Related stories:
Phoenix Lander Digs and Analyzes Soil as Darkness Gathers
(PhysOrg.com) -- As fall approaches Mars' northern plains, NASA's Phoenix Lander is busy digging into the Red Planet's soil and scooping it into its onboard science laboratories for analysis.
Phoenix Lander Might Peek Under a Rock
(PhysOrg.com) -- If the robotic arm on NASA's Phoenix Mars Lander can nudge a rock aside today, scientists on the Phoenix team would like to see what's underneath.
Next Mars Soil Scoop Slated for Last of Lander's Wet Lab Cells
(PhysOrg.com) -- The next soil sample that NASA's Phoenix Mars Lander will deliver to its deck instruments will go to the fourth of the four cells of Phoenix's wet chemistry laboratory, according to the Phoenix team's current plans.
Analysis Begins on Deepest Martian Soil Sample
(PhysOrg.com) -- Scientists have begun to analyze a sample of soil delivered to NASA's Phoenix Mars Lander's wet chemistry experiment from the deepest trench dug so far in the Martian arctic plains. Phoenix has also been observing movement of clouds overhead.
Phoenix Mission Conducting Extended Activities on Mars
NASA's Phoenix Mars Lander, having completed its 90-day primary mission, is continuing its science collection activities. Science and engineering teams are looking forward to at least another month of Martian exploration.
Phoenix Mars Lander Digs Deeper as Third Month Nears End
(PhysOrg.com) -- The next sample of Martian soil being grabbed for analysis is coming from a trench about three times deeper than any other trench NASA's Phoenix Mars Lander has dug.
Mid-Depth Soil Collected for Lab Test On NASA's Mars Lander
NASA's Phoenix Mars Lander has scooped up a soil sample from an intermediate depth between the ground surface and a subsurface icy layer. The sample was delivered to a laboratory oven on the spacecraft.
Phoenix Mars Lander Explores Site by Trenching
NASA's Phoenix Mars Lander scientists and engineers are continuing to dig into the area around the lander with the spacecraft's robotic arm, looking for new materials to analyze and examining the soil and ice subsurface structure.
