Convection‐permitting models (CPMs) have provided weather forecasting centres with a
step‐change in capabilities for forecasting rainfall. They are now used operationally to …

This paper reviews nonhydrostatic atmospheric models for research and NWP.
Classification of nonhydrostatic atmospheric models and numerical methods to treat sound …

This comprehensive text describes the atmospheric processes, numerical methods, and
computational techniques required for a scientist to successfully study air pollution and …

A computational scheme suitable for numerical weather prediction and climate modelling
over a wide range of length scales is described. Its formulation is non‐hydrostatic and fully …

Many numerical weather prediction models are moving towards more prognostic schemes
for the prediction of ice and liquid water contents within clouds. This paper describes a large …

In this article the implementation of the semi-Lagrangian method in a high-resolution version
of the ECMWF forecast model is examined. Novel aspects include the application of the …

ABSTRACT The UK Meteorological Office now uses a single model for atmospheric
simulation and forecasting from all scales from mesoscale to climate. The constraints which …

The results of a diagnostic study using radar and satellite imagery, together with surface
reports and output from regional and mesoscale models, are presented for an occasion of a …

A semi-implicit, semi-lagrangian algorithm suitable for the simulation of the dry, adiabatic,
nonhydrostatic atmospheric dynamics is introduced and analysed. Height is used as vertical …

Summary¶ Currently available computer power allows to run operational numerical weather
prediction models at resolutions higher than 10 km. The aim of such high resolution …