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- CRISM: Compact Reconnaissance Imaging Spectrometer for Mars
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Tag Archives: LPSC 2013
Are brines actually needed to make recurring slope lineae flow?
Recurring slope lineae (RSL) are finger-like dark lines on steep slopes that appear and grow longer during the warmest time of year, then fade and disappear over winter. They repeat the following Mars year in the same places. While scientists … Continue reading
Posted in Reports
Tagged atmosphere, climate, climate change, Context Camera, CTX, HiRISE, ice, lineae, LPSC 2013, Mars Odyssey, Mars Reconnaissance Orbiter, recurring slope lineae, RSL, TES, Thermal Emission Imaging System, Thermal Emission Spectrometer, water
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‘Faint young Sun paradox’ a problem for Mars (and Earth, too)
Astronomers say that billions of years ago when the Sun was young, it shone with only 70 percent its current brightness, notes Robert Craddock (Smithsonian Institution). If that were true of today’s Sun,
Posted in Reports
Tagged atmosphere, climate, climate change, faint young Sun paradox, fluvial channels, Kepler Observatory, LPSC 2013, valley networks, water, wind
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Gale’s winds sculpted the Mt. Sharp mound as they built it
The major reason for sending the Mars Science Laboratory rover Curiosity to Gale Crater is the five-kilometer (three-mile) high layered mound, dubbed Mt. Sharp, that looms at the crater’s center. The lowest layers have been altered by water
Posted in Reports
Tagged Aeolis Mons, atmosphere, climate change, Curiosity, dust, eolian, Gale Crater, katabatic winds, LPSC 2013, Mars Science Laboratory, Mount Sharp, wind, wind erosion
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Dust drifts: new windblown feature on Mars?
Mars has ample loose material blowing around on its surface, a fact which has been known and studied for decades and more. However scientists have paid little attention to sedimentary deposits of dust.
Posted in Reports
Tagged dunes, dust, eolian, HiRISE, LPSC 2013, Mars Exploration Rovers, Mars Reconnaissance Orbiter, MER, wind
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Icy jets erupt from north polar dunes in spring
Jets of gas erupting in the springtime from beneath slabs of carbon dioxide ice at the Martian south pole was a dramatic finding in 2006. It explained the mysterious “spiders” which came and went each year.
Posted in Reports
Tagged atmosphere, CO2 ice, dunes, HiRISE, LPSC 2013, north polar sand sea, sand dunes
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Gale Crater’s Lake District
Mars rover Curiosity landed on, or just beyond, the far end of an alluvial fan — rocks, gravel, and sand washed down by the Peace River from the north rim of Gale Crater. The rover has driven for 200 sols … Continue reading
Posted in Reports
Tagged alluvial fans, climate change, Crater Lake, craters, Curiosity, Gale Crater, HiRISE, LPSC 2013, MSL, water
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Does Arabia show a new style of Martian volcanism?
Arabia is one of the largest and oldest regions of Mars. Among its varied rocks are widespread deposits of soft and easily eroded ones which may have a volcanic origin. However, Arabia has no obvious volcanic vents or sources.
Posted in Reports
Tagged Arabia Terra, Eden Patera, Euphrates Patera, explosive volcanism, Ismenia Patera, LPSC 2013, Oxus Patera, pyroclastic eruptions, Semeykin Crater, Siloe Patera, volcanism, volcanos
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Developing a stratigraphic column for Gale Crater’s floor
After more than 100 sols (Martian days) in Gale Crater, NASA’s Curiosity rover has driven some 500 meters (1,600 feet), traversing several rock units. A sketch of the crater floor’s geological history is emerging. On its half-kilometer drive from its … Continue reading
Posted in Reports
Tagged conglomerate rocks, craters, Curiosity, Gale Crater, LPSC 2013, MSL, stratigraphic column, stratigraphy
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