I’ve been experimenting with some new geophysical survey tools lately to improve our site evaluations. Recently, we used a combination of induced polarization and resistivity imaging on an area in Nevada, and the results were promising. I’d love to hear what tools others have found valuable for discovering new ore deposits in their own explorations.
I’ve had some luck with gravity surveys too; it’s like finding hidden treasures, but you need the right map! Hopefully, we can keep refining our tools — maybe the real gold is in the tech itself, huh? What specific geophysical challenges have you run into?
It’s great to hear about your success with induced polarization! I once used a combination of magnetometry and spectral analysis on a site, and it felt like deciphering a geological puzzle. Just remember, even the best tools can sometimes lead you down the wrong rabbit hole, so always keep your expectations in check, @clarkson_j57.
I’ve paired induced polarization with ground penetrating radar, and it’s been a game-changer in identifying ore bodies with more precision. I agree on keeping expectations realistic; sometimes, you can stray into >the wrong rabbit hole< if you’re not careful, but it’s all part of the learning process. What area are you looking at in Nevada?
I totally get the challenge of fine-tuning those geophysical surveys. I recently tested a combination of magnetometry and induced polarization, and while it showed promise, the data interpretation drove me nuts sometimes — those anomalies can be deceiving! I’d be curious to see how your resistivity imaging stacks up in comparison. Have you thought about integrating more advanced AI tools for data analysis?