August 06, 2008 | MarsDaily Advertising Kit |
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About Water On Mars, The Origins Of Life And The Future Of Earth Moscow (RIA Novosti) Aug 06, 2008 "Martian water has been touched and tasted" by NASA's Phoenix lander spacecraft, which has identified water in a sample of soil collected from Mars. This will expand our so far fragmented and incomplete knowledge about the origins of the Solar System. It will also benefit evolutionary biologists looking for the origins of life. Currently they can study life on Earth, which is not enough ... more Phoenix Mars Team Opens Window On Scientific Process Pasadena CA (SPX) Aug 06, 2008 Phoenix Mars mission scientists spoke today on research in progress concerning an ongoing investigation of perchlorate salts detected in soil analyzed by the wet chemistry laboratory aboard NASA's Phoenix Lander. "Finding perchlorates is neither good nor bad for life, but it does make us reassess how we think about life on Mars," said Michael Hecht of NASA's Jet Propulsion Laboratory ... more Martian Soil May Contain Toxic Compounds Harmful To Life Moscow (RIA Novosti) Aug 06, 2008 Data gathered by NASA's Phoenix lander on Mars have revealed the red planet's soil could contain a toxic substance that would make it less likely that life formed there. Earlier NASA said Phoenix analyzers detected water in the soil, which suggested that Mars could have the conditions for life. However, if the presence of perchlorate were confirmed, the probability of detecting living ... more NASA Spacecraft Analyzing Martian Soil Data Pasadena CA (SPX) Aug 05, 2008 Scientists are analyzing results from soil samples delivered several weeks ago to science instruments on NASA's Phoenix Mars Lander to understand the landing site's soil chemistry and mineralogy. Within the last month, two samples have been analyzed by the Wet Chemistry Lab of the spacecraft's Microscopy, Electrochemistry, and Conductivity Analyzer, or MECA, suggesting one of the soil ... more NASA extends 'successful' Phoenix lander mission Los Angeles (AFP) July 31, 2008 NASA scientists said Thursday the agency was extending the Mars mission of its Phoenix lander until the end of September, describing its progress so far as "very successful." Michael Meyer, chief scientist of NASA's Mars Exploration Program, told reporters at a briefing that the minimum objectives of the lander's mission had been achieved and that "full mission success" was expected. ... more |
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Tucson AZ (SPX) Jul 30, 2008 Scientists and engineers on NASA's Phoenix Mars Mission spent the weekend examining how the icy soil on Mars interacts with the scoop on the lander's robotic arm, while trying different techniques to deliver a sample to one of the instruments. "It has really been a science experiment just learning how to interact with the icy soil on Mars -- how it reacts with the scoop, its stickiness ... more Phoenix Revises Method To Deliver Icy Sample Tucson AZ (SPX) Jul 29, 2008 NASA's Phoenix Mars Lander's robotic arm will use a revised collection-and-delivery sequence overnight Sunday with the goal of depositing an icy soil sample in the lander's oven. "We are going to modify the process we ran on Sol 60 to acquire another icy sample and attempt to deliver it to TEGA," the Thermal and Evolved-Gas Analyzer, said Barry Goldstein, Phoenix project manager from NASA ... more Can People Live On Mars Moscow (RIA Novosti) Jul 28, 2008 The discovery of ice immediately under the surface of Mars is increasing the chances of finding life there. Water is more than the key to the origin of life. Water on Mars raises intriguing questions. Can people build settlements on Mars? Is it suitable for colonization? Can we learn more about our planet by studying the Martian climate? Did Mars go through the same geological processes as ... more Lander Collects Icy Soil But Needs To Work On Delivery Tucson AZ (SPX) Jul 28, 2008 NASA's Phoenix Mars Lander's robotic arm collected a more than adequate amount of icy soil for baking in one of the lander's ovens but will need to adjust how it delivers samples. Engineers determined the rasping and scraping activity collected a total of 3 cubic centimeters of icy soil, more than enough to fill the tiny oven cell of the Thermal and Evolved-Gas Analyzer, or TEGA. ... more |
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Columbus OH (SPX) Jul 25, 2008 The same Ohio State University researcher who is helping rovers navigate on Mars is leading a new effort to help humans navigate on the moon. When NASA returns to the moon -- the space agency has set a target date of 2020 to do so -- astronauts won't be able to use a global positioning system (GPS) to find their way around, explained Ron Li, the Lowber B. Strange Designated Professor of ... more NASA's Phoenix Mars Lander Prepares For Next Sample Analysis Tucson AZ (SPX) Jul 24, 2008 The latest activities of NASA's Phoenix Mars Lander have moved the mission closer to analyzing a sample of material, possibly icy soil, from a hard layer at the bottom of a shallow trench beside the lander. Overnight Tuesday to Wednesday, during Phoenix's 57th Martian day, or sol, since landing, Phoenix used its robotic arm to scrape the top of the hard layer in the trench informally named ... more Phoenix Completes Longest Work Shift Tucson AZ (SPX) Jul 24, 2008 Phoenix early Tuesday finished its longest work shift of the mission. The lander stayed awake for 33 hours, completing tasks that included rasping and scraping by the robotic arm, in addition to atmosphere observations in coordination with simultaneous observations by NASA's Mars Reconnaissance Orbiter. "Our rasping test yesterday gave us enough confidence that we're now planning for the ... more NASA's Phoenix Mars Lander Works Through the Night Tucson AZ (SPX) Jul 22, 2008 To coordinate with observations made by an orbiter flying repeatedly overhead, NASA's Phoenix Mars Lander is working a schedule Monday that includes staying awake all night for the first time. Phoenix is using its weather station, stereo camera and conductivity probe to monitor changes in the lower atmosphere and ground surface at the same time NASA's Mars Reconnaissance Orbiter studies ... more |
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