| General WRF Model Run Timing and I/O Information |
| Simulation Length : |
36 Hours |
| Boundary Condition Frequency : |
3 Hourly |
| Output Freqency : |
1 Hourly |
| Forecast Times per Output File : |
1 |
| Output File Format : |
WRF netCDF |
| |
| Model Computational Domain Information |
| MOAD - Mother Of All Domains |
| WRF Core : |
Advanced Research WRF (ARW) |
| Number of Domains : |
1 |
| MOAD Grid Dimensions (W-ExS-N) : |
192x96 |
| MOAD Grid Spacing : |
4.0 km |
| Map Projection : |
lambert |
| MOAD Center Lat/Lon : |
36.05,-83.717 |
| MOAD Timestep : |
90 seconds |
| Vertical ETAP Levels : |
31 |
| Pressure at Model Top : |
50 mb |
| Smoothing Feedback Option : |
1-2-1 Smoothing Technique |
| |
| WRF Run Dynamics Configuration |
| Model Dynamics : |
Non Hydrostatic |
| Time Integration : |
Runge-Kutta 3rd Order |
| Turbulence and Mixing Option : |
Evaluates Mixing Terms in Physical Space |
| Eddy Coefficient Option : |
Horizontal Smagorinsky First Order Closure |
| Upper Level Damping : |
Off |
| Vertical Velocity Damping : |
On |
| |
| WRF Run Physics Configuration |
| Cumulus Scheme : |
NAM Kain-Fritsch Scheme |
| Cumulus Timestep : |
5 Minutes |
| Microphysics Scheme : |
Lin et al. Scheme |
| Moisture (Q) Threshold Plan : |
Set All Q Fields to Threshold |
| Moisture Threshold : |
1.e-8 |
| Boundary Layer Scheme : |
Yonsei University Scheme |
| Boundary Layer Timestep : |
0 Minutes |
| Land-Surface Scheme : |
Noah 4-Layer Land Surface Model |
| Number of Soil Layers : |
4 |
| Source of Landuse and Soil Data : |
Standard Initialization (SI) |
| Surface Layer Scheme : |
Monin-Obukhov Scheme |
| Include Surface Fluxes : |
Yes |
| Long Wave Radiation : |
Rapid Radiative Transfer Model (RRTM) |
| Short Wave Radiation : |
Dudhia Scheme |
| Radiation Timestep : |
Auto Minutes |
| Include Cloud Effects : |
Yes |
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