Hidden Water In Mars – The Largest Canyon In The Solar System

Traces of water were found in low latitudes of Mars and at the surface. A large volume of water was detected by the orbiter (Trace Gas), which was designed to detect the terrain of Mars. While water is known to exist on the surface of Mars, the unexplored volume was not nearly as significant as the recently discovered.

The missions, along with ESA's Mars categorical program, looked for water near the surface - in the form of dirt particles that mask ice in the ground or trapped in minerals - at low latitudes on Mars and in small quantities. However, this study only concerned the bottom of the planet; there may also be deeper water reservoirs covered in mud. 

However, such studies only studied the surface of the planet itself; there may be deeper water reserves covered in dust. The researchers noted that the water-rich area is almost as large as the Netherlands and overlaps the deep valleys of Sincere Chaos, part of a canyon system that is considered promising for finding water on Mars.

    

Although some observations indicate that the minerals observed in this part of Mars usually contain only a small portion of water, far below what these new observations indicate, European experts believe that the water is likely to be icy or frozen.

 It reacts chemically with other minerals in the soil. According to the European Space Agency, it is known that there is water on Mars, most of which exists in the form of ice in the cold polar regions of the earth, but it will not surface near the equator because the temperature is not low enough to maintain stability. 

Although water is known to exist on Mars, most of it exists in the cold polar regions of the earth in the form of ice. According to ESA, there is known water on Mars, most of which exists in the cold polar regions of the earth in the form of ice. But it did not reach the surface near the equator because the temperature was not stable enough.

    

It is possible that water could be found below the surface, but other previous studies of other satellites of Mars have only found it at higher latitudes. The water hidden under the bottom of Mars has been detected by the Hint Fuel Orbiter (TGO) FREND, which shows hydrogen - a measure of water content - within the highest meter of Martian soil. The water, which is hidden under the bottom of Mars, was detected by the Trace Gas Orbiter (TGO) FREND instrument, which displays hydrogen - a measure of water content - within the highest meter of Mars soil. The water hidden beneath the surface of Mars was detected by the Trace Gas Orbiter (TGO) FREND instrument, which deposits hydrogen - a measure of water content - on the top meter of Martian soil.

    

Chemically bound water was observed at many points on the surface of Mars using an orbiting near-infrared spectrometer. Water ice is the most common form of water deposition found on Mars, usually in the colder polar regions of the planet. Due to temperature and pressure conditions near the equator, water ice usually evaporates in this area of ​​Mars, but scientists say that the correct combination of temperature, pressure, and hydration must exist to prevent water loss in this area.

    

According to them, the suspicious water in the canyon of Mars can be compared to the permafrost region of the Earth, where water ice is constantly stored under dry soil. Scientists believe that the central part of the Marineris Valley may be filled with water, as in the permafrost regions of the Earth, such as Siberia, where water ice constantly remains under dry soil due to low temperatures. According to Mitrofanov, who is also the lead author of a new study detailing the study, up to 40% of the near-surface material in the colossal system of Valles Marineris Canyon appears to be water.

    

He added that this is based on the hypothesis that FREND sees the combination of hydrogen and water molecules. On the other hand, observations from the FREND (High Resolution Ultra-Thermal Neutron Probe) on the Trace Gas Orbiter (TGO) led researchers to believe that a large amount of hydrogen in the Martian Grand Canyon is related to water molecules.

    

In this area of ​​Mars, minerals usually contain very little water, so researchers believe that this material is likely to exist in the form of water ice below the surface.

    

ESA reports that the water is hidden in the highest meter of Mars soil and covers an area the size of the Netherlands and extends to Kandor Chasma, a deep valley in the northern part of Valles Mariner. The water-rich region is roughly the size of the Netherlands and overlaps the deep valleys of Genuine Chaos that are part of the canyon system we are looking at to find water on Mars.

 The water-rich expanse measures the Netherlands and overlaps the deep valleys of Sincere Chaos, part of a canyon system that was considered promising for our water hunt on Mars. The discovery suggests that up to one meter (three feet) below the surface, the region's soil is water-rich, bound with minerals, or shaped like ground ice, potentially offering a new way of discovering things. obviously an extremely arid world.

    

If we assume that the hydrogen we see combines with water molecules, the area is close to the surface of the substance. An area of ​​the size of the Netherlands with high hydrogen content intersects the Kando Gorge, which is one of the largest canyons in the Valle de Mariner system. An unusually large amount of hydrogen was discovered in the center of a 4,000-kilometer (2,485-mile) long canyon known as the Vale of the Sailors, nicknamed the Grand Canyon of Mars. ExoMars Trace Gas Orbiter, a joint venture between ESA and Roscosmos, found a large amount of water in the center of Valles Marineris, an impressive canyon system.

    

The ESA-Roscosmos ExoMars Trace Gas Orbiter ExoMars has discovered significant volumes of water in the heart of the impressive Valles Marineris Canyon System on Mars. The gas tracking team of the Russian-European space program ExoMars has discovered "significant volumes" of water hidden beneath the surface of Mars in the heart of Valles Mariner Canyon, the European Space Agency said in a statement Wednesday. The European Space Agency (ESA, abbreviation in English) has discovered large volumes of water in the center of Mars' impressive canyon system called the Valles Marineris.

    

In orbit, European Space Agency ExoMars has discovered evidence of a huge water deposit beneath the Valles Marinerris system of Martian canyon, which is one of the largest canyons in the solar system, about five times deeper and ten times longer than the Grand Canyon in the United States. Arizona. Mars's vast canyon system, Valles Marinerris, may contain water hidden beneath the surface, according to new research. The vast canyon system that dramatically marks the face of Mars may contain hidden water reserves.