Sunday , March 7 2021

The Jazero crater on Mars is similar to a lake in Turkey

Lake Salda in southwestern Turkey shares mineral characteristics of the Jazero crater on Mars

REPUBLIKA.CO.ID, ANKARA – NASA’s scout robot successfully landed on Mars on Thursday (19/2). This robot begins its mission to find signs of ancient microbial life on the red planet.

Perseverance is the largest and most advanced engine NASA has ever sent. The explorer landed in Jezero Crater, an area where no one has yet set foot. But scientists aren’t completely clueless and still don’t know what to expect. All thanks to the lakes of Turkey.

NASA researchers believe that Lake Salda, in the province of Burdur in southwestern Turkey, shares mineral and geological features with the Jezero crater on Mars. In 2020, the similarities between the lake and the crater have caught the attention of NASA in its research on the possibility of life on Mars.

The mineral composition of the Mars crater and Lake Salda was determined by morphological and long-distance tests. Turkey’s Minister of Environment and Urbanization Murat Kurum said on Thursday that the single lake could shed light on interesting scientific research on Mars.

“Lake Salda, which we will preserve in its natural state for future generations, will also shed light on studies that have attracted the world of science, as well as its unique visual structure and beauty,” he said. Sabah diari, Friday (19/2).

“Like NASA, we expect the results of the study in Jezero crater,” he said.

Aside from its scientific importance, Salda is also a popular tourist destination and arguably one of the most beautiful lakes in the world. Due to its white beaches and turquoise waters, Salda is nicknamed the Turkish Maldives.

The Persevarance explorer became the ninth spacecraft since the 1970s to successfully land on Mars, all from the United States. Scientists believe that if life flourished on Mars, it would have been between 3,000 and 4,000 million years ago when water was still circulating on the planet.

For the next two years, Percy, as he is known, will use 2-meter (7-foot) wings to track and collect rock samples that contain possible signs of microscopic life that have passed.

Three to four dozen plaster-sized samples would be enclosed in a tube and reserved for other explorers to pick up and take home with another rocket. The goal is to get them back to Earth in early 2031.

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