\begin{thebibliography}{}

\bibitem[Abdella et McFarlane(1997)]{Abde:97}
Abdella, K., et N.~McFarlane, 1997: A new second-order turbulence closure
  scheme for the planetary boundary layers, {\it J.~Atmos.~Sci.}, {\bf 54},
  1850--1867.

\bibitem[Allen et~al.(1991)]{Alle:91}
Allen, D.~J., A.~R. Douglass, R.~B. Rood, et P.~D. Guthrie, 1991: Application
  of a monotonic upstream-biased transport scheme to three dimensional
  constituent transport calculations, {\it Mon. Wea. Rev.}, {\bf 119},
  2456--2464.

\bibitem[Allison et~al.(1994)]{Alli:94}
Allison, M., A.~D. Del~Genio, et W.~Zhou, 1994: Zero potential vorticity
  envelopes for the zonal-mean velocity of the {Venus/Titan} atmospheres, {\it
  J. Atmos. Sci.}, {\bf 51}, 694--702.

\bibitem[{Allison} et~al.(2004)]{Alli:04}
{Allison}, M., D.~H. {Atkinson}, M.~K. {Bird}, et M.~G. {Tomasko}, {Titan zonal
  wind corroboration via the Huygens DISR solar zenith angle measurement}, in
  {\it ESA SP-544: Planetary Probe Atmospheric Entry and Descent Trajectory
  Analysis and Science}, 125--+, February 2004.

\bibitem[{Angelats i Coll} et~al.(2004)]{Ange:04}
{Angelats i Coll}, M., F.~{Forget}, M.~A. {L{\' o}pez-Valverde}, P.~L. {Read},
  et S.~R. {Lewis}, 2004: {Upper atmosphere of Mars up to 120 km: Mars Global
  Surveyor accelerometer data analysis with the LMD general circulation model},
  {\it J. Geophys. Res.}, 1011.

\bibitem[Arakawa et Schubert(1974)]{Arak:74}
Arakawa, R.~A., et W.~H. Schubert, 1974: Interaction of a cumulus cloud
  ensemble with the large scale environment. part {I}, {\it J.~Atmos.~Sci.},
  {\bf 31}, 674--701.

\bibitem[Atkinson et Zhang(1996)]{Atki:96}
Atkinson, B.~W., et J.~W. Zhang, 1996: Mesoscale shallow convection in the
  atmosphere, {\it Reviews of Geophysics}, {\bf 34}, 403--431.

\bibitem[Ayotte et~al.(1996)]{Ayot:96}
Ayotte, K.~W., P.~P. Sullivan, A.~Andrén, S.~C. Doney, A.~A. Holtslag, W.~G.
  Large, J.~C. McWilliams, C.-N. Moeng, M.~J. Otte, J.~J. Tribbia, et J.~C.
  Wyngaard, 1996: An evaluation of neutral and convective planetary
  boundary-layer parameterizations relative to large eddy simulations, {\it
  Boundary-layer Meteorol.}, {\bf 79}, 131--175.

\bibitem[{Betts}(1973)]{Bett:73}
{Betts}, A.~K., 1973: {Non-precipitating convection and its parameterization},
  {\it Q.~J.~R.~Meteorol.~Soc.}, {\bf 99}, 178--196.

\bibitem[B\'ezard et~al.(1995)]{Beza:95}
B\'ezard, B., A.~Coustenis, et C.~P. McKay, 1995: Titan's stratospheric
  temperature asymmetry: a radiative origin, {\it Icarus}, {\bf 113}, 267--276.

\bibitem[{Bird} et~al.(2002)]{Bird:02}
{Bird}, M.~K., R.~{Dutta-Roy}, M.~{Heyl}, M.~{Allison}, S.~W. {Asmar}, W.~M.
  {Folkner}, R.~A. {Preston}, D.~H. {Atkinson}, P.~{Edenhofer},
  D.~{Plettemeier}, R.~{Wohlmuth}, L.~{Iess}, et G.~L. {Tyler}, 2002: {The
  Huygens Doppler Wind Experiment - Titan Winds Derived from Probe Radio
  Frequency Measurements}, {\it Space Science Reviews}, {\bf 104}, 613--640.

\bibitem[Blackadar(1962)]{Blac:62}
Blackadar, A.~K., 1962: The vertical distribution of wind and turbulent
  exchange in neutral atmosphere, {\it J.~Geophys.~Res.}, {\bf 67}, 3095--3102.

\bibitem[Bonazzola(2001)]{Bona:these}
Bonazzola, M., {\it Analyse de la convection et de la circulation atmosphérique
  de grande échelle pendant la campagne INDOEX}, th\`ese, Universit\'e Paris-6,
  2001.

\bibitem[Bony et Emanuel(2001)]{Bony:01}
Bony, S., et K.~A. Emanuel, 2001: A parameterization of the cloudiness
  associated with cumulus convection; evaluation using {TOGA COARE} data, {\it
  J.~Atmos.~Sci.}, {\bf 58}, 3158--3183.

\bibitem[Bopp et~al.(2004)]{bopp2004}
Bopp, L., O.~Boucher, O.~Aumont, S.~Belviso, J.-L. Dufresne, M.~Pham, et
  P.~Monfray, 2004: Will marine dimethylsulphide emissions alleviate global
  warming? a model study, {\it Canadian Journal of Fisheries and Aquatic
  Sciences}, {\bf 61(5)}, 826--835.

\bibitem[Boucher et~al.(2003)]{boucher_2002b}
Boucher, O., C.~Moulin, S.~Belviso, O.~Aumont, L.~Bopp, E.~Cosme, R.~{von
  Kuhlmann}, M.~Lawrence, M.~Pham, M.~S. Reddy, J.~Sciare, et C.~Venkataraman,
  2003: Sensitivity study of the dms atmospheric concentrations and the sulfate
  aerosol indirect radiative forcing to the {DMS} source representation, {\it
  Atmos. Chem. Phys.}, {\bf 3}, 49--65.

\bibitem[{Boucher} et {Pham}(2002)]{Bouc:02}
{Boucher}, O., et M.~{Pham}, 2002: {History of sulfate aerosol radiative
  forcings}, {\it Geophys.~Res.~Lett.}, {\bf 29}, 22--1.

\bibitem[Bougeault et Lacarrere(1989)]{Boug:89}
Bougeault, P., et P.~Lacarrere, 1989: Parameterization of orography induced
  turbulence in a mesobeta-scale model, {\it Mon. Wea. Rev.}, {\bf 117},
  1872--1890.

\bibitem[Bousquet et Peylin(2000)]{Bous:00}
Bousquet, P., et P.~Peylin, 2000: Regional changes in carbon dioxide fluxes of
  land and ocean since 1980, {\it Science}, {\bf 290}, 1342--1345.

\bibitem[Brost et Wyngaard(1978)]{Bros:78}
Brost, R.~A., et J.~C. Wyngaard, 1978: A model study of the stably stratified
  planetary boundary layer, {\it J.~Atmos.~Sci.}, 1427--1440.

\bibitem[Brown et~al.(2002)]{Brow:02}
Brown, M.~E., A.~H. Bouchez, et C.~Griffith, 2002: Direct detection of variable
  tropospheric clouds near titan's south pole, {\it Nature}, {\bf 420},
  795--797.

\bibitem[{Brown}(1972)]{Brow:72}
{Brown}, R.~A., 1972: {On the Inflection Point Instability of a Stratified
  Ekman Boundary Layer.}, {\it J.~Atmos.~Sci.}, {\bf 29}, 850--859.

\bibitem[{Brown}(1980)]{Brow:80}
{Brown}, R.~A., 1980: {Longitudinal instabilities and secondary flows in the
  planetary boundary layer: A review.}, {\it Rev. Geophys. Space Phys.}, {\bf
  18}, 638--697.

\bibitem[Businger et~al.(1971)]{Busi:71}
Businger, J.~A., J.~C. Wyngaard, Y.~Izumi, et E.~F. Bradley, 1971: Flux-pofiles
  relationships in the atmospheric surface layer, {\it J.~Atmos.~Sci.},
  181--189.

\bibitem[Cabane et~al.(1992)]{Caba:92}
Cabane, M., E.~Chassefi\`ere, et G.~Israel, 1992: Formation and growth of
  photochemical aerosols in {Titan's} atmosphere, {\it Icarus}, {\bf 96},
  176--189.

\bibitem[Cabane et~al.(1993)]{Caba:93}
Cabane, M., P.~Rannou, E.~Chassefi\`ere, et G.~Israel, 1993: Fractal aggregates
  in {Titan's} atmosphere, {\it Planet.~Space~Sci.}, {\bf 41}, 257--267.

\bibitem[Carpenter et~al.(1990)]{Carp:90}
Carpenter, R.~L., K.~K. Droegemeier, P.~R. Woodward, et C.~E. Hane, 1990:
  Application of the piecewise parabolic method ({PPM}) to meteorological
  modeling, {\it Mon. Wea. Rev.}, {\bf 118}, 586--612.

\bibitem[Carrigan et~al.(1996)]{Carr:96}
Carrigan, C.~R., R.~A. Heinle, G.~B. Hudson, J.~J. Nitao, et J.~J. Zucca, 1996:
  Trace gas emissions on geological faults as indicators of underground nuclear
  testing, {\it Nature}, {\bf 382}, 528--531.

\bibitem[Cherkaoui et~al.(1996)]{Cher:96}
Cherkaoui, M., J.~Dufresne, R.~Fournier, J.~Grandpeix, et A.~Lahellec, 1996:
  Monte-carlo simulation of radiation in gases with a narrow-band model and a
  net-exchange formulation, {\it ASME Journal of Heat Transfer}, {\bf 118},
  401--407.

\bibitem[Chiapello et~al.(1997)]{Chia:97}
Chiapello, I., G.~Bergametti, B.~Chatenet, P.~Bousquet, F.~Dulac, et
  E.~Santos~Soares, 1997: Origins of african dust transported over the
  northeastern tropical atlantic, {\it J.~Geophys.~Res.}, {\bf 102},
  13,701--13,709.

\bibitem[Coindreau et~al.(2006)]{Coin:06}
Coindreau, O., F.~Hourdin, M.~Haeffelin, A.~Mathieu, et C.~Rio, A global
  climate model with strechable grid and nudging: a tool for assesment of
  physical parametrizations, Submitted to Monthly Weather Rev., 2006.

\bibitem[Colella et Woodward(1984)]{Cole:84}
Colella, P., et P.~R. Woodward, 1984: The piecewise parabolic method ({PPM})
  for gaz-dynamical simulations, {\it J.~Computational~Phys.}, {\bf 54},
  174--201.

\bibitem[Coll et~al.(1999)]{Coll:99}
Coll, P., D.~Coscia, S.~Smith, M.-C. Gazeau, S.~I. Ramirez, G.~Cernogora,
  G.~Isra{\"e}l, et F.~Raulin, 1999: Experimental laboratory simulation of
  {T}itan's atmosphere: {A}erosols and gas phase, {\it Planet.~Space~Sci.},
  {\bf 47}, 1331--1340.

\bibitem[Cosme et~al.(2002)]{cosme_2002}
Cosme, E., C.~Genthon, P.~Martinerie, O.~Boucher, et M.~Pham, 2002: The sulfur
  cycle at high-southern latitudes in the {LMD-ZT} {G}eneral {C}irculation
  {M}odel, {\it J. Geophys. Res.}, {\bf 107(D23), 4690}.

\bibitem[{Cosme} et~al.(2005)]{Cosm:05}
{Cosme}, E., F.~{Hourdin}, C.~{Genthon}, et P.~{Martinerie}, 2005: {Origin of
  dimethylsulfide, non-sea-salt sulfate, and methanesulfonic acid in eastern
  Antarctica}, {\it J.~Geophys.~Res.}, {\bf 110}, D03302,
  doi:10.1029/2004JD004881.

\bibitem[Courtier et Talagrand(1987)]{Cour:87}
Courtier, P., et O.~Talagrand, 1987: Variational assimilation of meteorological
  observations with the adjoint vorticity equation. \protect{II}: Numerical
  results, {\it Q.~J.~R.~Meteorol.~Soc.}, {\bf 113}, 1329--1347.

\bibitem[Coustenis et~al.(1989)]{Cous:89}
Coustenis, A., B.~B\'ezard, et D.~Gautier, 1989: Titan's atmosphere from
  {Voyager} infrared observations.{I}. {T}he gas composition of {Titan's}
  equatorial region, {\it Icarus}, {\bf 80}, 54--76.

\bibitem[Coustenis et B\'ezard(1995)]{Cous:95}
Coustenis, A., et B.~B\'ezard, 1995: Titan's atmosphere from {Voyager} infrared
  observations : {IV} latitudinal variations of temperature and composition,
  {\it Icarus}, {\bf 115}, 126--140.

\bibitem[{Couvreux} et~al.(2005)]{Couv:05}
{Couvreux}, F., F.~{Guichard}, J.~L. {Redelsperger}, C.~{Kiemle}, V.~{Masson},
  J.~P. {Lafore}, et C.~{Flamant}, 2005: {Water-vapour variability within a
  convective boundary-layer assessed by large-eddy simulations and IHOP\_2002
  observations}, {\it Q.~J.~R.~Meteorol.~Soc.}, {\bf 131}, 2665--2693.

\bibitem[Cressman(1959)]{Cres:59}
Cressman, G.~P., 1959: An operational objective analysis system, {\it Mon. Wea.
  Rev.}, {\bf 87}, 367--374.

\bibitem[De~Geer(1996)]{DeGe:96}
De~Geer, L.-E., 1996: Sniffing out clandestine tests, {\it Nature}, {\bf 382},
  491--492.

\bibitem[{de Rosnay} et~al.(2002)]{Rosnay:2002}
{de Rosnay}, P., J.~Polcher, M.~Bruen, et K.~Laval, 2002: Impact of a
  physically based soil water flow and soil-plant interaction representation
  for modeling large scale land surface processes, {\it J.~Geophys.~Res.}, {\bf
  107}, 10.1029/2001JD000634.

\bibitem[Deardorff(1966)]{Dear:66}
Deardorff, J.~W., 1966: The counter-gradient heat-flux in the lower atmosphere
  and in the laboratory, {\it J.~Atmos.~Sci.}, {\bf 23}, 503--506.

\bibitem[Deardorff(1970)]{Dear:70a}
Deardorff, J.~W., 1970: Convective velocity and temperature scales for the
  unstable planetary boundary layer and for {Rayleigh} convection, {\it
  J.~Atmos.~Sci.}, {\bf 27}, 1211--1213.

\bibitem[Deardorff(1972a)]{Dear:72a}
Deardorff, J.~W., 1972{\it a}: Parameterization of the boundary layer for use
  in general circulation models, {\it Mon. Wea. Rev.}, {\bf 77}, 93--106.

\bibitem[Deardorff(1972b)]{Dear:72}
Deardorff, J.~W., 1972{\it b}: Theoretical expression for the countergradient
  vertical heat flux, {\it J.~Geophys.~Res.}, {\bf 77}, 5900--5904.

\bibitem[Del~Genio et~al.(1993)]{Del:93}
Del~Genio, A.~D., W.~Zhou, et T.~P. Eichler, 1993: Equatorial superrotation in
  a slowly rotating \protect{GCM}: implications for \protect{Titan} and
  \protect{Venus}, {\it Icarus}, {\bf 101}, 1--17.

\bibitem[Del~Genio et Suozzo(1987)]{Del:87}
Del~Genio, A., et R.~J. Suozzo, 1987: A comparative study of rapidly rotating
  dynamical regimes in a terrestrial general circulation model, {\it
  J.~Atmos.~Sci.}, {\bf 44}, 973--986.

\bibitem[{Dufresne} et~al.(2002)]{Dufr:02}
{Dufresne}, J.-L., L.~{Fairhead}, H.~{Le Treut}, M.~{Berthelot}, L.~{Bopp},
  P.~{Ciais}, P.~{Friedlingstein}, et P.~{Monfray}, 2002: {On the magnitude of
  positive feedback between future climate change and the carbon cycle}, {\it
  Geophys.~Res.~Lett.}, {\bf 29}, 43--1.

\bibitem[Dufresne et~al.(2005)]{Dufr:05PNE}
Dufresne, J.-L., R.~Fournier, C.~Hourdin, et H.~Fr\'ed\'eric, 2005: Net
  exchange reformulation of radiative transfer in the {CO$_2$} {15-$\mu$m} band
  on mars, {\it J.~Atmos.~Sci.}, {\bf 62}, 3303--3319.

\bibitem[Ebert et~al.(1989)]{Eber:89}
Ebert, E.~E., U.~Schumann, et R.~B. Stull, 1989: Non local turbulent mixing in
  the convective boundary layer evaluated from {Large-Eddy Simulation}, {\it
  J.~Atmos.~Sci.}, {\bf 46}, 2178--2207.

\bibitem[Edouard et~al.(1996)]{Edou:96a}
Edouard, S., B.~Legras, et V.~Zeitlin, 1996: The effect of dynamical mixing in
  a simple model of the ozone hole, {\it J.~Geophys.~Res.}, {\bf 101},
  16771--16779.

\bibitem[Edouard(1997)]{Edou:97}
Edouard, S., {\it Dynamique et chimie du vortex polaire~: le problème de
  l'ozone}, Th\`ese, Universit\'e Paris-6, 1997.

\bibitem[Emanuel(1991)]{Eman:91}
Emanuel, K.~A., 1991: A scheme for representing cumulus convection in
  large-scale models, {\it J.~Atmos.~Sci.}, {\bf 48}, 2313--2335.

\bibitem[Emanuel(1993)]{Eman:93}
Emanuel, K.~A., 1993: A cumulus representation based on the episodic mixing
  model: the importance of mixing and microphysics in predicting humidity, {\it
  A.M.S. Meteorol. Monographs}, {\bf 24}, 185--192.

\bibitem[Flasar et~al.(1981)]{Flas:81}
Flasar, F.~M., R.~E. Samuelson, et B.~J. Conrath, 1981: Titan's atmosphere:
  temperature and dynamics, {\it Nature}, {\bf 292}, 693--698.

\bibitem[Flasar et Conrath(1990)]{Flas:90}
Flasar, F.~M., et B.~J. Conrath, 1990: Titan's stratospheric temperatures: {A}
  case for dynamical inertia?, {\it Icarus}, {\bf 85}, 346--354.

\bibitem[Flasar(1998)]{Flas:98}
Flasar, F.~M., 1998: The composition of {Titan}'s atmosphere: a meteorological
  perspective, {\it Planet. Space Sci.}, {\bf 46}, 1109--1124.

\bibitem[Flesch et~al.(1995)]{Fles:95}
Flesch, T.~K., J.~D. Wilson, et E.~Yee, 1995: Backward-time lagrangian
  stochastic dispersion models and their application to estimate gaseous
  emissions, {\it J.~Appl.~Met.}, {\bf 34}, 1320--1333.

\bibitem[Forget et~al.(1998)]{Forg:98}
Forget, F., F.~Hourdin, et O.~Talagrand, 1998: {CO$_2$} snow fall on {Mars}:
  Simulation with a general circulation model, {\it Icarus}, {\bf 131},
  302--316.

\bibitem[Forget et~al.(1999)]{Forg:99}
Forget, F., F.~Hourdin, R.~Fournier, C.~Hourdin, O.~Talagrand, M.~Collins,
  S.~R. Lewis, P.~L. Read, et J.-P. Huot., 1999: Improved general circulation
  models of the {Martian} atmosphere from the surface to above 80~km, {\it
  J.~Geophys.~Res.}, {\bf 104}, 24,155--24,176.

\bibitem[Fouquart et Bonnel(1980)]{Fouq:80}
Fouquart, Y., et B.~Bonnel, 1980: Computations of solar heating of the
  \protect{E}arth's atmosphere: A new parametrization, {\it
  Contrib.~Atmos.~Phys.}, {\bf 53}, 35--62.

\bibitem[From(1968)]{From:68}
From, J.~E., 1968: A method for reducing dispersion in convective difference
  schemes, {\it J.~Computational~Phys.}, {\bf 3}, 176--189.

\bibitem[{Fulchignoni} et~al.(2002)]{Fulc:02}
{Fulchignoni}, M., F.~{Ferri}, F.~{Angrilli}, A.~{Bar-Nun}, M.~A. {Barucci},
  G.~{Bianchini}, W.~{Borucki}, M.~{Coradini}, A.~{Coustenis}, P.~{Falkner},
  E.~{Flamini}, R.~{Grard}, M.~{Hamelin}, A.~M. {Harri}, G.~W. {Leppelmeier},
  J.~J. {Lopez-Moreno}, J.~A.~M. {McDonnell}, C.~P. {McKay}, F.~H. {Neubauer},
  A.~{Pedersen}, G.~{Picardi}, V.~{Pirronello}, R.~{Rodrigo},
  K.~{Schwingenschuh}, A.~{Seiff}, H.~{Svedhem}, V.~{Vanzani}, et
  J.~{Zarnecki}, 2002: {The Characterisation of Titan's Atmospheric Physical
  Properties by the Huygens Atmospheric Structure Instrument (Hasi)}, {\it
  Space Science Reviews}, {\bf 104}, 395--431.

\bibitem[{Genthon} et {Armengaud}(1995)]{Gent:95}
{Genthon}, C., et A.~{Armengaud}, 1995: {Radon 222 as a comparative tracer of
  transport and mixing in two general circulation models of the atmosphere},
  {\it J.~Geophys.~Res.}, {\bf 100}, 2849--2866.

\bibitem[Gierasch(1975)]{Gier:75}
Gierasch, P.~J., 1975: Meridional circulation and the maintenance of the
  \protect{Venus} atmospheric rotation, {\it J.~Atmos.~Sci.}, {\bf 32},
  1038--1044.

\bibitem[Gilbert et Lemar\'echal(1989)]{Gilb:89}
Gilbert, J.-C., et C.~Lemar\'echal, 1989: Some numerical experiments with
  variable-storage quasi-{Newton} algorithms, {\it Math. Program.}, {\bf 45},
  407--435.

\bibitem[Godunov(1959)]{Godu:59}
Godunov, S.~K., 1959: Finite-difference methods for the numerical computations
  of equations of gas dynamics, {\it Math. Sb.}, {\bf 7}, 271--290.

\bibitem[Golitsyn(1975)]{Goli:75}
Golitsyn, G.~S., 1975: Another look at atmospheric dynamics on {Titan} and some
  of its general consequences, {\it Icarus}, {\bf 24}, 70--75.

\bibitem[{Grandpeix} et~al.(2004)]{Gran:04}
{Grandpeix}, J.~Y., V.~{Phillips}, et R.~{Tailleux}, 2004: {Improved mixing
  representation in Emanuel's convection scheme}, {\it
  Q.~J.~R.~Meteorol.~Soc.}, {\bf 130}, 3207--3222.

\bibitem[Griffith et~al.(1998)]{Grif:98}
Griffith, C., T.~Owen, G.~Miller, et T.~Geballe, 1998: Transient cloud in
  titan's lower atmosphere, {\it Nature}, {\bf 395}, 575--578.

\bibitem[Griffith et~al.(2000)]{Grif:00}
Griffith, C., J.~H. Hall, et T.~Geballe, 2000: Detection of daily clouds on
  titan, {\it Science}, {\bf 290}, 509--513.

\bibitem[{Guichard} et~al.(2004)]{Guic:04}
{Guichard}, F., J.~C. {Petch}, J.~L. {Redelsperger}, P.~{Bechtold}, J.~P.
  {Chaboureau}, S.~{Cheinet}, W.~{Grabowski}, H.~{Grenier}, C.~G. {Jones},
  M.~{K{\"o}hler}, J.~M. {Piriou}, R.~{Tailleux}, et M.~{Tomasini}, 2004:
  {Modelling the diurnal cycle of deep precipitating convection over land with
  cloud-resolving models and single-column models}, {\it
  Q.~J.~R.~Meteorol.~Soc.}, {\bf 130}, 3139--3172.

\bibitem[Gurney et~al.(2002)]{Gurn:02}
Gurney, K., R.~M. Law, A.~S. Denning, P.~J. Rayner, D.~Baker, P.~Bousquet,
  L.~Bruhwiler, Y.~H. Chen, P.~Ciais, S.~Fan, I.~Y. Fung, M.~Gloor, M.~Heimann,
  K.~Higuchi, J.~John, T.~Maki, S.~Maksyutov, K.~Masarie, P.~Peylin,
  M.~Prather, B.~C. Pak, J.~Randerson, J.~Sarmiento, S.~Taguchi, T.~Takahashi,
  et C.~W. Yuen, 2002: Towards robust regional estimates of annual mean
  {CO$_2$} sources and sinks, {\it Nature}, {\bf 415}, 626--630.

\bibitem[Haas-Laursen et~al.(1996)]{Haas:96}
Haas-Laursen, D.~E., D.~E. Hartley, et R.~G. Prinn, 1996: Optimizing an inverse
  method to deduce time-varying emissions of trace gases, {\it
  J.~Geophys.~Res.}, {\bf 101(D17)}, 26,137--26,160.

\bibitem[Hartman(1983)]{Hart:83}
Hartman, D.~L., 1983: Barotropic instability of the polar night jet stream,
  {\it J.~Atmos.~Sci.}, {\bf 40}, 817--835.

\bibitem[{Hauglustaine} et~al.(2004)]{Haug:04}
{Hauglustaine}, D.~A., F.~{Hourdin}, L.~{Jourdain}, M.-A. {Filiberti},
  S.~{Walters}, J.-F. {Lamarque}, et E.~A. {Holland}, 2004: {Interactive
  chemistry in the Laboratoire de M{\' e}t{\' e}orologie Dynamique general
  circulation model: Description and background tropospheric chemistry
  evaluation}, {\it J.~Geophys.~Res.}, {\bf 109}, 4314--4357.

\bibitem[Hess et~al.(1996)]{Hess:96}
Hess, P.~G., S.~Nanda, et S.~J. Flocke, 1996: Trajectories and related
  variations in the chemical composition of air for the mauna loa observatory
  during 1991 and 1992, {\it J.~Geophys.~Res.}, {\bf 101}, 14,543--14,568.

\bibitem[{Hidayat} et~al.(2002)]{Hida:02}
{Hidayat}, T., A.~{Marten}, Y.~{Biraud}, et R.~{Moreno}, {Study of the
  Atmosphere of Titan from Millimeter and Submillimeter Observations}, in {\it
  8th Asian-Pacific Regional Meeting, Volume II}, 9--10, 2002.

\bibitem[Holtslag et~al.(1990)]{Holt:90}
Holtslag, A. A.~M., E.~DeBruijn, et H.~Pan, 1990: A high resolution air mass
  transformation model for short-range weather forecasting, {\it Mon. Wea.
  Rev.}, {\bf 118}, 1561--1575.

\bibitem[Holtslag et Boville(1993)]{Holt:93}
Holtslag, A. A.~M., et B.~A. Boville, 1993: Local versus non-local
  boundary-layer diffusion in a global climate model, {\it J.~Climate}, {\bf
  6}, 1825--1842.

\bibitem[Hourdin et~al.(1992)]{Hour:92b}
Hourdin, F., P.~Le~Van, O.~Talagrand, R.~Courtin, D.~Gautier, et C.~McKay,
  Numerical simulation of the circulation of the atmosphere of \protect{Titan},
  in {\it Symposium on \protect{Titan}}, vol. SP-338, 101--106, ESA, ESA, 1992.

\bibitem[Hourdin et~al.(1993)]{Hour:93}
Hourdin, F., P.~Le~Van, F.~Forget, et O.~Talagrand, 1993: Meteorological
  variability and the annual surface pressure cycle on \protect{Mars}, {\it
  J.~Atmos.~Sci.}, {\bf 50}, 3625--3640.

\bibitem[Hourdin et~al.(1995a)]{Hour:95}
Hourdin, F., F.~Forget, et O.~Talagrand, 1995{\it a}: The sensitivity of the
  {Martian} surface pressure to various parameters: {A} comparison between
  numerical simulations and {Viking} observations, {\it J.~Geophys.~Res.}, {\bf
  100}, 5501--5523.

\bibitem[Hourdin et~al.(1995b)]{Hour:95b}
Hourdin, F., O.~Talagrand, R.~Sadourny, C.~R\'egis, D.~Gautier, et C.~P. McKay,
  1995{\it b}: General circulation of the atmosphere of {Titan}, {\it Icarus},
  {\bf 117}, 358--374.

\bibitem[Hourdin et~al.(1998)]{Hour:98}
Hourdin, F., R.~Corutin, D.~Gautier, C.~P. McKay, P.~Rannou, et O.~Talagrand,
  Dynamique de l'atmosphère de titan, in {\it Actes du {2$^{\mbox{ème}}$}
  Colloque National de Planétologie de l'INSU, vol 1}, edited by W.~Kofman,
  J.~Lilensten, B.~Pibaret, et I.~Raynaud, 1998.

\bibitem[Hourdin et~al.(1999)]{Hour:99CRAS}
Hourdin, F., J.-P. Issartel, B.~Cabrit, et A.~Idelkadi, 1999: Reciprocity of
  atmospheric transport of trace species, {\it CRAS}, {\bf 329}, 623--628.

\bibitem[Hourdin et~al.(2002)]{Hour:02}
Hourdin, F., F.~Couvreux, et L.~Menut, 2002: Parameterisation of the dry
  convective boundary layer based on a mass flux representation of thermals,
  {\it J.~Atmos.~Sci.}, {\bf 59}, 1105--1123.

\bibitem[{Hourdin} et~al.(2004)]{Hour:04}
{Hourdin}, F., S.~{Lebonnois}, D.~{Luz}, et P.~{Rannou}, 2004: {Titan's
  stratospheric composition driven by condensation and dynamics}, {\it
  J.~Geophys.~Res.}, {\bf 109}.

\bibitem[Hourdin et~al.(2005)]{Hour:05II}
Hourdin, F., A.~Idelkadi, et O.~Talagrand, Eulerian backtracking of atmospheric
  tracers: {II} numerical aspects, QJRMS, in press, 2005.

\bibitem[Hourdin et~al.(2006)]{Hour:06LMDZ}
Hourdin, F., I.~Musat, S.~Bony, P.~Braconnot, F.~Codron, J.-L. Dufresne,
  L.~Fairhead, M.-A. Filiberti, P.~Friedlingstein, J.-Y. Grandpeix, G.~Krinner,
  et P.~LeVan, The lmdz4 general circulation model: climate performance and
  sensitivity to parametrized physics with emphasis on tropical convection,
  Clim.~Dyn., in press, 2006.

\bibitem[Hourdin et Armengaud(1999)]{Hour:99}
Hourdin, F., et A.~Armengaud, 1999: The use of finite-volume methods for
  atmospheric advection of trace species. part i: Test of vairious formulations
  in a general circulation model, {\it Mon. Wea. Rev.}, {\bf 127}, 822--837.

\bibitem[Hourdin et Issartel(2000)]{Hour:00GRL}
Hourdin, F., et J.-P. Issartel, 2000: Sub-surface nuclear tests monitoring
  through the {CTBT} xenon network, {\it Geophys.~Res.~Lett.}, {\bf 27},
  2245--2248.

\bibitem[Hourdin et Talagrand(2005)]{Hour:05I}
Hourdin, F., et O.~Talagrand, Eulerian backtracking of atmospheric tracers: {I}
  adjoint derivation and parametrization of subgrid-scale transport, QJRMS, in
  press, 2005.

\bibitem[Hourdin(1992)]{Hour:92e}
Hourdin, F., Conservation du moment angulaire dans le mod\`ele de circulation
  g\'en\'erale du \protect{LMD}, Note Interne 175, Lab. de M\'et\'eorol Dyn.,
  Cent. Nat. de la Rech. Sci., Paris, 1992.

\bibitem[Houweling et~al.(1999)]{Houw:99}
Houweling, S., T.~Kaminski, F.~Dentener, J.~Lelieveld, et M.~Heinmann, 1999:
  Inverse modeling of methane sources and sinks using the adjoint of a global
  transport model, {\it J.~Geophys.~Res.}, {\bf 104(D21)}, 26,137--26,160.

\bibitem[Hubbard(1993)]{Hubb:93}
Hubbard, W. B.~p., 1993: The occultation of 28 {Sgr by Titan}, {\it
  Astron.~Astrophys.}, {\bf 269}, 541--563.

\bibitem[Hunt(1979)]{Hunt:79}
Hunt, B.~G., 1979: The influence of the earth's rotation rate on the general
  circulation of the atmosphere, {\it J.~Atmos.~Sci.}, {\bf 36}, 1392--1408.

\bibitem[Hutzell et~al.(1995)]{Hutz:95}
Hutzell, W.~T., C.~P. McKay, O.~B. Toon, et F.~Hourdin, 1995: Simulations of
  {Titan's} brightness by a two-dimensional haze model, {\it Icarus}, {\bf
  119}, 112--129.

\bibitem[Högström(1988)]{Hogs:88}
Högström, U., 1988: Non-dimensional wind and temperature profiles in the
  atmospheric surface layer~: a re-evaluation, {\it Boundary-layer Meteorol.},
  55--78.

\bibitem[Idelkadi(2002)]{Idel:these}
Idelkadi, A., {\it Validation du transport atmosphérique direct et inverse des
  espèces traces aux échelles continentales dans un modèle de circulation
  générale atmosphérique à grille variable}, th\`ese, Universit\'e Paris-6,
  2002.

\bibitem[{Jacob} et~al.(1997)]{Jaco:97}
{Jacob}, D.~J., M.~J. {Prather}, P.~J. {Rasch}, R.~{Shia}, Y.~J. {Balkanski},
  S.~R. {Beagley}, D.~J. {Bergmann}, W.~T. {Blackshear}, M.~{Brown},
  M.~{Chiba}, M.~P. {Chipperfield}, J.~{de Grandpr{\' e}}, J.~E. {Dignon},
  J.~{Feichter}, C.~{Genthon}, W.~L. {Grose}, P.~S. {Kasibhatla}, I.~{K{\"
  o}hler}, M.~A. {Kritz}, K.~{Law}, J.~E. {Penner}, M.~{Ramonet}, C.~E.
  {Reeves}, D.~A. {Rotman}, D.~Z. {Stockwell}, P.~F.~J. {Van Velthoven},
  G.~{Verver}, O.~{Wild}, H.~{Yang}, et P.~{Zimmermann}, 1997: {Evaluation and
  intercomparison of global atmospheric transport models using $^{222}$Rn and
  other short-lived tracers}, {\it J.~Geophys.~Res.}, {\bf 102}, 5953--5970.

\bibitem[Jacob et Prather(1990)]{Jaco:90}
Jacob, D., et M.~Prather, 1990: Radon 222 as a test of convective transport in
  a general circulation model, {\it Tellus}, {\bf 42}, 118--134.

\bibitem[Jeuken et~al.(1996)]{Jeuk:96}
Jeuken, A. B.~M., P.~C. Siegmund, H.~L. C., J.~Feichter, et L.~Bengtsson, 1996:
  On the potential of assimilating meteorological analyses in a global climate
  model for the purpose of model validation, {\it J.~Geophys.~Res.}, {\bf 101},
  939.

\bibitem[Joussaume(1990)]{Jous:90}
Joussaume, S., 1990: Three-dimensional simulations od the atmospheric cycle of
  desert dust particles using a general circulation model, {\it
  J.~Geophys.~Res.}, {\bf 95}, 1909--1941.

\bibitem[Kaminski et~al.(1999a)]{Kami:99a}
Kaminski, T., M.~Heinmann, et R.~Giering, 1999{\it a}: A coarse grid
  three-dimensinal global inverse model of the atmospheric transport : {I}
  {Adjoint} model and jacobian matrix, {\it J.~Geophys.~Res.}, {\bf 104},
  18,535--18,553.

\bibitem[Kaminski et~al.(1999b)]{Kami:99b}
Kaminski, T., M.~Heinmann, et R.~Giering, 1999{\it b}: A coarse grid
  three-dimensinal global inverse model of the atmospheric transport : {II}
  {Inversion} of the transport of {CO$_2$} in the 1980s, {\it
  J.~Geophys.~Res.}, {\bf 104}, 18,555--18,581.

\bibitem[Kasahara(1977)]{Kasa:77}
Kasahara, A., Computational aspects of numerical models for weather prediction
  and climate simulation, in {\it Methods in computational physics}, edited by
  J.~Chang, vol.~17, 1--66, Academic press, inc., 1977.

\bibitem[Kelvin(1880)]{Kelv:1880}
Kelvin, L., 1880: On a disturbing infinity in {Lord Rayleigh's} solution for
  waves in a plane vortex stratum, {\it Nature}, {\bf 23}, 45--46.

\bibitem[Kostiuk et~al.(2001)]{kostiuk2001}
Kostiuk, T., K.~E. Fast, T.~A. Livengood, T.~Hewagama, J.~J. Goldstein,
  F.~Espenak, et D.~Buhl, 2001: Direct measurement of winds on {Titan}, {\it
  Geophys. Res. Lett.}, {\bf 28}, 2361--2364.

\bibitem[Krinner et~al.(2005)]{Krinner:gbc2005}
Krinner, G., N.~Viovy, N.~{de Noblet-Ducoudr\'e}, J.~{Og\'ee}, J.~Polcher,
  P.~Friedlingstein, P.~Ciais, S.~Sitch, et C.~Prentice, 2005: A dynamic global
  vegetation model for studies of the coupled atmosphere-biosphere system, {\it
  Glob. Biogeochem. Cyc.}, {\bf 19}, GB1015, doi:10.1029/2003GB002199.

\bibitem[Krinner et Genthon(2003)]{Krinner:transport}
Krinner, G., et C.~Genthon, 2003: Tropospheric transport of continental tracers
  towards {A}ntarctica under varying climatic conditions, {\it Tellus}, {\bf
  53}, 54--70.

\bibitem[Kuo(1949)]{Kuo:49}
Kuo, H.~L., 1949: Dynamic instability of two-dimensional nondivergent flow in a
  barotropic atmosphere, {\it J. Meteor.}, {\bf 6}, 105--122.

\bibitem[Laval et~al.(1981)]{Lava:81}
Laval, K., R.~Sadourny, et Y.~Serafini, 1981: Land surface processes in a
  simplified general circulation model, {\it Geophys.~Astrophys.~Fluid~Dyn.},
  {\bf 17}, 129--150.

\bibitem[Le~Dimet et Talagrand(1986)]{LeDi:86}
Le~Dimet, F.-X., et O.~Talagrand, 1986: Variational algorithms for analysis and
  assimilation of meteorological observations: theoretical aspects, {\it
  Tellus}, {\bf 38A}, 97--110.

\bibitem[Le~Treut et Li(1991)]{LeTr:91}
Le~Treut, H., et Z.~X. Li, 1991: Sensitivity of an atmospheric general
  circulation model to prescribed \protect{SST} changes: Feedback effects
  associated with the simulation of cloud optical properties., {\it
  Clim.~Dyn.}, {\bf 5}, 175--187.

\bibitem[Lebonnois et~al.(2001)]{Lebo:01}
Lebonnois, S., D.~Toublanc, F.~Hourdin, et P.~Rannou, 2001: Seasonal variations
  of titan's atmospheric composition, {\it Icarus}, {\bf 152}, 384--406.

\bibitem[Lebonnois et~al.(2002)]{Lebo:02}
Lebonnois, S., E.~Bakes, et C.~P. McKay, 2002: Transition from gaseous
  compounds to aerosols in {T}itan's atmosphere, {\it Icarus}, {\bf 159},
  505--517.

\bibitem[Lebonnois et~al.(2003a)]{Lebo:03a}
Lebonnois, S., E.~Bakes, et C.~P. McKay, 2003{\it a}: Atomic and molecular
  hydrogen budget in {T}itan's atmosphere, {\it Icarus}, {\bf 161}, 474--485.

\bibitem[Lebonnois et~al.(2003b)]{Lebo:03}
Lebonnois, S., F.~Hourdin, P.~Rannou, D.~Luz, et D.~Toublanc, 2003{\it b}:
  Impact of the seasonal variations of composition on the temperature field of
  {Titan}'s stratosphere, {\it Icarus}, {\bf 163}, 164--174.

\bibitem[{Lef{\` e}vre} et~al.(2004)]{Lefe:04}
{Lef{\` e}vre}, F., S.~{Lebonnois}, F.~{Montmessin}, et F.~{Forget}, 2004:
  {Three-dimensional modeling of ozone on Mars}, {\it J.~Geophys.~Res.
  (planets)}, {\bf 109}, 7004--+.

\bibitem[Lellouch et~al.(1989)]{Lell:89}
Lellouch, E., A.~Coustenis, D.~Gautier, F.~Raulin, N.~Dubouloz, et C.~Fr\`ere,
  1989: Titan's atmosphere and hypothesized ocean: A reanalysis of {Voyager~1}
  radio-occultation and {IRIS 7.7 $\mu$m} data., {\it Icarus}, {\bf 79},
  328--349.

\bibitem[LeMone(1973)]{LeMo:73}
LeMone, M.~A., 1973: The structure and dynamics of horizontal roll vorticies in
  the planetary boundary layer, {\it J.~Atmos.~Sci.}, {\bf 30}, 1077--1091.

\bibitem[Lilly(1968)]{Lill:68}
Lilly, D.~K., 1968: Models of cloud-topped mixed layers under a strong
  inversion, {\it Q.~J.~R.~Meteorol.~Soc.}, {\bf 94}, 292--309.

\bibitem[Lin et Rood(1996)]{Lin:96}
Lin, S.-J., et R.~B. Rood, 1996: Multi-dimensional flux form semi-lagrangian
  transport schemes, {\it Mon. Wea. Rev.}, {\bf 124}, 2046--2070.

\bibitem[Lions(1971)]{Lion:71}
Lions, J.-L., {\it Optimal control of systems governed by partial differential
  equations (translated from the French)}, Springer-Verlag, Berlin, Germany,
  1971.

\bibitem[{Luz} et~al.(2003a)]{luzdps2003}
{Luz}, D., R.~{Courtin}, D.~{Gautier}, J.-P. {Lebreton}, T.~{Approuchaux},
  F.~{Ferri}, L.~{Lara}, A.~{Kaufer}, et F.~{Hourdin}, 2003{\it a}:
  {Characterization of the zonal wind flow in the stratosphere of Titan with
  UVES}, {\it Bull. Am. Ast. Soc.}, {\bf 35}, 927.

\bibitem[{Luz} et~al.(2003b)]{Luz:03II}
{Luz}, D., F.~{Hourdin}, P.~{Rannou}, et S.~{Lebonnois}, 2003{\it b}:
  {Latitudinal transport by barotropic waves in Titan's stratosphere. II.
  Results from a coupled dynamics-microphysics-photochemistry GCM}, {\it
  Icarus}, {\bf 166}, 343--358.

\bibitem[{Luz} et {Hourdin}(2003)]{Luz:03I}
{Luz}, D., et F.~{Hourdin}, 2003: {Latitudinal transport by barotropic waves in
  Titan's stratosphere. I. General properties from a horizontal shallow-water
  model}, {\it Icarus}, {\bf 166}, 328--342.

\bibitem[Mahowald et~al.(1997)]{Maho:97}
Mahowald, N.~M., P.~J. Rasch, B.~E. Eaton, S.~Whittlestone, et R.~G. Prinn,
  1997: {Transport of $^{222}$radon to the remote troposphere using the Model
  of Atmospheric Transport and Chemistry and assimilated winds from ECMWF and
  the National Center for Environmental Prediction/NCAR}, {\it
  J.~Geophys.~Res.}, {\bf 102}, 28,139--28,151.

\bibitem[Marchuk(1974)]{Marc:74}
Marchuk, G.~I., {\it Numerical solution of the problems of dynamics of the
  atmosphere and the ocean (in Russian)}, Gidrometeoizdat, Leningrad, USSR,
  1974.

\bibitem[Marchuk(1982)]{Marc:82}
Marchuk, G.~I., {\it Methods of Numerical Mathematics (translated from the
  Russian)}, Springer-Verlag, New York, New York, USA, 1982.

\bibitem[{Marten} et~al.(2002)]{Mart:02}
{Marten}, A., T.~{Hidayat}, Y.~{Biraud}, et R.~{Moreno}, 2002: {New Millimeter
  Heterodyne Observations of Titan: Vertical Distributions of Nitriles HCN,
  HC$_{3}$N, CH$_{3}$CN, and the Isotopic Ratio $^{15}$N/$^{14}$N in Its
  Atmosphere}, {\it Icarus}, {\bf 158}, 532--544.

\bibitem[McKay et~al.(1989)]{McKa:89}
McKay, C.~P., J.~B. Pollack, et R.~Courtin, 1989: The thermal structure of
  \protect{Titan's} atmosphere, {\it Icarus}, {\bf 80}, 23--53.

\bibitem[Mellor et Yamada(1974)]{Mell:74}
Mellor, G.~L., et T.~Yamada, 1974: A hierarchy of turbulence closure models for
  planetary boundary layers, {\it J.~Atmos.~Sci.}, {\bf 31}, 1791--1806.

\bibitem[Mellor(1973)]{Mell:73}
Mellor, G.~L., 1973: Analytical prediction of the properties of stratified
  planetary surface layers, {\it J.~Atmos.~Sci.}, {\bf 30}, 1061--1069.

\bibitem[{Menut} et~al.(2000)]{Menu:00}
{Menut}, L., R.~{Vautard}, M.~{Beekmann}, et C.~{Honor\' e}, 2000: {Sensitivity
  of photochemical pollution using the adjoint of a simplified
  chemistry-transport model}, {\it J.~Geophys.~Res.}, {\bf 105}, 15379--15402.

\bibitem[Merrill(1994)]{Merr:94}
Merrill, J.~T., 1994: Isentropic airflow probability analysis, {\it
  J.~Geophys.~Res.}, {\bf 99}, 25,8881--25,8889.

\bibitem[Moeng et Sullivan(1994)]{Moen:94}
Moeng, C., et P.~P. Sullivan, 1994: A comparison of shear- and buoyancy-driven
  planetary boundary layer flows, {\it J.~Atmos.~Sci.}, {\bf 51}, 999--1022.

\bibitem[Moeng(1984)]{Moen:84}
Moeng, C., 1984: A large-eddy-simulation model for the study of planetary
  boundary-layer turbulence, {\it J.~Atmos.~Sci.}, {\bf 41}, 2052--2062.

\bibitem[{Montmessin} et~al.(2004)]{Mont:04}
{Montmessin}, F., F.~{Forget}, P.~{Rannou}, M.~{Cabane}, et R.~M. {Haberle},
  2004: {Origin and role of water ice clouds in the Martian water cycle as
  inferred from a general circulation model}, {\it J.~Geophys.~Res.}, 10004--+.

\bibitem[Morcrette et~al.(1986)]{Morc:86}
Morcrette, J.~J., L.~Smith, et Y.~Fouquart, 1986: Pressure and temperature
  dependence of the absorption in longwave radiation parametrizations, {\it
  Contrib.~Atmos.~Phys.}, {\bf 59}, 455--469.

\bibitem[{Morcrette}(1991)]{Morc:91}
{Morcrette}, J., 1991: {Radiation and cloud radiative properties in the
  European Centre for Medium Range Weather Forecasts forecasting system}, {\it
  J.~Geophys.~Res.}, {\bf 96}, 9121--9132.

\bibitem[{Moreno} et {Marten}(2003)]{moreno2003}
{Moreno}, R., et A.~{Marten}, 2003: {Measurements of Zonal Winds on Titan from
  Millimeter Interferometric Observations}, {\it Bull. Am. Ast. Soc.}, {\bf
  35}, 928.

\bibitem[Penenko et Obraztsov(1976)]{Pene:76}
Penenko, V.~V., et N.~N. Obraztsov, 1976: A variational initialization method
  for the fields of the meteorological elements ({English} translation), {\it
  Soviet Meteorol. Hydrol.}, {\bf 11}, 1--11.

\bibitem[{P\'etron} et~al.(2002)]{Petr:02}
{P\'etron}, G., C.~Granier, B.~Khattatov, J.-F. Lamarque, V.~Yudin, J.-F.
  M\"uller, et J.~Gille, 2002: Inverse modeling of carbon monoxide surface
  emissions using climate monitoring and diagnostics laboratory network
  observations, {\it J.~Geophys.~Res.}, {\bf 107(D23)}.

\bibitem[{Peylin} et~al.(2005)]{Peyl:05}
{Peylin}, P., P.~J. {Rayner}, P.~{Bousquet}, C.~{Carouge}, F.~{Hourdin},
  P.~{Heinrich}, P.~{Ciais}, et A.~{Contributors}, 2005: {Daily CO2 flux
  estimates over Europe from continuous atmospheric measurements: 1, inverse
  methodology}, {\it Atmospheric Chemistry \& Physics Discussions}, {\bf 5},
  1647--1678.

\bibitem[{Pierrehumbert} et {Roca}(1998)]{Pier:98}
{Pierrehumbert}, R.~T., et R.~{Roca}, 1998: {Evidence for control of Atlantic
  subtropical humidity by large-scale advection}, {\it Geophys.~Res.~Lett.},
  {\bf 25}, 4537--4540.

\bibitem[Pleim et Chang(1992)]{Plei:92}
Pleim, J.~E., et J.~S. Chang, 1992: A non-local closure model for vertical
  mixing in the convective boundary layer, {\it Atmosph.~Environ.}, {\bf 26A},
  965--981.

\bibitem[Prandtl et Tietjens(1934)]{Pran:34}
Prandtl, L., et O.~G. Tietjens, {\it Applied hydro- and aeromechanics},
  Engineering Societies Monographs, Dover Publications, Inc., New-York, 1934.

\bibitem[Prather(1986)]{Prat:86}
Prather, M.~J., 1986: Numerical advection by conservation of second order
  moments, {\it J.~Geophys.~Res.}, {\bf 91}, 6671--6681.

\bibitem[{Preiss} et {Genthon}(1997)]{Prei:97}
{Preiss}, N., et C.~{Genthon}, 1997: {Use of a new database of lead 210 for
  global aerosol model validation}, {\it J.~Geophys.~Res.}, {\bf 102},
  25347--25358.

\bibitem[Pudykiewicz(1998)]{Pudy:98}
Pudykiewicz, J.~A., 1998: Application of adjoint tracer transport equations for
  evaluating source parameters, {\it Atmos. Environ.}, {\bf 32}, 3039--3050.

\bibitem[Quaas et~al.(2004)]{quaas2004}
Quaas, J., O.~Boucher, et F.-M. Bréon, 2004: Aerosol indirect effects in polder
  satellite data and the laboratoire de météorologie dynamique-zoom (lmdz)
  general circulation model, {\it J. Geophys. Res.}, {\bf 109}, D08205,
  doi:10.1029/2003JD004317.

\bibitem[Ramonet et~al.(1996)]{Ramo:96}
Ramonet, M., J.~C. Le~Roulley, P.~Bousquet, et P.~Monfray, 1996: Radon-222
  measurements during the {Tropoz II} campaign and comparison with a global
  atmospheric transport model, {\it J. Atmos. Chem.}, {\bf 23}, 107--136.

\bibitem[Rannou et~al.(1993)]{Rann:93}
Rannou, P., M.~Cabane, et E.~Chassefi\`ere, 1993: Growth of aerosols in
  {Titan's} atmosphere and related time scales : a stochastic approach, {\it
  Geophys.~Res.~Lett.}, {\bf 20}, 967--970.

\bibitem[Rannou et~al.(1995)]{Rann:95}
Rannou, P., M.~Cabane, E.~Chassefi\`ere, R.~Botet, C.~P. McKay, et R.~Courtin,
  1995: Titan's geometric albedo : Role of the fractal structure of the
  aerosols, {\it Icarus}, {\bf 96}, 355--372.

\bibitem[Rannou et~al.(2002)]{Rann:02}
Rannou, P., F.~Hourdin, et C.~P. McKay, 2002: A wind origin for {Titan's} haze
  structure, {\it Nature}, {\bf 418}, 853--856.

\bibitem[{Rannou} et~al.(2004)]{Rann:04}
{Rannou}, P., F.~{Hourdin}, C.~P. {McKay}, et D.~{Luz}, 2004: {A coupled
  dynamics-microphysics model of Titan's atmosphere}, {\it Icarus}, {\bf 170},
  443--462.

\bibitem[Rannou et~al.(2005)]{Rann:05database}
Rannou, P., S.~Lebonnois, F.~Hourdin, et D.~Luz, 2005: Titan atmosphere
  database, {\it Adv.~Space~Res.}, {\bf 36}, 2194--2198.

\bibitem[Raulin et Owen(2002)]{Raul:02}
Raulin, F., et T.~Owen, 2002: Organic chemistry and exobiology on {Titan}, {\it
  Space Sc. Rev.}, {\bf 104}, 377--394.

\bibitem[Rayner et~al.(1999)]{Rayn:99}
Rayner, P.~J., I.~G. Enting, R.~J. Francey, et R.~L. Langenfelds, 1999:
  Reconstructing the recent carbon cycle from atmospheric {CO$_2$},
  {$\delta_{13}$C} and {O$_2$/N$_2$} observations, {\it Tellus}, {\bf 51B},
  213--232.

\bibitem[Reddy et~al.(2004)]{reddy2004b}
Reddy, M.~S., O.~Boucher, C.~Venkataraman, S.~Verma, J.-F. Léon, et a.~M.~P.
  N.~Bellouin, 2004: Gcm estimates of aerosol transport and radiative forcing
  during indoex, {\it J. Geophys. Res.}, {\bf 109(D16)}, D16205,
  doi:10.1029/2004JD004557.

\bibitem[Redelsperger et~al.(2000)]{Rede:00}
Redelsperger, J.-L., F.~Guichard, et S.~Mongon, 2000: A parameterization of
  mesoscale enhnacement of surface fluxes for large scale models, {\it
  J.~Climate}, {\bf 13}, 402--421.

\bibitem[Robertson et Persson(1991)]{Robe:91}
Robertson, L., et C.~Persson, On the application of four dimensional data
  assimilation of air pollution data using the adjoint technique, 399--408,
  Plenum press, New York, 1991.

\bibitem[Roe et~al.(2002)]{Roe:02}
Roe, H.~G., I.~Pater, B.~A. Macintosh, et C.~P. McKay, 2002: Titan's clouds
  from gemini and keck adaptive optics imaging, {\it Astrophys. J.}, {\bf 581},
  1399--1406.

\bibitem[Rood(1987)]{Rood:87}
Rood, R.~B., 1987: Numerical advection algorithms and their role in atmospheric
  transport and chemistry models, {\it Rev.~Geophys.}, {\bf 25}, 71--100.

\bibitem[Rossow et~al.(1990)]{Ross:90}
Rossow, W.~B., A.~D. Del~Genio, et T.~Eichler, 1990: Cloud-tracked winds from
  {Pioneer Venus} {OCPP} images, {\it J. Atmos. Sci.}, {\bf 47}, 2053--2084.

\bibitem[Rossow(1979)]{Ross:79}
Rossow, W.~B., 1979: Large--scale motion in the \protect{Venus} stratosphere,
  {\it J.~Atmos.~Sci.}, {\bf 36}, 377--389.

\bibitem[Rossow(1983)]{Ross:83}
Rossow, W.~B., 1983: A general circulation model of a {Venus}--like atmosphere,
  {\it J.~Atmos.~Sci.}, {\bf 40}, 273--302.

\bibitem[Roux(2002)]{Roux:02}
Roux, J., http://gershwin.ens.fr/houches2002/Cours/Roux/leshouches.pdf, 2002.

\bibitem[Russell et Lerner(1981)]{Russ:81}
Russell, G.~L., et J.~A. Lerner, 1981: A new finite-differencing scheme for the
  tracer transport equation, {\it J.~Appl.~Met.}, {\bf 20}, 1483--1498.

\bibitem[Sadourny et Laval(1984)]{Sado:84}
Sadourny, R., et K.~Laval, January and {July} performance of the \protect{LMD}
  general circulation model, in {\it New perspectives in Climate Modeling},
  edited by A.~Berger et C.~Nicolis, Elsevier, 173--197, Amsterdam, 1984.

\bibitem[Sadourny(1975a)]{Sado:75a}
Sadourny, R., 1975{\it a}: Compressible model flows on the sphere, {\it
  J.~Atmos.~Sci.}, {\bf 32}, 2103--2110.

\bibitem[Sadourny(1975b)]{Sado:75}
Sadourny, R., 1975{\it b}: The dynamics of finite-difference models of the
  shallow-water equations, {\it J.~Atmos.~Sci.}, {\bf 32}, 680--689.

\bibitem[{Samuelson} et~al.(1981)]{Samu:81}
{Samuelson}, R.~E., R.~A. {Hanel}, V.~G. {Kunde}, et W.~C. {Maguire}, 1981:
  {Mean molecular weight and hydrogen abundance of Titan's atmosphere}, {\it
  Nature}, {\bf 292}, 688--693.

\bibitem[Schumann et Moeng(1991)]{Schu:91}
Schumann, U., et C.~Moeng, 1991: Plume fluxes in clear and cloudy boundary
  layers, {\it J.~Atmos.~Sci.}, {\bf 48}, 1746--1770.

\bibitem[Siebert et Frank(2003)]{Sieb:03}
Siebert, P., et A.~Frank, 2003: Source-receptor matrix calculation with a
  lagrangian particle disperion model in backward mode, {\it Atmos. Chem. Phys.
  Discuss.}, {\bf 3}, 4515--4548.

\bibitem[Sommeria et LeMone(1978)]{Somm:78}
Sommeria, G., et M.~A. LeMone, 1978: Direct testing of a three dimensional
  model of the planetary boundary layer against experimental data, {\it
  J.~Atmos.~Sci.}, {\bf 35}, 25--39.

\bibitem[Sromovsky et~al.(1981)]{Srom:81}
Sromovsky, L.~A., V.~E. Suomi, J.~B. Pollack, R.~J. Krauss, S.~S. Limaye,
  T.~Owen, H.~E. Revercomb, et C.~Sagan, 1981: Implications of {Titan}'s
  north-south brightness asymmetry, {\it Nature}, {\bf 292}, 698--702.

\bibitem[Stull(1984)]{Stul:84}
Stull, R.~B., 1984: Transilient turbulence theory. {Part I}: The concept of
  eddy-mixing across finite distances, {\it J.~Atmos.~Sci.}, {\bf 41},
  3351--3367.

\bibitem[Stull(1988)]{Stul:88}
Stull, R.~B., {\it An introduction to boundary layer meteorology}, Kluwer
  Academic Publishers, 1988.

\bibitem[Talagrand et Courtier(1987)]{Tala:87}
Talagrand, O., et P.~Courtier, 1987: Variational assimilation of meteorological
  observations with the adjoint vorticity equation. \protect{I}: Theory, {\it
  Q.~J.~R.~Meteorol.~Soc.}, {\bf 113}, 1331--1328.

\bibitem[Tiedtke(1989)]{Tied:89}
Tiedtke, M., 1989: A comprehensive mass flux scheme for cumulus
  parameterization in large-scale models, {\it Mon. Wea. Rev.}, {\bf 117},
  1179--1800.

\bibitem[{Tokano} et~al.(2001)]{Toka:01}
{Tokano}, T., F.~M. {Neubauer}, M.~{Laube}, et C.~P. {McKay}, 2001:
  {Three-Dimensional Modeling of the Tropospheric Methane Cycle on Titan}, {\it
  Icarus}, {\bf 153}, 130--147.

\bibitem[{Tokano} et {Neubauer}(2002)]{Toka:02}
{Tokano}, T., et F.~M. {Neubauer}, 2002: {Tidal Winds on Titan Caused by
  Saturn}, {\it Icarus}, {\bf 158}, 499--515.

\bibitem[Toon et~al.(1989)]{Toon:89}
Toon, O.~B., C.~P. McKay, T.~P. Ackerman, et K.~Santhanam, 1989: Rapid
  calculation of radiative heating rates and photodissociation rates in
  inhomogeneous multiple scattering atmospheres, {\it J.~Geophys.~Res.}, {\bf
  94}, 16,287--16,301.

\bibitem[Toublanc et~al.(1995)]{Toub:95}
Toublanc, D., J.~P. Parisot, J.~Brillet, D.~Gautier, F.~Raulin, et C.~P. McKay,
  1995: Photochemical modelling of {Titan's} atmosphere, {\it Icarus}, {\bf
  113}, 2--26.

\bibitem[Tourte(1984)]{Tour:84}
Tourte, J.-L., {\it Mod\'elisation num\'erique de la circulation de
  l'atmosph\`ere de \protect{V}\'enus}, Th\`ese de docteur -ing\'enieur,
  Universit\'e \protect{P}ierre et \protect{M}arie \protect{C}urie, Paris,
  1984.

\bibitem[Tran et~al.(2003)]{Tran:03I}
Tran, B.~N., J.~P. Ferris, et J.~J. Chera, 2003: The photochemical formation of
  a {T}itan haze analog. {S}tructural analysis by x-ray photoelectron and
  infrared spectroscopy, {\it Icarus}, {\bf 162}, 114--124.

\bibitem[Troen et Mahrt(1986)]{Troe:86}
Troen, I., et L.~Mahrt, 1986: A simple model of the atmospheric boundary layer:
  Sensitivity to surface evaporation, {\it Boundary-layer Meteorol.}, {\bf 37},
  129--148.

\bibitem[Uliasz et Pielke(1991)]{Ulia:91}
Uliasz, M., et R.~A. Pielke, Application of the receptor oriented approach in
  mesoscale dispersion modeling, in {\it Air Pollution Mdeling and its
  applications VIII}, edited by H.~V. Dop et D.~G. Steyn, 399--408, Plenum
  press, New York, 1991.

\bibitem[Van~Dop et Nodop(1998)]{VanD:98}
H.~Van~Dop et K.~Nodop (Eds.), {\it {ETEX}, A european tracer experiment},
  vol.~32 of {\it Atmos. Environn. special issue, pp. 4089--4378}, 1998.

\bibitem[Van~Leer(1977)]{VanL:77}
Van~Leer, B., 1977: Towards the ultimate conservative difference scheme : {IV.}
  a new approach to numerical convection, {\it J.~Computational~Phys.}, {\bf
  23}, 276--299.

\bibitem[Van~Leer(1979)]{VanL:79}
Van~Leer, B., 1979: Towards the ultimate conservative difference scheme. {V.} a
  second-order sequel to {Godunov's} method, {\it J.~Computational~Phys.}, {\bf
  32}, 101--136.

\bibitem[Vautard et~al.(2001)]{Vaut:01}
Vautard, R., M.~Beekmann, J.~Roux, et D.~Gombert, 2001: Validation of a hybrid
  forecasting system for the ozone concentrations over {Paris} area, {\it
  Atmosph.~Environ.}, {\bf 35}, 2449--2461.

\bibitem[Veron et~al.(2000)]{Vero:92}
Veron, A., T.~M. Chruch, C.~C. Patterson, Y.~Erel, et J.~T. Merril, 2000:
  Continental origin and industrial sources of trace metals in the northwest
  {Atlantic} troposphere, {\it J.~Atmos.~Chem.}, {\bf 14}, 339--351.

\bibitem[Vuki\'cevi\'c et~al.(2001)]{Vuki:01}
Vuki\'cevi\'c, T., M.~Steyskal, et M.~Hecht, 2001: Properties of advection
  algorithms in the context of variational data assimilation, {\it Mon. Wea.
  Rev.}, {\bf 129}, 1221--1231.

\bibitem[Vuki\'cevi\'c et Hess(2000)]{Vuki:00}
Vuki\'cevi\'c, T., et P.~Hess, 2000: Analysis of tropospheric transport in the
  paicfic bassin using the adjoint technique, {\it J.~Geophys.~Res.}, {\bf
  105}, 7213--7230.

\bibitem[{Wang} et {Stevens}(1996)]{Wang:00}
{Wang}, S., et B.~{Stevens}, 1996: {Top-Hat Representation of Turbulence
  Statistics in Cloud-Topped Boundary Layers: A Large Eddy Simulation Study.},
  {\it Nature}, {\bf 382}, 528--531.

\bibitem[Weckwerth et~al.(1997)]{Weck:97}
Weckwerth, T.~M., J.~W. Wilson, R.~M. Wakimoto, et N.~A. Crook, 1997:
  Horizontal convective rolls: determining the environmental conditions
  supporting their existence and characteristics, {\it Mon. Wea. Rev.}, {\bf
  125}, 505--526.

\bibitem[Williams et Hacker(1992)]{Will:92}
Williams, A.~G., et J.~M. Hacker, 1992: The composite shape and structure of
  coherent eddies in the convective boundary layer, {\it Boundary-layer
  Meteorol.}, {\bf 61}, 213--245.

\bibitem[Williams et Hacker(1993)]{Will:93}
Williams, A.~G., et J.~M. Hacker, 1993: Interactions between coherent eddies in
  the lower convective boundary layer, {\it Boundary-layer Meteorol.}, {\bf
  64}, 55--74.

\bibitem[Williams(1991)]{Will:91}
Williams, A.~G., {\it Internal structure and interactions of coherent eddies in
  the lower Convective Boundary Layer}, Ph.D. thesis, Flinders University of
  South Australia, 1991.

\bibitem[Williamson et Rasch(1989)]{Will:89}
Williamson, D., et P.~J. Rasch, 1989: Two dimensional semi-lagrangian transport
  with shape-preserving interpolation, {\it Mon. Wea. Rev.}, {\bf 117},
  102--127.

\bibitem[Wilson et Atreya(2003)]{Wils:03}
Wilson, E.~H., et S.~K. Atreya, 2003: {Chemical sources of haze formation in
  Titan's atmosphere}, {\it Planet.~Space~Sci.}, {\bf 51}, 1017--1033.

\bibitem[Woodward et Colella(1981)]{Wood:81}
Woodward, P.~R., et P.~Colella, 1981: High resolution difference schemes for
  compressible gaz dynamics, {\it Lect. Notes Phys.}, {\bf 141}, 434--441.

\bibitem[Woodward et Colella(1984)]{Wood:84}
Woodward, P.~R., et P.~Colella, 1984: The numerical simulation of
  two-dimensional fluid flow with strong shocks, {\it J.~Computational~Phys.},
  {\bf 54}, 115--173.

\bibitem[Yabe et~al.(2001)]{Yabe:01}
Yabe, T., R.~Tanaka, T.~Nakamura, et F.~Xiao, 2001: An exactly conservative
  semi lagrangian scheme ({CIP-CSL}) in one dimension, {\it Mon. Wea. Rev.},
  {\bf 129}, 332--344.

\bibitem[Yamada(1983)]{Yama:83}
Yamada, T., 1983: Simulations of nocturnal drainage flows by a $q^2l$
  turbulence closure model, {\it J.~Atmos.~Sci.}, {\bf 40}, 91--106.

\bibitem[Yelle(1991)]{Yell:91a}
Yelle, R.~V., 1991: Non-{LTE} models of {T}itan's upper atmosphere, {\it
  Astrophys. J.}, {\bf 383}, 380--400.

\bibitem[Zhang et~al.(1999)]{Zhan:99}
Zhang, X.-F., A.~W. Heemink, L.~H. J.~M. Janssen, P.~H.~M. Janssen, , et F.~J.
  Sauter, 1999: A computationally efficient kalman smoother for the evaluation
  of ch4 budget in europe, {\it Appl. Math. Mod.}, {\bf 23}, 109--126.

\bibitem[Zhang et~al.(2004)]{Zhan:04}
Zhang, M.~H., W.~Y. Lin, S.~A. Klein, J.~T. Bacmeister, S.~Bony, R.~T.
  Cderwall, A.~D. Del~Genio, J.~J. Hack, N.~G. Loeb, U.~Lohmann, P.~Minnis,
  I.~Musat, R.~Pincus, P.~Stier, M.~J. Suarez, M.~J. Webb, J.~B. Wu, M.-S. Xie,
  et J.~H. Zhang, Comparing clouds and their seasonal variations in 10
  atmospheric general circulation models with satellite measurements, submitted
  to JGR, 2004.

\end{thebibliography}