Alaska, USA Impact Craters
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The craters inside the earth accretion crater wall.
Earth crust breaking impact came first which is why you have a volcanic crater rim. Note in the top map how a smaller impact occurred in the lower section did not break the crust and has no tectonic effect.
Alaska is attached to a complex big Canadian Crater sysem.
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Alaska is also an overlap crater of this big Russian crater. The earthquakes are the rubble broken earth crust edge resolving that stress.
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Plate tectonic theory cannot explain why plates would have arcs that are so permanent. Arcs are not a form plates make when pushed together. Why would the Alaska Crater arc be so much stronger than another to resist it? The Alaskan crater is an earth crust breaking impact and has a complete subduction at this crust point. Earth accretion theory can explain this.
This is a very rare fossil. Tapering stem with point. Talkeetna, Alaska by Mark Lee. It is a fossil palm frond. So why would Alaska be so warm? Why would an immature plant be fossilized? Instant fossilization from the big Aleutian Impact that made the Island crater circle ring. Planet earth was warmer not a travel of earth plates from tropical location.
Ray Forage obsession. While it is true Scotland has these compression and expansion geologic features this occurs all over the world as it is an impact made phenomena and the earth has a million craters. Take a look at this specimen from Alaska. Bubble expansion with cinder type voids.
Column Basalt Akun Island. This is a bubble type phenomena. In fact you can make this yourself. Take a large bubble wand and run with it and make an elongated bubble. Now take a multiple bubble wand and run with it and the bubble edges will compress against each other making geometric tube shapes. The large earth accretion impact a type 1 which is absorbed into the earth which made the arc of Aleutian Island chain broke the earth's crust causing this bubble splash volcanic feature. It is not limited to earth crust breaking impacts and can be found in impactites and many less powerful impacts.
Fairy stone type cojoined impact spheres. May 28, 2024.
Teddy Marhenke · ·
Is this anything? Found on the Kenai peninsula in Alaska.
Fairy stones like shown above are impact drops from the deep bedrock in the final upblast material. Most fairy stones are not cojoined spheres just distorted drops usually. May 29, 2024.
Meteor mottled impact mega clast. Black iron oxide is imparted from the meteor. All of this jumble is impact mega clast. Nov. 29, 2024.
Phillip Elliott
Three for Thursday! We really like these spotted granodiorite boulders from the Kenai Peninsula here in Alaska. (Just don’t count the baby in Matt’s hand)