This was the best episode yet. The guests were intelligent rockhounds instead of ignorant treasure hunters convinced they found a meteorite. Have more guests like these guys
I learned a bit about radiation when I found an old blast furnace site . These are some important factors that a person should be familiar with when rock hounding . Number one. Use caution there is a lot of pretty stuff out there and if it was put there then it was put there for a reason . Anyways I am not familiar with the measuring scale your using but if you could convert it to mil REMs an airline pilot is only allowed to take in one REM a year . That is 1000 mila RMs. And the second thing is strength of the radiation of course is important but equally important is exposure time . For example alpha radiation is the weakest of the three types of radiation , alpha ,Beta, Gamma but is considered one of the most dangerous because unlike Beta and Gamma that once you remove the object from say a room , the radiation leaves with it. But Beta actually throws off a radioactive particle that can be ingested or swallowed and could become lodged in your lungs for a long time and that's where exposure becomes the deadly factor. If you suspect that rock with those pretty green crystals on it might be radio active then keep it put somewhere safe until you find out .
There’s seiverts, REMs, and Rads. Each one represents a different type of measurement. I think rems measure industrial or workplace exposure but don’t quote me on that. I vaguely remember this from X-ray school 27 years ago lol. We have to wear a dosimeter at work to ensure we aren’t exposed to too much radiation at work. I imagine pilots probably wear the same thing. I’ve noticed TSA employees wear them when they are working near the X-ray equipment.
Wonderful connection between Mojave rocks, sea beds, and the discussion about radiation. Stones just like these can be found along the California coast near San Onofre beach. And yes, I'm sharing the location, because these rocks polish beautifully. Thanks for a great video!
They can also be found in and near the Coquille river system near the coastal range in Oregon . particularly around the powers area above and below the town. I'm very happy to have found your channel and can already tell I'm going to become a big fan fast.this was my first time watching and just so happens that it's on one of the pretty rocks I have in my collection.im just a girl who enjoys the outdoors with my dog and finds pretty and Interesting rocks for the fun of it. Will be sharing your channel with my family and friends.
This is the fourth or fifth episode I've watched in this series, and am now seriously considering taking a geology class or five. My knowledge base is seriously deficient!
@@brysonalden5414 that's a great area to study geology: tectonically active, all the rock types, lots of interesting history, and great field trips. I'm sure there are great instructors at local community colleges that can get you started
Nice. This is cool. You are sharing your knowledge in a way that (at least so far) is not gate keeping and requiring subscriptions but still gain an audience and seems to be authentic.
next step is to look in the literature and see if anyone has reported piemontite or manganiferous portions of it. I don't believe that formation has that though
I found an Indian artifact in SW VA, in HEL sedimentary area. The artifact was cut from is fine grain, strong, green rock. It isn't native to any rocks in the area. The artifact is called a Banner Stone. It would be nice to identify the rock source. As this appears to show rocks used as money among the Indian population.
So Piemontite is associated the Epidote, Quartz, etc? The crystals, if you can find them are beautiful. Volcanic rocks? An Piemontite schist is found in NZ.
piemontite (and epidote) only form by metamorphic processes, never by crystallization from a magma (as in volcanic rocks). there could be an obscure/rare igneous occurrence, but I'm not aware of it.
What strikes me is how angular some of those pieces are...Were they worked or is that natural? It looks natural. Is it basically the crystal shape of quartz? We just bought a geiger counter for our rockhounding, so I'm stoked to see you look at that! (Be sure to label your new addition to your collectiion)
That was a great deep-dive into their rock sample. We are all smarter from it. Thanks! `i don`t think i want a meteorite` oh you would if you knew what dollar value is attached to those suckers.
I love how they don’t want to give away their secret spot to someone who isn’t likely to exploit it. I get not wanting to share a small outcropping to the internet in general. Pretty pink gneiss. Lol I love how quickly he removed the pendant as soon as the alarm went off. I don’t deal with radioactive stuff but I am an X-ray tech. Most radioactive stuff is fairly harmless as long and you’re not wearing it constantly or breathing in the dust. Probably don’t want it hanging around your thyroid lol. Pretty cool stuff. New subscriber here. If you’re ever in NW Oregon, I have some rocks that need identification. We have some interesting stuff around us. Mostly igneous rocks.
Great stuff, learned a lot and may have some in my collection found near me in Ontario, Canada, Have you been to the Bancroft Gemboree up near me, great rock show.
@@tectonic_city Hi, I am just a rock hound with no formal training mostly taught by my mother who also had no formal training so I do not know what komatites are, I will check that. . I was referring to the piemontite, I remember seeing the pink colour before in some pieces I found quite awhile ago thinking it was feldspar but now I am not sure and will have to try and find the pieces and check further.
Thanks, Very cool to see. I'll need to do Mose test to 'narrow' type mineral \ stone i find. re: mineral Based on colour; Your 'reasoning' why still believing potassium, XRF was 'Not Calibrated'. 26:43 : }
when I say "not calibrated" that means we didn't perform procedures to interpret the quantitative output of the instrument. For example, it may be that 4% calcium shown by the machine is actually 7% in reality. It doesn't mean that the elements are incorrect. The element signatures are defined by fundamental laws of quantum chemistry that are true everywhere in the universe, so if we see potassium in the XRF that means it is there, although the concentration has a large error bar.
@@tectonic_city Thanks, really just trying to help you 'feel better'. Never expected element to Not be noted if there. Good to know 'Checks & Balances' are available. I've found just trying to ID type rock has turned into Chemistry class, i may get lost, but not stopped.
That was curious so I tried googling the safe radiation dosages. The annual public dose limit is 1mSv or 1000 microSv per year. If this is 0.4 microSv per hour just wearing the necklace the whole day (24 hours) will expose you to 9.6 microSv. Multiply this by 365 and you get 3542 microSv per year. This is way above the limit dose of 1000, so I'd say this necklace is actually quite radioactive for such a small piece. By the way, I am talking about the general public exposure. The numbers are higher for those who work with radioactive materials, x-ray workers, etc, so this is still likely considered safe but when it comes to radiation the less the better.
@@tectonic_city Appologies, seems that I was mistaken. I looked a bit more, and the 1mSv is the effective dose for the general public in Europe, but the effective dose applies to the whole body. The dose calculated for a particular organ was the equivalent dose. Anyway, the reference that I used was the website of the European Union (European Agency for Safety and Health at Work). Council Directive Euratome: "This Directive establishes uniform basic safety standards for the protection of the health of individuals subject to occupational, medical, and public exposures against the dangers arising from ionizing radiation. Article 12 (Dose limits for public exposure): 2. Member States shall set the limit on the effective dose for public exposure at 1 mSv in a year. 3. In addition to the dose limit referred to in paragraph 2, the following limits on the equivalent dose shall apply: (a) the limit on the equivalent dose for the lens of the eye shall be 15 mSv in a year; (b) the limit on the equivalent dose for the skin shall be 50 mSv in a year, averaged over any 1 cm2 area of skin, regardless of the area exposed."
sorry I don't identify rocks from pictures alone. we could do a Zoom episode if you are willing to mail me something (will return). email me at whatsmyrock@yahoo.com
I am studying environmental science and we do a lot of geology one of my professors is a geologist, but I am still silly and can’t tell my rocks sometimes
🇦🇺Mt Gravatt4122🇦🇺 I have a large collection of what most call & only see as just rock's n stone's... but in true fact, what i truely have is a massive collection of fossilised Serpents... we all live on the back of a ancient living breathing bleeding breeding entity.. the rainbow Serpent... Mother Nature.. what I stumbled across is breathtaking.. I have a fossilised serpent/rock-stone I can place on top of a tablet/phone with Google earth maps up @ a massive mountain ⛰️ range in beautiful western Australia & place the rock/stone/serpent on top of screen/Google earth maps & she matches up perfectly perfect... everything from the shape n shapes of the landscape the way n ways the landscape lays & is.. even the creeks & river systems on & around this mountain ⛰️ range matchupperfectlyperfect... any-a-ways gets back 2 me & I can show u all I say... God Bless brother xox Tnb from beautiful Mt gravatt Brisbane Australia 🇦🇺 4122
.4 micro seiverts is NOT a health safety issue. I am an ex-Navy Nuke and worked at a defence reactor for 10 years after 9 years Navy duty. You can get a simple chart which converts seiverts to rem and the list will/should provide health safety effects of measurable doses. Dental xrays are of a much higher dose and their is a reson the folks wear leaded aprons and often stand behind sheild walls with leaded glass. I worked roughly 19 plus years in the Nuke Industry and I don't have any extra parts nor have I lost any parts. Hair loss does not count unless that occurs over a two week or less time frame. Great Show.
What if I told you I found gold in Kansas State and I know what you're going to say no geologists has ever proven that there is gold there but I've even taken it to two separate jewelers one in Nebraska and one in Lawrence Kansas and they both said yes it is gold and I know that gold can look like fool's Gold and some of its foals called but what I think it is is gold trapped inside fool's Gold what do you think
@tectonic_city and I know what you're talking about It was most geologists always tried to find gold in Kansas and they said that there is no deposits of gold there but mine came from a quarry and it dumped it in a road and I found it in the gravel of the road and based on my tiny little bit of experience and knowledge of geology or rocks some people are saying that it might be telluride gold but I believe it's pyrite with gold trapped inside but it's a hydrothermal rock and I've got pictures on my TH-cam channel or videos if you like to see
Its either wood or FLESH, not more than 2500 years old, in my opinion! Flood of the Bible, less than 600BC. 586, or something aound there. And, California used to be an Island, so it could have been in water before it was turned to stone.
This was the best episode yet. The guests were intelligent rockhounds instead of ignorant treasure hunters convinced they found a meteorite. Have more guests like these guys
I have not been on the edge of my seat like I was when you moved to the scope. Please make more videos!!!!
Love this!!! Keep making more videos please!!!
More to come!
Loving this series it’s so fun getting real people in front of real scientific instruments. I would love to do something like this
Informative, fun and yes even riveting. Please keep 'em coming.
That's radioactive dinosaur bone is crazy.
love the discuss that a non geologist brings to the table! really fun
I learned a bit about radiation when I found an old blast furnace site . These are some important factors that a person should be familiar with when rock hounding . Number one. Use caution there is a lot of pretty stuff out there and if it was put there then it was put there for a reason . Anyways I am not familiar with the measuring scale your using but if you could convert it to mil REMs an airline pilot is only allowed to take in one REM a year . That is 1000 mila RMs. And the second thing is strength of the radiation of course is important but equally important is exposure time . For example alpha radiation is the weakest of the three types of radiation , alpha ,Beta, Gamma but is considered one of the most dangerous because unlike Beta and Gamma that once you remove the object from say a room , the radiation leaves with it. But Beta actually throws off a radioactive particle that can be ingested or swallowed and could become lodged in your lungs for a long time and that's where exposure becomes the deadly factor. If you suspect that rock with those pretty green crystals on it might be radio active then keep it put somewhere safe until you find out .
We al gotta die somehow.😐
@RoysFineGems
You must be a democrat.
💯
There’s seiverts, REMs, and Rads. Each one represents a different type of measurement. I think rems measure industrial or workplace exposure but don’t quote me on that. I vaguely remember this from X-ray school 27 years ago lol. We have to wear a dosimeter at work to ensure we aren’t exposed to too much radiation at work. I imagine pilots probably wear the same thing. I’ve noticed TSA employees wear them when they are working near the X-ray equipment.
This was my favorite episode from your channel. Very informative. Loved it!
Thanks! I'm glad you enjoyed it!
Very cool. I'm happy to see the video you guys did a very good job
thanks for coming on Kareem!
@tectonic_city you're welcome, and I can't wait to come back
🤩 wow that is the channel I did not know I needed ! Amazing! I will binge your content!
Thanks!
Love the channel, glad to have it in my recommended videos. Only a matter of time till you hit the algorithm lottery!
Thanks!
Wonderful connection between Mojave rocks, sea beds, and the discussion about radiation. Stones just like these can be found along the California coast near San Onofre beach. And yes, I'm sharing the location, because these rocks polish beautifully. Thanks for a great video!
never hurts to ask a professor, but many are busy
They can also be found in and near the Coquille river system near the coastal range in Oregon . particularly around the powers area above and below the town. I'm very happy to have found your channel and can already tell I'm going to become a big fan fast.this was my first time watching and just so happens that it's on one of the pretty rocks I have in my collection.im just a girl who enjoys the outdoors with my dog and finds pretty and Interesting rocks for the fun of it. Will be sharing your channel with my family and friends.
This is the fourth or fifth episode I've watched in this series, and am now seriously considering taking a geology class or five. My knowledge base is seriously deficient!
where are you located?
The Greater Seattle area. Thanks in advance for any guidance on programs!
@@brysonalden5414 that's a great area to study geology: tectonically active, all the rock types, lots of interesting history, and great field trips. I'm sure there are great instructors at local community colleges that can get you started
You read my mind! I have been looking at local community colleges. Side note, a friend is coming over Monday to show me a meteorite he found. Sigh.
Good episode.
I've been finding similar rocks in western Colorado / eastern Utah.
You’re the channel I didn’t know I needed!
thanks and tell a friend:)
Very conversational, i appreciate your enjoyment in discovering the puzzle.
Thanks for watching!
Impressive and interesting. Thank you.
Nice. This is cool. You are sharing your knowledge in a way that (at least so far) is not gate keeping and requiring subscriptions but still gain an audience and seems to be authentic.
happy to share, technically professors are public servants after all
Using Microstrat, I get the Pinto Gneiss 1500-1600ma for the San Bernardino Mountains. Really enjoyed this video.
next step is to look in the literature and see if anyone has reported piemontite or manganiferous portions of it. I don't believe that formation has that though
@tectonic_city that formation says its has feldspar. You could get some tock and do an Analysis
Cool show, I will go watch more episodes after I subscribe! Thank you
thanks, glad you enjoyed it!
Wow, this was funny and really information. You've won a sub in myself.
Thanks for subscribing!
Nice, Gneis 😅 greetings from Germany 🤗
Vielen Dank!
Ha! NEW to your Channel>45 years or so ago I largely got through Geology 101 by memorizing the specimen collection!
whatever it takes to pass LOL
This was a really good episode.
yeah these guys were great
Just subscribed. I just found your video but I just looked at the clock it's 3:40 am New Years day will finish watching after I get some sleep.
Happy New Year!
Brilliant. Subscribed.
thanks and tell a friend :)
I have found the same in colorado and out here in southern california.
I found an Indian artifact in SW VA, in HEL sedimentary area. The artifact was cut from is fine grain, strong, green rock. It isn't native to any rocks in the area. The artifact is called a Banner Stone. It would be nice to identify the rock source. As this appears to show rocks used as money among the Indian population.
go to your local geology department or next time you're in Southern California you're welcome to come on the show!
Great video! Just subscribed.
thanks!
So Piemontite is associated the Epidote, Quartz, etc? The crystals, if you can find them are beautiful. Volcanic rocks? An Piemontite schist is found in NZ.
piemontite (and epidote) only form by metamorphic processes, never by crystallization from a magma (as in volcanic rocks). there could be an obscure/rare igneous occurrence, but I'm not aware of it.
What strikes me is how angular some of those pieces are...Were they worked or is that natural? It looks natural. Is it basically the crystal shape of quartz? We just bought a geiger counter for our rockhounding, so I'm stoked to see you look at that! (Be sure to label your new addition to your collectiion)
some of the pieces are cut into cabochons. the others have flat surfaces that formed naturally during metamorphism
Very cool 😊
I have a piece of chalcedony that has nearly perfect yellow cubes inside it as inclusions. What are the cubes ?
maybe pyrite, but I'd have to see it in person
That was a great deep-dive into their rock sample. We are all smarter from it. Thanks! `i don`t think i want a meteorite` oh you would if you knew what dollar value is attached to those suckers.
@@leechild4655 I have a friend who sells meteorites
This looks very similar to the Piedmont uplifting in Alabama.
Reminds me of the quartzite at the climbing area called The Back of the Lake at Lake Louise, Alberta.
Great video man. Thanks for sharing. I would love to see if my dino bone display pieces are radioactive. Thats a trip i had no idea. Thanks man🤙
safe to assume it is until you get it tested
Great video this is some really interesting stuff, what was the last thing you added that turned the one black?
not sure what you mean, can you give a timestamp?
I can imagine that the SEM and the saying "I was wrong" is a common occurrence.
100%
I love how they don’t want to give away their secret spot to someone who isn’t likely to exploit it. I get not wanting to share a small outcropping to the internet in general. Pretty pink gneiss.
Lol I love how quickly he removed the pendant as soon as the alarm went off. I don’t deal with radioactive stuff but I am an X-ray tech. Most radioactive stuff is fairly harmless as long and you’re not wearing it constantly or breathing in the dust. Probably don’t want it hanging around your thyroid lol. Pretty cool stuff. New subscriber here.
If you’re ever in NW Oregon, I have some rocks that need identification. We have some interesting stuff around us. Mostly igneous rocks.
Terrific adventure in time and squeeze Mg pink
My rock is gravel. Yay, it's not a very fashionable rock unless you're building a driveway.
Full of mica and garnets and quartz also
Hey The Professor, look what I brought, now tell me what's my rock, hahaha, great!!
You didn’t do a streak test!?
well, honestly a streak test would not have been very useful for this particular specimen. streak tests are helpful for certain minerals only
I have found that very same knees in railroad tracks .
That’s great guys
Great stuff, learned a lot and may have some in my collection found near me in Ontario, Canada, Have you been to the Bancroft Gemboree up near me, great rock show.
I bet it has lots of komatiites
@@tectonic_city Hi, I am just a rock hound with no formal training mostly taught by my mother who also had no formal training so I do not know what komatites are, I will check that. . I was referring to the piemontite, I remember seeing the pink colour before in some pieces I found quite awhile ago thinking it was feldspar but now I am not sure and will have to try and find the pieces and check further.
Never tell anyone where you find your rocks crystals or fossils.
Thanks, Very cool to see. I'll need to do Mose test to 'narrow' type mineral \ stone i find.
re: mineral Based on colour; Your 'reasoning' why still believing potassium, XRF was 'Not Calibrated'. 26:43 : }
when I say "not calibrated" that means we didn't perform procedures to interpret the quantitative output of the instrument. For example, it may be that 4% calcium shown by the machine is actually 7% in reality. It doesn't mean that the elements are incorrect. The element signatures are defined by fundamental laws of quantum chemistry that are true everywhere in the universe, so if we see potassium in the XRF that means it is there, although the concentration has a large error bar.
@@tectonic_city Thanks, really just trying to help you 'feel better'.
Never expected element to Not be noted if there. Good to know 'Checks & Balances' are available.
I've found just trying to ID type rock has turned into Chemistry class, i may get lost, but not stopped.
It resembles kona dolomite
That was curious so I tried googling the safe radiation dosages. The annual public dose limit is 1mSv or 1000 microSv per year. If this is 0.4 microSv per hour just wearing the necklace the whole day (24 hours) will expose you to 9.6 microSv. Multiply this by 365 and you get 3542 microSv per year. This is way above the limit dose of 1000, so I'd say this necklace is actually quite radioactive for such a small piece. By the way, I am talking about the general public exposure. The numbers are higher for those who work with radioactive materials, x-ray workers, etc, so this is still likely considered safe but when it comes to radiation the less the better.
US federal govt says 50 mSv/year. where are you getting 1mSv/yr?
@@tectonic_city Appologies, seems that I was mistaken. I looked a bit more, and the 1mSv is the effective dose for the general public in Europe, but the effective dose applies to the whole body. The dose calculated for a particular organ was the equivalent dose. Anyway, the reference that I used was the website of the European Union (European Agency for Safety and Health at Work). Council Directive Euratome: "This Directive establishes uniform basic safety standards for the protection of the health of individuals subject to occupational, medical, and public exposures against the dangers arising from ionizing radiation. Article 12 (Dose limits for public exposure): 2. Member States shall set the limit on the effective dose for public exposure at 1 mSv in a year.
3. In addition to the dose limit referred to in paragraph 2, the following limits on the equivalent dose shall apply:
(a)
the limit on the equivalent dose for the lens of the eye shall be 15 mSv in a year;
(b)
the limit on the equivalent dose for the skin shall be 50 mSv in a year, averaged over any 1 cm2 area of skin, regardless of the area exposed."
Man I got some rocks you can identify. 🤠🦎🤠
you're welcome on the show anytime
@@tectonic_city Thanks. Where are you located? Not sure I can travel to you yet but maybe we could mail you some rocks. Or something. 🤠
Meteorites are worth quite a bit...
Would you please have a discussion with Roger Spur muddfossil university😊
I invited him and he contacted me but he refused to send me a rock for me to examine. Unfortunately, I won't do the show without a rock.
@@tectonic_city Haha
The first Rock I had a few the same color layers etc .. I through them back to mother nature. Lots of does in Canada .
Kareem my man what’s up?
Gneiss is nice.
ive been waiting!
Hey Professor, Im not able to bring my rocks in due to geography and health issues. Can I send you photos?
sorry I don't identify rocks from pictures alone. we could do a Zoom episode if you are willing to mail me something (will return). email me at whatsmyrock@yahoo.com
I am studying environmental science and we do a lot of geology one of my professors is a geologist, but I am still silly and can’t tell my rocks sometimes
🇦🇺Mt Gravatt4122🇦🇺 I have a large collection of what most call & only see as just rock's n stone's... but in true fact, what i truely have is a massive collection of fossilised Serpents... we all live on the back of a ancient living breathing bleeding breeding entity.. the rainbow Serpent... Mother Nature.. what I stumbled across is breathtaking.. I have a fossilised serpent/rock-stone I can place on top of a tablet/phone with Google earth maps up @ a massive mountain ⛰️ range in beautiful western Australia & place the rock/stone/serpent on top of screen/Google earth maps & she matches up perfectly perfect... everything from the shape n shapes of the landscape the way n ways the landscape lays & is.. even the creeks & river systems on & around this mountain ⛰️ range matchupperfectlyperfect... any-a-ways gets back 2 me & I can show u all I say... God Bless brother xox Tnb from beautiful Mt gravatt Brisbane Australia 🇦🇺 4122
well next time you're in California you're welcome to bring it on the show
I have a rock thet i found in jurupa valley it is kuartz blue i think
lol don't give up the gneiss location, sorry guys no on is making money off gneiss.
Okay
This rock is a nice, I like!
sorry, somebody had to do it ;-)
.4 micro seiverts is NOT a health safety issue. I am an ex-Navy Nuke and worked at a defence reactor for 10 years after 9 years Navy duty. You can get a simple chart which converts seiverts to rem and the list will/should provide health safety effects of measurable doses. Dental xrays are of a much higher dose and their is a reson the folks wear leaded aprons and often stand behind sheild walls with leaded glass. I worked roughly 19 plus years in the Nuke Industry and I don't have any extra parts nor have I lost any parts. Hair loss does not count unless that occurs over a two week or less time frame. Great Show.
thanks for the reassurance :)
What if I told you I found gold in Kansas State and I know what you're going to say no geologists has ever proven that there is gold there but I've even taken it to two separate jewelers one in Nebraska and one in Lawrence Kansas and they both said yes it is gold and I know that gold can look like fool's Gold and some of its foals called but what I think it is is gold trapped inside fool's Gold what do you think
based on my knowledge of Kansas geology it would seem unlikely, but I'll keep an open mind. you'll just have to come on the show
@tectonic_city I have pics and proof
@tectonic_city and I know what you're talking about It was most geologists always tried to find gold in Kansas and they said that there is no deposits of gold there but mine came from a quarry and it dumped it in a road and I found it in the gravel of the road and based on my tiny little bit of experience and knowledge of geology or rocks some people are saying that it might be telluride gold but I believe it's pyrite with gold trapped inside but it's a hydrothermal rock and I've got pictures on my TH-cam channel or videos if you like to see
Its either wood or FLESH, not more than 2500 years old, in my opinion! Flood of the Bible, less than 600BC. 586, or something aound there. And, California used to be an Island, so it could have been in water before it was turned to stone.
Theyre a cute couple. I like their rocks
I have an idea why don't you just call it regional metamorphosed schist.
well it is that, but we often want to get more specific
My turn where are you from?
we film in San Bernardino California
Biology.
typical tight-A rock hounds. you gonna die and take those rocks with you?
oh just let them have their fun
Maybe? 😂
Tell me what the rock is in my thumb nail and banner same stone thumb nail pic is under UV
sorry as a policy I don't identify specimens in pictures over the internet
@@tectonic_city well others have and this is the first yoopalite found in Australia glowing sodalite with green gem