A certain region on Mars could probably help astronomers search for alien life. According to scientists, the evidence is likely hidden in sediments.
Where To Look For Signs Of Alien Life On Mars?
A new study suggests that exploring an old mud lake on Mars might be wise when looking for signs of life on the Red Planet. Although it is not immediately apparent, starting in areas with many sediments is smart.
According to the researchers, finding surface formations connected to historic habitability is crucial in searching for past Martian life. One region with massive outflow channels transporting material from Mars' Southern Highlands into its Northern Lowlands, to the east of Valles Marineris, has drawn interest. These northern lowlands have accumulated enormous volumes of sediment, indicating a suitable area to explore.
Scientists should concentrate on the source of the sediments rather than the area where the deposits poured. Going into the northern plains for sampling could be risky since it could be challenging to discern between elements from the aquifers and those that were eroded and transferred during channel formation, according to Alexis Rodriguez, Senior Researcher at the Planetary Science Institute.
Researchers should concentrate on the Hydraotes Chaos region, a subregion of Oxia Palus. Hydraotes Chaos reportedly contains an ancient mud lake, and the sediments there might conceal signs of life.
The plains in Hydraotes Chaos provide a distinctive look into the components of an old aquifer. These plains offer a more focused possibility for study because, per Rodriguez, they were likely created by mud extruding into a basin above their source aquifer.
Mars's subsurface would have probably remained livable longer than its surface if it were once habitable since it is more closely related.
The recent study focuses on a sedimentary unit in Hydraotes Chaos, which experts interpret as the remains of a mud lake created by discharges from gas-charged mudstone strata that dates back to roughly 4 billion years ago when the surface of Mars was probably habitable. According to Rodriguez, these sediments may include traces of life from that period or earlier. He emphasized the need to remember that Mars' subsurface may have been habitable for life on Earth.
ALSO READ : Sun's Snake-Like Magnetic Fields Could Potentially Help Answer Puzzling Coronal Heating Problem
What Is Hydraotes Chaos?
Hydraotes Chaos is approximately 350 km (220 mi) north-south and 300 km (190 miles) in width. The chaos is located at the eastern end of Valles Marineris, in a valley that extends northeast from Ganges Chasma.
Chaos is a descriptor phrase used to describe a "distinctive area of broken terrain" in planetary nomenclature. The general morphology of chaos is steep-sided mesas in close proximity. NASA released snaps of Hydraotes Chaos in 2021. The mesas get smaller as a result of erosion and time.
Tectonic forces may have caused the original fragmentation of the land, whereas, on Mars, the landscape is assumed to have been formed by the discharge of melting subsurface ice. Large channels, like Tiu Valles, typically come from the areas of chaos.
RELATED ARTICLE : Aditya-L1: India's Historic Sun-Studying Odyssey Set To Illuminate the Skies on September 2nd
Check out more news and information on the Space in Science Times.
