Below are examples of exercises developed for ATMOS 100 - Introduction to Meteorology
(all content is copyright 2003, Department of Atmospheric Sciences, University of Illinois)
Exercises are listed alphabetically by topic.
Topic |
Description of Exercise |
Exercise used in class |
Computer Program to accompany exercise |
air pollution |
evaluate the potential for high air pollutions episodes using maps and soundings |
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air pollution - smog |
examine how meteorological & non-meteorological factors influence smog |
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air temperature data |
compute mean temperatures, degree-days, and temperature ranges using real data |
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climate and crops |
examine how climate and location affect crop growth |
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cloud formation & topography |
see how humidity changes over a mountain |
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cloud identification |
identify cloud types from slides (requires slides by instructor) |
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contouring maps |
learn to contour isotherms and isobars on weather maps |
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controls of surface temperature |
determine how greenhouse gases, clouds, and albedo influence temperature |
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Coriolis force |
learn about the Coriolis force by simulating a ball rolling on a rotating platform |
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cyclone development |
determine where surface cyclones form based on upper air data |
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cyclone tracks |
examine U.S. cyclone tracks and typical weather associated |
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El Nino and the Southern Oscillation |
examine sea surface data to identify El Nino and the Southern Oscillation |
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El Nino & Precipitation |
see how precipitation varies across the country during El Nino |
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forces & wind |
learn how each force affects wind direciton and speed |
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enhanced greenhouse effect |
examine ways man has influenced and can change greenhouse gas concentrations |
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front identification (forecasts) |
identify what types of fronts will pass based on weather forecasts |
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front identification (maps) |
analyze a weather map by identifying frontal positions based on station data |
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greenhouse effect facts |
test your knowledge before class of the greenhouse effect |
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heat transfer |
identify heat transfer methods in common experiences |
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hurricane characteristics |
learm about hurricanes by plotting the track as it moves along the East Coast |
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hurricane tracks |
explore the climatology of hurricane tracks over a several year period |
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hurricane structure |
learn the basics of hurricane structure (requires radar and satellite) |
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lake effect snow |
identify the relationship between lake effect snow and wind |
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lightning |
test your knowledge of lightning with this myth/fact quiz |
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moisture (observations) |
determine moisture properties from station observation data |
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moisture in every day life |
questions about how moisture manifests itself in our everyday lives |
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pressure gradient |
learn more about how to identify pressure gradients on weather maps |
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satellite |
learn to interpret satellite data via imagery and loops |
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station models |
make personal weather observations & create station models |
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stability and vertical motions |
review of stability and lapse rates |
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thunderstorm forecasting |
forecast thunderstorm formation from weather data |
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tornado - myth or fact |
test your knowledge of tornado safety with this myth/fact quiz |
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weather forecasting from models |
practice your forecasting skills using numerical model output |
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