Turkey Impact Craters, Türkiye'nin çarpma kraterleri ve çarpma etkileri
Large crater center
Pamukkale, Turkey Earth crust breaking impact, Crustus Confractus.
Turkish Black Sea Jasper, Köksal Dursun collection. This is a type of harmonic impression from the big impact at Aral Sea. https://www.hillbillyu.com/asia-craters
High shock metamorphic with sequence - The matrix is a shock made sphere a drop. Arriving after that in the impact explosion is the geometric sequence. These lines of manganese or black iron oxide are highly charged and make a second order fractal (dendrite). The crossing phenomena is common to impact shock harmonics.
Tahir Kivrak · Aug. 19,2022·
What could this be
Giant Plasma Bubble Chain Craters. This is rare to see this large. Also this impact has cobalt. You can see the iron in the reflection. Nov. 16, 2024.
Geniemae Chen
A series of canyons and chines filled with water on both sides form an oasis with turquoise waters located between high altitude sandstone rock formations,
Tashyaran Valley - Usak
Crater fingers indicate the impact came from the east.
About resonance and charge.
Dendric Opal (Turkey).
The central area with the circular feature and the outside banding are resonance physics. Dendrites (fractals) are a charged physics. As you can see they do not blend well at the same time. The outside pattern is known as Turing Patterns a physics of non mixing. With more energy the patterns melt mix. You can also see an area in the upper left that has iron mixed from the great amount of energy meting it. April 10, 2025.
Exquisite fossil wood from a very limited area in Turkey. Known as Collawood, this material features chrysocolla, malachite, azurite, and various other copper associated minerals which replaced the organic wood over time and gave it the striking blues, greens, reds, and wild patterns .
Exceptionally rare, this stuff commands attention wherever it goes!
- Turkey
Credit Rollie Emerson
First let's establish that the grain banding may not be wood fossil grain. It can also be the imprint of the shockwave. Also the blue is likely cobalt. Tis is an impactite. The meteor/bolide contained copper, cobalt and although this specimen does not feature it, iron. The fractal patterns are a charged effect. April 10, 2025.
Are craters round? Let's look at the fault structure under the crater. The faults represent many earth impacts and bigger impacts which tend to occur earlier get distorted. Some craters penetrate the earth's crust (Crusta Confractus) and some spread out on the surface building up the landform above the sea level. You see the same on other planets although they do not have seas just crossing crater distortions. April 12, 2025.
Kraterler yuvarlak mı? Kraterin altındaki fay yapısına bakalım. Faylar birçok toprak etkisini temsil eder ve daha önce meydana gelme eÄŸiliminde olan daha büyük etkiler bozulur. Bazı kraterler yer kabuÄŸuna nüfuz eder (Crusta Confractus) ve bazıları yüzeye yayılır ve deniz seviyesinin üzerinde yer ÅŸeklini oluÅŸturur. Aynı ÅŸeyi diÄŸer gezegenlerde de görüyorsunuz, ancak denizleri yok, sadece krater bozulmalarını geçiyorlar.
The Black Sea is a double crater with the west larger crater occurring earlier. April 12, 2025. Illustration from: Revealing the mysteries of the Black Sea - GeoExpro
Historical Files ·
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The juxtaposition of an emptied Black Sea with a massive quarry draws attention to the remarkable similarities in their physical characteristics. The distinct seabed of the Black Sea, which has been shaped by tectonic processes, bears a striking resemblance to the human-engineered excavation seen in the quarry. This observation prompts intriguing inquiries into the origins of the Black Sea's formation. Delving into whether this natural depression displays evidence of ancient human intervention or is solely a result of geological forces could provide valuable insights into Earth's geological evolution and the processes influencing its topography.
The complexity of the crustal faults cannot be explained with raft/plate tectonics. It does make sense with impact crater tectonics. April 12, 2025.
... & Siebel 2002). However, similar to their volcanic counterparts (Altunkaynak & Gen ̧ 2008), these granitoids do not exhibit geochemical signatures of an active subduction zone magmatism for the origin of their magmas. The melt sources, the magmatic evolution and the nature of the heat supply for the production of syn-extensional granitoids in the Aegean province remain, therefore, some of the most signifcant questions in the late Cenozoic geodynamic evolution of this region.
Syn-extensional granitoids in the Menderes core complex and the late Cenozoic extensional tectonics of the Aegean province
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Apr 2009
More large crater over crater orogeny. Earthquakes are the resulting crustal stress resolving from earlier impacts. April 12, 2025.
Published in 2006
Shock agate with reflective bounce back patterns from the edges and from a top secondary mass making a crossing breakup pattern. Can you see it? April 12, 2025.
Large impact mega clast. The largest one has a shock arc inclusion. April, 12, 2025.
Image: The Sanctuary of Beglik Tash, near Primorsko on the Black Sea coast, Bulgaria.
Source: Wikimedia Commons; photographer Ivo Filipov
Heat mosaic cracking surfaces shown on lower left section. April 12, 2025.
Earth is like the other planets it has craters within craters. April 15, 2025.
Bathymetric map of the Aegean Sea (data from Marine Information Service, 2016).
Earthquake map shows more detail about the zone with a big three of Crusta Confractus, breaking the earth's crust. Earthquakes are the crust resolving this stress. These impacts occurred by size. The universe sorts with larger collison occurring first. April 15, 2025.
Geological and morpho-tectonic map of the Aegean, extracted from Mascle & Mascle (2012) and modified.
The more you look at maps the more crates you can identify. April 15, 2025.
