Thuwal, Saudi Arabia, Scientists from King Abdullah University of Science and Technology (KAUST) discovered biosignatures in Saudi Arabia’s Wahbah Crater, offering clues for life on Saturn’s moon, Enceladus.

The research, led by Professor Alexandre Rosado, focused on extremophiles thriving in environments similar to Enceladus’ high salinity, alkalinity, and temperatures. “The Al Wahbah crater serves as an Earth analog for Enceladus’ ocean,” said Rosado.

After sending its first female astronaut to space in 2023, Saudi Arabia plans to launch its first space tourists in 2026, positioning the Kingdom as a key player in the space industry, according to the Saudi Press Agency (SPA).

This study strengthens Saudi Arabia’s growing presence in space exploration, particularly in partnership with NASA’s Europa Clipper mission aimed at Enceladus exploration.

Source: Bahrain News Agency

Thuwal, Saudi Arabia, Scientists from King Abdullah University of Science and Technology (KAUST) discovered biosignatures in Saudi Arabia’s Wahbah Crater, offering clues for life on Saturn’s moon, Enceladus.

The research, led by Professor Alexandre Rosado, focused on extremophiles thriving in environments similar to Enceladus’ high salinity, alkalinity, and temperatures. “The Al Wahbah crater serves as an Earth analog for Enceladus’ ocean,” said Rosado.

After sending its first female astronaut to space in 2023, Saudi Arabia plans to launch its first space tourists in 2026, positioning the Kingdom as a key player in the space industry, according to the Saudi Press Agency (SPA).

This study strengthens Saudi Arabia’s growing presence in space exploration, particularly in partnership with NASA’s Europa Clipper mission aimed at Enceladus exploration.

Source: Bahrain News Agency