China Makes History With 11,000-Meter Dig: One of The Deepest on The Planet in Search of Prehistoric Rocks

Written by Bruno Teles

Published on 21/12/2024 at 23:16

Os cientistas usaram uma máquina de perfuração avançada capaz de atravessar 10 camadas de rochas densas, enfrentando temperaturas extremas e condições geológicas complicadas. Equipamentos de última geração e técnicas inovadoras garantiram precisão em cada metro cavado no deserto de Taklimakan.

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Ambitious Project in the Taklimakan Desert in China Aims to Reach 11 Thousand Meters Deep to Study Rocks from the Cretaceous Period, Revealing Secrets from 145 Million Years Ago and Pushing the Limits of Modern Engineering.

China is conducting an impressive excavation to reach 11 thousand meters deep. But why would someone take such a risk? The answer lies hidden in the depths of the Earth.

The Tarim Basin and the Taklimakan Desert

The excavation is happening in an extreme place: the Taklimakan Desert, the largest in China. This arid and challenging location is not just an ordinary desert. It is home to the Turpan Depression, an oasis 154 meters below sea level, and the Xiaohe Tombs, one of the most fascinating archaeological sites in China.

The journey began on May 31, 2023, when Chinese scientists decided to explore the Earth’s past by digging through layers of rock dating back to the Cretaceous Period, 145 million years ago. This quest promises to reveal hidden secrets that could transform our understanding of the planet’s formation.

ARTICLE CONTINUES BELOW

Objective: Rocks from the Cretaceous Period

The region is also known for its oil reserves, and drilling to 11 thousand meters deep aims to explore these resources in ultra-deep areas. However, exploration presents significant technical challenges due to the difficult underground conditions, such as high pressure and extreme temperatures.

The main focus is to reach rocks formed during the Cretaceous Period, an era when dinosaurs roamed the Earth. To achieve this, scientists must traverse 10 layers of rock formations. However, even upon reaching 11 thousand meters, they will still be far from the Earth’s mantle, located at 30 thousand meters deep.

It is not an easy task. According to engineer Sun Jinsheng, the difficulty can be compared to driving a truck on two thin steel cables. The rough terrain and complicated underground conditions make the Tarim Basin one of the most challenging locations on the planet for any exploration.

What We Can Learn from Deep Rocks

The rocks being extracted contain minerals like quartz and mica, formed by magma that covers a quarter of the planet. Studying these formations can help understand how the Earth formed, evolved, and reached its current state.

In addition to unveiling the planet’s past, this research also has practical implications, such as the discovery of new mineral resources. Excavation in the Tarim Basin could put China at the forefront of global geoscience.

Projects of this magnitude require cutting-edge technology. The machine used needs to drill through dense layers of rock and operate in extreme temperatures. It is a brilliant example of how engineering and science can overcome monumental challenges.

To give an idea, it’s like building a skyscraper upside down on a terrain that seems to resist every advance. It is a masterpiece of planning and execution.

The Future of Excavations in China

The discoveries made in the Tarim Basin will not only enrich Chinese science but also contribute to the advancement of geology and global exploration.

With this experience, China is already preparing for even more ambitious projects, aiming to better understand the mysteries of the Earth and perhaps even other planets in the future.

China is literally digging deep into the history of our planet, and the results promise to be transformative. In a world where each scientific advance brings us one step closer to understanding our origin, this excavation is an open window to the secrets buried at the heart of the Earth.

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david

#107499

29/12/2024 14:38

Que lamentável, pessoas sem noção discutindo ciências.

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leofarias

#107267

29/12/2024 08:51

Acho que eles estão procurando mesmo são as riquezas que se encontram nas profundezas da terra 🌎 ouro diamante 💎 turmalina etc e ficam com historinha que estão atrás de estudos pré-histórico . A China sempre foi ambiciosa

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Leandro Moreira(@leandromoreir)

#106606

28/12/2024 12:02

Daqui a pouco chegam na amazônia…!!!

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China Makes History With 11,000-Meter Dig: One of The Deepest on The Planet in Search of Prehistoric Rocks

Ambitious Project in the Taklimakan Desert in China Aims to Reach 11 Thousand Meters Deep to Study Rocks from the Cretaceous Period, Revealing Secrets from 145 Million Years Ago and Pushing the Limits of Modern Engineering.

The Tarim Basin and the Taklimakan Desert

Objective: Rocks from the Cretaceous Period

What We Can Learn from Deep Rocks

The Future of Excavations in China

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China Makes History With 11,000-Meter Dig: One of The Deepest on The Planet in Search of Prehistoric Rocks

Ambitious Project in the Taklimakan Desert in China Aims to Reach 11 Thousand Meters Deep to Study Rocks from the Cretaceous Period, Revealing Secrets from 145 Million Years Ago and Pushing the Limits of Modern Engineering.

The Tarim Basin and the Taklimakan Desert

Objective: Rocks from the Cretaceous Period

What We Can Learn from Deep Rocks

The Future of Excavations in China

A giant printer called the “Ferrari” of concrete has landed in Latin America and can already build a 120-square-meter house in just 48 hours, making the traditional construction site look like something from the last century.

Great Atlantic Sargassum Belt has ceased to be a climatic phenomenon and has become a biological system that feeds on itself, with 8,000 kilometers in length, 37 million tons of algae, and scientists confirm that it is now permanent.

Brazil will harvest a record crop of up to 357 million tons of grains, but it does not have the capacity to store a large part of it. The storage deficit has reached the highest level in history and is equivalent to almost the entire production of Argentina.

She started by collecting oyster shells from restaurants and today she has already accumulated more than 10 tons to restore reefs, recover coastal habitats, and demonstrate how a common waste can become a tool for ocean conservation.

Scientists have discovered that the Earth recycles its own continents in the depths, dragging pieces of crust down during plate collisions and returning them later as magma, in a mechanism called relamination that has helped build the continents for billions of years.

Turkey is building a billion-dollar shortcut to channel billions of dollars by sea with a 45 km long canal, 275 meters wide and 20.75 meters deep, which promises to relieve the Bosphorus amid the crisis in the Strait of Hormuz.

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