The Mesospheric Temperature Mapper located at Cerro Pachon, Chile (30.3 S, 70.7 W) has measured the mesospheric OH rotational temperature for over 5 years (2009-2015). The data, so far, show great day-to-day variability and begin to build a climatology of the mesosphere over the Andes. Increased temperature variance, an indication of increased gravity wave activity, during winter months is observed by both the ground-based imager and the space-based instrument SABER. SABER atmospheric temperature profiles are detrended to reveal small-scale gravity wave perturbations and this technique shows increased temperature variance during winter months as well as in other seasons. This technique has great potential for future case studies with other ...
The Utah State University CEDAR Mesospheric Temperature Mapper (MTM) is a high-quality CCD imager ca...
Gravity waves (GWs) are often confused with gravitational waves in the fabric of space time. However...
We present a first detailed climatological study of individual quasi-monochromatic mesospheric, shor...
Observations of mesospheric OH rotational temperature by the Mesospheric Temperature Mapper located ...
Utah State University’s Mesospheric Temperature Mapper (MTM) has operated continuously at the Andes ...
Focusing on data from the SABER instrument aboard the TIMED satellite temperature variances are dete...
Observations of mesospheric OH(6,2) temperatures by the Utah State University Mesospheric Temperatur...
Focusing on data from an imager and the SABER instrument aboard the TIMED satellite temperature vari...
— Observations of mesospheric OH (6,2) rotational temperatures by the Utah State University Mesosphe...
The Andes region provides an excellent natural laboratory for investigating gravity wave influences ...
The Andes region is an excellent natural laboratory for investigating gravity wave influences on the...
The ALO is a new facility developed for atmospheric research, located at the foot of the Andes mount...
Observations of mesospheric OH(6,2) rotational temperatures by the Utah State University Mesospheric...
Atmospheric gravity waves (GW) occur throughout the atmosphere, propagating from copious sources in ...
The Andes region is an excellent natural laboratory for investigating gravity wave influences on the...
The Utah State University CEDAR Mesospheric Temperature Mapper (MTM) is a high-quality CCD imager ca...
Gravity waves (GWs) are often confused with gravitational waves in the fabric of space time. However...
We present a first detailed climatological study of individual quasi-monochromatic mesospheric, shor...
Observations of mesospheric OH rotational temperature by the Mesospheric Temperature Mapper located ...
Utah State University’s Mesospheric Temperature Mapper (MTM) has operated continuously at the Andes ...
Focusing on data from the SABER instrument aboard the TIMED satellite temperature variances are dete...
Observations of mesospheric OH(6,2) temperatures by the Utah State University Mesospheric Temperatur...
Focusing on data from an imager and the SABER instrument aboard the TIMED satellite temperature vari...
— Observations of mesospheric OH (6,2) rotational temperatures by the Utah State University Mesosphe...
The Andes region provides an excellent natural laboratory for investigating gravity wave influences ...
The Andes region is an excellent natural laboratory for investigating gravity wave influences on the...
The ALO is a new facility developed for atmospheric research, located at the foot of the Andes mount...
Observations of mesospheric OH(6,2) rotational temperatures by the Utah State University Mesospheric...
Atmospheric gravity waves (GW) occur throughout the atmosphere, propagating from copious sources in ...
The Andes region is an excellent natural laboratory for investigating gravity wave influences on the...
The Utah State University CEDAR Mesospheric Temperature Mapper (MTM) is a high-quality CCD imager ca...
Gravity waves (GWs) are often confused with gravitational waves in the fabric of space time. However...
We present a first detailed climatological study of individual quasi-monochromatic mesospheric, shor...