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Uluru, formerly Ayers Rock, is a massive sandstone monolith located in the heart of Australia's red and arid center. The rusty red rock is known throughout the world because it dominates the otherwise barren desert. But Uluru was made almost recognizable in a photo taken by NASA astronaut aboard the International Space Station.
The Canadian Space Agency's astronaut Saint-Jacques embarked on his first ISS mission in December 2018, where he is conducting scientific experiments and testing. technologies.
And last weekend, the crew member of the ISS released a photo of Uluru, which he captured 408 km (250 km) during his journey. around the Earth.
Saint-Jacques wrote on Facebook: "Sunrise on the sacred Uluru, aka Ayres Rock in Central Australia.
"I was impressed by the ease with which it was easy to spot from the space."
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This is not the first time that Santiago shares photographs of space.
He tweeted another photo of the barren interior of central Australia earlier in the year.
The image of Uluru immediately became viral on Facebook, garnering over 2000 "likes", more than 120 comments and more than 150 shares.
The commentators are totally captivated by the shot. Joanne Kittle writes, "It's amazing!"
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Fran Hughes added: "Amazing image. It's amazing how I can see what you have seen from the space. "
And Janice Theriault succinctly summed up what everyone thinks: "Wow!"
Santiago is not the only amateur photographer of the orbiting laboratory.
Alexander Gerst, a NASA German astronaut, had previously captured the aurora borealis from above.
He posted the beautiful images on the Twitter feed with the caption: "Stunning, every time.
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"I wonder what early explorers thought when they saw a dawn for the first time without ever hearing about it …"
The Aurora Borealis, as well as the aurora borealis are well known, is a natural phenomenon that results from reactions between the Earth's magnetic field and charged particles in the wind.
A spokesman for NASA added, "Auroras are one of the effects of such energetic particles, which can get excited from the sun both in a steady stream called the solar wind and because of giant eruptions known under the name of coronal mass ejections.
"After a two to three day trip to the Earth, solar particles and magnetic fields cause the release of already trapped particles near the Earth, triggering reactions in the upper atmosphere, in which 39, oxygen and nitrogen release photons of light. "
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