The links between model biases and the underlying assumptions of the shallow
cumulus scheme are further diagnosed with the aid of large - eddy simulations and aircraft measurements, and by suppressing the triggering of the deep convection scheme.
The solid curve shows the control simulation with no changes to
the cumulus scheme.
Not exact matches
Yoshimura et al., 2006 have shown that the solutions may be sensitive to the choice parameterization
schemes: they found an increase in TC number over the Indian Ocean if the model used the Kuo
cumulus parameterization but a decrease if the Arkawa - Schubert
cumulus parameterization
scheme was used.
In - depth analysis reveals that the model's shallow
cumulus convection
scheme tends to significantly under - produce clouds during the times when shallow
cumuli exist in the observations, while the deep convective and stratiform cloud
schemes significantly over-produce low - level clouds throughout the day.
A mass - flux
cumulus parameterization
scheme for large - scale models: description and test with observations.
Using a full factorial design, three
schemes were changed in the MPE: vertical diffusion, cloud microphysics, and
cumulus convection.