You cannot cut flint correctly with a fossil inside which you do not know how it is oriented. In addition the flint fractures easily following the internal weaknesses (and therefore following the fossil). The fossil is just a little damaged with the chisel on the outside, area where it was already damaged (pebble). Polishing is done on bulky and symmetrical fossil cuts (ammonite type), I'm not a fan and impossible here with an internal mold.
A lot like our ancestors. They are often found in waste or flint tools. Sometimes even the fossil becomes a decorative element of the tool. www.google.com/search?q=biface+fossile&tbm=isch&source=iu&ictx=1&fir=13hrwqQ8bNZ1UM%253A%252ChAgc7J-SuHS-AM%252C_&vet=1&usg=AI4_-kQZp1TpyKWdyiNre5GWwHOF1G1eQw&sa=X&ved=2ahUKEwi6lY2blurmAhUhx4UKHWUsC08Q9QEwAXoECAoQBg#imgrc=13hrwqQ8bNZ1UM:&vet=1
I thought all geodes had hollow space on the inside with crystaline formations. This looks like a fossil imprint. That said, I'm no expert. Not even a novice. Either way. Pretty cool you just smacked that hidden clam out of a chunka rock.
That is a saltwater petrified heart those holes are the actual artery holes, Mudfossil university channel has done all the research dna tests everything (on other body parts) check out his channel anyway very very eye opening...
There are very few flint nodules with cavities (see links at the end of the video), but even less with the trace of a fossil (often visible from the outside since the fossil is the initiator of the formation of silica ).
Flint formation is a complex phenomenon. It is generally accepted that this rock is formed from seawater or lake saturated with hydrated silica, the opal which, by epigenesis, evolves chemically in microporous calcedonite, then in compact calcedonite and in quartz. This phenomenon can occur: in tropical climates, at times when red soils have undergone intense physical and chemical alteration (weathering); either by the decomposition of siliceous exoskeletons of marine organisms such as plankton1 (including diatoms) or certain sponges; either by massive contributions of silica by the oceanic sedimentation of volcanic ash during violent eruptive episodes. The silica then precipitates on the ocean bed, in the form of agglomerates forming nodules, or by filling the cavities left in the chalk (or another form of limestone) and crystallizes into nodules. It seems that certain objects or organisms could have helped to initiate the crystallization of certain flints. For example, there are fossils of sponge or sea urchin in the heart of some flint. Discontinuities in the mud (organic remains, mucous-lined burrows, cracks or fractures, low-porosity areas) often serve as seeds on the wall from which silica crystallizes.
Oh jesus even though it's a solid please use a pipe cutter to get geodes open unless they are agatized inside. Then you can use a tile saw. Never chisel one open. Never! You could damage crystals or other potential minerals inside the geode that could make the geode extremely valuable.
"A thunderegg (or thunder egg) is a nodule-like rock, similar to a filled geode, that is formed within rhyolitic volcanic ash layers". So no we are very far, here it is a sedimentary formation (no fossils in volcanic formations) with a flint nodule (full geode). A geode may be full, this is more commonly called a nodule (here flint nodule). This remains a form of erratic crystallization, severals are not full with calzedony (other video, link at the end). Thanks for watching
A geode may be full, this is more commonly called a nodule (here flint nodule). This remains a form of erratic crystallization, severals are not full with calzedony cristalisation.
A geode may be full, this is more commonly called a nodule (here flint nodule). This remains a form of erratic crystallization, severals are not full with calzedony cristalisation. You're welcome.
Yes, good idea to destroy the fossil footprint. I agree for a standard geode however this is clearly not possible here since we do not know how the fossil presents itself inside (and it is not in 2D).
Yes, A geode may be full, this is more commonly called a nodule (here flint nodule). This remains a form of erratic crystallization, severals are not full with calzedony (other video, link at the end). Thanks for watching Lire la suite
Not agate, flint. a geode may be full, this is more commonly called a nodule (here flint nodule). This remains a form of erratic crystallization, severals are not full with calzedony cristalisation.
A geode may be full, this is more commonly called a nodule (here flint nodule). This remains a form of erratic crystallization, severals are not full with calzedony cristalisation. How to explain the cristalization of the fossile if there are not cavity ? How to explain the nodule formation if there are not cavity in the mother Stone ?
Nice vedio friend
I adore the desert and search for strange and rare stones and historical and natural places
Beautiful stone
I feel like you wrecked that rock 😆. Cutting and polishing maybe doesn't work for flint?
You cannot cut flint correctly with a fossil inside which you do not know how it is oriented. In addition the flint fractures easily following the internal weaknesses (and therefore following the fossil). The fossil is just a little damaged with the chisel on the outside, area where it was already damaged (pebble). Polishing is done on bulky and symmetrical fossil cuts (ammonite type), I'm not a fan and impossible here with an internal mold.
Bonjour, tu as le coup d'œil pour repérer un fossile, Bravo. A bientôt.
Salut Tomcat, oui visible sur l'exterieur celui ci. Merci de ton passage à bientôt !
Very interesting
I find those a lot here in North Central Kentucky. Limestone madness I tell ya...
Wow I use a lot of flint like this to make arrowheads i wonder how many times I've broken fossils
A lot like our ancestors. They are often found in waste or flint tools. Sometimes even the fossil becomes a decorative element of the tool.
www.google.com/search?q=biface+fossile&tbm=isch&source=iu&ictx=1&fir=13hrwqQ8bNZ1UM%253A%252ChAgc7J-SuHS-AM%252C_&vet=1&usg=AI4_-kQZp1TpyKWdyiNre5GWwHOF1G1eQw&sa=X&ved=2ahUKEwi6lY2blurmAhUhx4UKHWUsC08Q9QEwAXoECAoQBg#imgrc=13hrwqQ8bNZ1UM:&vet=1
Only 10 minutes.
top👍👍
I thought all geodes had hollow space on the inside with crystaline formations.
This looks like a fossil imprint.
That said, I'm no expert. Not even a novice.
Either way. Pretty cool you just smacked that hidden clam out of a chunka rock.
💪💪
That is a saltwater petrified heart those holes are the actual artery holes, Mudfossil university channel has done all the research dna tests everything (on other body parts) check out his channel anyway very very eye opening...
No.
Ihave one similar rock and i have no idea if it will look like that when open it
Anyway must open the rock until you gain the idea. Hhhh if you want the gold must you do it everyday nor you don't gain it.
Parabéns passando pra deixar um super like🤙🤙
ممتاااااز
هل هاذا الماص؟
Muito bonita a pedra
very informative channel
Thanks
we have alot of the same rocks as yours i didnt know they contain crystals...
There are very few flint nodules with cavities (see links at the end of the video), but even less with the trace of a fossil (often visible from the outside since the fossil is the initiator of the formation of silica ).
تعرف
السلام عليكم
Sometime stone don't find inside it anything but you must open all the stone.
Are these worth anything?
I don't know
Hispanic
السلام عليكم
rocks are body parts.that is a helical heart with valves.
we can find it lots in kurdstan. right new
What's dat music u playing dawg
Ce piatra este aceea
💰💰💰💰💰wow , nice Video💰💰💰💰💰
En España hay unas piedras(nódulos) que las rompes y salen cangrejos fosiles
Bien
Anyone know how that happened please??
Flint formation is a complex phenomenon. It is generally accepted that this rock is formed from seawater or lake saturated with hydrated silica, the opal which, by epigenesis, evolves chemically in microporous calcedonite, then in compact calcedonite and in quartz.
This phenomenon can occur:
in tropical climates, at times when red soils have undergone intense physical and chemical alteration (weathering);
either by the decomposition of siliceous exoskeletons of marine organisms such as plankton1 (including diatoms) or certain sponges;
either by massive contributions of silica by the oceanic sedimentation of volcanic ash during violent eruptive episodes.
The silica then precipitates on the ocean bed, in the form of agglomerates forming nodules, or by filling the cavities left in the chalk (or another form of limestone) and crystallizes into nodules.
It seems that certain objects or organisms could have helped to initiate the crystallization of certain flints. For example, there are fossils of sponge or sea urchin in the heart of some flint. Discontinuities in the mud (organic remains, mucous-lined burrows, cracks or fractures, low-porosity areas) often serve as seeds on the wall from which silica crystallizes.
@@AirNormand thank You for the well constructed reply, this explanation helps alot understanding the formations. Well done you and thanks.
oi amigo está pedras tem valores eu tenho muitos desta pedraa obrigado
😊
😁😁😄😄
تعرف
Fait une deuxième chasse aux fossiles
Crétacé sans doute
En effet.
Oh jesus even though it's a solid please use a pipe cutter to get geodes open unless they are agatized inside. Then you can use a tile saw. Never chisel one open. Never! You could damage crystals or other potential minerals inside the geode that could make the geode extremely valuable.
The Geode Collector dude just let him rock, your crushing the vibe.
Lindas
Can 5hese geodes be found 7n California?
Hello, i don't know, if there are chalk cliff formations or limestone cliff in California, you can find these.
Con los dedos no se limpi pq le dejas grasa humana, se usa un pincel seco
Salut mon ami,cool ce fossile !👍😉 merci du partage à bientôt !
Merci à toi de ta visite.
Waqalati alyahoodu yadu Allahi maghloolatun ghullat aydeehim waluAAinoo bima qaloo bal yadahu mabsootatani yunfiqu kayfa yashao walayazeedanna katheeran minhum ma onzila ilayka min rabbika tughyanan wakufran waalqayna baynahumu alAAadawata waalbaghdaa ila yawmi alqiyamati kullama awqadoo naran lilharbi atfaaha Allahu wayasAAawna fee alardi fasadan waAllahu la yuhibbu almufsideena
Traf
Its really not a geode but its called thunder egg
"A thunderegg (or thunder egg) is a nodule-like rock, similar to a filled geode, that is formed within rhyolitic volcanic ash layers".
So no we are very far, here it is a sedimentary formation (no fossils in volcanic formations) with a flint nodule (full geode).
A geode may be full, this is more commonly called a nodule (here flint nodule).
This remains a form of erratic crystallization, severals are not full with calzedony (other video, link at the end).
Thanks for watching
@@AirNormand ttttttttty
it's not a geode or a thunder egg , it's flint .
A geode may be full, this is more commonly called a nodule (here flint nodule).
This remains a form of erratic crystallization, severals are not full with calzedony cristalisation.
معي أحجار كثيره
Já dei o like e me inacrevi. Parabéns, amigão. Se der, passa em nosso canal escreva também. Abraços!
That's a fossilized body part of a Titan. Lol maybe
Just a bivalve.
Boahh!
music name ?
Cualquier piedra es geoda en RUclips
A geode may be full, this is more commonly called a nodule (here flint nodule).
This remains a form of erratic crystallization, severals are not full with calzedony cristalisation.
You're welcome.
Familia lopes silva se inscreve like
و
Распилить не пробовали?
Can you translate in english or french, i don't understand (even with translator).
This is jade
no flint
If you want good results cut this in trimsaw...
Yes, good idea to destroy the fossil footprint. I agree for a standard geode however this is clearly not possible here since we do not know how the fossil presents itself inside (and it is not in 2D).
AirNormand very true also a trim saw used for trimming not cutting a item that size ( prob just a kid )
Hi
Sorte encontrar pedra dessa
nodule of flint
Yes, A geode may be full, this is more commonly called a nodule (here flint nodule).
This remains a form of erratic crystallization, severals are not full with calzedony (other video, link at the end).
Thanks for watching
Lire la suite
Looks like agate not a geode
Not agate, flint. a geode may be full, this is more commonly called a nodule (here flint nodule).
This remains a form of erratic crystallization, severals are not full with calzedony cristalisation.
@@AirNormand not a geode.
石を割って楽しいのかね？
わからん
インターネットでコメントするよりも楽しい。
+1 abo
Not a geode.
a geode may be full, this is more commonly called a nodule.
This remains a form of erratic crystallization.
Cristal
@@AirNormand not a geode. "Geode : a small cavity in rock lined with crystals or other mineral matter."
A geode may be full, this is more commonly called a nodule (here flint nodule).
This remains a form of erratic crystallization, severals are not full with calzedony cristalisation.
How to explain the cristalization of the fossile if there are not cavity ?
How to explain the nodule formation if there are not cavity in the mother Stone ?
我有一个石头
hebat
Riheldamonamaun
Eso no es una geoda ok
a geode may be full, this is more commonly called a nodule.
This remains a form of erratic crystallization. ok
oi
hii
Dislike
Like.