The Eastern Michigan University (EMU) weather program supports students in the environmental science, earth science, earth science secondary education, and geography programs. Students can start learning about forecasting weather including severe weather to satisfy their general education requirements. Students have used this to explore a career interest in broadcast meteorology or weather forecasting. Students can continue on to more traditional weather survey and climate change courses that serve the earth and environmental science programs. Students can use these degree programs to continue on to a meteorology or climatology graduate program and compete for graduate assistantships that provide paid tuition, fees, and a stipend. Students can also use the general education experience at EMU with proper advising to complete their four-year meteorology degree program elsewhere starting in their Junior year.
- Earth Science Major Requirements
- Environmental Science Major Requirements [See Atmosphere and Climate Concentration]
- Geography Major Requirements [See Physical Geography Concentration]
Weather and Climate courses offered currently and in the past:
- ESSC 101 Introduction to Weather and Forecasting
- ESSC 105 Climate Change in Human Times
- ESSC 212 Weather, Climate, and the Earth System
- ESSC 300 Introduction to Hydrology
- ESSC 320 Oceanography
Forecasters and weather students analyze various weather maps, radar and satellite images, weather models and more. These are more data dense than viewed on public media such as TV and phone apps. Use the drop down menus to access publicly available weather data used by weather forecasters.
Access Great Lake surface temperature and ice cover and US river flood stage.
Access current and archived data from EMU's weather station on the roof of Mark Jefferson Science Complex.
Access surface-based U.S. Doppler radar images to see precipitating weather systems and their movement.
Access satellite images of the atmosphere including visible, infrared, and water vapor images. More functionality with images and loops are available at each location.
- GOES East Full Earth Disk 12 image (2 hr) loop visible (day) and infrared (night)
- GOES East Continental US 12 image (2 hr) loop visible (day) and infrared (night)
- GOES East Continental US 12 image (2 hr) loop infrared (band 13)
- GOES East Continental US 12 image (2 hr) loop upper troposphere water vapor (band 8)
- GOES East high-resolution multiple hour loops of areas of interest
Skew T Diagrams
Access weather balloon data plotted on a special skew T diagram that allows analysis of precipitation type, air quality, and severe thunderstorm potential.
Access data from the network of weather balloons placed on weather maps of decreasing pressures (and therefore increasing altitudes) to get a cross-section of the atmosphere.
Access data from various weather models from rapidly updating short-term regional weather models to long-term global weather models. The links below takes you to one weather model output selection page for each model. Go to the Model Analysis and Guidance page for more options.
- Rapid Refresh (RAP) model is a regional model with new data every hour.
- North American Model (NAM) is a longer forecast range regional model.
- Global Forecast System (GFS) is the longest forecast range global model.
- Global Ensemble Forecast System (GEFS) is an ensemble forecast system with multiple model runs (ensemble) providing a range of forecast guidance.
- NAM and GFS Forecast Skew-T diagrams
- Model Output Statistics (MOS) are a statistical method of transferring model data to ground stations for a more traditional station weather forecast. MOS statistics will be soon phased out, but are included until that happens.
Access various long-range and hazardous weather forecast outlooks.