The quasi-balance of extra-tropical tropospheric dynamics is a fundamental aspect of nature. If an atmospheric analysis does not reflect such balance sufficiently well, the subsequent forecast will exhibit unrealistic behavior associated with spurious fast-propagating gravity waves. Even if these eventually damp, they can create poor background fields for a subsequent analysis or interact with moist physics to create spurious precipitation. The nature of this problem will be described along with the reasons for atmospheric balance and techniques for mitigating imbalances. Attention will be focused on fundamental issues rather than on recipes for various techniques
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
It has long been suggested that the extratropical eddies originating in baroclinic instability act t...
Many physical systems exhibit dynamics with vastly different time scales. Often the different motion...
The quasi-balance of extra-tropical tropospheric dynamics is a fundamental aspect of nature. If an a...
This thesis aims at advancing our understanding of large-scale dynamics in the tropics, specifically...
Using an asymptotic expansion, a balance model is derived for the shallow-water equations (SWE) on t...
Towards understanding the motion of the Earths atmosphere and oceans many studies have tried to nd s...
Horizontal temperature gradients are small in the tropical atmosphere, as a consequence of the small...
The tropics are an important area of uncertainty in weather and climate models with variation betwee...
Presented in this study is a wide-ranging investigation into the use of properties of balance in an ...
AbstractInitial data for atmospheric multi-scale models need to be adjusted in order to ensure small...
grantor: University of TorontoIn this thesis are presented results describing features of ...
This paper introduces a novel, powerful way to understand the why geophysical flows are largely unde...
AbstractAtmospheric flows of importance for weather forecasting are mostly characterized by a requir...
Numerous experiments on the detection of atmospheric waves in the frequency range from acoustic to p...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
It has long been suggested that the extratropical eddies originating in baroclinic instability act t...
Many physical systems exhibit dynamics with vastly different time scales. Often the different motion...
The quasi-balance of extra-tropical tropospheric dynamics is a fundamental aspect of nature. If an a...
This thesis aims at advancing our understanding of large-scale dynamics in the tropics, specifically...
Using an asymptotic expansion, a balance model is derived for the shallow-water equations (SWE) on t...
Towards understanding the motion of the Earths atmosphere and oceans many studies have tried to nd s...
Horizontal temperature gradients are small in the tropical atmosphere, as a consequence of the small...
The tropics are an important area of uncertainty in weather and climate models with variation betwee...
Presented in this study is a wide-ranging investigation into the use of properties of balance in an ...
AbstractInitial data for atmospheric multi-scale models need to be adjusted in order to ensure small...
grantor: University of TorontoIn this thesis are presented results describing features of ...
This paper introduces a novel, powerful way to understand the why geophysical flows are largely unde...
AbstractAtmospheric flows of importance for weather forecasting are mostly characterized by a requir...
Numerous experiments on the detection of atmospheric waves in the frequency range from acoustic to p...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
It has long been suggested that the extratropical eddies originating in baroclinic instability act t...
Many physical systems exhibit dynamics with vastly different time scales. Often the different motion...