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Models |
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Models |
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| A global model that forecasts mountain wave activity and turbulence potential in the troposphere and middle atmosphere. | |
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NOGAPS-ALPHA: NOGAPS with Advanced Level Physics & High Altitude |
| A joint project with NRL's Codes 7532 (Monterey) and 7227 to extend the upper boundary of the Navy Operational Global Atmospheric Prediction System's (NOGAPS) global spectral forecast model to include the middle atmosphere to heights ~120 km. | |
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| A fast parameterization of gas-phase ozone photochemistry for use in global numerical weather prediction and climate models. | |
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GOATS |
| The Global Ozone Assimilation Testing System (GOATS) interfaces NASA's GEOS Ozone Data Assimilation System with NRL's NOGAPS-ALPHA global spectral forecast model to provide a state-of-the-art research system for studying and refining the science of operational global ozone assimilation. See our recent work in Atmospheric Chemistry and Physics. | |
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Fourier-Ray Mountain Wave Models |
| Our latest generalization of ray methods for mountain waves. | |
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Nonlinear Fluid Dynamics Models |
| 2D and 3D models of atmospheric dynamics. Principal models are: (a) The 3DLOM (3D Lindeman Orographic Model) (b) ARW, the Advanced Research WRF (Weather Research and Forecast Model) |
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| A model that simulates the global or region propagation and amplitude evolution of gravity waves in the lower and middle atmosphere using spatial ray-tracing techniques. | |
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| Two-dimensional global model of atmospheric dynamics and photochemistry from 0-110 km. For more details, see the new Middle Atmosphere Theory page |
