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tidal O
atmospheric B-climate-nature
loading O
corrections O
from O
actual O
weather O
data O
. O
-DOCSTART- -X- O Oe5e9081bae4dcd9b1282942fed124161
A O
new O
global O
model O
using O
the O
GFDL B-climate-organizations
( O
Geophysical B-climate-organizations
Fluid I-climate-organizations
Dynamics I-climate-organizations
Laboratory I-climate-organizations
) O
nonhydrostatic O
Finite B-climate-models
- I-climate-models
Volume I-climate-models
Cubed I-climate-models
- I-climate-models
Sphere I-climate-models
dynamical I-climate-models
core I-climate-models
( O
FV3 B-climate-models
) O
coupled O
to O
physical O
parameterizations O
from O
the O
National B-climate-organizations
Center I-climate-organizations
for I-climate-organizations
Environmental I-climate-organizations
Prediction I-climate-organizations
's O
Global B-climate-models
Forecast I-climate-models
System I-climate-models
( O
NCEP B-climate-organizations
/ O
GFS B-climate-models
) O
was O
built O
at O
GFDL B-climate-organizations
, O
named O
fvGFS B-climate-models
. O
This O
modern O
dynamical O
core O
has O
been O
selected O
for O
National B-climate-organizations
Oceanic I-climate-organizations
and I-climate-organizations
Atmospheric I-climate-organizations
Administration I-climate-organizations
’s O
Next B-climate-models
Generation I-climate-models
Global I-climate-models
Prediction I-climate-models
System I-climate-models
( O
NGGPS B-climate-models
) O
due O
to O
its O
accuracy O
, O
adaptability O
, O
and O
computational O
efficiency O
, O
which O