So, we're driving over this mountain road having no clue, until now, that the amazing geologic structures flashing by the windows are 10 million years old! It's incredible! I know I keep saying this, but I love these videos! And we all love Nick!
I drove to Sonora today looking at metamorphic sea floor shifted 90* with pillow lava on top and basaltic grantet not far away thx nick for giving a noob a new way of looking at the land!
A thumbs up for all the comments below, and a massive THUMBS UP to you Nick for another Gem. Can't wait for the next one. Pete on the Isle of Wight. LOL
Watching with headphones in, dozed off for a bit (sorry, super tired) until you yelled! Ha! Rude awakening, that'll teach me!!!! Glad you survived, LOL!
From a non-geologist but one who has been interested for ages this is great. Thanks! While on trips around the US and abroad I have always thought "Where's that geologist when I need one?" I lived for a while in Kenya in the Nyambene Range in a village at about 6000 ft, and nearby was a rock quarry where stone was quarried to build the school, the clinic and some homes. I was in heaven at the quarry and wished someone was at hand to explain what was going on! Looking forward to more field trips. Oh and back in 1981 I got to participate in a paleontological field trip to the Fort Peck Dam area in MT for 2+ weeks with a prof from the U Of Minn and a group of his students. Being an extra pair of hands I was richly rewarded and learned a great deal on that trip!
I've watched many a lahar video on RU-vid and I find them fascinating and scary. Mostly the vids are shot by locals with their phones, following the first trickles of muddly material as they grow to grey slurries and then thundering flows containing boulders the size of buildings. Nick's pink boulder is exactly like these massive chunks of material.
That was great! I can confirm for folks wary of hwy 10, there are some of these formations along the Palouse-Cascades trail, on the right, more than a mile east of the tunnel. Not nearly as big or dramatic, but I was thrilled to round a corner on Saturday and recognize them.
I applaud your method for viewing outcrops and specimens. You’re simply showing people how to see. Observe what you see. Describe what you see in simple compositional terms. Make some inferences and analyses about how the data came to be. Develop a story or hypothesis and go back and test it with the data. As a fellow educator, I gotta say you teach in a way that I’d like to emulate.
I guessed right, I drove though St Helens the day after coming from California to visit family in Washington, I only knew earthquakes and my days renting a plane and flying solo over the San Andreas, and Owens Valley, much more active here in WA.
9:13 spoiler alert 12:09 coffee break 29:50 Uniformitarian principle aplication It must coincide direction marks from the ripples and cross lamination from sandtone, with the volcanic mud-flow layer erosional marks. Could be interesting take a look about that to your pupils. Great job. Love your work.
I have been seeing what I think are lahars on the Columbia, Rt. 84 roadcuts near Maltnoma falls, poorly sorted big boulders suspended in whitish sandstone looking wall.
Perhaps this lahar got buried by sturdier formations that protected it. As for Cascade volcanoes, they sort of build themselves out of unstable layers of soft goo on steep slopes with large amounts of glacial ice mixed in. During an eruption an enormous jolt of heat and mechanical energy is released, triggering pyroclastic flow, lahar, and ash events. In the longer time frame the "fluff" left on volcano's cone falls victim to the relentless pounding of weather and gravity.
Hey Nick, i will give you $40 for the admission for MT Rainer National park so you can do some videos there Just came back from paradise and sunrise park, and i have many questions about the Geology and im sure others like myself would like to see it. the pass lasts for 7 days sooo... 🤔🤷 free pass right here just saying, love the videos Nick!
I guess I missed the story about why he’s calling himself Ned Zinger. Did someone call him that one time and he decided to go with it? Lol. Also, he previously mentioned he’s 280 lbs but must be about 6’5” or something because 280 doesn’t look bad on him.
I'm going to stick with my hypothesis that this was a result of a pyroclastic flow due to how easily the sediment crumbles and looks like corse ash and ground up pumice. If it was a Lahar which flows like muddy cement I think after a couple of million years it would have hardened enough so you would need a hammer to break it apart.
The Clackamas River in Oregon has a 50 foot deep lahar @70 river miles downriver from its source on Olallie Butte, a shield volcano @15 miles North of 10,500’ Mt. Jefferson.
Franz Lehár; (30 April 1870 - 24 October 1948) was an Austro-Hungarian composer. I'm resisting scratching "Franz was here" on that massive grey wall...
I've seen formations like this in extreme southern Idaho above Utah. Really nice to finally know what they are, Nick. Thank you for another informative video. Jim
Thanks Nick, you got me thinking about that outcrops features were puzzling...they seem to me to be perhaps the over wash from the pacific ocean leaving its basin and sloshing over the land and then retreating back as it stabilizes into its new low points.....leaving those features layered one direction with its specific till and the other; the retreat along with its own particular till....just thinkin :)
I wish you would come down to the Grand Junction, Colorado area! I'm no geologist, but love learning what's around me. We live almost next to National Monument. If you're ever in the neighborhood, I'd show you around.
Found this article today, Nick. Thought you might find it interesting (not related to the topic above, just geology in general) www.geologyin.com/2016/06/opal-discovered-in-antarctic-meteorite.html?fbclid=IwAR2_WWqoOWz_YnnW9w2JnZocfes0aIHGN7aBvU-YmgbrqjP6el-typq4MWM
Thanks for posting these. We made the long drive between Oregon and Montana for years. We took various routes and tried our best to guess at various geographic sites. This answers some of those questions. We are in Michigan living on the Southeast end of Lake Michigan. I spend a lot of time trying to figure out what kind of beach rock I'm holding and how it possibly got to our sandy beach. I found a rock with iron on one side and need to figure out where iron is found.
Wow.! Looks beautiful there. Yakima river looks beautiful too. Beautiful rocks too.! I love learning bout volcanoes, volcanic rocks and etc. There shouldn't be thumbs down.!
*Nick,* I re-watched this 3 hours after the premiere - no buffering issues whatsoever. I speculate that there was a network bandwidth limit at or near the source that couldn't handle 300 simultaneous users during the first viewing. BTW, we are knee scar brothers.
Michael OBrien I am thankful that I can catch these on my schedule. The buffering was frustrating so I took time for life and caught this at 1:30 pm the next day.
There is a lot of fine stratification within the massive. There are verticle groups containing larger stones. They are less horizontal. The depositional layers are in appearence similar. The strat appears to have more similar material for the thick massive and return to more variable materials.