‘. Bibliographie, H. Bonisch, A. Engel, . Birner, P. Hoor et al., yn the stru™tur—l ™h—nges in the ˜rewerEdo˜son ™ir™ul—tion —fter PHHHF, Atmos. Chem

H. ‘ip“-bovensmann, J. P. Burrows, M. Buchwitz, J. Frerick, S. Noel et al., …sing — photo™hemi™—l model for the v—lid—tion of xy 2 s—tellite me—surements —t di'erent sol—r zenith —nglesF, ƒgsewegr‰ XwisE sion o˜je™tives —nd me—surement modesF J. Atmos. Sci. 56 @IWWWAD gomp—rison of tot—l ozone from the s—tellite instruE ments qywi —nd „ywƒ with me—surements from the ho˜son network IWWTâPHHHF Atmos. Chem. Phys. 3 @PHHQAD IRHW!IRIWF SV ‘IS“ Brewer, A., Mc Elroy, C., and Kerr, J. xitrogen dioxide ™on™entr—tionin the —tmosphereF Nature

‘. Brewer and A. W. , ividen™e for — world ™ir™ul—tion provided ˜y the me—surements of helium —nd w—ter v—por distri˜ution in the str—tosphereF Q, J. R. Meteorol. Soc, p.75

‘. Brunner, D. Staehelin, J. Maeder, J. Wohltmann, I. Boeker et al., †—ri—˜ility —nd trends in tot—l —nd verti™—lly resolved str—tospheri™ ozone ˜—sed on the ge„y ozone d—t— setF, Atmos. Chem. Phys, p.6

‘. Buchard, V. Brogniez, C. Auriol, F. Bonnel, B. Lenoble et al., gomp—rison of yws ozone —nd …† irr—di—n™e d—t— with groundE˜—sed me—surements —t two fren™h sitesF etmospheri™ remoteEsensing referen™e d—t— from qywi X €—rt IF temper—tureEdependent —˜sorption ™rossEse™tions of xy 2 in the PQIEUWR nm r—ngeF ƒgsewegr‰E ƒ™—nning sm—ging e˜sorption ƒpe™trometer for etmospheri™ gh—rE togr—phyF „he qlo˜—l yzone wonitoring ixperiment @qywiA X wission gon™ept —nd pirst ƒ™ienti(™ ‚esultsF, sntr—se—son—l l—rgeE s™—le ™ir™ul—tions —nd mesos™—le ™onve™tive —™tivity in tropi™—l south —meE ri™— during the „‚wwEvfe ™—mp—ignF., and Boccippio , D. „he lightning im—ging sensorF Proceedings, 11th International Conference on Atmospheric ElectricityD URTF IHS

‘. Cochrane, D. Orcutt, and G. , eppli™—tion of le—st squ—res regression to rel—tionships ™ont—ining —uto™orrel—ted error termsF J, Am. Stat. Assoc

‘. Coldewey-egbers, M. Weber, M. Lamsal, L. N. De-beek, R. Buchwitz et al., P. „ot—l ozone retriev—l from qywi …† spe™tr—l d—t— using the weighting fun™tion hyeƒ —ppro—™hF, Atmos. Chem

‘. Cook, P. A. , R. , and H. K. , †—ri—˜ility —nd trends in str—tospheri™ xy 2 in ent—r™ti™ ƒummerD —nd impli™—tions for str—tospheri™ xyyF, Atmos. Chem

‘. Denis, L. Roscoe, H. K. Chipperfield, M. P. Van-roozenda, M. Goutail et al., e new softw—re suite for xy 2 verti™—l pro(le retriev—l from groundE ˜—sed zenithEsky spe™trometersF, J. Quant. Spectrosc

S. ‘pv“-dhomse, M. Weber, and J. Burrows, „he rel—tionship ˜etween troposE pheri™ w—ves for™ing —nd tropi™—l lower str—tospheri™ w—ter v—porF, Atmos. Chem

S. ‘pw“-dhomse, M. Weber, I. Wohltmann, M. Rex, and J. Burrows, yn the possi˜le ™—uses of re™ent in™re—ses in the northern hemispheri™ tot—l ozone from st—tisti™—l —n—lysis of s—tellites d—t— from IWUW to PHHQF Atmos, Chem

‘. Dobson, G. M. Brewer, A. W. Cwilong, B. Bakerian, W. A. @iwrtad-irr-!-iusf-ir-bibliographie et al., gontrol of inter—nnu—l —nd longerE term v—ri—˜ility of str—tospheri™ w—ter v—porF, and Peter, T. „ropi™—l troposphereEtoE str—tosphere tr—nsport inferred from tr—je™tory ™—l™ul—tionsDF J. Geopys. Res. 109 @PHHRAF doi XIHFIHPWGPHHQthHHRHTWF IS

‘. Garcia, R. Solomon, S. @iwwrad-ipdwqu-!-ipdwsif-ihi-‘qs“-gordley, L. L. Russell, J. Mickley et al., new numeri™—l model of the middle —tmosphere PF yzone —nd rel—ted spe™iesF, and Blavier, J. †—lid—tion of xitri™ yxide —nd xitrogen hioxide me—surements m—de ˜y revyi for the …e‚ƒ €l—tformF J. Geophys. Res. 101 @IWWTAD IHDPRI!IHDPTTF TH

‘. Hartmann, D. L. Wallace, J. Limpasuvan, V. Thompson, D. J. Holton et al., u—nti(™—tion of the tr—nsport of ™hemi™—l ™onstituents from the pol—r vortex to midl—titudes in the lower str—tosphere using the highEresolution —dE ve™tion model mimos— —nd e'e™tive di'usivityF, g—n ozone depletion —nd glo˜—l w—rming inter—™t to produ™e r—pid ™lim—te ™h—nge c Proc. Natl. Acad. Sci. U. S. A 97 @PHHHAD S., and Shine, K. yn the downw—rd ™ontrolâ of extr—tropi™—l di—˜—ti™ ™ir™ul—tions ˜y eddyEindu™ed zon—l me—n for™esDF J. Atmos. Sci. 48 @IWWIAF IRD IPI

‘. Hendrick, F. Pommereau, J. Goutail, F. Evans, R. Ionov et al., xheggGsey …†Evisi˜le tot—l ozone me—surements X improved retriev—l —nd ™omp—rison with ™orrel—tive groundE˜—sed —nd s—tellite o˜E serv—tionsF, Atmos. Chem

‘. Hervig, M. Deshler, and T. , iv—lu—tion of —erosol me—surements from ƒeqi ssD revyiD —nd ˜—lloon˜orne opti™—l p—rti™le ™ountersF, J. Geophys. Res, vol.107

‘. Ionov, D. Timofeyev, Y. Sinyakov, V. Semenov, V. Goutail et al., qroundE˜—sed v—lid—tion of iyƒEeur— yws xy 2 verti™—l ™olumn d—t— in the midl—titude mounE t—in r—nges of „ien ƒh—n @uyrgyzst—nA —nd elps @pr—n™eAF, Journal of Geophysical Research, vol.113

‘. J. Austin, J. Hood, L. Soukharev, and B. , ƒol—r ™y™le v—ri—tions of str—E tospheri™ ozone —nd temper—ture in simul—tions of — ™oupled ™hemistryE™lim—te modelF, Atmos. Chem. Phys, vol.7

‘. Kley, D. Russel, J. Phillips, and C. , D idsF Distribution and variability of water vapor in the upper troposphere and lower stratosphere

K. ‘sh“-labitzke, yn the sol—r ™y™leEfy rel—tionship X — summ—ryF, J. Atmos. Sol.-Terr

‘. Lambert, J. Balis, D. Ur-‘sp“-levelt, P. F. Hilsenrath, E. Leppelmeier et al., D idsF Delta validation report forERS-2 GOME Data Processor upgrade to version 4.0F iƒeD PHHRF i‚ƒiEgv†vEiy€qE„xEHREHHHIF, ƒ™ien™e o˜je™E tives of the yzone wonitoring snstrumentF IEEE Trans. Geosci. Remote Sens. 44 @PHHTAD IIWW!IPHVF doi XIHFIIHWG„q‚ƒFPHHTFVUPQQTF SW

‘. Liley, J. B. Johnston, P. V. Mckenzie, R. L. Thomas, A. J. Boyd et al., ƒtr—tospheri™ xy 2 v—ri—tions from — long time series —t l—uderD xew e—l—ndF, D9) @PHHHAD II TQQ!II TRHF doi XIHFIHPWGIWWWthWHIISUF IQ

‘. Liu, C. Zipser, E. @phhsaf-doi-xihfihpwgphhwtihhqrsvf, W. ‘ss“-mahieu, E. Zander et al., qlo˜—l distri˜ution of ™onve™tion penetr—ting the tropi™—l tropop—useF, pifteen ye—rsEtrend ™h—r—™teristi™s of key str—tospheri™ ™onstituents monitored ˜y p„s‚ —˜ove the tungfr—ujo™hDF Stratospheric Ozone Proc. 5th European Symp. @PHHHAF IQ, 1999.

‘. Mayer, B. Kylling, and A. , „e™hni™—l note X „he li˜‚—dtr—n softw—re p—™k—ge for r—di—tive tr—nsfer ™—l™ul—tions E des™ription —nd ex—mples of useF, Atmos. Chem

‘. Mccormack, J. P. , L. L. , and H. , epp—rent sol—r ™y™le v—ri—tion in upper str—E tospheri™ ozone —nd temper—ture X v—titude —nd se—son—l v—ri—tionsF J. Geopys

‘. Mcpeters, R. D. Labow, G. J. , L. , and J. , A. yzone ™lim—toloE gi™—l pro(les for s—tellite retriev—l —lgorithmsF, J. Geophys. Res, vol.112

‘. Niwano, M. Yamazaki, K. Shiotani, and M. , ƒe—son—l —nd fy v—ri—tions of —s™ent r—te in the tropi™—l lower str—tosphere —s inferred from …e‚ƒ revyi tr—™e g—s d—t—F, J. Geophys. Res, vol.108

‘. Orphal, J. @phhqaf, J. ‘tq“-pommereau, and F. Goutail, e ™riti™—l review of the —˜sorption ™rossEse™tions of y 3 —nd xy 2 in the PRHEUWH nm regionF J, qroundE˜—sed me—surements ˜y visi˜le spe™trometry during er™ti™ ‡inter —nd ƒpringF Geophys. Res. Lett. 15 @IWVVAD VWI!VWRF PQD PS

‘. Prata, A. Carn, S. Stohl, A. And-kerkmann, and J. , vong r—nge tr—nsport —nd f—te of — str—tospheri™ vol™—ni™ ™loud from ƒoufriäre rills vol™—noD wontserr—tF, Atmos. Chem

‘. Randel, W. Wu, F. Vomel, H. Nedoluha, G. Forster et al., ƒe—son—l v—ri—tion of w—ter v—por in the lower str—tosphere o˜served in r—logen y™™ult—tion ixperiment d—t—F, J. Geophys. Res

‘. Randel, W. Wu, F. Vomel, H. Nedoluha, G. Forster et al., heE ™re—ses in str—tospheri™ w—ter v—pour —fter PHHIF, J. Geophys. Res, vol.111

‘. Randel, W. J. Stolarski, R. Cunnold, D. M. Logan, J. Newchurch et al., „rends in the verti™—l distri˜ution of ozoneF Science 285 @IWWWAF III, snter—nnu—l ™h—nges of str—tospheri™ w—ter v—por —nd ™orrel—tions with tropi™—l tropop—use temper—turesF J. Atmos. Sci, p.61

‘. Randel, W. J. Wu, F. Stolarski, R. @phhpaf, T. ‘ui“-randriambelo et al., gh—nges in ™olumn ozone ™orreE l—ted with the str—tospheri™ i€ )uxF J. Meteor. Soc. Jpn „he e'e™t of ˜iom—ss nurning ™onve™tion —nd tr—nsport on tropospheri™ ozone over the sndi—n y™e—n X ‚éunion isl—nd

‘. Reed, R. J. @iwtrad-rri-!-rttf-ihr-‘uq“-reinsel, G. C. Miller, A. J. Weatherhead, E. C. Flynn et al., e tent—tive model of the PTâmonth os™ill—tion in tropi™—l l—titudesF Q, J. Meteorol. Soc, vol.90

C. P. ‘ut“-rinsland, D. K. Weisenstein, M. K. Ko, C. J. Scott, L. S. Chiou et al., €ostE wount €in—tu˜o eruption groundE˜—sed infr—red str—tospheri™ ™olumn me—surements of rxyQD xyD —nd xy 2 —nd their ™omp—rison with model ™—l™ul—tionsF, J. Geophys. Res, vol.108

E. ‘uu“-rivière, V. Marécal, N. Larsen, C. , S. @phhtad-isvs-!-iswvf et al., wodelling study of the imp—™t of deep ™onve™tion on the …„vƒ —ir ™omposition â p—rt P X yzone ˜udget in the „„vF, ƒl—nt ™olumn me—surements of o 3 —nd no 2 during the xhƒg interE ™omp—rison of zenithEsky …†Evisi˜le spe™trometers in tune IWWTF J. Atmos. Chem. 32 @IWWWAD PVI!QIRF doi XIHFIHPQGe XIHHTIIIPITWTTF QHD QI

K. ‘uw“-rosenlof and J. Holton, istim—tes of the str—tospheri™ residu—l ™ir™ul—tion using the downw—rd ™ontrol prin™ipleF, J. Geophys. Res, p.98

K. ‘vh“-rosenlof, R. , and G. , „rends in the temper—ture —nd w—ter v—por ™ontent of the tropi™—l lower str—tosphere X ƒe— surf—™e ™onne™tionF, J. Geopys. Res

‘. Rozanov, A. Rozanov, V. Buchwitz, M. Kokhanovsky, A. Burrows et al., ƒgse„‚ex PFH E e new r—di—tive tr—nsfer model for geophysi™—l —ppliE ™—tions in the IUS E PRHH nm spe™tr—l regionF Adv. Space Res, „he r—logen y™™ult—tion ixperimentF J. Geophys. Res. 98 @IWWQAD IHDUUU!IHDUWUF THD TI ‘VR“ Salby, M., and Callaghan, P. gonne™tion ˜etween the ƒol—r gy™le —nd the fy X„he wissing linkF J. Climate, 13 @PHHHAD QPV!QQVF IHW

‘. Sarkissian, A. Roscoe, H. Fish, and D. , yzone me—surements ˜y zenithEsky spe™trometers X en ev—lu—tion of errors in —irEm—ss f—™tors ™—l™ul—ted ˜y r—di—E tive tr—nsfer modelsF, J. Quant. Spectrosc. Radiat

‘. Schmidt, U. Khedim, and A. , sn situ me—surements of ™—r˜on dioxide in the winter er™ti™ vortex —nd —t midl—titudes X en indi™—tor of the —ge of str—topheri™ —irF Geophysical Research Letters 18 @IWWIAF doi XIHFIHPWGWIqvHHHPPF IR

‘. Shettle, E. P. Rq-‘vw“-sioris, C. Mclinden, C. Martin, R. Sauvage et al., wodels of —erosolsD ™loudsD —nd pre™ipit—tion for —tmospheri™ prop—g—tion studiesF Atmospheric propagation in the UV visible, IR and mmregion and related system aspects, NATO AGARD Conference 454 @IWVWAF †erti™—l pro(les of lightningEprodu™ed xy 2 enh—n™ements in the upper troposphere o˜served ˜y yƒs‚sƒF Atmos. Chem. Phys. 7 @PHHUAD RPVI!RPWRF WI

‘. Solomon, S. , D. W. , T. Portmann, R. Oltmans et al., yn the distri˜ution —nd v—ri—˜ility of ozone in the tropi™—l upper troposphere X smE pli™—tions for tropi™—l deep ™onve™tion —nd ™hemi™—lEdyn—mi™—l ™ouplingF, Geophys. Res. Lett

‘. Solomon, S. Mount, G. Sanders, R. Schmeltekop, and A. , †isi˜le spe™E tros™opy —t w™wurdo ƒt—tionD ent—r™ti™—D PF y˜serv—tion of yglyF, J.Geophys.Res, vol.92

J. Bibliographie-depletion-—t-northern-midl—titudesf, . Geopys, @. Res-101, I. Tuiq-!-tupvf-doi-xihfihpwgwsthhqqsqf, . ‘wq“-sparc et al., essessment of „rends in the †erti™—l histri˜ution of yzoneF SPARC Report No.1. WMO Ozone Research and Monitoring Project Report No, p—st —nd future simul—tions of xyP from — ™oupled ™hemistryE™lim—te model in ™omp—rison with o˜serv—tionsF Atmos. Chem. Phys. 4 @PHHRAD PPPU!PPQWF IQ

‘. Vandaele, A. Fayt, C. Hendrick, F. Hermans, C. Humbled et al., en inter™omp—E rison ™—mp—ign of ground˜—sed …†Evisi˜le me—surements of xy 2 D froD —nd ygly sl—nt ™olumns X wethods of —n—lysis —nd results for no 2 F, D8) @PHHRAD hHVQHSF doi XIHFIHPWGPHHRthHHSRPQF QH ‘IHQ“ Vanhellemont., and Saavedra, L. ypti™—l extin™tion ˜y upper tropospheri™Gstr—tospheri™ —erosols —nd ™louds X qywyƒ o˜E serv—tions for the period PHHPâPHHVF Atmos. Chem. Phys. 10 @PHIHAD UWWU!VHHWF IHTD IHV

‘. Vanhellemont, F. Tetard, C. Bourassa, A. Fromm, M. Dodion et al., A. eerosol extin™tion pro(les —t SPS nm —nd IHPH nm derived from egi im—ger d—t— X ™omp—risons with qywyƒD ƒeqi ssD ƒeqi sssD €yew sssD —nd yƒs‚sƒF, Atmos. Chem
URL : https://hal.archives-ouvertes.fr/hal-00813592

D. , F. , V. W. ‘ihu“, W. Steinbrecht, B. Hassler et al., w—jor in)uen™e of tropi™—l vol™—ni™ eruptions on the str—tospheri™ —erosol l—yer during the l—st de™—deF qlo˜—l distri˜ution of tot—l ozone —nd lower str—tospheri™ temper—ture v—ri—tionsF, p—™tors —'e™ting the dete™tion of trends X st—tisE ti™—l ™onsider—tions —nd —ppli™—tions to environment—l d—t—F J. Geophys. Res. 103 @IWWVAF IIP

‘. Wellemeyer, C. G. Bhartia, P. K. Taylor, S. L. Qin, W. Ahn et al., Version 8 Total Ozone Mapping Spectrometer (TOMS) AlgorithmF gF erefosD PHHRF SV ‘IIH“ World Meterological Organisation, W. ƒ™ienti(™ —ssessment of ozone depletion XPHHPF Global Ozone Res. and Monit. Proj, —ssessment of ozone depletion XPHHTF Global Ozone Res. and Monit. Proj., Rep. 50, Geneva @PHHUAF IPD IQD SVD WTD IHQD IIVD IPTD IQH ‘IIP“ World Meterological Organisation, W. ƒ™ienti(™ —ssessment of ozone depletion XPHHWF Global Ozone Res. and Monit. Proj., Rep. 52., and Yorty, D. where are the most intense thunderstoms on earth