Published online: 19 October 2015The application of medium-frequency (MF) and high-frequency (HF) partial reflection radar to investigate the neutral upper atmosphere is one of the oldest such techniques still regularly in use. The techniques have been continuously improved and remain a robust and reliable method of obtaining wind velocities, turbulence intensities, electron densities, and measurements of atmospheric structure in the mesosphere lower thermosphere (MLT) region (50 to 110 km). In this paper, we review recent developments, discuss the strengths and weaknesses of the technique, and consider possible improvements.Iain Murray Rei
International audienceHF sounding of the mesosphere was first carried out at SURA in summer 1994 at ...
International audienceThis paper describes the routine observations scheme implemented for the Buckl...
International audienceThe SuperDARN chain of oblique HF radars has provided an opportunity to genera...
Copyright © 2003 IEEERadar can be used to make measurements of the dynamics and structure of the atm...
326-342Radar probing of the earth’s atmosphere has been practised for over five decades using a wide...
In recent years, multistatic specular meteor radars (SMRs) have been introduced to study the Mesosph...
International audienceThe Doppler shifts of meteor echoes measured by the SuperDARN HF radar network...
International audienceAn overview of the turbulent structures seen by MF, HF and VHF radars in the t...
International audienceRadars have been used successfully for many years to measure atmospheric motio...
The Saura radar is designed and used to measure winds and electron densities at polar latitudes (69∘...
Medium frequency radars with multiple receivers are able to track the movement of the interference p...
International audiencePolar mesosphere summer echoes (PMSEs) have been well studied using vertical i...
Copyright © 2008 IEEEThis paper describes the analysis techniques employed for atmospheric observati...
Medium Frequency (MF) radar investigations of the 60-100 km height region of the middle atmosphere (...
Applications of mesosphere stratosphere troposphere radar to mesoscale meteorology are discussed. Th...
International audienceHF sounding of the mesosphere was first carried out at SURA in summer 1994 at ...
International audienceThis paper describes the routine observations scheme implemented for the Buckl...
International audienceThe SuperDARN chain of oblique HF radars has provided an opportunity to genera...
Copyright © 2003 IEEERadar can be used to make measurements of the dynamics and structure of the atm...
326-342Radar probing of the earth’s atmosphere has been practised for over five decades using a wide...
In recent years, multistatic specular meteor radars (SMRs) have been introduced to study the Mesosph...
International audienceThe Doppler shifts of meteor echoes measured by the SuperDARN HF radar network...
International audienceAn overview of the turbulent structures seen by MF, HF and VHF radars in the t...
International audienceRadars have been used successfully for many years to measure atmospheric motio...
The Saura radar is designed and used to measure winds and electron densities at polar latitudes (69∘...
Medium frequency radars with multiple receivers are able to track the movement of the interference p...
International audiencePolar mesosphere summer echoes (PMSEs) have been well studied using vertical i...
Copyright © 2008 IEEEThis paper describes the analysis techniques employed for atmospheric observati...
Medium Frequency (MF) radar investigations of the 60-100 km height region of the middle atmosphere (...
Applications of mesosphere stratosphere troposphere radar to mesoscale meteorology are discussed. Th...
International audienceHF sounding of the mesosphere was first carried out at SURA in summer 1994 at ...
International audienceThis paper describes the routine observations scheme implemented for the Buckl...
International audienceThe SuperDARN chain of oblique HF radars has provided an opportunity to genera...