Add to ORKGIt has been proposed that the impact of moisture on atmospheric eddy circulations can be approximated using a reduced effective stratification defined in terms of a paramete
Linear stability analyses are performed on a wide range of mean flows simulated with a dry idealized...
It has long been suggested that the extratropical eddies originating in baroclinic instability act t...
International audienceDynamical influence of moist convection upon development of the barotropic ins...
Water vapor directly affects the dynamics of atmospheric eddy circulations through the release of la...
A primitive equation model is used to study the sensitivity of baroclinic wave life cycles to the i...
The characteristics of moist barotropic instability was studied using a primitive, inviscid model. T...
The effect of the stratosphere on the baroclinic adjustment of a non- linear Eady model is present...
International audienceThe impact of moisture on inertia-gravity wave generation is assessed for an i...
A theoretical framework is developed for the evolution of baroclinic waves with latent heat release ...
A theoretical framework is developed for the evolution of baroclinic waves with latent heat release ...
The sensitivity of idealized baroclinic waves to horizontal model grid resolution is investigated in...
As the atmosphere warms under climate change, it will hold more moisture. Latent heat released as wa...
The static stability of the extratropical troposphere is examined in two atmospheric general circula...
International audienceThe authors undertake a detailed analysis of the influence of water vapor cond...
A simple model of two vertical modes is constructed and analyzed to reveal the basic instability mec...
Linear stability analyses are performed on a wide range of mean flows simulated with a dry idealized...
It has long been suggested that the extratropical eddies originating in baroclinic instability act t...
International audienceDynamical influence of moist convection upon development of the barotropic ins...
Water vapor directly affects the dynamics of atmospheric eddy circulations through the release of la...
A primitive equation model is used to study the sensitivity of baroclinic wave life cycles to the i...
The characteristics of moist barotropic instability was studied using a primitive, inviscid model. T...
The effect of the stratosphere on the baroclinic adjustment of a non- linear Eady model is present...
International audienceThe impact of moisture on inertia-gravity wave generation is assessed for an i...
A theoretical framework is developed for the evolution of baroclinic waves with latent heat release ...
A theoretical framework is developed for the evolution of baroclinic waves with latent heat release ...
The sensitivity of idealized baroclinic waves to horizontal model grid resolution is investigated in...
As the atmosphere warms under climate change, it will hold more moisture. Latent heat released as wa...
The static stability of the extratropical troposphere is examined in two atmospheric general circula...
International audienceThe authors undertake a detailed analysis of the influence of water vapor cond...
A simple model of two vertical modes is constructed and analyzed to reveal the basic instability mec...
Linear stability analyses are performed on a wide range of mean flows simulated with a dry idealized...
It has long been suggested that the extratropical eddies originating in baroclinic instability act t...
International audienceDynamical influence of moist convection upon development of the barotropic ins...