Dataset to support "Surf Zone Waves at the Onset of Breaking 1. LIDAR and IR Data Fusion Method"

dc.contributor.author	Carini, Roxanne J
dc.date.accessioned	2020-11-06T22:56:06Z
dc.date.available	2020-11-06T22:56:06Z
dc.date.issued	2020-10
dc.description.abstract	These data were collected in November 2016 at the US Army Corps of Engineers Field Research Facility in Duck, NC. They include processed LIDAR line-scans and collocated infrared imagery of surf zone waves, general wave and wind condition measurements, and bathymetry surveys of the field site. This entry includes all data analyzed for submitted manuscripts 2020JC016934 and 2020JC016935 to JGR:Oceans, companion papers titled "Surf Zone Waves at the Onset of Breaking 1. LIDAR and IR Data Fusion Methods" and "Surf Zone Waves at the Onset of Breaking 2. Predicting Breaking and Breaker Type", respectively.
dc.identifier.citation
dc.identifier.uri	http://hdl.handle.net/1773/46586
dc.rights	CC BY
dc.title	Dataset to support "Surf Zone Waves at the Onset of Breaking 1. LIDAR and IR Data Fusion Method"
dc.type	dataset

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Name:: ReadMe_SurfZoneWavesAtOnsetBreaking.rtf
Size:: 28.36 KB
Format:: Rich Text Format
Description:: ReadMe_SurfZoneWavesAtOnsetBreaking.rtf: This is the current and correct version of the readme file which superseded the text file listed below.

Name:: SurfZoneWavesAtOnsetBreaking.mat
Size:: 2.65 GB
Format:: Unknown data format
Description:: This is the current and correct version of the .mat file. The other file has been superseded by this version.

Name:: ReadMe_lidarIR_sharedData.txt
Size:: 2.06 KB
Format:: Plain Text
Description:: ReadMe_lidarIR_sharedData.txt: this version has been superseded by the updated version of the file, listed above.

Name:: lidarIR_sharedData.mat
Size:: 3.27 GB
Format:: Unknown data format
Description:: lidarIR_sharedData.mat: this version has been superseded by the updated version, listed above.