Yday (UTC):       Yearday 2008 = 1.5 on January 1 at noon
Lat (deg):        Latitude from ship log
Lon (deg):        Longitude from ship log
U10 (m/s):        Wind speed 10 m above surface from sonics 
U10N (m/s):       Wind speed 10 m above surface adjusted to neutral conditions 
WDir (deg):       Wind Direction from (meteorological convention) 
Tsea (C):         Sea Surface Temperature from sea snake
T10 (C):          Air Temperature 10 m above surface from Vaisala PTU  
RH10 (%):         Relative Humidity 10 m above surface from Vaisala PTU
Pair (mb):        Atmospheric Pressure from Vaisala PTU
SolarUp (W/m2):   Upwelling Solar Radiation using Payne (1972) albedo formulation
SolarDn (W/m2):   Downwelling Solar Radiation from Eppley pyranometer
IRUp (W/m2):      Upwelling Infrared Radiation using Tsea
IRDn (W/m2):      Downwelling Infrared Radiation from Eppley purgeometer
StressBK (N/m2):  Wind Stress computed from TOGA COARE 3.0 bulk algorithm 
ustBK (m/s):      Friction Velocity computed from TOGA COARE 3.0 bulk algorithm 
SHFBK (W/m2):     Sensible Heat Flux computed from TC 3.0 bulk algorithm
LHFBK (W/m2):     Latent Heat Flux computed from TC 3.0 bulk algorithm
Rain (cm):        Accumulated Rainfall from optical rain gauge
Rainrate (cm/hr): Rainfall Rate from optical rain gauge
 

The values represents 10 minute means and include interpolated data to fill in data gaps.
There is a period at the end of the cruse with no radiative flux data.  The missing data 
is flagged with -999.  
     
In all cases, the fluxes use the convention that positive implies upwards.  The fluxes 
and wind speeds are computed relative to fixed earth, i.e., they have not been corrected 
for currents.

Contact: james.edson@uconn.edu