As the impetus for extended observational measurements throughout the middle atmosphere has increased1 , the limits of previous instrumentation need to be pushed. The Rayleigh lidar group at the Atmospheric Lidar Observatory (ALO) at Utah State University has pushed such limits on existing Rayleigh scatter lidar technology and, through major upgrades to the previous lidar system, has been able to gather temperature measurements in the upper mesosphere and lower thermosphere from approximately 70P109 km. A data campaign with the new system was conducted around the annual temperature minimum, centered on late June 2012, in this region. The temperatures from this campaign show a considerable night to night variation as well as evidence of wave...
Rayleigh lidar opened a portion of the atmosphere, from 30 to 90 km, to ground-based observations. R...
There are relatively few instruments that have the capabilities to make near continuous measurements...
The Utah State University (USU) campus (41.7°N, 111.8°W) hosts a unique upper atmospheric observator...
In June–July 2012, observations were carried out using the recently upgraded, large-aperture, Raylei...
In June–July 2012, observations were carried out using the recently upgraded, large-aperture, Raylei...
Rayleigh lidar technology opened the middle atmosphere (from 30–90 km) to ground-based observations....
Rayleigh-scatter lidar observations were made at the Atmospheric Lidar Observatory (ALO) at Utah Sta...
Observations have been made with the large, Rayleigh-scatter lidar at the Atmospheric Lidar Observat...
In the last few years, the Rayleigh-scatter lidar at the Atmospheric Lidar Observatory at Utah State...
The original Rayleigh-scatter lidar that operated at the Atmospheric Lidar Observatory (ALO; 41.7°N,...
A Rayleigh-scatter lidar has been operated by the Center for Atmospheric and Space Sciences (CASS) a...
The Earth\u27s atmosphere is typically characterized by its temperature structure, which naturally d...
There are relatively few instruments that have the capabilities to make near continuous measurements...
Rayleigh-scatter lidar observations were made on many clear nights at the Atmospheric Lidar Observat...
The Center for Atmospheric and Space Sciences (CASS) at Utah State University (USU) operates the ALO...
Rayleigh lidar opened a portion of the atmosphere, from 30 to 90 km, to ground-based observations. R...
There are relatively few instruments that have the capabilities to make near continuous measurements...
The Utah State University (USU) campus (41.7°N, 111.8°W) hosts a unique upper atmospheric observator...
In June–July 2012, observations were carried out using the recently upgraded, large-aperture, Raylei...
In June–July 2012, observations were carried out using the recently upgraded, large-aperture, Raylei...
Rayleigh lidar technology opened the middle atmosphere (from 30–90 km) to ground-based observations....
Rayleigh-scatter lidar observations were made at the Atmospheric Lidar Observatory (ALO) at Utah Sta...
Observations have been made with the large, Rayleigh-scatter lidar at the Atmospheric Lidar Observat...
In the last few years, the Rayleigh-scatter lidar at the Atmospheric Lidar Observatory at Utah State...
The original Rayleigh-scatter lidar that operated at the Atmospheric Lidar Observatory (ALO; 41.7°N,...
A Rayleigh-scatter lidar has been operated by the Center for Atmospheric and Space Sciences (CASS) a...
The Earth\u27s atmosphere is typically characterized by its temperature structure, which naturally d...
There are relatively few instruments that have the capabilities to make near continuous measurements...
Rayleigh-scatter lidar observations were made on many clear nights at the Atmospheric Lidar Observat...
The Center for Atmospheric and Space Sciences (CASS) at Utah State University (USU) operates the ALO...
Rayleigh lidar opened a portion of the atmosphere, from 30 to 90 km, to ground-based observations. R...
There are relatively few instruments that have the capabilities to make near continuous measurements...
The Utah State University (USU) campus (41.7°N, 111.8°W) hosts a unique upper atmospheric observator...