Science and Technology Desk: This time a unique mystery was found! It is known that a different layer of the earth has been found under the surface. Which is somewhat like molten rock. Not only that, this is the first time the experts could go so deep. This unknown layer is within the asthenosphere. In this context, asthenosphere is a weak layer below the Earth's crust, which is in motion. In such a situation, it is believed that many new things will be known from this research. In particular, information about the movement of tectonic plates will also be available. As a result, we will be able to know about the earthquake before it happens in the future.
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It should be noted that the importance of this type of research increases in the wake of the recent earthquakes in Türkiye and Syria. Since this layer is just below the tectonic plate, it plays a major role in keeping the plate moving or stable. In such a situation, it can be known through research when agitation is going to form in the plates.
What the study found: The study, conducted under the University of Texas, found that the sticky layer discovered is not confined to one place, but extends far below the surface. Also, it is estimated that it covers about 44 percent of our planet. A study published four days ago in Nature Geoscience reported that further study of the molten rocks may also reveal what changes are going to happen on Earth in the future. However, scientists are currently unable to understand why this rock-like layer is in a melting state. Meanwhile, some time ago scientists thought that the rotation and change of the inner core of the Earth is now almost stopped. But looking at these moving molten rocks has sparked a new discussion.
Signs of Great Changes to Come on Earth: Our planet has undergone constant change since creation. In some cases, such changes have even led to the formation and extinction of many species. For example, powerful species like dinosaurs were completely wiped out from the earth. Again Homo sapiens means that humans are also the gift of this change. However, the current focus is on how to predict earthquakes from the Earth's internal motions.
Why earthquakes are hard to predict: So far, scientists have thought that earthquakes are very difficult to predict. The US Geological Survey itself admits that the changing nature of earthquakes hampers its predictions. Basically, it is not a train, which starts moving lightly and then picks up speed. Rather, it is a sudden disaster. Which gives no chance to control. The lack of any specific pattern in particular makes it more difficult. This is why scientists have been able to tell which regions of the world are more prone to earthquakes, but they cannot give an idea of when the disaster will occur.
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Can be detected seconds earlier: however, research is already underway. Some time ago the Geological Survey prepared an early warning system. The system, called Shake-Alert, will be able to tell where strong earthquakes are likely to occur. But the problem is, it can tell seconds before the earthquake. That is, not days or hours before the earthquake, but seconds before it will warn everyone. However, due to the discovery of moving layers beneath the tectonic plates in the Earth's interior, it is now possible to predict severe catastrophes in time.
