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Explosive weathering can bring about the full civilization of the Bronze Age, Explain New Investigation

Meteor strikes on the ground are very rare. It seems that, for that reason, the consequences of a planet might be ruin. For example, the Chicxulub event, that is to say, eliminated the dinosaurs and effectively eradicated the age of mammals. However, it seems that the great meteor can cause damage, even if it does not hit the Earth. Even if those who enter the remote environment may be quite wide. This effect corresponds to the mysterious disappearance of the human civilization that is now known in the Bronze Age.

Missing city

This situation (but the urban state) was known as Tall el-Hamman, and nowadays it lives in an area of ​​modern-day Jordan. According to archaeological explanations, Tall el-Hamman was definitely a city. He also controlled a nearby area with a surface area of ​​over 50 hectares. This space was part of the strategic urban cities (characteristic of the typical Aesophian cities of the Bronze Age), and it was located at Taller el Hamman, about 3 kilometers long. It also defended a rich, fertile soil, fortifications and other shelters. Archaeologists still have not been successful in the military invasion of the city.

Despite the probability and apparent power of el Hamman's eloquence, people and farms have also disappeared on the map, without any explanation or explanation.

It could be thrown into a single event that lasted 3,700 years ago. What happened at that time also promoted an important part of Dead Sea's salt in that area, covered with hot anhydride and, therefore, stimulating. In fact, it was only 600 to 700 years old, so that humans can return to the environment.

So what happened to the ancient city state?

Middle Ghor event

The answer to this question has recently been the collaboration of several universities and institutions: DePaul University, Elizabeth City State University, New Mexico Tech, Northern Arizona University, NC State University, Trinity Southwest University, Comet Research Group, and Los Álava Laboratory National

The group declared a meteorite explosion that destroyed 500 hectares of kilometers (now known as Ghor Media), including Tall el-Hamman and its satellite villages. The explosion was so powerful that all the crustal buildings were destroyed, leaving only the foundations of the archaeologists.

This explosion also had some other destructive effects, such as turning ceramic reservoirs into glass. The inhabitants of the Bronze Age drank. These people, with a total of 65,000, could also be erased by corruption. The Middle Ghor caused colossal shockwave, fertile soils and dead sea inlet (that is, located in the south of Tall el-Hamman).

These probabilities could have erased a rich meteorite from a meteorite.

This new study has been published American School of Oriental Studies 2018 annual meeting

The paper includes abstracts of data, which is currently called "Middle Ghor Event", as well as a project led by a researcher at the Trinity Southwest University, as demonstrated by Tall el-Hamman.

This research can also be reported in a newer history – Tunguska destruction. Tunguska entered Krasnoyarsk's modern era in Northern Siberia. In 1908, reports of an unprecedented explosion of magnitude began to emerge. According to witnesses, the sky was "split" and the end of the fire was shown. It seems that a monkey with more than 100 meters was burned millions of trees in the Tunguska taiga forest. The area was hardly populated, although the snowy lands that were there were killed in large numbers. The "Tunguska event" also felt at the nearest human locations (about 35 km).

The delays in accessing the site, delays in the absence of any clear or cratic effect, and the controversy led to controversy about what happened at Tunguska for hundreds of years. The theories that arose from the investigation started from a stunt vehicle coupled around a black zone.

In the end, however, as a result of lesser studies on samples taken from Tunguska, the meteoros reacted to the atmosphere, which was more than Tall el-Hamman. This made it possible to find minerals and deposits, such as Lonsdaleite (a form of carbon fiber, related to the explosion of a meteorite of rich graffiti), small rocks from the body of the meteoric nucleus and the body cosmic body.

Trees on the flat carpet around Tunguska around "Event" (Source: Wikimedia Commons)

Meteoro really is such a threat?

Events like Tunguska, as well as Chelyabinsk's most recent examples, meteorites could be a serious threat to the ground. These events are also linked to the energy level between 2,092 and 83,68 petajoules.

On the other hand, such meteorological events are also rare. After that, we just saw the closest cosmic objects approaching the planet – Nearest approaches to NASA, Followed by Leonid meteoro shower – more than 200,000 kilometers deviated from one planet to another. In the case of a shower of meteorites, the parts of the comet are burned in the atmosphere as in most of the meteors.

The research on incidents such as Ghor Ghor and Tunguska has shown us that we are concerned about the terms that live on land in large measure (scientists more soccer fields). It can be expected that the technology detected and, perhaps, deviate, continue developing in the future.

Top Picture: Dead Sea Jordan this day. (Source: Wikimedia Commons)


A meteorite blast may have eliminated the ancient Dead Sea communities in 2018, Science news,…, (accessed November 25, 18)

Asteroids Closer to the Earth in November 2018 – Something to worry about? 2018, Science Evolution,, (accessed on 25 Nov. 18)

Tall el-Hammam-City and State: Insights for the 13 Excavation season, 2018, Organizational Processes of the Year 2018 American Ecological Research (page 96), http: // …, (accessed November 25, 18)

3.7kaBP Ghor Ghor Event: Catastrophic End of Bronze Age Civilization, 2018, Annual Meeting for Oriental Research 2018 American Schools (pages 151-2), http: // …, (accessed November 25, 18)

N.A. Artemieva et al. (2016), "From Tunguska to Chelyabinsk via Jupiter", Annual analysis of Earth and Planetary Sciences, 44 (1), pags. 37-56

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