Data for study: Obukhov length estimation from spaceborne radars

<p>Post-processed data used during study &quot;Obukhov length estimation from spaceborne radars&quot;. To be used in&nbsp;example notebook&nbsp;available at <a href="http://github.com/owenodriscoll/supplement_paper/">http://github.com/owenodriscoll/supplement_paper/</a>.&nbsp;CSV&#39;s contain&nbsp;the processed buoy, ERA5 and SAR data with which to reproduce study&#39;s results and Jupyter Notebooks. Air/sea temperature, surface pressure, wind speeds and measurement heights of the buoy and ERA5 data are provided to the COARE-like algorithm available at&nbsp;<a href="https://cerform.readthedocs.io/en/latest/api/cerform.flux.html#module-cerform.flux.coare4">https://cerform.readthedocs.io/en/latest/api/cerform.flux.html#module-cerform.flux.coare4</a>, from which&nbsp;all the higher level atmospheric statistics originate.</p> <p>Contents:</p> <ol> <li>df_buoys.csv: co-location information between buoys and ERA5. Parameters without suffix &quot;_era5&quot; are from the buoy.</li> <li>df_cells.csv: SAR co-locations with ERA5 for scenes classified as cells.&nbsp;</li> <li>df_rolls.csv: SAR co-locations with ERA5 for scenes classified as rolls.&nbsp;</li> <li>df_rolls_buoy.csv: triple co-location between buoys, ERA5 and SAR scenes classified as rolls. Parameters without suffix &quot;_era5&quot; and &quot;_buoy&quot; are derived from the SAR observation.</li> <li>roll.nc: example radar scene containing a roll-like structure (with superimposed swell). To be used as an example of feature extraction from SAR scenes.</li> </ol>