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Currently we offer a selection of models from NCEP, CMC and ECMWF that fall into two distinct categories; Deterministic and Ensemble. Deterministic models depict a single solution from the model and their data can be interpreted as a literal depiction of the future state of the atmosphere.
A study of day-to-day weather patterns with an emphasis on understanding the basics of meteorological processes and forecasting. Students read weather reports and weather maps needed to analyze current conditions and forecast weather.
These pages are made possible in part by the Unidata Program, Flanis/JSAni products developed by Tom Whittaker and Bill Bellon, University of Wisconsin : Madison, and by Contributions from our Donors. Current Time: Use the menu above to select your model of choice. Attention User:
Model 4-Panel Non-Operational. Model HRRR; RAP; NAM; NAMNST; RDPS; GDPS; SREF; GFS; GFSFV3; GEFS; CFS; Run Time 00Z; 06Z
Whether you are interested in forecasting, severe weather or more traditional atmospheric sciences, COD gives students of all ages a chance to delve into how the atmosphere works from the start of their academic career.
College of DuPage offers a wide range of academic resources and student activities geared toward meteorology students to help you succeed in your studies and get involved on campus.
At the UCAR homepage, you can obtain computer model information for several different models, and access information on upper air and surface observations, and satellite data. College of DuPage NexLab. University of Illinois Weather Links. Storm Prediction Center HREF Ensemble
Below are links to sites posting output from many of our numerical models. These models attempt to simulate the state of the atmosphere at various times in the future.
Current Time: Use the menu on the left to select analysis products. Attention User: Update (6/25/2024 7:28:41 AM): Thank you for using our website! -The COD NEXLAB Team. For further information, check the following twitter accounts for periodic updates on product generation status and website improvements; @CoDWXData and @CODMeteorology.
Numerical Weather Prediction Index. Tables have been placed on separate pages to accomodate slow internet connections. Use the NWP MODEL INDEX to move from page to page. Click on any name or dot to go to that location's table. Dot color determines model type.
