Surface meteorological data from Kirkwood Island off the Antarctic Peninsula from the Autonomous Weather station from 2001-2003 (SOGLOBEC project)

<h3>SO GLOBEC Moored Array, Drifter, and Float Component</h3> <p>PIs: Bob Beardsley, Dick Limeburner, Breck Owen</p> <p>Surface meteorological data collected at Kirkwood Island</p> <p>Location 68.34S - 69.01W, elev 30m (source http://amrc.ssec.wisc.edu/aws/)...

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Bibliographic Details
Main Authors: Robert C. Beardsley, Richard Limeburner
Format: Dataset
Language:unknown
Published: Biological and Chemical Oceanography Data Management Office (BCO-DMO) 2010
Subjects:
Online Access:https://search.dataone.org/view/sha256:fbb47824b6bd1f462efd5224466f93ae95727a26d69d3b2b78026282d2dbc0ea
Description
Summary:<h3>SO GLOBEC Moored Array, Drifter, and Float Component</h3> <p>PIs: Bob Beardsley, Dick Limeburner, Breck Owen</p> <p>Surface meteorological data collected at Kirkwood Island</p> <p>Location 68.34S - 69.01W, elev 30m (source http://amrc.ssec.wisc.edu/aws/)</p> <p><strong>Fieldname descriptions</strong></p> <p>Date of submission: 12/07/04</p> <p>Source File: SOG_aws_rawNEW2.mat (from Mike Caruso)</p> <p>Processing by Beardsley group:<br /> Edit barometric pressure, air temp., relative humidity, and wind speed by:<br /> (a) removing values outside bounds,<br /> (b) convert wind speed and direction (met convention) into east and north wind components u,v (ocean convention),<br /> (c) removing wild points, (csub1) average resulting edited data in 1 hr time bins to create uniform hourly time series,<br /> (d) truncating each variable into common time base,<br /> (e) compute wind stress, sensible heat flux and latent heat flux using COARE26, with SST set to 0 and sensor height 12 m).<br /> Save times tuv0 when raw wind speed = 0 (prop stuck due to icing, etc). [edit_aws_rawD.m, awsintA.m, coare26v.m] (not served)</p> <p>Sample Rate: 1 hr</p> <p>Records: 16993</p> <p>Period: Start: 05/22/2001 00 GMT<br /> Stop: 04/30/2003 00 GMT</p> <pre> <em>Last updated March 1, 2006 </em></pre>