Abstract An overview is given of the principal attributes of efficient numerical models suitable for intermediate-range (1–3 day) forecasting. Design aspects discussed include: limited-area strategies and tradeoffs between the spatial coverage and time validity of the forecast; efficient time-integration schemes; spatial discretization; the parameterization of physical processes and their sensitivity to both temporal and spatial resolution; adiabatic and diabatic initialization; and the interplay between evolving computer architectures and the choice of algorithm. These aspects are related to both present-day and possible future intermediate-range forecast models.
Forecast models for intermediate-range forecasting
Advances in Space Research ; 12 , 7 ; 233-242
1992-01-01
10 pages
Article (Journal)
Electronic Resource
English
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