Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles performed by ground-based instruments (radar, lidar), radiosoundings or space-borne instruments. Superpressure balloon flights on the other hand provide the opportunity to sample the atmosphere along quasi-Lagrangian trajectories, like drifters in the oceans
Superpressure balloons were flown in 2002 and 2005 in the winter polar vortices of both hemispheres....
International audienceWave-induced Lagrangian fluctuations of temperature and vertical velocity in t...
International audienceWave-induced Lagrangian fluctuations of temperature and vertical velocity in t...
Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles ...
Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles ...
Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles ...
Gravity waves in the lower stratosphere above Antarctica and the Southern Ocean have been characteri...
Gravity waves in the lower stratosphere above Antarctica and the Southern Ocean have been characteri...
Gravity waves in the lower stratosphere above Antarctica and the Southern Ocean have been characteri...
International audienceIn this article, long-duration balloon and spaceborne observations, and mesosc...
International audienceIn this article, long-duration balloon and spaceborne observations, and mesosc...
International audienceIn this article, long-duration balloon and spaceborne observations, and mesosc...
A methodology for estimating gravity wave characteristics from quasi-Lagrangian observations provide...
A methodology for estimating gravity wave characteristics from quasi-Lagrangian observations provide...
The stratospheric gravity wave field in the Southern Hemisphere is investigated by analyzing observa...
Superpressure balloons were flown in 2002 and 2005 in the winter polar vortices of both hemispheres....
International audienceWave-induced Lagrangian fluctuations of temperature and vertical velocity in t...
International audienceWave-induced Lagrangian fluctuations of temperature and vertical velocity in t...
Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles ...
Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles ...
Most of our observational knowledge of gravity waves in the atmosphere comes from vertical profiles ...
Gravity waves in the lower stratosphere above Antarctica and the Southern Ocean have been characteri...
Gravity waves in the lower stratosphere above Antarctica and the Southern Ocean have been characteri...
Gravity waves in the lower stratosphere above Antarctica and the Southern Ocean have been characteri...
International audienceIn this article, long-duration balloon and spaceborne observations, and mesosc...
International audienceIn this article, long-duration balloon and spaceborne observations, and mesosc...
International audienceIn this article, long-duration balloon and spaceborne observations, and mesosc...
A methodology for estimating gravity wave characteristics from quasi-Lagrangian observations provide...
A methodology for estimating gravity wave characteristics from quasi-Lagrangian observations provide...
The stratospheric gravity wave field in the Southern Hemisphere is investigated by analyzing observa...
Superpressure balloons were flown in 2002 and 2005 in the winter polar vortices of both hemispheres....
International audienceWave-induced Lagrangian fluctuations of temperature and vertical velocity in t...
International audienceWave-induced Lagrangian fluctuations of temperature and vertical velocity in t...