Curiosity's rover continues to bring us highly interesting information about the planet Mars. The fresh discovery suggests that Mars in the past may have had life-friendly conditions. Scientists believe that the planet had a dense atmosphere with quite a few CO2, allowing liquid water to exist. This discovery is highly crucial due to the fact that carbonates are a direct proof of the presence of water and life on the planet.
Curiosity rover explored 3 wells in the Gale crater, which is 1 of the largest craters on Mars. Scientists have discovered a syderite, a mineral containing large amounts of iron carbonates. This discovery supports the explanation that Mars erstwhile had a warm and humid climate. We haven't found so many coals in 1 place before. Carbonates are formed erstwhile there is simply quite a few carbon dioxide in the atmosphere. Their presence means there could be liquid water on Mars.
In time, CO2 sank and turned to minerals, making the planet cool. It could have destroyed surviving conditions. As Prof. Ben Tutolo of NASA says: “This is simply a breakthrough. The discovery shows that Mars was erstwhile friendly to life. The technological models that assumed this proved correct." Scientists are now asking another question: how much CO2 has been trapped in rocks? That might explain why Mars lost his atmosphere and water.
Prof. Tutolo combines investigation with work on capturing CO2 on Earth. "This is very crucial due to the fact that we can learn how to capture CO2 on Earth to prevent climate change," says Prof. Tutolo. The discovery of carbonates on Mars is highly crucial due to the fact that it can aid us realize how Mars lost its atmosphere and water.
According to NASA, Mars has lost about 90% of its atmosphere in the last 4 billion years. This discovery can aid us realize how Mars lost its atmosphere and water, which can aid us prepare for future missions to Mars.
Curiosity rover is 1 of the most advanced rovers always landed on Mars. It has been equipped with many instruments that let it to survey geology and the planet's environment. Curiosity rover is part of the Mars discipline laboratory program, which aims to research Mars and find answers to the question whether Mars may have erstwhile possessed life.
The discovery of carbonates on Mars is highly crucial due to the fact that it can aid us realize how Mars lost its atmosphere and water. This discovery may besides aid us prepare for future missions to Mars, which aim to find answers to the question of whether Mars may have erstwhile had life.
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Discovery on Mars: Curiosity rover detected traces of iron carbonates
