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Researchers from King Abdullah University of Science and Technology (KAUST) discovered bacteria in the crater’s extreme environment that could help explain how life might exist on Enceladus, where a vast ocean lies beneath its icy crust.
Two strains showed remarkable adaptability to the crater’s high temperatures, salinity, and alkaline conditions, similar to what may exist on Enceladus. The discovery of these extremophiles points to the potential for life-supporting biosignatures on the distant moon. The researchers believe this breakthrough positions Saudi Arabia as an important partner in global space exploration, especially in astrobiology.
Enceladus has piqued the interest of scientists worldwide, and the study strengthens the argument that Earth’s extreme environments can serve as models for detecting life beyond our planet.
The findings come as Saudi Arabia continues to grow its presence in the space industry, following the country.
Minimum custom amount to enter is AED 2
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