Considerations on UAS-based In-situ Weather Sensing in Winter Precipitation Environments
Authors/Creators
-
1.
Oklahoma State University
-
2.
University of Oklahoma
- 3. National Center for Atmospheric Research
Description
This dataset supports the article submitted to MDPI-Sensors: Advanced UAV-Based Sensor Technologies: 2nd Edition. The data was collected on APR/14/2023 at Marshall Field (CO), 1627 m above sea level; and in Oklahoma at the Mesonet calibration laboratory and its Washington station. It presents weather data from ground-based sensors and an Unmanned Aerial Weather Measurement System (WxUAS).
#############INSIDE DATA.ZIP##############
- DataSheets - This folder presents the WxUAS sensor datasheets as used in the time of this research.
- GroundReferenceMarshallRaw - This folder has the files for the collocated ground-based Ceilometer, Disdrometer, and Instrumented Tower. The values in these files are raw and may require time zone adjustments.
- GroundReferenceMarshallRaw - This folder contains the files for Marshall Field's ground-based tower, ceilometer, and disdrometer. Each file contains data for the entire day.
- WxUASMarshallProfiles - This folder contains the files for the four WxUAS profiles presented in the article.
- WxUASMesonetHoverExperiment - This folder contains the files for the OK Mesonet hover experiment with a reference tower and the two WxUAS.
- WxUASMesonetLaboratoryExperiment - This folder contains the files for OK Mesonet controlled chamber experiment.
Files
Data.zip
Files
(5.4 MB)
| Name | Size | Download all |
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md5:7afc3ba6cbe019bbac84edebcb884946
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5.4 MB | Preview Download |
Additional details
Funding
- National Aeronautics and Space Administration
- University Leadership Initiative WINDMAP 80NSSC20M0162
- National Oceanic and Atmospheric Administration
- OAR UxS Research Transition Office with the National Weather Service, “Enabling Research to Operations of sUAS for Improved Weather Forecasting"