Starlust on MSN
Atypical Martian dust storm provides clues about how some of the water on the Red Planet was lost
Northern hemisphere dust storm appears to have provided an avenue for water escape on Mars in Martian Year 37.
How does Mars lose its water, and what can this teach scientists about the planet’s ancient past when it had much more water?
The current image of Mars as an arid and hostile desert contrasts sharply with the history revealed by its surface. Channels, ...
Planetary scientists have identified a previously unrecognized pathway for water loss on Mars -- observed, for the first time ...
The current image of Mars as an arid and hostile desert contrasts sharply with the history revealed by its surface. Channels, ...
Tiny sparks inside Martian dust clouds have just rewritten what scientists thought they knew about the Red Planet’s weather. Instead of a quiet, frozen desert, Mars is now emerging as a world where ...
The Martian atmosphere is primarily characterized by a dust cycle that exhibits significant interannual variability, largely driven by episodic Global Dust Storms (GDSs). In a 50-year simulation, the ...
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