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Computer simulations similar to those used to predict weather here on Earth show that the bright, windblown dust and sand particles affects Mars’ albedo—the amount of sunlight reflected from the planet’s surface.
The model also found that winds have strengthened over regions with the lowest albedo.
The researchers think all these events are related and have proposed a mechanism by which lower albedo drives wind circulation, creating even lower albedo. They think it works like this: In regions where winds blow away dust, the exposed dark ground absorbs sunlight and heats up; some of this heat is transferred into the atmosphere and heats up the air. Just like on Earth, the imbalance in the atmosphere’s heat increases wind circulation above those regions.
The wind speeds could ramp up until a threshold is reached, at which point conditions are ripe for a dust storm that swamps the entire planet, the researchers speculate.
Originally posted by iori_komei
tsloan,
For future reference please post some of the article.
What this is about is that the Martian dust storms have caused a kind
of Global Warming on Mars, which have had the effect of melting some
of the Martian Ice caps.
[edit on 4/4/2007 by iori_komei]
Originally posted by damajikninja
Keep in mind that the sun is approaching solar max, and has already spit a few CME's out into the solar region. Researchers at the Max Planck Institute for Solar System Research think that the sun is behaving oddly right now. We have elevated temperatures, and so does Mars. Maybe the cause to this effect is the sun.
Originally posted by damajikninja
Keep in mind that the sun is approaching solar max,