A Large Water Reservoir Discovered at Earth's Core

We have always thought that the water on Earth was a thing that was only on the surface. But geology is changing the game. Scientists have made a big discovery: a large Earth's water reservoir has been found under the ground. The discovery has a big impact on our understanding of the water cycle and on the way that our planet is made. The discovery has given us new information on the mystery of the water that is on our planet.

Where Is This Water Hidden?

The large water reservoir has been found in an area that is named the "transition zone". The zone is between the upper mantle and the lower mantle. The water is not in a state that is liquid, but it is a prisoner of a mineral that is named "ringwoodite". The mineral has the ability to hold a large quantity of water, and it has a great potential for the future of geology. The large Earth's water reservoir is a thing that has a big impact on the way that we see the planet.

How Did Scientists Make This Discovery?

The discovery of the water Earth's mantle has been made by using a technique that is named "seismology". Scientists have done research on the seismic waves that are sent by the earthquakes. The waves have a behavior that is different when they pass through the water. Scientists have found that the waves that have passed through the transition zone had a behavior that was different. This is a big discovery for geology, as it has given us new information on the way that the ground of our planet is made.

The Implications for the Water Cycle

The discovery of the large water reservoir has big implications for the water cycle. It has proven that the water cycle is a thing that is more complex than we thought. The discovery also has a big impact on the way that we see geology. Scientists believe that the water has a big impact on the volcanoes and on the tectonic plates. The large Earth's water reservoir is a thing that is very important, as it has a great potential to help us understand the way that our planet is made.