NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)
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Resource Abstract:
Citation
Title NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)
The FWIS runs are high resolution innermost nests of the new NAM that are placeable within either the 4 km CONUS or 6 km Alaska
nests that run each cycle at 00z, 06z, 12z and 18z, with forecasts to 36 hours. If it is placed inside the CONUS, then it
runs with a 1.33 km horizontal spacing using a 375x375x60 grid. If it is placed inside Alaska, then it runs with a 1.5 km
horizontal spacing using a 333x333x60 grid. FWIS runs on a rotated lat-long grid and uses a B-grid stagger of variables. The
vertical coordinate and resolution are identical to NAM and its nests i.e. sigma-pressure hybrid with a top at 2 mb. For FWIS
inside CONUS, all output fields are mapped to a 1.27 km Lambert conic conformal grid whose size varies to encompass as completely
as possible the FWIS computational domain. For FWIS inside Alaska, all output fields are mapped to a 1.48825 km polar-stereographic
grid whose size varies to encompass as completely as possible the FWIS computational domain.
Citation
Title NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)
The FWIS runs are high resolution innermost nests of the new NAM that are placeable within either the 4 km CONUS or 6 km Alaska
nests that run each cycle at 00z, 06z, 12z and 18z, with forecasts to 36 hours. If it is placed inside the CONUS, then it
runs with a 1.33 km horizontal spacing using a 375x375x60 grid. If it is placed inside Alaska, then it runs with a 1.5 km
horizontal spacing using a 333x333x60 grid. FWIS runs on a rotated lat-long grid and uses a B-grid stagger of variables. The
vertical coordinate and resolution are identical to NAM and its nests i.e. sigma-pressure hybrid with a top at 2 mb. For FWIS
inside CONUS, all output fields are mapped to a 1.27 km Lambert conic conformal grid whose size varies to encompass as completely
as possible the FWIS computational domain. For FWIS inside Alaska, all output fields are mapped to a 1.48825 km polar-stereographic
grid whose size varies to encompass as completely as possible the FWIS computational domain.
Citation
Title NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)
The FWIS runs are high resolution innermost nests of the new NAM that are placeable within either the 4 km CONUS or 6 km Alaska
nests that run each cycle at 00z, 06z, 12z and 18z, with forecasts to 36 hours. If it is placed inside the CONUS, then it
runs with a 1.33 km horizontal spacing using a 375x375x60 grid. If it is placed inside Alaska, then it runs with a 1.5 km
horizontal spacing using a 333x333x60 grid. FWIS runs on a rotated lat-long grid and uses a B-grid stagger of variables. The
vertical coordinate and resolution are identical to NAM and its nests i.e. sigma-pressure hybrid with a top at 2 mb. For FWIS
inside CONUS, all output fields are mapped to a 1.27 km Lambert conic conformal grid whose size varies to encompass as completely
as possible the FWIS computational domain. For FWIS inside Alaska, all output fields are mapped to a 1.48825 km polar-stereographic
grid whose size varies to encompass as completely as possible the FWIS computational domain.
Citation
Title NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)
The FWIS runs are high resolution innermost nests of the new NAM that are placeable within either the 4 km CONUS or 6 km Alaska
nests that run each cycle at 00z, 06z, 12z and 18z, with forecasts to 36 hours. If it is placed inside the CONUS, then it
runs with a 1.33 km horizontal spacing using a 375x375x60 grid. If it is placed inside Alaska, then it runs with a 1.5 km
horizontal spacing using a 333x333x60 grid. FWIS runs on a rotated lat-long grid and uses a B-grid stagger of variables. The
vertical coordinate and resolution are identical to NAM and its nests i.e. sigma-pressure hybrid with a top at 2 mb. For FWIS
inside CONUS, all output fields are mapped to a 1.27 km Lambert conic conformal grid whose size varies to encompass as completely
as possible the FWIS computational domain. For FWIS inside Alaska, all output fields are mapped to a 1.48825 km polar-stereographic
grid whose size varies to encompass as completely as possible the FWIS computational domain.
Citation
Title NAM Fireweather Nested/Best NAM Fireweather Nested Time Series/LambertConformal_382X629 (Center 38.83N 122.2W)
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