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Learn about using the WRF-Chem model for forecasting substances and aerosols transport, incorporating turbulent diffusion equations. Get insights on temperature and rain field outputs, PM10 scatter for forest fire emissions in South America, Cuba, and Peru regions.
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USING WRF-CHEM MODEL FOR THE FORECAST OF BIOMASS BURNNIG AEROSOLS TRAYECTORY Dr. Aldo S. Moya Álvarez METEOROLOGICAL CENTER OF VILLA CLARA
The WRF-Chem model is now released as part of the Weather Research and Forecasting (WRF) modeling package. And due to this dependence upon WRF, it is assumed that anyone choosing to use WRF Chem is very familiar with the set-up and use of the basic WRF model. It would be best for new WRF users to first gain training and experience in editing, compiling, configuring, and using WRF before venturing into the more advanced realm of setting up and running the WRF-Chem model.
EXAMPLE USE OF THE WRF MODEL IN CUBA • cu_physics- Kain-Fritsch (new Eta) scheme • bl_pbl_physics - ACM2 (Pleim) scheme. 3. ra_lw_physics - rrtmg scheme 4. ra_sw_physics - rrtmg scheme INPUT GFS DATA AT 0.5° OF SPATIAL RESOLUTION 8 KM 24 KM
EXAMPLE: WRF TEMPERATURES OUTPUTS FOR 21/FEB/2015 AT 03:00 UTC
WRF-CHEM WRF-CHEM IS USED FOR THE FORECAST OF SUBSTANCES AND AEROSOLS TRANSPORT IN THE ATMOSPHERE. THE MODEL INCORPORATES THE EQUATION OF TURBULENT DIFUSION TO THE ATMOSPHERIC EQUATIONS SYSTEM
CHEM MODULE WORKS AS AN INTEGRATED AND INTERACTIVE SYSTEM WITH THE REST OF WRF MODLULES
TEMPERATURE FIELD OUTPUT WRF-CHEM MODEL
RAIN FIELD OUTPUT WRF-CHEM MODEL
PM10 SCATTER FOR PARTICLES EMITTED BY FOREST FIRES IN SOUTHAMERICA WRF-CHEM OUTPUTS FOR CUBA AND PERU REGION PM10 SCATTER FOR PARTICLES EMITTED BY TWO FOREST FIRES IN CUBA