The HDO/H2O relationship in tropospheric water vapor in an idealized “last‐saturation” model

The HDO/H2O relationship in tropospheric water vapor in an idealized “last‐saturation” model

Source :

• Journal of Geophysical Research: Atmospheres [ 0148-0227 ] ; 2012-10-16.

Descripteurs français

• Pascal (Inist)
  • Analyse sensibilité, Atmosphère, Bâti, Circulation, Complexité, Composition isotopique, Condensation, Convection, Dynamique, Etude expérimentale, Etude sur modèle, Evaporation, Facteur Q, Humidité spécifique, In situ, Incertitude, Mixage, Modèle circulation générale, Mélangeage, Observation par satellite, Phénomène transport, Recyclage, Saturation, Troposphère, Vapeur eau.
• Wicri :
  • topic : Atmosphère, Condensation, Simulation.

English descriptors

• KwdEn :
  • Advection, Ambient, Ambient vapor, Amount effect, Atmos, Atmospheric processes, Boundary layer, Climate change research centre, Complexity, Condensate, Constraint, Continental interiors, Convection, Convection region, Convective, Convective motions, Convective processes, Convective region, Convective source, Deep convection, Default parameter settings, Diffusive transport, Driest region, Evap, Evap case, Evap model, First order, Frankenberg, Galewsky, Gcms, General circulation model, General circulation models, Geophys, Highest level, Horizontal diffusion, Horizontal location, Horizontal transport, Humidity, Isotope, Isotopic, Isotopic composition, Isotopic exchanges, Isotopic ratios, Isotopic relationship, Isotopic relationships, Last saturation, Liquid droplets, Lower levels, Lower troposphere, Mipas, Mixing, Model figure, Model parameters, Model study, Moist convection, Moisture recycling, Noone, Open circles, Other studies, Phase change, Phase changes, Precipitation, Pressure level, Pressure levels, Q, Rayleigh, Rayleigh curve, Rayleigh process, Real world, Recycling, Relative humidities, Relative humidity, Relative humidity changes, Retrieval, Risi, Satellite observation, Satellite observations, Saturation deficit, Sensitivity studies, Sherwood, Simulation, Small changes, Small increase, Specific humidity, Stable water isotopes, Standard assumptions, Such recycling, Transport process, Tropical tropopause, Tropical tropopause layer, Tropopause, Troposphere, Tropospheric, Tropospheric humidity, Tropospheric water vapor, Upper troposphere, Upper tropospheric water vapor, Vapor, Warmer climate, Water isotopes, Water vapor, Water vapor isotope measurements, Water vapor isotopologues, Worden, atmosphere, circulation, condensation, convection, dynamics, evaporation, experimental studies, frame structure, in situ, mixing, recycling, saturation, sensitivity analysis, troposphere, uncertainties, water vapor.
• Teeft :
  • Advection, Ambient, Ambient vapor, Amount effect, Atmos, Atmospheric processes, Boundary layer, Climate change research centre, Condensate, Constraint, Continental interiors, Convection, Convection region, Convective, Convective motions, Convective processes, Convective region, Convective source, Deep convection, Default parameter settings, Diffusive transport, Driest region, Evap, Evap case, Evap model, First order, Frankenberg, Galewsky, Gcms, General circulation model, General circulation models, Geophys, Highest level, Horizontal diffusion, Horizontal location, Horizontal transport, Humidity, Isotope, Isotopic, Isotopic composition, Isotopic exchanges, Isotopic ratios, Isotopic relationship, Isotopic relationships, Last saturation, Liquid droplets, Lower levels, Lower troposphere, Mipas, Model figure, Model parameters, Moist convection, Moisture recycling, Noone, Open circles, Other studies, Phase change, Phase changes, Precipitation, Pressure level, Pressure levels, Rayleigh, Rayleigh curve, Rayleigh process, Real world, Recycling, Relative humidities, Relative humidity, Relative humidity changes, Retrieval, Risi, Satellite observations, Saturation deficit, Sensitivity studies, Sherwood, Simulation, Small changes, Small increase, Specific humidity, Stable water isotopes, Standard assumptions, Such recycling, Tropical tropopause, Tropical tropopause layer, Tropopause, Troposphere, Tropospheric, Tropospheric humidity, Tropospheric water vapor, Upper troposphere, Upper tropospheric water vapor, Vapor, Warmer climate, Water isotopes, Water vapor, Water vapor isotope measurements, Water vapor isotopologues, Worden.

Abstract

• https://api.istex.fr/document/1DBF2F7ED946104A3674B5CAFAB830267AE77986/fulltext/pdf

Affiliations:

• Australie, France, États-Unis
• Île-de-France
• Paris

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