Description
The USU Na lidar has been upgraded to be able to measure temperature and winds in the lower thermosphere up to ~ 115 km routinely. The new capability, coupled with the existing nightglow instruments at USU, enables the investigation of the extreme large wind and shears in this region and their correlation to the atmospheric gravity waves activities in the upper mesosphere.
Author ORCID Identifier
Titus Yuan https://orcid.org/0000-0003-3008-0171
Document Type
Dataset
DCMI Type
Dataset
File Format
.pdf, .zip, .txt
Publication Date
8-17-2023
Funder
NSF
Publisher
Utah State University
Award Number
NSF AGS1954308
Award Title
EAGER: Exploratory Measurements of Large Winds and Shears in the Lower Thermosphere and Their Variability Using an Enhanced Sodium Lidar
Methodology
The lidar hardware is set up so that the lidar signals were binned with 150 m in line of sight direction and saved every minute. Different temporal and spatial resolutions can be applied later during data processing, when the temperature and wind information in the upper atmosphere are derived. For this study, the temporal and spatial (vertical) resolutions are 1-hour and 4-km respectively.
Start Date
12-2019
End Date
11-2022
Location
41.7 degree north 111.8 degree west at Utah State University
Language
eng
Code Lists
see README
Disciplines
Atmospheric Sciences | Physics
License
This work is licensed under a Creative Commons Attribution 4.0 License.
Identifier
https://doi.org/10.26078/27d9-185c
Recommended Citation
Yuan, T. (2023). NalidarTurbopauseShear [Data set]. Utah State University. https://doi.org/10.26078/27D9-185C
Checksum
ceaf92341aa01606e776a990adaa81f7
Additional Files
masstdDen(V)(summer_2022_4km) (420 kB)md5: 55cb6d9132432a900fa8ef6fddce16a7
masstdDen(V)(winter_2020-2022_4km) (542 kB)
md5: d6b85ff5978069c54ec76d5822a4a140
masstdT(U)(summer_2022_4km) (423 kB)
md5: f305d5e4d53f63c6b5502237311f50f3
masstdDen(U)(winter_2020-2022_4km) (559 kB)
md5: b0f79a0c28b11eb16823530680ded961
masstdV(winter_2020-2022_4km) (543 kB)
md5: 26ff5ad616449b7c5914853531c90d64
masstdU(summer_2022_4km) (423 kB)
md5: 242f33dd2ea6000a5e552fd1bd705acf
masstdV(summer_2022_4km) (421 kB)
md5: 09068e833c18147674b00c884134ed7d
masstdT(U)(winter_2020-2022_4km) (559 kB)
md5: 2ef94605dbd6d653dc80a492131251ad
masstdU(winter_2020-2022_4km) (560 kB)
md5: 9b7c224c39f4bba2fae3f0ced7532bd1
masstdDen(U)(summer_2022_4km) (423 kB)
md5: 078014ba6ad847d06970a25c30e30b2b
README2023.txt (2 kB)
md5: b8d40d54b6db93dd07eb54cb840a456e