WIND FILE FORMAT
>  nx database index
>  ny database index
> datetime datetime
>
>  m1ll--> 1st level 10m
>
>  u_m1ll     u component of wind 1st level (m/s)
>  v_m1ll     v component of wind 1st level (m/s)
>  aird_m1l   air density (kg/m3)
>  p_m1ll     air pressure of the first level (pascal)
>  t_m1ll     air temperature at the 1st level (C)
>  q2_m1ll    specific humidity at the 1st level (kg/kg)
>
>  m2ll--> 2nd level 40m
>  m3ll--> 3rd level 80m
>  m4ll-->4rth level 120m
>  m5ll-->5th level 180m
>
> WAVE FILE PARAMETERS
> I attached again the WAVE PARAMETRS file
>
>
> 2. ftp://ftp.mg.uoa.gr/pub/data/MARINA/MERMAID/spectra.tar
>
> It contains the spectra files with the closest points to the requested
> ones. I'm afraid we don't have spectra close to the ITALIAN site.
>
>
> For any further clarifications please feel free to ask.
>
> Best Regards,
> Christina Kalogeri
>
> Christina Kalogeri
> PhD Candidate in Environmental Physics
> University of Athens, Department of Physics
> Atmospheric Modeling and Weather Forecasting Group
> University Campus, Building PHYSICS V
> Athens 15784, Greece
> Email: chriskal@mg.uoa.gr<mailto:chriskal@mg.uoa.gr>
> Tel. +30-210-7276835 Fax.+30-210-7276765
>
>
> On Mon, May 6, 2013 at 3:39 PM, Charlotte Bay Hasager
> <cbha@dtu.dk<mailto:cbha@dtu.dk>> wrote:
> Dear George,
>
> Thank you so much for this. It is really great we can have access. It is
> much appreciated!
>
> I have talked with my colleague Xiaoli who works with Christine in EU
> Marina Platform. Xiaoli has helped me define the data we would be glad to
> have.
>
> I include this below, and for the further details see the attached file.
> As Christine and Xiaoli already collaborate I cc both here.
>
> Best regards,
> Charlotte
>
> Here is the required parameters:
>
> For the wave parameters:
>
> 1.      Hourly time series of a number of parameters given in the attached
> file.
>
> 2.      Wave spectral data - if possible for the given coordinates.
>
>
> A list for atmospheric parameters - I think you probably already made the
> list but it takes 2 minutes to write it down:
>
> 1.      Wind time series, if possible both at 10 m and 100 m
> (approximately)
>
> 2.      Stability parameters (sea surface temperature, and air temperature
> at certain model level in the surface layer)
>
> 3.      Boundary layer height, if possible
>
> 4.      Surface friction velocity u*