Meteorology examines the atmosphere and weather phenomena.
Atmospheric dynamics, climate and forecasting
Fundamental meteorological concepts provide preparation for more advanced topics.
Prediction models and satellite imagery
Weather-prediction models and satellite imagery connect atmospheric questions with different kinds of information. The Remote Sensing and GIS guide discusses related observation and spatial-data themes. A model represents selected relationships, while observations provide evidence against which an interpretation can be considered. Explaining their relationship is part of understanding how a forecasting question is investigated.
Climate modelling and atmospheric chemistry
Climate modelling and atmospheric chemistry extend the range of atmospheric science. Comparing different climates and weather patterns can help identify the conditions relevant to a question. The scale, data and assumptions of an investigation should be clear when interpreting its conclusions. Statistics provides related tools for interpreting data, and Cartography considers the presentation of geographical information.
Related professional interests
Weather broadcasting, environmental consulting and climate research are examples of related professional interests.
Planning further study
For a particular course, request the current curriculum, entry requirements, award details and assessment arrangements. Confirm practical supervision, facilities, placements and any professional recognition directly for the intended programme.
Browse INTIAU Courses for other subjects, or use Contact for questions about university services.
The WMO Information System overview links weather forecasting with observations from land stations, ships, buoys and satellites.
Questions about Meteorology
How do atmospheric dynamics, climatology and forecasting relate?
Atmospheric dynamics, climatology and weather forecasting are the core areas. They provide different ways to examine the atmosphere and weather patterns. A useful study plan should make the relationship between these areas clear.
Which atmospheric variables can observations examine?
Temperature, humidity and wind speed are examples of atmospheric variables. They connect theoretical study with questions about observation and evidence. An observation task should make clear what is being measured and how it relates to the question being investigated.
Article illustrations
