An overview of the parametrization of gravity‐wave drag in numerical‐weather prediction
and climate simulation models is presented. The focus is primarily on understanding the …

In recent times it has become increasingly clear that releases of trace gases from human
activity have a potential for causing change in the upper atmosphere. However, our …

The launch of the proof-of-concept mission GPS/MET (Global Positioning
System/Meteorology) in 1995 began a revolution in profiling Earth's atmosphere through …

This study analyzes a new high‐resolution general circulation model with regard to
secondary gravity waves in the mesosphere during austral winter. The model resolves …

We present a new version of the high‐resolution Kühlungsborn Mechanistic general
Circulation Model (KMCM) extended to z∼ 450 km. This model is called HIAMCM (HI …

The HAMMONIA Chemistry Climate Model: Sensitivity of the Mesopause Region to the 11-Year
Solar Cycle and CO2 Doubling in: Journal of Climate Volume 19 Issue 16 (2006) Jump to …

A parameterization of gravity wave (GW) drag, suitable for implementation into general
circulation models (GCMs) extending into the thermosphere is presented. Unlike existing …

At the turn of the century RG Roble advanced an ambitious program of developing an
atmospheric general circulation model (GCM) extending from the surface to the exosphere …

Dynamics affects the distribution and abundance of stratospheric ozone directly through
transport of ozone itself and indirectly through its effect on ozone chemistry via temperature …

A nonlinear spectral gravity wave (GW) drag parameterization systematically accounting for
breaking and dissipation in the thermosphere developed by Yiğit et al.(2008) has been …