NASA’s persistence Mars Rover has seen a strange object from the corner of its “eye”: a mysterious rock that resembles a group of hundreds of spider eggs. The Rock, which was discovered on the slopes of the witch hazel hill on the Rim of the Jejero Crater, is dusty with red sand and known out of place.
This rock, which has been named “St. Pauls Bay” by the firmness team, is a float rock, meaning it was not found where it became. As a result, it is a missing reference clue that, according to NASA, can explain its strange texture statement,
This is not just geologic reference that is missing, either. Due to some, the rock began to move beyond its original place, and this movement can reveal insight about Martian geology. This rock may become when a meteorite was killed Mars planetBefore the evaporation rock, it was condensed in the small granules seen in the photo. If this was the case, the rock could have been far away from its current resting place, and it can reveal how the meteor attacks the transport material on Mars, NASA said.
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It is also possible that according to NASA, the rock rolled the witch Hazel Hill. It can arise from one of the deep layers on the hill that scientists have detected from the classroom. The closure study of Witch Hazel Hill can tell scientists what is made from those deep layers. If they are similar to St. Paul Bay, it can indicate a layer of volcanic activity, an old meteor strike, the presence of groundwater in the past, or something completely indicated by NASA representatives statement,
Rocks like St. Paul’s Bay give important clues to scientists how the red planet has changed over time. Their formation and transport reveals the complex interaction between water, rock and geological forces on Mars, which can help respond whether the planet can disturb life in the past.
If Witch Hazel Hill was ground water once, some rock samples are collected firmness Fossils can be microbial lifeNASA’s Mars Sample Return Mission, which is currently planned for some time in the 2030s, will scoop these rock samples and return them to Earth for further studies.
