NASA's Curiosity rover may have discovered signs of a carbon cycle beneath Mars' surface, indicating potential habitability and past life on the planet.
Carbon cycles, key to indicating signs of life, suggest Mars was habitable in the past according to researchers.
Analysis of minerals like siderite in Martian rocks offers insight into the planet's warm and humid climate billions of years ago.
The presence of siderite, previously undetected on Mars, hints at the planet's habitable conditions in the past.
Scientists believe Mars underwent a shift from habitable to uninhabitable conditions over time, impacting its ability to sustain life.
The discovery of siderite and other minerals challenges previous findings and sheds light on Mars' evolution compared to Earth.
Mars' climate history, as revealed by rover data analysis, may offer insights into carbon sequestration and potential solutions for Earth's climate change.
Researchers are exploring how Mars' carbon cycle stored gases differently than Earth, providing valuable knowledge for addressing climate issues.
The findings from Mars exploration could aid in understanding our own planet's history and developing strategies for mitigating climate change.
The study contributes to ongoing efforts to unravel Mars' geological and environmental history, offering potential benefits for Earth's challenges.