopologues:$1.$Comparison$between$models$and$observations,$J.,Geophys.,Res$ 117,$D05303.$ 19. Worden,$J.,$Kulawik,$S.,$Frankenberg,$C.,$Payne,$V.,$Bowman,$K.,$CadySPeirara,$K.,$ Wecht,$K.,$Lee,$J.SE.,$and$Noone,$D.$(2012)$Profiles$of$CH4,$HDO,$H2O,$and$N2O$ with$improved$lower$tropospheric$vertical$resolution$from$Aura$TES$radiances,$ Atmos.,Meas.,Tech.$5,$397–411.$ 20. Walker,$T.$W.,$Jones,$D.$B.$A.,$Parrington,$M.,$Henze,$D.$K.,$Murray,$L.$T.,$ Bottenheim,$J.$W.,$Anlauf,$K.,$Worden,$J.$R.,$Bowman,$K.$W.,$Shim,$C.,$Singh,$K.,$ Kopacz,$M.,$Tarasick,$D.$W.,$Davies,$J.,$Gathen,$von$der,$P.,$Thompson,$A.$M.,$and$ Carouge,$C.$C.$(2012)$Impacts$of$midlatitude$precursor$emissions$and$local$ photochemistry$on$ozone$abundances$in$the$Arctic,$J.,Geophys.,Res$117,$D01305.$ $ 21. Li,$K.SF.,$Tian,$B.,$Waliser,$D.$E.,$Schwartz,$M.$J.,$Neu,$J.$L.,$Worden,$J.$R.,$and$ Yung,$Y.$L.$(2012)$Vertical$structure$of$MJOSrelated$subtropical$ozone$variations$ from$MLS,$TES,$and$SHADOZ$data,$Atmospheric,Chemistry,and,Physics$12,$425– 436.$ $ 22. Dupont,$R.,$Pierce,$B.,$Worden,$J.,$Hair,$J.,$Fenn,$M.,$Hamer,$P.,$Natarajan,$M.,$ Schaack,$T.,$Lenzen,$A.,$Apel,$E.,$Dibb,$J.,$Diskin,$G.,$Huey,$G.,$Weinheimer,$A.,$ Kondo,$Y.,$and$Knapp,$D.$(2012)$Attribution$and$evolution$of$ozone$from$Asian$ wild$fires$using$satellite$and$aircraft$measurements$during$the$ARCTAS$campaign,$
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Dr.$John$R$Worden$ - Science - NASA

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