Stop with the bullsh!t welcome to country. No one cares

I think I’m actually going to tattoo a skarn on my chest along with a few strikes actually give the tattoo artist pieces that I have found because I go outside and play and I listen to experts like this expert that is dedicated probably years of his life, studying middle of the night and to share this information with us, it’s such a blessing

A 5-6%er checking in 😂 Love the discussion. Very informative and entertaining 👍👍

Tyler explains things very well regarding AI. Despite my ignorance, a very interesting video about how AI is applied to the real world, thank you.

A light table

Why do people virtue signal about lands, other never owned and/or lost in wars. Would you do this for the Christians or the Greeksand Armenians of Anatolia? Which was conquered around the same time. (Actually, the Armenians just lost their traditional homelands in rhe last couple of years, to the Turks. Who committed genocide against them But sssh! We don't talk about them. They are White.) The Turks and other conquerors, usually exterminated everyone. This just about crapping on White Europeans and making them feel guilty. The Europeans somehow did things differently than any other peoples. But then again, saying anything about non White people being both murderous and racist, is probably racist in your eyes. They above reproach, right?

Excellent talk! First I would like to thank Dr Jessica and second I appreciate the novelty of the talk by Tyler and Alex!

So, they are the elephants in the room.

Thank you so much for having me on Geohug, it was so much fun and I loved the conversation that followed!

Well done Ross. I have just done something similar for an epizonal gold antimony project. The Fe to Ca numbers are picking up the sulphide, ankerite, siderite and calcite zones. Combined with trace metals it is working on pXRF soils

Amazing video, very interesting.

Fantastic talk. Thanks to both David and Jessica!

FFS !!

Great thanks to Francois for your sharing. Also, should we use fire assay for Carlin-type Au ore samples please?

Ghosts of rhodinia…Nuna? Brilliant.

Shadows of Nuna persist at depth! So the Mantle Transition zone provides water right? The LLSVP’s are they slab graveyards or remnants of Thea -earth collision? Oh, the Andean subduction zone post dates a lot of plate Pangea plate breakup and motion so there could well be interesting developments between micro plates and larger Argentinian blocks. Timing….I am looking for signs…just south of the el Indio Au province. Copper porphyries at the Miocene hinge? At a plate fold…in a translithopheric rhombic/transpression basin. I certainly agree with your approach. We are drilling a bit in no-man’s land.

Shadows of Nuna persist at depth! So the Mantle Transition zone provides water right? The LLSVP’s are they slab graveyards or remnants of Thea -earth collision?

I had no idea that the surface of the ocean mimics the topo of the sea floor, this is incredible. And certainly impressed with the difficulty of finding the vents, and all the technology involved in studying them, great talk, thank you, John and thank you, Geohug for hosting

Fantastic talk. Thanks for sharing this content.

3:30 lined with sphalerite xls!! Cool!

Well done something I never thought would interest me did 👍🏽

You should see the Meteorite and Impact masses that have the 6 sided metal stars in them, Very rare. I have many.

I literally discovered this 7 years ago and was blocked by Mainstream Liars. Heartland Gold and Gemstones. Australia. But the biggest deposits are impact created Volcanic pops, during initial impacts. Facts.

The batu hijau is the type 1 porphyry deposit, and if you go 60 km to the east, there you will be face the example of the type 2 of elang porphyry

Thanx alot from a prospector from sweden//Fredrik

A Great Talk is an understatement. Thank you from the bottom of my geophysical heart to you Larry and Jessica. I've worked on a number of skarns around the world, but I had to focus primarily on their geophysical responses, namely sulphides and magnetite. Now I have your interpretation criteria and even The Master Diagram. I feel like I have entered a higher Masonic level. It will improve my interp for skarns. K

A great talk Jen. I''ve been working on epithermals in AZ so this is opening my eyes to what I may have missed, particularly older mineral systems. Cheers.

Thank you for sharing you explain it very clearly. Wonderful video thanks again.

Thank u for talk Helen Degeling

Clear as mud, but I was able to extract some useful information with my very limited understanding. Thank you. As a self educated surface prospector this stuff really makes the mind work hard to gain the required understanding and apply it to my own prospecting area.

38:40 Wait what? No there aren’t. That is approximately the maximum estimated effusion rate of the enormous 1783 Laki eruption. Now, in the case of Iceland’s current Sundhnúksgigar eruption(s), it was the _inflow rate_ to the mid-crustal magma chamber, that was estimated at 7,400 cubic m/s. As for the effusion rate-the rate of lava actually exiting the edifice at the surface-the maximum effusion rate was measured during the spectacular first hours of the December 2023 eruption of this series, and the IMO only estimated it at “hundreds of cubic meters per second”, which was impressive for one of these modern “Reykjanes Fires”-type events, but in no way on par with the scale of something like Laki in 1783 or Eldgjá in 939 CE. Moreover, this was only a _maximum effusion rate_ . The average effusion rate is much, much smaller, down to single- or low double-digit cubic meters per second. If the Sii Ax eruption had long-lasting effusion rates of 1500 cubic m/s, that is impressive. Rather than separate flows, I think what is being observed is the fact that within single eruptions, flow lobes, channels, and lava tunnels can get choked off or blocked, such that no new lava is being transported to the lava front. At this point, a new lobe begins to advance, sometimes over the older lobe, or as a breakout emanating from further up the older lobe. This may occur several times in a single eruption. Alternatively, as we see in Iceland currently, multiple “eruptions” from the same magma source may occur just days after one another, with basically identical bulk compositions and even mostly identical petrological characters, though over the life of the eruption the crystal fraction is likely to increase, concomitant with a decrease in eruptive temperature and volatile gases, in a simple “Wadge-type/Type I” basaltic effusive eruption, modeled as the simple tapping of a pressurized magma source, whose effusion rate-initially high-decays exponentially. Though technically there are different “eruptions” caused by different feeder dikes breaching the surface, the lava exuded by them may be almost impossible to distinguish. But awesome talk generally. I crave any information about these super-understudied volcanoes that I can get, and the work of LeMoigne especially seems awesome…have to check that out. The NCVP is a very interesting volcanic province.

The success of such companies like imdex lies in the incompetence of the field and staff geologists especially of big corporations. They rather delegate the jobs than upskil themselves.

Soon all the licences will be handed over to Russians for the protection fron the west.

starts at 4:53 min, nice talk

Rare detailed description of the area in general, of Dasa, and of Myriad's licenses.

Fantastic presentation - very interesting

Good stuff👍

I used a truScan a while back. It was pretty neat except that it seemed unable to understand that the read head is 3d, so it wouldn't raise up properly when the core had an elevation change, it would lift a bit late. I found that strange since it had an elevation map of the core from its first scan. What this lead to is damage to the head and it would push the core around and fail to scan it. Was doing this in ~2019 so hopefully that issue has been resolved by now, since it was just a software implementation thing and not a hardware issue.

Thank you Dave and Jessica. I am just back from Cambodia to my home in Lao PDR. 70% of our geophysics is with Chinese clients. They are less risk aversive and yes have Beijing setting their KPIs. When I started with Placer Pacific in 1985, North America was setting our KPIs and we were making discoveries and Mines. We are now making discoveries that are smaller in the most part, but the big discoveries will happen again because of the supply demands. I don't get caught up on which countries benefit. Empires come and go. But the climate temperature rise is nothing we can deny. Record highs here at the moment. A shame the Gross World Burning chart could not be up to 2024. A big increase in renewables since 2018. 劳动节快乐 - HAPPY LABOUR DAY. Keiran Logan/Logantek.

Awesome show! I'm older guy who had the pleasure of working with my dad running zinc and lead mines. We used pine oil I set up the first spectrophotometry lab. LoL 1972

Very interesting stuff...... If you are a prospecting nerd.

We are a LS epithermal on a passive rift margin on western edge of yilgarn in Western Australia

Great presentation by Lynthener Takenaka. Thank you so much for such a kind presentation. I hope we explore Diomond. Special thanks to Dr Keast who has a great deal for the GEOHUG webinar.

Thank you so much for sharing this video. This is a stunning video about U deposit. Good Job Dr Jessica Keast!

Leapfrog geo don't have the script option. It's only micromine that able to operate, run and generate python coding within the software, so no need external support (Panda, numpy, etc). FYI

If the mineralization is different on each side of a fault, those differences could have lead to the fault forming there. Or, the fault could have led to the differences.

Nicely done Travis! Great summary!

Excellent talk! Super useful!

I would love to see the PDF on vein system pics

That poor mans family, wow, 3 weeks of burning pain and still didn’t recover. So sad 😞