Evidence continues to suggest the presence of a now dried-out ocean basin in the vast lowlands of Mars' northern hemisphere.
Data from China's Zhurong rover revealed subsurface layers similar to Earth's coastlines, supporting the existence of an ancient ocean and beaches on Mars.
International researchers, backed by the latest findings from Zhurong's mission, indicate the likelihood of a past Martian ocean and sunny, sandy beaches.
A new study, including researchers from Pennsylvania State University, published in the Proceedings of the National Academy of Sciences, supports the concept of a huge ocean in Mars' northern hemisphere.
The evidence suggests that Mars once had an ocean with sandy beaches and gentle waves, resembling terrestrial coastlines.
The Zhurong rover discovered buried layered structures resembling foreshore deposits, which require waves and tides to form, hinting at dynamic air-water interactions indicative of habitable environments.
Researchers found similarities in the Martian deposits to terrestrial beaches, ruling out other explanations such as rivers, wind, or volcanic activity for the formations.
The findings also shed light on Mars' evolutionary landscape, showing changes in ancient shorelines over time, providing insight into potential past habitability and the search for evidence of prior life.
Scientists contemplate the Martian dichotomy, with the lowlands possibly being an ancient ocean basin, offering clues to Mars' geological history and the presence of vacation-style beaches in its distant past.
The study affirms the existence of ancient coastal deposits on Mars and supports the notion of a lost ocean world on the red planet, featuring beaches ideal for inter-planetary vacations.