{"id":76,"date":"2012-06-04T14:23:06","date_gmt":"2012-06-04T14:23:06","guid":{"rendered":"https:\/\/catalogs.wcsu.edu\/ugrad2627252624251213\/sas\/courses\/meteorology\/"},"modified":"2026-06-16T09:21:02","modified_gmt":"2026-06-16T13:21:02","slug":"meteorology","status":"publish","type":"page","link":"https:\/\/catalogs.wcsu.edu\/ugrad\/sas\/courses\/meteorology\/","title":{"rendered":"Meteorology"},"content":{"rendered":"

MTR 150 Meteorology\u00a0 4 SH<\/strong>
\nA general introduction to meteorology. Topics to be discussed include the physical causes behind atmospheric vertical structure, atmospheric motion, atmospheric stability and cloud formation, warm and cold precipitation, large-scale high and low pressure systems, planetary jet streams, the global circulation, air masses and fronts, mid-latitude cyclone structure and evolution, thunderstorms, tornadoes, and hurricanes with an introduction to physical and regional climatology (3 hrs lecture, 2 hrs laboratory). Prerequisite<\/em>: MAT 100 or equivalent.<\/p>\n

MTR 240 Climatology 3 SH<\/strong>
\nThis is an introductory course in climatology. Topics include solar and terrestrial radiation, the general circulation, global and local forcings of temperature and precipitation patterns, air-sea interaction, climate classification schemes, global warming, and climate change. A survey of anomalous local climate patterns will be included. Daily weather discussions of global weather patterns utilizing real-time weather data in the WCSU Meteorological Studies and Weather Center will be used to reinforce course material (3 hrs lecture). Prerequisite:<\/em> MTR 150.<\/p>\n

MTR 260 Practicum in Weathercasting 2 SH<\/strong>
\nThis course provides an introduction to production and performance of video weathercasts. Students will gather weather data and forecasts, produce appropriate graphics, and present the information on-camera. This will all go towards developing skills in telling the weather story and forecast in a clear and understandable manner, as would be appropriate in a local television news format. Not for major credit. In addition to the practicum work, students will meet for a weekly 2 hour lab\/discussion section to develop performance and production skills and critique student weathercasts. Every semester. Prerequisites<\/em>: MTR 150, MTR 240. May be repeated with permission of instructor up to three times.<\/p>\n

MTR 298 Faculty Developed Study\u00a0 3 SH
\n<\/strong><\/p>\n

MTR 299 Student Developed Study\u00a0 3 SH<\/strong><\/p>\n

MTR 330, 331 Operational Forecasting & Weathercasting I & II 3 SH each
\n<\/strong>This two-semester lab\/practicum will introduce students to the daily operations of a weather consulting and forecast center. Students will be assigned day or evening shifts in WCSU\u2019s Meteorological Studies and Weather Center where they will forecast, service client needs, and perform duties normally required of meteorologists working in either public or private operational forecasting centers. Lab work will include instruction in local, regional, national, and international forecasting techniques, use of operational weather prediction models, and interpretation of radar and satellite imagery. Practicum work may include radio and television weathercasting for campus media outlets, data entry and analysis, issuing severe weather statements, preparation of weather graphics and material for newspapers and the general public (2 hrs laboratory, 6-8 hrs practicum). Prerequisites\/Corequisite:<\/em><\/em> For MTR 330: MTR 231 and MTR 311; for MTR 331: MTR 330.<\/p>\n

MTR 490 Advanced Topics in Meteorology\u00a0 4 SH<\/strong>
\nCourse content will vary depending on interest of instructor and students and will cover all aspects of meteorology and atmospheric science not normally addressed in 200-level or 300-level courses. Topics may come from such diverse areas as microscale meteorology, electrodynamics of clouds and storms, numerical weather prediction, mesoscale modeling, boundary layer turbulence, atmospheric chemistry, air-sea interaction, coupled atmosphere-ocean models, middle atmospheric dynamics, aeronomy, or solar-terrestrial interactions.\u00a0Prerequisites\/Corequisite:<\/em> MTR 311 and MTR 315, or permission of the instructor.<\/p>\n","protected":false},"excerpt":{"rendered":"

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