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EF5
Like storm chasers on Earth, a NASA spacecraft spends time each day pursuing intense weather on Mars. Speeding along in orbit, it takes images of dust storms. Often, the storms are spiral like giant tornadoes on Earth. Sometimes they form huge fronts of churning dust like the "black blizzards" of the 1930s. The storms lift dust particles high into the atmosphere that serve as seeds for water-ice cloud formation. Water ice condenses onto the dust particles to form wispy, white clouds.
These images show whirlwinds on top of volcanoes and a dust front rising from a network of canyons. Thin veils of icy clouds dissipate into the atmosphere above the dust plumes. The orbiter has discovered that smaller storms on Mars can feed into larger storms. Now that NASA has extended the mission, there will be lots more chances to look for the perfect storm on Mars!
http://mars.jpl.nasa.gov/mro/spotlight/20081218a.html
These images show whirlwinds on top of volcanoes and a dust front rising from a network of canyons. Thin veils of icy clouds dissipate into the atmosphere above the dust plumes. The orbiter has discovered that smaller storms on Mars can feed into larger storms. Now that NASA has extended the mission, there will be lots more chances to look for the perfect storm on Mars!
http://mars.jpl.nasa.gov/mro/spotlight/20081218a.html
