It is hypothesized that the recently observed plasmasphere corotation lag is caused by a corresponding corotation lag in the upper ionosphere. Rotation rates of long-lived plasmaspheric notches are compared to ionospheric drifts observed on DMSP spacecraft in the same longitude sectors. Good agreement between the two observations is found, and the cause of the corotation lag is identified as the ionospheric disturbance dynamo. The observed corotation lag will have to be accounted for in future magnetospheric convection models, which until now have assumed strict plasmasphere corotation
Results from a mathematical model provide a description of the mid-latitude, low L-shell ionosphere ...
Magnetospheric plasma convection has been reviewed in detail by Axford. A viscous-like interaction b...
Studies have been conducted on the flow in the high-latitude ionosphere and how this depends on the ...
[1] It is hypothesized that the recently observed plasmasphere corotation lag is caused by a corresp...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95534/1/jgra20000.pd
International audienceWe ran the IRAP Plasmasphere Ionosphere Model (IPIM) for several flux tubes at...
[1] IMAGE EUV observations demonstrate that the plasmasphere usually does not corotate as assumed in...
Measurement of the plasmasphere by in situ probes and by whistles techniques has led to an understan...
Observations using the very large (VLA) radio interferometer during the past five years have enable...
We assumed that the ionospheric plasma at high latitudes has a tendency to corotate about the geogra...
Previous results of plasmapause position surveys have been synthesized into a comprehensive descript...
Previous results of plasmapause position surveys have been synthesized into a description of the und...
We use low- and mid-latitude zonal ion drift observations from the DE-2 satellite and auroral electr...
ionospheric Abstract. We use low- and mid-latitude zonal ion drift observations from the DE-2 satell...
The plasmapause marks the limit of the plasmasphere and is characterized by a sudden change in plasm...
Results from a mathematical model provide a description of the mid-latitude, low L-shell ionosphere ...
Magnetospheric plasma convection has been reviewed in detail by Axford. A viscous-like interaction b...
Studies have been conducted on the flow in the high-latitude ionosphere and how this depends on the ...
[1] It is hypothesized that the recently observed plasmasphere corotation lag is caused by a corresp...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95534/1/jgra20000.pd
International audienceWe ran the IRAP Plasmasphere Ionosphere Model (IPIM) for several flux tubes at...
[1] IMAGE EUV observations demonstrate that the plasmasphere usually does not corotate as assumed in...
Measurement of the plasmasphere by in situ probes and by whistles techniques has led to an understan...
Observations using the very large (VLA) radio interferometer during the past five years have enable...
We assumed that the ionospheric plasma at high latitudes has a tendency to corotate about the geogra...
Previous results of plasmapause position surveys have been synthesized into a comprehensive descript...
Previous results of plasmapause position surveys have been synthesized into a description of the und...
We use low- and mid-latitude zonal ion drift observations from the DE-2 satellite and auroral electr...
ionospheric Abstract. We use low- and mid-latitude zonal ion drift observations from the DE-2 satell...
The plasmapause marks the limit of the plasmasphere and is characterized by a sudden change in plasm...
Results from a mathematical model provide a description of the mid-latitude, low L-shell ionosphere ...
Magnetospheric plasma convection has been reviewed in detail by Axford. A viscous-like interaction b...
Studies have been conducted on the flow in the high-latitude ionosphere and how this depends on the ...