At half the size of Earth and one-tenth its mass, Mars is a featherweight as far as planets go. Yet new research reveals the ...

Because the ice is thin and temporary, it would leave little evidence behind, which could explain why rovers have not found ...

A new climate model suggests that ancient lakes on Mars may have survived for decades beneath thin layers of ice that formed ...

A recent study reveals that Mars subtly influences Earth's climate and ice ages through its gravitational pull on our planet's orbit and axial tilt.

Thin, seasonal ice may have protected ancient lakes on Mars, allowing liquid water to last for decades despite cold ...

New MarsDaily research explains how thin seasonal ice could have allowed ancient Martian lakes to remain liquid for decades, despite a cold early Mars climate ...

China's Zhurong Mars rover has found evidence of a dramatic shift in Mars' climate 400,000 years ago, in the form of dark ridges laid on top of bright dunes that ripple across the sands of Utopia ...

Learn how researchers were able to use a climate model to uncover information about water on ancient Mars.

China's Zhurong Mars rover has found evidence of a dramatic shift in Mars' climate 400,000 years ago, in the form of dark ridges laid on top of bright dunes that ripple across the sands of Utopia ...

New high-resolution images of mid-latitude Mars are revealing glacier-formed landscapes far from the Martian poles, says a leading Mars researcher. Conspicuous trains of debris in valleys, arcs of ...

While Mars doesn't directly control Earth's climate, its gravity subtly influences our planet's orbit and tilt over vast timescales. These predictable ...

Mars isn’t just dusty—it crackles with electricity. Scientists discovered that dust devils can generate tiny electric sparks, captured for the first time by Perseverance’s microphone. These static ...