Add to ORKGAtmospheric turbulence activity in the mesosphere and lower thermosphere (MLT) region is determined from narrowband Na lidar measurements obtained over 27 nights between 85-105 km altitude at the Andes Lidar Observatory (ALO) in Cerro Pachón, Chile (30.3ºS, 70.7ºW). Photocount perturbations in the applicable spectral subrange are used as a tracer of turbulence activity. Mean altitude profiles reveal a log-scale linear increase in turbulence perturbation amplitude above 95 km. The observed trend is compared against global mean constituent transport profiles derived from SABER and SCIAMACHY satellite borne measurements
Focusing on data from the SABER instrument aboard the TIMED satellite temperature variances are dete...
A data analysis technique for determining gravity wave intrinsic parameters is presented. The intrin...
Over 400 h of Na wind/temperature lidar observations, obtained at the Star5re Optical Range, NM, are...
Atmospheric turbulence activity in the mesosphere and lower thermosphere (MLT) region is determined ...
In this study, turbulence activity is measured from 100 to 105 km altitude using a sodium (Na) reson...
Turbulence is ubiquitous in the mesopause region, where the atmospheric stability is low and wave br...
Vertical transport due to dissipating gravity waves and turbulence in the mesopause region (85-100 k...
Vertical energy transports due to dissipating gravity waves in the mesopause region (85–100 km) are ...
The Andes region provides an excellent natural laboratory for investigating gravity wave influences ...
Atmospheric gravity waves (GWs) play an important role in the transport of energy and momentum throu...
A complex gravity wave event was observed from 04:30 to 08:10 UTC on 16 January 2015 by a narrow-ban...
Vertical energy transports due to dissipating gravity waves in the mesopause region (85–100 km) are ...
Results of 3-month continuous monitoring of turbulence profile and seeing at Cerro Tololo (Chile) in...
Atmospheric gravity waves (GW) occur throughout the atmosphere, propagating from copious sources in ...
Gravity waves are important drivers of chemical species mixing, energy and momentum transfer into th...
Focusing on data from the SABER instrument aboard the TIMED satellite temperature variances are dete...
A data analysis technique for determining gravity wave intrinsic parameters is presented. The intrin...
Over 400 h of Na wind/temperature lidar observations, obtained at the Star5re Optical Range, NM, are...
Atmospheric turbulence activity in the mesosphere and lower thermosphere (MLT) region is determined ...
In this study, turbulence activity is measured from 100 to 105 km altitude using a sodium (Na) reson...
Turbulence is ubiquitous in the mesopause region, where the atmospheric stability is low and wave br...
Vertical transport due to dissipating gravity waves and turbulence in the mesopause region (85-100 k...
Vertical energy transports due to dissipating gravity waves in the mesopause region (85–100 km) are ...
The Andes region provides an excellent natural laboratory for investigating gravity wave influences ...
Atmospheric gravity waves (GWs) play an important role in the transport of energy and momentum throu...
A complex gravity wave event was observed from 04:30 to 08:10 UTC on 16 January 2015 by a narrow-ban...
Vertical energy transports due to dissipating gravity waves in the mesopause region (85–100 km) are ...
Results of 3-month continuous monitoring of turbulence profile and seeing at Cerro Tololo (Chile) in...
Atmospheric gravity waves (GW) occur throughout the atmosphere, propagating from copious sources in ...
Gravity waves are important drivers of chemical species mixing, energy and momentum transfer into th...
Focusing on data from the SABER instrument aboard the TIMED satellite temperature variances are dete...
A data analysis technique for determining gravity wave intrinsic parameters is presented. The intrin...
Over 400 h of Na wind/temperature lidar observations, obtained at the Star5re Optical Range, NM, are...