INDOEX: Maldives KCO Radiation MFRSR; suntracker (Ramanathan)

Data has been taken from the original netCDF format and put into
comma delimited ASCII. The variable name is prepended to each line 
of data. The variables are described below in "Data Description" section.
Time has been converted to a YYYYMMDD and HH:MM:SS format, and put
out on two separate lines labeled "Date" and "Hour".

The original netCDF files are available upon request from 
UCAR/JOSS.  If you want the original data files in netCDF format, 
contact Steve Williams at sfw@ucar.edu.


PI: V. Ramanathan, UCSD/SIO/C4
co-PI: W. C. Conant (858) 534-1119 UCSD/SIO/C4
Instrument: Biospherical Instruments GUV-511c
Deployment: 1 unshaded; 1 shaded by Sci-Tec 2AP suntracker
Period: Jan '99-March'99
Comments:  Raw data has not been screened to exclude periods in which 
  calibration tests were performed.  If suntracker alignment was disturbed 
  for these tests, then diffuse data is not reliable.  If there are any
  questions about the data, please contact Bill Conant at the number above.


Data Description - Notes from the original NetCDF files:

("Date" and "Hour"--conversions from Julian day and decimal time--have been 
added by JOSS to the following variables.)

variables:
    double Lon ;
        Lon:long_name = "Longitude" ;
        Lon:units = "Degrees East" ;
    double Lat ;
        Lat:long_name = "Latitude" ;
        Lat:units = "Degrees North" ;
    int Date = conversion of Julian day ;
    Hour:Min:Sec = conversion from decimal time ;
    Time = UNLIMITED ; // (4516 currently)
    double Time(Time) ;
        Time:long_name = "Time of Observation" ;
        Time:units = "Decimal day of year in 1999 (UTC), where doy 1.5 is noon on 01 Jan 1999" ;
    float PAR_global_flux(Time) ;
    float AVHRR_global_flux(Time) ;
    float uv305_global_flux(Time) ;
    float uv340_global_flux(Time) ;
    float uv380_global_flux(Time) ;
    float PAR_diffuse_flux(Time) ;
    float PAR_diffuse_flux_beta_corrected(Time) ;
    float AVHRR_diffuse_flux(Time) ;
    float AVHRR_diffuse_flux_beta_corrected(Time) ;
    float uv305_diffuse_flux(Time) ;
    float uv305_diffuse_flux_beta_corrected(Time) ;
    float uv340_diffuse_flux(Time) ;
    float uv340_diffuse_flux_beta_corrected(Time) ;
    float uv380_diffuse_flux(Time) ;
    float uv380_diffuse_flux_beta_corrected(Time) ;
    float PAR_global_flux_alpha_corrected(Time) ;
    float AVHRR_global_flux_alpha_corrected(Time) ;
    float PAR_diffuse_flux_alpha_corrected(Time) ;
    float PAR_diffuse_flux_alpha_and_beta_corrected(Time) ;
    float AVHRR_diffuse_flux_alpha_corrected(Time) ;
    float AVHRR_diffuse_flux_alpha_and_beta_corrected(Time) ;