Moist convection alters the environment in two different ways: Deep convection associated with strong updrafts and precipitation acts to warm and dry the environment (precipitation removes water vapor from the atmosphere) Shallow convection produces no net warming or drying because water vapor is not removed from the atmosphere but is important for the radiative budget. 3 Convective parameterization A technique used in numerical modelling to predict the collective effects of convective clouds that may exist within a single grid element as a function of larger-scale processes and conditions. Implicit parameterization: represents the effects of subgrid scale processes on the grid variables. A convection scheme: predicts convective preci...
Simulations of precipitating convection are used to illustrate the importance of the turbulent kinet...
International audienceThe aim of the present series of papers is to develop a density current parame...
This research has focused on the development of a parameterization scheme for mesoscale convective s...
A well-represented description of convection in weather and climate models is essential since convec...
As long as convection is not completely resolved by the model grid, a subgrid deep convection scheme...
International audienceAtmospheric deep convection is an important process that is still imperfectly ...
Interactions between atmospheric deep vertical convection and larger-scale flow have been examined i...
The role of convective scale downdrafts has been examined, using the NCAR-CAM3.0 aqua-planet configu...
Realistic cloud-resolving simulations were performed to study the effects of surface energy partitio...
A method is described for parameterizing thermodynamic forcing by the mesoscale updrafts and downdra...
The following topics are discussed: an overview of the cumulus parameterization problem; interaction...
Simulations of precipitating convection are used to illustrate the importance of the turbulent kinet...
International audienceThe aim of the present series of papers is to develop a density current parame...
This research has focused on the development of a parameterization scheme for mesoscale convective s...
A well-represented description of convection in weather and climate models is essential since convec...
As long as convection is not completely resolved by the model grid, a subgrid deep convection scheme...
International audienceAtmospheric deep convection is an important process that is still imperfectly ...
Interactions between atmospheric deep vertical convection and larger-scale flow have been examined i...
The role of convective scale downdrafts has been examined, using the NCAR-CAM3.0 aqua-planet configu...
Realistic cloud-resolving simulations were performed to study the effects of surface energy partitio...
A method is described for parameterizing thermodynamic forcing by the mesoscale updrafts and downdra...
The following topics are discussed: an overview of the cumulus parameterization problem; interaction...
Simulations of precipitating convection are used to illustrate the importance of the turbulent kinet...
International audienceThe aim of the present series of papers is to develop a density current parame...
This research has focused on the development of a parameterization scheme for mesoscale convective s...