Session Details
Airborne electromagnetic (AEM) data is becoming increasingly vital in the fields of mineral exploration and geological mapping. However, the rapid expansion in AEM data availability has outpaced our ability to effectively integrate and utilize it in exploration and regional mapping programs. This introductory course aims to bridge that gap by enlightening participants on the strengths and weaknesses of AEM methods, illustrating its applications and providing hands-on experience in data interpretation. Attendees will learn about the range of applications of AEM data, basic theory and the key steps involved in data acquisition, processing, modelling and inversion. Case studies and hands-on exercises will introduce concepts and tools for the geological interpretation of AEM data and target generation for mineral exploration.
This course is suitable for geologists at all levels wanting to increase their knowledge on the applications of AEM data and approaches for interpretation. It is also suitable for geophysicists wanting to increase their knowledge and experience with AEM data.
Top takeaways:
- Develop a comprehensive understanding of AEM (Airborne Electromagnetic) methods and their applications in mineral exploration and geological mapping
- Gain foundational knowledge of the basic physics behind AEM and the properties of various rocks. Learn the different levels of processing, modelling, and inversion in AEM data analysis.
- Become familiar with various AEM systems, survey specifications and other key considerations in AEM surveys
- Analyze case histories to understand the application of AEM in mineral exploration, geological mapping and groundwater studies