SEACOOS Model-Products Coordination Committee (MPCC)

This page contains information regarding the SEACOOS Modeling group. This includes common information, meeting minutes, draft documents, developmental model output, model experiment status and updates, etc. The contents of this page will be organized as needed, and not an official SEACOOS webpage. It is intended for internal (to the SEACOOS MPCC) exchange of documentation, data, etc for the MPCC for SSRA and SNFE work.


This page was last updated on 20 Nov 2004.

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Committee:

Listserv

CLICK The address is MPCC_SEACOOS@listserv.unc.edu.

SNFS Documentation

SNFS_Implementation_Levels.pdf Version date 7 Nov 2004

Tidal Comparison

The amplitude and phase of the 8 tidal constituents M2,N2,S2,K2,O1,P1,K1,Q1 are shown in polar coordinates at the intersection of the boundaries of the 3 model domains. The 8 numbers below each image are the complex differences in meters for each tide.

+
M2 N2 S2 K2 O1 P1 K1 Q1
0.0191 0.0010 0.0100 0.0013 0.0038 0.0006 0.0009 0.0001

Notes from 27-28 May MPCC Meeting in JAX, FLA

Notes from 27-28 January MPCC Workshop at NCSC, RTP, NC

Documentation

Useful URLs

  • Images
  • GRiB/Wgrib/Ggrib
  • UCAR/NCAR

    • Bathymetry

    Dods data Service

    March 2001 SSRA EDAS Net Q Flux, 10-m U,V

    The NCEP EDAS net heat flux and 10-m wind velocity is extracted from the 3-hr analysis files
    provided by DB Rao's group. I extracted a sub-region that covers the SEACOOS
    SSRA model domains for the time period 20 Feb 2001 00Z to 4 Apr 2001 00Z.
    The sub-region footprint is shown below. The EDAS output for 28 Feb 01 is not available,
    so I replaced the net Q for this date with the net Q for the previous day. This is outside the
    window, so it should not cause a problem.

    In case anyone is interested, The subregion extracted from the 221 AWIP grid is: 
        ii=220:290; 
    jj=40:130; 
    NETQQ=NETQ(ii,jj,:); 
    UGRDRR=UGRDR(ii,jj,:); 
    VGRDRR=VGRDR(ii,jj,:); 
    edas.lo=g221.lo(ii,jj); 
    edas.la=g221.la(ii,jj);


    The netQ, sub-region coordinates, and time vector for this data are in a MATLAB .mat file
    so each group can interpolate in their own way. The .mat file contains: 
       Name        Size                   Bytes  Class

  NETQQ      71x91x400            20675200  double array
  UGRDRR     71x91x400            20675200  double array
  VGRDRR     71x91x400            20675200  double array
  TIME        1x400                   3200  double array
  edas        1x1                   103624  struct array


   edas = 

    lo: [71x91 double]
    la: [71x91 double]