FC Site 4.2 - NLR Scanning Lidar (Halo XR+ 199) / Formatted Data
This dataset contains formatted lidar data from ground-based NLR Halo XR+ 199.
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FC Site 1.9 - NLR Scanning Lidar (Halo XR+ 200) / Formatted Data
This dataset contains formatted lidar data from ground-based NLR Halo XR+ 200.
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Demonstration of Capabilities: Sandia Labs xr community of practice
Explore the source record for details and available documents.
Jones, Aaron Paul [Sandia National Laboratories (S↗
Demonstration of Capabilities: Sandia Labs xr community of practice
Explore the source record for details and available documents.
Jones, Aaron Paul [Sandia National Laboratories (S↗
Demonstration of Capabilities: Sandia Labs XR Community of Practice
Explore the source record for details and available documents.
Jones, Aaron Paul [Sandia National Laboratories (S↗
AWAKEN Site H - ARM Scanning Lidar (Halo XR) / Derived Data - Wind Statistics
The 10-min wind statistics from ground-based Doppler lidar at site H were calculated using the Sathe et al., 2015, paper in the references.
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AWAKEN Site A1 - NREL Scanning Lidar (Halo XR #235) / Derived Data - Wind Statistics
The 10-min wind statistics from ground-based Doppler lidar at site A1 were calculated using a modified version of the Sathe et al., 2015 paper in the references.
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AWAKEN Site A1 - NREL Scanning Lidar (Halo XR #235) / Derived Data - High-Frequency Wind Profiles
Wind profiles from ground-based Doppler lidar at site A1 were calculated for each 6-beam profiling scan (one point every ~20 s). The wind speed retrieval uses a modified version of the Sathe et al., 2015, paper in the references.
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Site A1 - ARM Scanning Lidar (Halo XR) / Reviewed Data
This dataset contains lidar data that have been standardized and quality-controlled through NREL/FIEXTA/LiDARGO (https://github.com/NREL/FIEXTA/tree/main/lidargo). Standardization rearranges the lidar data into convenient range vs beamID vs scanID coordinates that facilitates data analysis. The scan geometry (i.e., azimuth, elevation) is shifted on a regular grid based on the most likely angles within the scan file. Quality control of radial wind speed is performed through a generalized version of the dynamic lidar filter (Beck and Kuhn, 2017).
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FC Site 4.0 - NLR Scanning Lidar (Halo XR+ 235) / Standardized and Quality-Controlled Data
This dataset contains lidar data that have been standardized and quality-controlled through NatLabRockies/FIEXTA/LiDARGO (https://github.com/NatLabRockies/FIEXTA/tree/main/lidargo). Standardization rearranges the lidar data into convenient range vs beamID vs scanID coordinates that facilitate data analysis. The scan geometry (i.e., azimuth, elevation) is shifted on a regular grid based on the most likely angles within the scan file. Quality control of radial wind speed is performed through a generalized version of the dynamic lidar filter (Beck and Kuhn, 2017).
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FC Site 4.2 - NLR Scanning Lidar (Halo XR+ 199) / Radial Wind Speed Statistics
This dataset contains statistics (mean and standard deviation) calculated from quality-control lidar radial wind speed data through the LiSBOA method. This is an intermediate product for the synthesis of dual-Doppler wind maps.
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FC Site 1.9 - NLR Scanning Lidar (Halo XR+ 200) / Radial Wind Speed Statistics
This dataset contains statistics (mean and standard deviation) calculated from quality-control lidar radial wind speed data through the LiSBOA method. This is an intermediate product for the synthesis of dual-Doppler wind maps.
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FC Site 4.2 - NLR Scanning Lidar (Halo XR+ 199) / Standardized and Quality-Controlled Data
This dataset contains lidar data that have been standardized and quality-controlled through NatLabRockies/FIEXTA/LiDARGO (https://github.com/NatLabRockies/FIEXTA/tree/main/lidargo). Standardization rearranges the lidar data into convenient range vs beamID vs scanID coordinates that facilitate data analysis. The scan geometry (i.e., azimuth, elevation) is shifted on a regular grid based on the most likely angles within the scan file. Quality control of radial wind speed is performed through a generalized version of the dynamic lidar filter (Beck and Kuhn, 2017).
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FC Site 1.9 - NLR Scanning Lidar (Halo XR+ 200) / Standardized and Quality-Controlled Data
This dataset contains lidar data that have been standardized and quality-controlled through NatLabRockies/FIEXTA/LiDARGO (https://github.com/NatLabRockies/FIEXTA/tree/main/lidargo). Standardization rearranges the lidar data into convenient range vs beamID vs scanID coordinates that facilitate data analysis. The scan geometry (i.e., azimuth, elevation) is shifted on a regular grid based on the most likely angles within the scan file. Quality control of radial wind speed is performed through a generalized version of the dynamic lidar filter (Beck and Kuhn, 2017).
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FC Site 4.2 - NLR Scanning Lidar (Halo XR+ 199) Radial Wind Speed Statistics / Derived Data
This dataset contains statistics (mean and standard deviation) calculated from quality-control lidar radial wind speed data through the LiSBOA method. This is an intermediate product for the synthesis of dual-Doppler wind maps.
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FC Site 1.9 - NLR Scanning Lidar (Halo XR+ 200) Radial Wind Speed Statistics / Derived Data
This dataset contains statistics (mean and standard deviation) calculated from quality-control lidar radial wind speed data through the LiSBOA method. This is an intermediate product for the synthesis of dual-Doppler wind maps.
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WFIP3 - BLOC site - NREL Scanning Lidar (vertical profiles) / Raw Data
This dataset contains raw data from NREL's scanning lidar performing vertical profiles at the BLOC site. This lidar was Halo XR #216 through February 24, 2025, Halo XR #217 from February 24, 2025 through April 17, 2025, and again Halo XR #216 after that.
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WFIP3 - BLOC site - NREL Scanning Lidar (vertical profiles) / Derived Data - High-Frequency Wind Profiles
Wind profiles from ground-based Doppler lidar at the BLOC site were calculated for each 6-beam profiling scan (one point every ~20 s). The wind speed retrieval uses the Sathe et al., 2015, paper in the references. This lidar was Halo XR #216 through February 24, 2025, Halo XR #217 from February 24, 2025 through April 17, 2025, and again Halo XR #216 after that.
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