The Earth\u27s atmosphere is typically characterized by its temperature structure, which naturally divides the atmosphere into several discrete regions. They are in order of increasing altitude the troposphere, stratosphere, mesosphere, and thermosphere. The first layer and a large portion of the second layer of the Earth\u27s atmosphere are routinely measured via weather balloons that are launched twice daily around the globe. Satellites and their development have motivated the study of the thermosphere. It is the middle region of the Earth atmosphere, which is mainly composed of the mesosphere that lacks routine in situ measurements. Routine observations are therefore carried out via remote sensing. Ground-based instruments typically prov...
As the impetus for extended observational measurements throughout the middle atmosphere has increase...
The Earth’s atmosphere is comprised of layers which can be defined by their temperature characterist...
Data from Rayleigh lidars have been used extensively to derive temperatures in the mesospheric regio...
The Earth\u27s atmosphere is typically characterized by its temperature structure, which naturally d...
In June–July 2012, observations were carried out using the recently upgraded, large-aperture, Raylei...
Lidars have been used extensively to derive temperatures, but not absolute densities, in the mesosph...
A Rayleigh-scatter lidar has been operated by the Center for Atmospheric and Space Sciences (CASS) a...
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....
A Rayleigh-scatter lidar has been operated at the Atmospheric Lidar Observatory (ALO) on the Utah St...
The original Rayleigh-scatter lidar that operated at the Atmospheric Lidar Observatory (ALO; 41.7°N,...
The Center for Atmospheric and Space Sciences (CASS) at Utah State University (USU) operates the ALO...
Rayleigh-scatter lidar observations were made at the Atmospheric Lidar Observatory (ALO) at Utah Sta...
This research is an analysis of absolute densities throughout the mesosphere (45 km to 90 km). Altho...
Earth’s atmosphere can be characterized by its temperature structure, dividing the atmosphere into n...
As the impetus for extended observational measurements throughout the middle atmosphere has increase...
The Earth’s atmosphere is comprised of layers which can be defined by their temperature characterist...
Data from Rayleigh lidars have been used extensively to derive temperatures in the mesospheric regio...
The Earth\u27s atmosphere is typically characterized by its temperature structure, which naturally d...
In June–July 2012, observations were carried out using the recently upgraded, large-aperture, Raylei...
Lidars have been used extensively to derive temperatures, but not absolute densities, in the mesosph...
A Rayleigh-scatter lidar has been operated by the Center for Atmospheric and Space Sciences (CASS) a...
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....
A Rayleigh-scatter lidar has been operated at the Atmospheric Lidar Observatory (ALO) on the Utah St...
The original Rayleigh-scatter lidar that operated at the Atmospheric Lidar Observatory (ALO; 41.7°N,...
The Center for Atmospheric and Space Sciences (CASS) at Utah State University (USU) operates the ALO...
Rayleigh-scatter lidar observations were made at the Atmospheric Lidar Observatory (ALO) at Utah Sta...
This research is an analysis of absolute densities throughout the mesosphere (45 km to 90 km). Altho...
Earth’s atmosphere can be characterized by its temperature structure, dividing the atmosphere into n...
As the impetus for extended observational measurements throughout the middle atmosphere has increase...
The Earth’s atmosphere is comprised of layers which can be defined by their temperature characterist...
Data from Rayleigh lidars have been used extensively to derive temperatures in the mesospheric regio...