KEGS 2022 Symposium 

Due to the disruption of in-person gatherings caused by the COVID-19 pandemic, KEGS held a virtual symposium in 2022 which comprises four sessions over four days in March, 2022. The recorded talks can be accessed below. The final program for the 2022 Symposium can be found here.

1. David Roy-Guay - Magnetic Intelligence – enhanced magnetic surveys for geophysical exploration

2. Brandon Hume - Understanding the Effects of Mineralizing Fluids on Petrophysical Properties: A study of Magnetic Properties in a Cu-Au System at Upper Beaver, Canada

3. Jeff Thurston - Case studies showcasing new developments with your existing potential fields datasets

4. G. Phelps - Increasing the precision for rotary wing UAS aeromagnetic surveys

5. Andy Dyke - Successful drill targeting supported by a HiSeis 2D Seismic program at the PureGold Mine in Red Lake, Ontario and expectations for a future 3D seismic program.

6. Alexi Morin - Characterization of a rock cliff’s seismic activity with unsupervised learning: a case study from Gros-Morne, Haute-Gaspésie

7. Arnaud Mercier - Open seismic hardware: a step towards accessibility in mineral exploration

8. Douglas Schouten - Cosmic Ray Muon Tomography

9. Camille Hébert - pXRF: A new generation of density sensors for mineral exploration?

10. Andrés González Quirós - A numerical assessment of electrical imaging for seawater intrusion monitoring in heterogeneous coastal aquifers

11. D. Köhn - Characterization of a complex fault system by 2D acoustic Random Objective Waveform Inversion

12. M. Markovic Juhlin - Diffraction recognition using deep learning,

13. Esben Auken - New electromagnetic sensors as the drive for a much more widespread usage of geophysical subsurface images

14. Aamna Sirohey - Airborne EM MobileMTm – technical details and applications

15. Adam Smiarowski - Frequency-domain EM and magnetic data in a mining environment for geotechnical information; examples from the Quadrilatero Ferrifero area of Brazil

16. Chong Liu - 3D inversion of large loop surface-borehole TEM data

17. Marc A. Vallée - AEM interpretation with the sphere model