Mexico, Central & South America Impact Craters
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Finding another new crater from my desk. This specimen was posted on Facebook "What's my rock." It was collected by Roberto Aramburo in Mazatlán, Sinaloa, Mexico. It is a shock made agate. You can tell by the surface patterns. Those are rejection patterns in a granular particle crystal habit forming the famous "Turing Patterns." While volcanic or tectonic forces have some of the energy requirements to make this specimen the mineral diversity density is not indicative of those physical mechanisms. Also this level of heat exceeds the typical range of non impact force. The circles in the Turing Patterns are of a qualitative higher energy pattern and are associated with shock.
And of course there is Chicxulub
And the Big Gulf of Mexico Crater Nobody is aware of.
Central America
Impactites from the Jaco Crater in Costa Rica. High resonate with The Fibonacci Sequence.
Jaco, Costa Rica Crater >>
Rio Grande do Sul, Brazil Crater
Rio Grande do Sul, Brazil Crater
Impact sphere from the Amazon Basin Impact. Specimen collected by: David Narvaez
Big type 2 subduction crater.
Now just for fun, lets look at this pathetic paucity called the "official" world crater map.
Now any serious impact crater researcher gave up on that "official" bunch a long time ago. Shown below is a better one that got made.
Impact Tectonics - While not a subduction circle, you have to remember that the statistical mean for impact is 45 degrees. Therefore the highest crustal stress will be in the pile up side of the crater which would be it's most affected arc. Above you can see a large circle with a smaller one. The smaller one appears to be a vertical hit of high power and relatively recent.
Impact made moving compressed bubble tubes froming fractal to cone. Pino Hachado, Neuquen, Argentina. Very old earth Type 2 Subduction Crater. This structure is coning, a shock harmonic principle same as shatter cones. Coning can occur without harmonics, however as this structure is pointing upwards a drip cone is not possible.
So here is a beautiful picture of a 2 billion year old mountain exposed in Venezuela; ask yourself how would this get exposed and why is it flat on top? The usual answer is tectonic plate collision. One side rolls up the other down. But would that not have the newest strata on top? Earth accretion impact tectonics would say this is a very old impact with mass that helped build up the earth's size. It happened 2 billion years ago and was so large it is still exposed. The tectonic faults are a feature of the impact still evident as complex stress cracks that are in movement and resolving stress equations.
The giants golf tee and ball - Is like the Giants causeway in Scotland, those giants really were global sports brought golf to Bolivia from Scottland.
As you know this is an impact sphere with iron from the impacting bolide. The golf tee structure is a fractal cone, a harmonic upward and part of the event. It is still branching so was not dissipated when the tee was constructed. The ball went up and landed here probably fusing as this was a simi plasma hot 3 to 4k F.
Mysterious Things in the World
· Oct. 10, 2922
Incredible mushroom-shaped rocks from Falsuri (Bolivia) Now the question that does not want to remain silent. How did this rock get there?
The Nazca Type 2 Subduction Crater a Crusta Confractus (CC).
Oct. 10, 2022
The average angle of impact is 45 degrees. The universe is made of a collision accretion cycle. Early in the universe more collision and bigger thus planets. Mars has around 600,000 surface type 3 exploding impact craters and is half of Earth's size. There are no demonstrated plate tectonics going on in the galaxy or our solar system. Plate tectonics is planet plates broken by the Type 1, 2, & 3 impacts. By gravity mapping from space you can see these accretions as lows or highs depending on how far into the earth they were absorbed. Earthquakes in the present are the crust still resolving these stresses. Crust thickness is a result of these accretions. While plate tectonics would seem to explain the shape of the south American and African coast it is less explanative than impact accretion as the earth swelling in size would be a mechanism for crustal separations to accommodate a swelling sphere or almost sphere as a composite made ball will not be an exact sphere which the earth is not.
Round impactite spheroids. Aug. 27, 2023.
Amazing Petroleum Geology & Oil Industry Lovers
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Valley of the Moon, Argentina
Vertical shockwaves imprinting. Coning left side. Sept. 7, 2023.
Geology
Jordan Naomi · ·
Can anyone tell me anything about how these interesting/ imposing rocks formed? Found cycling through the mountains in Torres de Piedra, Peru.
Very high power vertical coning. Sept. 24, 2023. The Valley of Souls loccated in Bolivia.
Impact Sphere with plate flaking and bricking. Oct. 5, 2023.
Daniel Aran · ·
Anyone have any idea what I'm seeing here?
I took this photo on a mountainside in Costa Rica (not far from the Carara National Park).
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Image Credit : Inspired By Maps - Shutterstock
THE MYSTERIOUS STONE SPHERES OF COSTA RICA
Oblate elongation motion orogeny. Oct. 5, 2023.
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Impact sequence. You can infer sequence from earlier crater distortions. The Brazil crater is the most surface established. These other craters were type 1 earth penetrating Crusta Confractus impacts. This type leaves the least surface expression. Oct. 5, 2023.
Impact expansion. The strata is imprinted with the wavelengths of the impact shock. It expanded so fast it made voids. Upward coning is a frequent response to the upward energy being transferred. Oct. 16, 2023.
Jorge Rodriguez · ·
Anticline in Cretaceous limestone strata , located in Ojo Caliente , Sierra Madre Oriental , Victoria Tamaulipas , México .
That is high heat mosaic cracking. Columbia is a partial crater. Jan. 13, 2024.
Steven DeVries · ·
These come from down in Colombia in a mountainous area, Chaparral, about 3.5 hours northwest of Bogota. It looks like a crust hardened and then ??. Can somebody give me an idea how these happened?
Coning features with surface shock constellationing. Jan. 21, 2024.
Michelle De Saint Pierre · ·
This guy is a little big to take home. Isla Negra, Chile.
Fluidized Impact made strata, the iron is imparted late. The limestone conglomerate is part of the blast strata ejected from the crater. Magnified this strata clearly has the Constellationing white granular particles an impact pulverization to a common particle sorted by distance. March 17, 2024. Location shown below orange dot.
David Bressan · 49m ·
Syn-tectonic stretched migmatites and granites (intruded into the host rock during the tectonic deformation) with undeformed post-tectonic granites and pegmatites in Araçuaí, Brasil
https://twitter.com/DrAndrewMiles/status/1769297292354326809
The Amazon Basin is a Big Old Crater. March 17, 2024.
Like Karst rings, earthquakes can make a shadow ring around a crater for the same reason as impact rubble makes voids. Due to either recency or strength some crater rings are still shifting. Figure 2 is karst ring around Chicxulub, Shown below is earthquake they can't figure out at guess where, Chicxulub and the karst ring (karst are voids in the earth generally).
While non perpendicular angles of impact when exploded will make a circle you can still see the rubble splash out directionally. March 30, 2024.
