… of the many types of convective circulations in the Earth's atmosphere. These range …
convective motion: theory, field experiment, and numerical modelling. Part I explores dry convection…

… Uncertainty in convective … of atmospheric convection with emphasis on the cloud structure,
bulk effects, and closure assumption. The representative state-of-the-art convection schemes …

… [1] Deep moist atmospheric convection is a key element of the … convection realistically in
global atmospheric models because of the large gap in spatial scales between convection (10 0 …

… condenses, yet very fundamental aspects of moist convection—for example, the profiles of
… of convective clouds remains an elusive but compelling frontier in atmospheric research, …

… and the surface reduces atmospheric convection and concomitantly reduces convection-driven …
the oceans, and reducing CO2 solubility and releasing dissolved CO2 to the atmosphere. …

… From a popular perspective, it is the archetypical form of moist atmospheric convection,
although as compared to other forms of convection, it is relatively infrequently studied. Its …

… convection in the tropical atmosphere. The simplest way to use such models is in the
radiative–convective equilibrium mode, in which convection … of the radiative–convective …

… Editors’ introduction: This chapter introduces atmospheric convection, the process that needs
to be captured in the construction of a parameterization. It is written by Akos Horváth, of the …

… −1 , the equivalent domain simulated during a solar convective day of 10 Mars hours (about
36 990 s) is basically a flat plain 200 km wide with atmospheric convection occurring …

… the atmospheric boundary layer in sunny conditions. The structure of dry atmospheric
convection depends to a large degree on the vertical wind shear within the atmospheric boundary …