Application
Title:
Description:
<replace>app_desc</replace>
Info for Model Used
Name / Acronym:
Reference:
Website:
Description:
<replace>model_desc</replace>
Grid
Projection:
Extent:
Vertical Type:
Hybrid
Hybrid
Isopycnal
Geopotential
Sigma
Number of levels:
Horizontal Type:
hgrid
Structured
Unstructured
Grid Type:
hgrid_type
Finite Volume
Finite Element
Arakawa A
Arakawa B
Arakawa C
Other
Min Spacing:
Max Spacing:
Number of Points:
Bathymetry
Data Source:
<replace>bath_source</replace>
Smoothing Applied:
<replace>bath_smooth</replace>
Timestep (type/size):
<replace>timestep</replace>
Model Run Duration:
Start:
End:
Forcing
(i.e. source, frequency, spatial resolution, etc.)
Tides:
<replace>forcing_tides</replace>
Rivers:
forcing_rivers<replace></replace>
Atmosphere:
<replace>forcing_atmos</replace>
Other:
<replace>forcing_other</replace>
Initial Conditions:
(i.e. source, frequency, spatial resolution, etc.)
<replace>ini_cond</replace>
Boundary Conditions:
(i.e. source, frequency, spatial resolution, etc.)
<replace>bndry_cond</replace>
Data Assimilation:
da_yn
Equations:
eq_stat
Hydrostatic
Nonhydrostatic
eq_bous
Boussinesq
Non-Boussinesq
Closures:
<replace>eq_closures</replace>
Variables:
u
v
w
T
S
rho
Biology:
Sediment:
Sea Ice:
Output
What/Where/How Often?
output_wwh
Format:
Availablilty of Output Data
On-line:
<replace>avail_url</replace>
Contact Person:
Contact Affiliation:
Contact Email:
Reference / Documentation
References:
<replace>ref_ref</replace>
Who funded this work?
<replace>ref_fund</replace>
Award / Contract #:
Project Title:
Start:
End:
Citation
:
(how to cite data/application)
ref_cite
Notes:
<replace>ref_notes</replace>