Gravity waves are considered to be important for dynamics and chemistry in the polar middle atmosphere. However, there are only a limited number of studies of gravity waves in the polar region mostly because of difficulty of their observation. One of the significant issues on gravity waves is their source, because wave parameters such as wavelengths and phase velocities which are essential to evaluate the gravity wave effects on the large-scale field are highly dependent on the source. This paper describes dominant sources of gravity waves in the polar regions, namely topography, the polar- night jet, and tropical convection, by reviewing results from recent studies
Internal gravity waves which propagate upwards from the lower atmosphere transport energy and moment...
The midwinter 2015/2016 was characterized by an unusually strong polar night jet (PNJ) and extraordi...
The propagation nature and sources of short-period gravity waves have been studied extensively at lo...
Gravity waves contributed to the establishment of the thermal structure, small scale (80 to 100 km) ...
Atmospheric gravity waves are frequently observed in the polar winter stratosphere. The existence of...
The sourcing locations and mechanisms for short-period, upward-propagating gravity waves at high pol...
Atmospheric gravity waves yield substantial small-scale temperature fluctuations that can trigger th...
The Ninth Symposium on Polar Science/Interdisciplinary sessions: [IW] Whole atmosphere, Thu. 6 Dec. ...
The propagation nature and sources of short-period gravity waves have been studied extensively at lo...
An important property of the Earth\u27s atmosphere is its ability to support wave motions, and indee...
The Ninth Symposium on Polar Science/Ordinary sessions: [OS] Space and upper-atmosphere sciences, We...
Falling sphere and balloon wind and temperature data from the MaCWAVE winter campaign, which was co...
Sudden stratospheric warmings (SSWs) are circulation anomalies in the polar region during winter. Th...
15th MST Radar WorkshopSession M6: Middle atmosphere dynamics and structureMay 31 (Wed), NIPR Audito...
The sourcing locations and mechanisms for short period, long vertical wavelength upward-propagating ...
Internal gravity waves which propagate upwards from the lower atmosphere transport energy and moment...
The midwinter 2015/2016 was characterized by an unusually strong polar night jet (PNJ) and extraordi...
The propagation nature and sources of short-period gravity waves have been studied extensively at lo...
Gravity waves contributed to the establishment of the thermal structure, small scale (80 to 100 km) ...
Atmospheric gravity waves are frequently observed in the polar winter stratosphere. The existence of...
The sourcing locations and mechanisms for short-period, upward-propagating gravity waves at high pol...
Atmospheric gravity waves yield substantial small-scale temperature fluctuations that can trigger th...
The Ninth Symposium on Polar Science/Interdisciplinary sessions: [IW] Whole atmosphere, Thu. 6 Dec. ...
The propagation nature and sources of short-period gravity waves have been studied extensively at lo...
An important property of the Earth\u27s atmosphere is its ability to support wave motions, and indee...
The Ninth Symposium on Polar Science/Ordinary sessions: [OS] Space and upper-atmosphere sciences, We...
Falling sphere and balloon wind and temperature data from the MaCWAVE winter campaign, which was co...
Sudden stratospheric warmings (SSWs) are circulation anomalies in the polar region during winter. Th...
15th MST Radar WorkshopSession M6: Middle atmosphere dynamics and structureMay 31 (Wed), NIPR Audito...
The sourcing locations and mechanisms for short period, long vertical wavelength upward-propagating ...
Internal gravity waves which propagate upwards from the lower atmosphere transport energy and moment...
The midwinter 2015/2016 was characterized by an unusually strong polar night jet (PNJ) and extraordi...
The propagation nature and sources of short-period gravity waves have been studied extensively at lo...